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4. Final Control & Regulate Approved Are Your Control Valves Gold Plated? How to Reduce Unnecessary Cost & Lead-time from Over Specifying With the competitive markets in nearly all industries it is critical that control valve specifications be standardized. By standardizing technical specifications, we can reduce the cost of control valves instead of inflating the price and lead-time. Reviewing technical specifications upfront for gold plated (over specified) items helps gain alignment to industry standards. This reduces the cost of control valves, engineering hours, and often delivery lead-times needed on a project. Many end users have added in requirements over the years in efforts to be more risk adverse or avoid a situation that happened, sometimes on completely different products. Having an in-depth understanding and knowledge of end user specifications and aligning them with EPC specifications and standards, along with standards Emerson procures and manufactures control valves to can be difficult. By utilizing early design collaborations and reducing specifications to industry standard for control valves we are able to reduce the cost of the control valve package by 61%. Engineering hours were shortened and the overall project schedule was reduced by 25%. The end user is left with an understanding of industry standard specifications they can use moving forward for future projects. Aligning end users and EPCs with products that meet their needs versus using over specified control valves in an everyday application reduces overall project cost and delivery schedules. Being involved upfront in a technical specification review and vendor data requirements will allow for understanding and see a reduction in engineering hours or lead-time adding to an overall project cost savings. Control Valves Codes & Standards, Efficiency, Design All / Cross-Industry, Engineering (OEM's, E&C's, Integrators) Consultant, Technician / Analyst / Specialist, Project Manager / Lead, Plant or General Manager, Operator, Engineer, Director Workshop Vince Mezzano Fluor John Dressel Fluor - - Janelle Prusha Emerson - - - - Control Valves -
4. Final Control & Regulate Approved Digester Bump Testing Results in Improved Plant Performance and Reliability "Bump testing of all the critical control valves on the digester about 4 months before scheduled major turnarounds finds the bad actors and allows for replacement during the shutdown. This results in fewer urgent rush orders during the shutdown and allows for better planning prior to the shutdown. Following up with valve diagnostics in the early part of the turnaround will catch the problems that developed since the bump testing. Diagnostics can also be run at this time on valves that were unable to be bumped for various reasons while the plant was running.
This practice has resulted in much smoother start ups, reduced process variability, reduced downtime due to control valve issues between turnarounds, and a reduction of rush orders and associated costs." "The first time we did this, John Lowsley, a Control Loop Reliability(CLR)Manager with PCE Pacific was asked to do the bump testing 3 weeks prior to the shutdown. He found a lot of problem valves that needed replacing and it was very difficult to source the large valves in 3 weeks.
Subsequent bump tests were done 3-4 months ahead of the scheduled shutdown which has worked well and reduced costs." Reduced process variability, ability to run more loops in automatic, reduced unscheduled downs and upsets to replace or repair bad valves and/or positioners. Reduced storeroom inventory as the Fisher 2052, V-ball, and DVC6200 were already the mill standard. Ease of troubleshooting control valves with ValveLink and the ability to run diagnostics on a lot of valves in a short period of time. Most of the valves replaced were blue non-Fisher ball valves with piston actuators. Whenever possible, a Fisher V-ball with a spring and diaphragm actuator and FIELDVUE DVC6200 digital valve controller with PD diagnostics was used which allows for quick valve diagnostics during operation and shutdowns. This is laying the groundwork for an online monitoring system in the future. Optimization Diagnostics, ValveLink, FIELDVUE Pulp & Paper Engineer, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Plant or General Manager Workshop Frank Ramirez KapStone Paper and Packaging John Lowsley PCE Pacific - - - - - - - - Control Valves -
4. Final Control & Regulate Approved Flint Hills Resources Follows New Fisher Valve Selection Guide for Hydrofluoric Acid Alkylation In 2009, Fisher faced an interesting problem. A refinery was following the valve selection guidelines for hydrofluoric acid alkylation (HF Alky) & ordered an impossible valve construction. While working with the licensor on a valid construction, Fisher revolutionized their valve selection in HF Alky. Traditional control valves in HF Alky are limited to post or stem guided sliding stem valves-either Fisher EZ or A-body valves. While both of these valves are still available options, the A-body is a legacy Fisher product that is not frequently manufactured. The new valve selection of a Fisher Vee-Ball valve provides a proven, reliable valve that is more economical & available. In this presentation Flint Hills Resources will share their successful utilization of Fisher Vee-Balls in HF Service. When refiners are asked about the most challenging process units, often the HF Alky unit is mentioned because of the hazards associated with the process operation and fluid. Accordingly, caution is taken when instruments are selected for HF Alky units. However, the selection of a Fisher A-body does not always meet project budgets and schedules. The Vee-Ball at FHR’s Corpus Christi refinery has been operating for 3 years without incident. In addition to the capital savings achieved by selecting a Vee-Ball instead of the traditional A-body, time and cost for repairs will be reduced. By utilizing a standard (and current Fisher product, operators are more familiar with the valve construction, leading to a safer facility. FHR was one of the early adopters of modernizing control valve selection by using a Fisher Vee-Ball in their HF Alky unit. Prior to approval of the valve, Fisher worked directly with the process licensor to carefully select the valve body and trim components that were acceptable for this service, which was shared in a 2012 Emerson Exchange Workshop. Control Valves Codes & Standards, Sustainability, Compliance Chemicals (Industrial, Specialty), Refining, Petrochemicals, Engineering (OEM's, E&C's, Integrators) Engineer, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Project Manager / Lead, Operator Workshop Taylor Beamer Flint Hills Resources Jerry Cross Puffer-Sweiven - - Andrew Prusha Emerson - - - - Control Valves -
4. Final Control & Regulate Approved Saving your Bacon & Summer Shandy in Wisconsin – Valve Diagnostics to Keep the Electricity Flowing Alliant Columbia is a 1200 MW coal fired power plant that provides electricity to many industrial companies in central Wisconsin. This session is for individuals who want to benefit from incorporating control valve diagnostic capabilities available with their smart positioners into their maintenance & reliability efforts. Methods and case studies will be shared pertaining to the online diagnostic program at the Alliant Columbia power plant. We will walk through our methodology step by step starting with the AMS Alert Monitor, diagnosing the problem, and the eventual repair. Our goal is to help you identify problems before operations is aware of an issue. Due to early detection, you may prevent unscheduled shutdowns or reductions in your plants output. BFP Recirc. valve - We kept receiving travel deviation alerts for this valve. With further troubleshooting, we were able to correlate the problem to plant operating conditions and logic. Soot Blowers – From the alert monitor, observed high drive signal alert. We discovered a worn I/P and leak in actuator diaphragm. Turbine oil cooler valve - Alerted to relay problem using the PD one button sweep A unexpected plant shut down at critical times can cost us $50,000 in start-up costs, not including lost generation revenue. A damaged Soot Blower valve can cost up to $16,000 to replace if it becomes damaged beyond repair. Keeping our critical assets performing at optimal levels allows us to deliver electricity to our meat packing plants, breweries, and other electrical customers on the grid. We have assigned a weekly work order to charge time for control valve diagnostics. This provides the time allotment to look at the diagnostic tools that we already had in place. When a new valve or positioner is installed in the plant all of the alerts are set, spec sheets are filled out and other critical diagnostic criteria are completed. This allows an easier path to diagnostics and analysis Diagnostics AMS, ValveLink, Reliability Power & Utilities Technician / Analyst / Specialist Workshop Jake Janssen Alliant Energy Steve Hagen Emerson Automation Solutions - - Steve Zinda Novaspect - - - - Control Valves -
4. Final Control & Regulate Approved Chevron and Emerson Journey to Successful Partial Stoke Testing "Chevron presented their Safety Instrumented System vision and laid out the instrument that will support their vision during a technical exchange session with Emerson.
Emerson incorporated these requirements into various valve instrumentation development projects and has been working with Chevron to validate that the development is in line with their requirements at various key stages in the project.
This workshop will discuss the reasons behind the vision, the development challenges and the solutions." "Reduce the number of accessories connected to the final control elements that perform the safety function.
Requirements:
1. SIL 1 rated position transmitter.
2. Increased venting capacity 0.35, 1.5, 3.5 & 6.0 Cv.
3. Simplify configuration and programming.
4. Full integration to PST Manager.
5. Diagnostics to include Pass, Fault and Fail criteria that are configurable.
6. Operator trust and use." The global process industry is benefiting from Chevron's vision and leadership in the area of Safety Instrumented Systems. The product improvements made to support the Chevron vision have increased the adoption of Partial Stroke Testing, increasing the interval between full stroke test or shutdown thereby increasing the industries availability. "Fisher responded by addressing these requirements in various product releases
1. A SIL2 certified position transmitter in every DVC6200 SIS.
2. A DVC6200 with high capacity (CV 1.2, 3.2 and 6.4) scheduled for release in June 2017.
3. Simplifying Configuration - Work in progress .
4. Integration with PST Manager - Available since 2012
5. Configurable Pass, Fail and Fault - Available in FW7." SIS / SIL FIELDVUE, Safety, Isolation Valves Oil & Gas Upstream (On-shore, Off-shore, Sub-sea) Engineer Workshop Joe Pittman Chevron Stanley Amirthasamy Emerson Automation Solutions - - - - - - - - Valve Instrumentation -
4. Final Control & Regulate Approved Partial Stroke and Valve Signature Test Data for On/Off Valves "Clients and end users are spending more money today to ensure they are operating a safe and efficient plant. What are users doing today to ensure they are maximizing their ROI.What data will they use to compare when the first PVST and valve signature tests are initiated at site?
Are you prepared and ready to capture partial stroke and valve signature test data for on/off valves? More importantly what information needs to be captured and how do you plan on documenting and using the data captured during FAT. During this short course we will explain the procedures we have implemented for pneumatic on/off valves, critical data that should be captured, how to properly capture the data, describe what the information is used for, and discuss why it is important to you the user." "PVST and obtaining signatures for on/off valves are becoming more prevalent in today’s marketplace
?What information is available during the test?
?How will the information be captured, stored and transferred?
?How do you know what information you need?
?What are some potential pitfalls when executing the tests?
?What are the drivers for collection and maintenance of the data?" By collaborating with our customer and identifying their requirements, we were able to formulate a defined procedure. Since there currently is no procedure in the industry, we felt it was critical for our success to develop this. The benefit to our end user is that we capture all of the data, save it, then load to the plant maintenance tool when the customer is ready, which eliminates delays. The Isolation Valve team has developed a standardized process which is followed for any valves that require PVST and/or valve signatures. This ensures consistency during the FAT and reduces any delays during start-up. Diagnostics Diagnostics, SIS / SIL, Isolation Valves Petrochemicals Engineer Workshop Jose Breton Puffer Sweiven Kerry McFee Fluor - - - - - - - - Isolation Valves -
4. Final Control & Regulate Approved Koch Pipeline Links Reliability of Fisher Valve with Efficiency of VFD for Optimal Pipeline Control Pipeline energy usage, which includes either using a control valve to throttle pressure or a variable frequency drive (VFD) to control the speed of pumps, can be optimized for a wide range of operating scenarios. Koch Pipeline (KPL) learned that by using a control valve to throttle pressure can sometimes be more efficient than using a VFD to control the speed of a pump, considering energy losses and associated costs of isolation transformers, HVAC, etc. However, the inverse is also true in certain scenarios. In the scenario that will be discussed, using a Fisher? V250 control valve in conjunction with a VFD provided better energy efficiency and greater reliability for the pump by ensuring that it operates within its design curve limits. Pipelines are notorious for requiring final control equipment to function through a wide range of operating scenarios. KPL desired an optimized solution that would lower energy costs, improve pump reliability, and lengthen the mean time between failure (MTBF). After reviewing the complete range of operating scenarios and available solutions, KPL was able to choose the solution that provided the lowest possible energy costs, highest pump reliability, and broadest range of operating scenarios. The selected solution combined the precision and reliability of the Fisher V250 with the efficiency of a VFD. The key to optimizing the control scheme is to use all available data associated with the equipment energy losses. By utilizing utility rates and understanding that there are costs associated with throttling pressure, HVAC and transformer losses, and operating equipment outside of its design limits, KPL and their LBP Novaspect developed a cost effective and reliable control scheme. Optimization Efficiency, Process Control, Optimization Oil & Gas Midstream (Pipelines, Terminals) Engineer Workshop Chuck Swanson Koch Pipeline Ken Hillman Koch Pipeline - - Eben Spencer Koch Pipeline - - - - Control Valves -
4. Final Control & Regulate Approved Flint Hills & Emerson Collaborate to Increase Production Uptime by Using Fisher High Alloy Valve When a valve has a standing preventative maintenance (PM) order for complete trim replacement, there might be a better option available. In the production of Purified Isophthalic Acid (PIA), there are unique vessel-mounted valves that are required to handle three phase flow-gas, liquid, and solid crystals. At Flint Hills Resources (FHR) Joliet plant, an existing valve required frequent (planned and unplanned) maintenance due to regular sticking issues and packing leaks. After learning from their LBP, Novaspect, that Fisher had a unique valve design for this application, FHR worked closely with Emerson and Novaspect to select a Fisher replacement. Since installation, FHR has increased PM cycles to at least 18 months. The application challenges and Fisher valve solution will be discussed. While the existing valve did not throttle regularly once the PIA unit was operational, FHR was concerned that in the event it needed to move, the valve would be stuck in place, which can damage the very expensive catalyst. It was noted that the valve rarely went over 20% open, but there was no documentation indicating a need for a higher flowrate. Since installation of the new Fisher SS-83, FHR has seen significant savings associated with the reduced maintenance and production downtime. Between 2010-15, the valve required maintenance 2-4 times annually, but after installing the new valve in late 2015, no work orders have been required and Fisher Lifecycle Services has developed a cost effective plan in place to refurbish the titanium trim. It was evident that FHR needed a more dependable valve. Working off the current process data instead of a dated spec sheet, Emerson engineers and the Novaspect team were able to size and select a unique severe service SS-83 valve that fit the operating conditions into a wider control range using a smaller port size, provide low emission packing, and include a lubrication option to reduce sticking. Severe Service Control Valves, Reliability, Maintenance Chemicals (Industrial, Specialty), Refining, Petrochemicals, Engineering (OEM's, E&C's, Integrators) Engineer, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Project Manager / Lead, Operator Workshop Angel Arias Flint Hills Resources Dave Goode Emerson - - Mike Leinhauser Novaspect - - - - Control Valves -
4. Final Control & Regulate Approved Critical Applications in the Pulp and Paper Industry The pulp and paper industry has twelve critical applications known as the “dirty dozen” which are usually problem valves for customers. Spartan Controls worked with Harmac Pacific to provide Fisher valve solutions for these applications to improve reliability, efficiency, and the lifespan of the control valves. Each application is unique and must be reviewed carefully in order to select the proper valve solution. It is important to match application requirements with available control valve designs and options to provide for a more optimal and profitable process operation. When a valve is properly selected for an application, it can last in service for many years even in the most challenging applications. There are different problems and challenges faced in the dirty dozen applications that are specific to each application. Problems for applications in the bleach plant are usually erosion and corrosion due to the chemicals used in these processes while applications in the power house deal with high pressure and temperature making them more susceptible to problems like cavitation and noise. The Fisher valve solutions provided Harmac Pacific with better control performance, reduced variability, and increased reliability. Problems such as cavitation and noise were also alleviated. Overall, plant efficiency increased and waste was reduced leading to a more profitable operation. In the pulp and paper mill side, the most common solutions are rotary valves (Fisher V150/V300 and Fisher 8580/8532) in stainless steel constructions to withstand the process media. In the power house, the most common solutions are the Fisher easy-e or the Fisher HP/EH depending on the pressure and temperature with anti-cavitation trim or noise attenuating trim. Process Control Control Valves, Reliability, Optimization Pulp & Paper Engineer, Sales / Marketing, Plant or General Manager, Operator Workshop Greg Rivett Harmac Pacific Mary Barker Emerson Process Management - - Dirk Feenstra Spartan Controls - - - - Control Valves -
4. Final Control & Regulate Approved DVC6200 Digital Valve Controller Zero Point Calibration Presentation on the DVC6200 Digital Valve Controller ability to be quickly replaced in a "Hot Swap" situation without the need to conduct a full travel calibration. This is a unique quality that the DVC6200 has giving it an advantage to be quickly replaced in the field under active process conditions and function effectively until an auto-calibration of travel can be completed. In active process conditions a failing or crippled instrument directly impacts plant operations. Often no bypass exist and stroking the valve is not possible as this would upset the process. This drives the necessity for a instrument to be "Hot Swapped" while process is active at the valve without the need to complete a full travel calibration. The DVC6200 allows a "Hot Swap" procedure without having to fully stroke the valve assembly that would cause a process upset but still provides excellent control and valve position accuracy. This reduces time spent on replacement, quickly restores plant efficiency, and removes the possibility of a costly plant or unit trip. All DVC6200 instruments are pre-calibrated at the factory. All magnetic arrays used for travel position feedback have the same magnetic field regardless of shape or size. This allows the DVC6200 to be replaced with another unit and maintain good control without a full travel calibration conducted in the field. Installation Best Practices Control Valves, Troubleshooting, FIELDVUE All / Cross-Industry Technician / Analyst / Specialist Workshop Ron Hager Emeron Automation Solutions Steve Hagen Emerson Automation Solutions - - - - - - - - Valve Instrumentation -
4. Final Control & Regulate Approved Improving the efficiency of natural draft burner for oil and gas production An upstream oil and gas production company, in the Marcellus and Utica shale formation, has implemented a new fuel gas control system and burner design on their gas production units (GPU). The new system is a combination of Emerson’s Fisher Regulators and ASCO Solenoid Valves united with Millstream’s natural draft burner design. Using this new fuel gas system delivers more consistent heat throughout the firetube, reduces fuel gas usage and emissions, and decreases unplanned downtime. In addition to the above this new system has increased safety for their employees by keeping them from manually lighting burners. "1.Fuel gas supply to the burner needs to be accurate, reliable and connect to a burner management system (BMS).
2.Burners need a reduced supply of fuel during startup to ensure ignition.
3.Cost associated with running burners in a low commodity price environment.
4.Temperature in the firetube were not uniform and fluctuate.
5.Burners were manually lit exposing employees to risk of burns or worse." "1. Reduced fuel gas usage up to 40% resulting in about $1.5 million/yr in fuel gas savings.
2. Decrease unplanned downtime resulting in increased production of over $2 million/yr.
3. Improved safety for employees with Fisher 119EZ and ASCO solenoids connected to automated ignition system.
4. Reduce gas emissions by monitoring flame presence and shutting down fuel system when flame is not present." "1. Emerson’s Fisher Regulators and ASCO Solenoid Valves are accurate, extremely reliable and connect to any BMS control system.
2. Emerson’s Fisher 119EZ has an adjustable opening speed to tune it to the burner startup requirements.
3. Millstream’s unique burner design is highly efficient and reduces fuel gas usage.
4. Millstream’s design distributes heat evenly throughout the firetube." Process Control Optimization, Reliability, Regulators Oil & Gas Upstream (On-shore, Off-shore, Sub-sea) Director, Sales / Marketing, Plant or General Manager, Operator, Engineer Workshop Greg Nuk Millstream Thomas Weyer Regulator Technologies - - - - - - - - Pressure Regulators -
4. Final Control & Regulate Approved Improving Severe Service Valves Applications in New Tula Delayed Coke Utilizing Fisher Technology "Pemex Tula Refinery did acquire one of the largest DCU units in the world with a 166-thousand BPD total capacity to achieve its goal of expanding the refinery’s capabilities. Comprehensive long-term care of control valves has been a crucial directive to achieve expected performance meeting production schedules, maintaining product quality while taking full advantage of the waste from the primary units of the refinery.
Utilizing Fisher specific and special severe service control valves as well as FIELDVUE technology for common delayed coker valve selection issues will represent long lasting and cost effective valve solutions, savings in maintenances and unexpected shutdowns." Common delayed coker valve selection issues include high temperatures, large particulate, material compatibility, viscous fluids, corrosive environments, environmental compliance, experiencing coke buildup, cavitation, trim plugging, flashing, outgassing and high aero and hydrodynamic noise levels, resulting in disturbances in process, unsuitable control and low performance of control valves. Acquisition of these valves with Fisher technology will represent long lasting and cost effective valve solution, savings in maintenances and unexpected shutdowns. Improved control and high mechanical performance against erosion, cavitation with particulate as well as flashing and some outgassing issues. Several applications to beat any problem related with dirty fluids and any severe serviceas mentioned with Fisher V500 FFD Special Valve for furnace feed in coker units, 461, NotchFlo DST and E series with DST (Dirty Service Trim) trim, V500, Whisper Trim. FIELDVUE DVC6200f @ FD & AD. Severe Service Control Valves, Severe Service, Optimization Refining Consultant, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Operator, Engineer Workshop Daniel Cano Emerson Process Management S.A. de C.V. Fernando Parga PEMEX - - - - - - - - Control Valves -
4. Final Control & Regulate Approved How many revisions to get it RIGHT? Selecting Severe Service valves for ExxonMobil’s RAHC expansion In 2016, ExxonMobil’s Rotterdam refinery built a new Advanced Hydrocracker at their existing refinery site. The project required several Fisher Severe Service valves. Primary solution was a high pressure angle valve with engineered-to-order trim for hydrocracker service, where a phenomenon known as outgassing is common. Selection for one control valve with a DST-G design (Dirty Service Trim for Out-Gassing) is challenging, let alone for multiple applications. Working together and challenging each other, Fisher, the EPC, and ExxonMobil successfully engineered solutions for the difficult applications. Once specification sheet and process data is clarified and missing data resolved, correct interpretation is paramount. All-inclusive, commercially available software packages can fall short for correctly determining control valve requirements. Third party results from such programs conflicted with Fisher IEC 60534-2-1 based sizing calculations and special techniques used for out-gassing services. The team successfully worked together to size, select, and deliver eleven Severe Service control valves. Getting more process performance data and its appropriate implementation is key for control valves to operate as intended the first time while minimizing change orders and overall project costs on the deployment of Rotterdam’s $1.2-billion brownfield project. Conflicts between Fisher sizing calculation and third party results were first discovered at a preliminary meeting to discuss the project. Due to the different world areas involved, several Webcasts were held between all parties to determine the appropriate sizing model and valve selection method, as well as to implement on-going changes in process parameters. Severe Service Control Valves Engineering (OEM's, E&C's, Integrators), Refining Consultant, Technician / Analyst / Specialist, Project Manager / Lead, Engineer Workshop Ernie Shikles ExxonMobil Chris Hammond Emerson - - Janelle Prusha Emerson - - - - Control Valves -
4. Final Control & Regulate Approved Future of Tank Management Wireless Monitoring Control "Vale is amongst the largest mining companies in the world. Located North of Brazil, Carajas is one of the most significant iron reserves for Vale. Trucks are used as the main product transportation mean at this site, leading to considerable Diesel consumption. Vale consumes 2.5% of Brazilian Diesel. Following API 2000 standards, atmospheric tanks strategically store the flammable liquid, meeting the high demand at this remote location.
Unmonitored from the Control Room, Storage Tanks are essential assets that directly impact operational efficiency. Managing the vapor space inside the tank improves Safety, Product Quality and the Environment. In addition, fine tuning and live monitoring reduces costs related to tank management" The restricted access and under developed conditions at this site elevate difficulties to manage pressure and protect the tanks. The unmonitored aspect increase the risk of failure related to the vapor space pressure inside each of the 24 diesel tanks, exposing the fixed assets to implosion and explosion situations. The remote location jeopardizes the speed of response in case of emergencies "$150K annual maintenance savings. Solution allows for abnormal condition detection, anticipating production problems;
$400K reduction of insurance premiums;
Flame Arrestor capacity monitoring;
Reduction of employee exposure to hazardous situations during inspection;
Improved reliability & reduction of unscheduled stops;
Improvement of operational safety & risk management;
Payback under 12 months;" Monitor pressure remotely as it oscillates with temperature and level. The wireless solution includes a GO Switch installed at the PVRV pallets, reporting open and close positions from overpressure and Vacuum; a temperature transmitter at the flame arrestors, monitoring the system against potential fire hazards; A pressure differential transmitter at the Flame arrestor indicating maintenance needs Reliability Regulators, Wireless, Safety Alternative Fuels, Refining, Petrochemicals, Oil & Gas Upstream (On-shore, Off-shore, Sub-sea), Oil & Gas Midstream (Pipelines, Terminals), Metals, Mining, Cement & Glass, Food, Beverage & Consumer Goods, Engineering (OEM's, E&C's, Integrators), Chemicals (Industrial, Specialty) Engineer, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Sales / Marketing, Project Manager / Lead, Plant or General Manager, Operator Workshop Marcelo Valandro Vale Diego Cruz Emerson - - Victor Oliveira Emerson - - - - Pressure Regulators -
4. Final Control & Regulate Approved ENI Petroleum Improves Control Valve Reliability with Emerson Connected Services "ENI Petroleum is a 20K BPD refinery on the North Slope of Alaska. Critical control valves play a major role in the reliability of the refinery. A process upset due to a failure of a critical control valve can be extremely costly to ENI's bottom line. ENI needed to standardize their control valve reliability program in order to avoid unplanned events.
Developing a control valve expert was not a realistic solution in their remote location, so ENI turned to Emerson's Connected Services experts to gain the control valve expertise they needed to support the planned maintenance of critical valves." Developing an expert in valve diagnostics was not realistic at ENI. The site is in remote Alaska and is minimally staffed with maintenance personnel. The maintenance team relies on support from Emerson experts to analyze diagnostic data, deliver recommendations, support the planned maintenance of control valves at the refinery. One unplanned shutdown of the refinery for 30 minutes will pay for the service for one year, so the most import objective is to keep the plant running. ENI and Emerson are doing this by identifying conditions as they appear on control valves and collaborating on recommended repairs using ENI's work order management tools. This has been a major improvement for work order management for ENI. ENI Petroleum subscribed to Emerson's Control Valve Connected Services to monitor their critical control valves. Emerson collects and analyzes data from ENI's valves on a weekly basis and reports any problematic conditions to ENI for repair. This allows ENI's limited staff to focus their maintenance efforts on urgent issues and eliminates the need for an onsite valve expert. Services Diagnostics, Reliability, PlantWeb Refining Consultant, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, President / Principal, Plant or General Manager, Operator, Engineer Workshop Robin Bogard ENI Petroleum Todd Bell PCE Pacific - - Joe Johnson Emerson Automation Solutions - - - - Control Valves -
4. Final Control & Regulate Approved Emerson & Fluor use SmartPlant Instrumentation to keep ExxonMobil’s RAHC expansion on track As industry moves toward a data centric engineering environment, a critical element are control valves which are complex to specify, have critical lead times, and impact piping design. Emerson, Puffer-Sweiven and Fluor have combined their expertise to automate the work process from specification to piping design using Intergraph SmartPlant Instrumentation (SPI) and Fisher tools. By transferring data electronically rather than using paper documents, the work content, schedule lead time and data entry errors are significantly reduced. The current process when sizing, selecting, and delivering vendor data for control valves is manual handling of specifications and drawings for dimensional data for building valves in the 3D model. This is labor intensive and prone to data entry errors throughout the supply chain. This manual process impacts engineering schedules causing project delays and increasing project cost. Emerson and Fluor executed Rotterdam’s 16,000 tag project using SPI and were able to reduce engineering lead-time by 5 weeks, introduced a seamless work process, removed data entry errors, and management of change was smoother with revision tracking capability within SPI. Overall Control Systems Engineering and Piping Design cost was reduced 20% by implementing electronic data transfer. Emerson partnered with Intergraph to introduce functionality between Emerson’s Fisher FIRST 2 tool and Intergraph’s SPI to simplify the electronic transfer of control valve specification data and Dimensional Data for Piping. The imported data populates into SPI and is available to Intergraph’s Smart 3D for piping designers to quickly insert control valve 3D shapes into the 3D piping design model. Optimization Control Valves, Optimization, Design All / Cross-Industry, Engineering (OEM's, E&C's, Integrators) Consultant, Vice President, Sales / Marketing, Project Manager / Lead, President / Principal, Plant or General Manager, Engineer, Director Workshop John Dressel Fluor Luis Angelo Bonito Fluor - - Janelle Prusha Emerson - - - - Control Valves -
4. Final Control & Regulate Approved Valve Connected Services Offer Early Value to Shell Shell in Deer Park, TX decided to subscribe to Emerson's Valve Connected Services for support in analyzing control valve diagnostic data. This this workshop will discuss the early findings from the service and outline plans for using those findings at an upcoming Turnaround. Shell has been challenged with a lack or resources necessary to get the full value out of their technology investment in diagnostics. We need help analyzing tour valve diagnostic data so that we always know the status of our control valves and can ensure appropriate maintenance activities based on the diagnostic analysis. The service has only been in place for 3 months, but we have identified some early benefits. The service implementation identified some valve conditions that needed to be addressed. Subsequent reports identified a common condition on control valves located around a heater. All of this data has helped us to identify service work to be done at an upcoming turnaround. Shell subscribed to Emerson Valve Connected Services to improve control valve reliability. Having a better understanding of the health of our control valves while we are operating will help to avoid unplanned outages and develop accurate plans for an upcoming refinery turnaround. Services Control Valves, Reliability, PlantWeb Refining Consultant, Vice President, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Project Manager / Lead, President / Principal, Plant or General Manager, Operator, Engineer Workshop Scott Miller Shell Craig Jeane Puffer Sweiven - - Joe Johnson Emerson Automation Solutions - - - - Control Valves -
4. Final Control & Regulate Approved Optimizing Ball Valve Seals to Meet Stringent Fugitive Emission Requirements Industry requirements are becoming more and more stringent with Fugitive Emission Testing (FET) requirements; this is one of the biggest challenges facing the valve industry moving forward. According the US Environmental Protection Agency, “60% of all fugitive emissions come from valve stem packing.” Many EPCs and end users struggle to meet these requirements while keeping valve cost under control. Being able to adhere stringent requirements for Fugitive Emission Testing per ISO 15848-1 & Type Acceptance Testing as per Shell MESC at a reasonable cost takes special engineering effort. This workshop will cover how Emerson engineers used a combination of design tools and industry experience to successful meet the requirements and keep cost in control for our customers. A major challenge with meeting FET with a bottom entry stem ball valve design is being able to accommodate stem seals. A valve designer has to balance the use of space for the seal while meeting the industry envelope requirements for the valve. Emerson engineers explored various options to meet the requirements including the use of special grade O-rings, lipseals, and several pack materials. The project resulted in being able to successfully achieve FET tightness Class A / B with endurance class CO1 for a temperature range of -50° to +232° C. These results were certified by Third Party Inspectors. This solution will help to reduce the fugitive emissions that come from valve stem packings to better our environment and help our customers lower their emissions, a win all around. Emerson engineers were able to design a series of Virgo valves that met FET per ISO 15848-1, Class A / B, endurance class- CO1, while also accommodating a wide range of customer seal requirements. This solution required a combination of engineering, appropriate geometric dimensioning and tolerancing, as well as, manufacturing process improvements to achieve the desired results. Compliance Codes & Standards, Isolation Valves, Engineering Chemicals (Industrial, Specialty), Refining, Petrochemicals, Oil & Gas Upstream (On-shore, Off-shore, Sub-sea), Oil & Gas Midstream (Pipelines, Terminals), Engineering (OEM's, E&C's, Integrators) Consultant, Vice President, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Sales / Marketing, Project Manager / Lead, President / Principal, Plant or General Manager, Other, Operator, Engineer, Director Workshop Tony Foster Emerson Narayan Patil Emerson - - - - - - - - Isolation Valves -
4. Final Control & Regulate Approved Creating a Smart Gas Lift Control Valve! Getting Creative with Fisher easy-Drive Solutions The Internet of Things focuses on the interconnectivity of products, services and people. Emerson and Fisher are consistently pushing the boundaries on smart technology and communication efficiency. With the recent release of the Fisher Generation 2 easy-Drive controller came a microprocessor and an extra set of Digital Input/Output terminals. These allow endless customizations to a customer's well pad and other process control applications. We will discuss how you can leverage the power of smart electronics to maximize operational insight of processes like Gas Lift, Plunger Lift, Separators, Heater Treaters and much more! Gas lift plays an important role for most oil producers. As fields and wells mature, the production units require the ability to handle increasing gas and water. Optimization of this process helps ensure maximum oil production and maximum profits. Gaining process insight with smart technology can exponentially increase the factor of success for these operations. Fisher's easy-Drive Electric Actuator provides the missing piece in valve health monitoring. Receive real-time data over existing Modbus networks, allowing 24/ monitoring capabilities without sending personnel to site. Implementing smart technology can unlock the true automation potential. Customers worldwide have begun to use the flexibility of the easy-Drive to their benefit. New digital input / output terminals can be used as a position feedback, high/low level interlocks and many more. The new microprocessor allows application style programs to be written to the board for agile enhancements Optimization Actuation, Instrumentation - Analytical, Control Valves All / Cross-Industry Operator Workshop Shawn Fagen Emerson Automation Solutions Thomas Pesek Fisher - - - - - - - - Actuation -
4. Final Control & Regulate Approved Celanese and Emerson work through challenges to implement Valve Connected Services Celanese and Emerson identified a number of IT security and operational challenges when they implemented a Valve Connected Services contract. Working through those challenges has given both companies a better understanding of how this service will be executed now and in the future. "Celanese has strict protocols on our process control network that made it difficult for the diagnostic tests to run. We had to build a workaround for that process.
We also had concerns about diagnostic tests heavily loading our DeltaV DCS. Emerson worked with Celanese operations to ensure that diagnostic tests would not interrupt our process." The collaboration with Emerson has allowed us to begin the Connected Services monitoring process, which we are looking forward to, but we have already gone through the implementation of the service and during that process, we have identified preliminary reliability issues on 2 critical valves. We are looking forward to more insight into the health of our valves as the service progresses. We ended up installing a ValveLink client station on our mobile network. This allowed us to operate in a secure enviornment, but avoid the strict policies of the process control network. We also worked with Emerson to ensure that the ValveLink tests would not cause unnecessary load on our DeltaV DCS. Troubleshooting Diagnostics, ValveLink, PlantWeb Chemicals (Industrial, Specialty) Consultant, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Project Manager / Lead, President / Principal, Operator, Engineer, Director Workshop Greg Gattis Celanese Joe Johnson Emerson Automation Solutions - - Carla Pruneda Puffer Sweiven - - - - Control Valves -
4. Final Control & Regulate Approved Improving Turbine Bypass Reliability through Actuation Retrofits "The Wisconsin Public Service Fox Energy Center is a 620MW 2x1 Combined Cycle Power Plant that began operation in 2005. The facility is located just outside of Kaukauna, Wisconsin, about 20 miles Southwest of Green Bay.
This session will discuss the challenges that Fox Energy Center faced since 2005 with their turbine bypass valves during startup and operation. It will dive into how Plant Fox was able to improve performance and reliability by retrofitting their actuation package with a Fisher actuator, volume boosters, and a Fisher DVC6200 onto competitor valves. The presentation will finally discuss the benefits to that Fox Energy Center has seen since the retrofit." Fox was built with CCI turbine bypass valves. Since construction, the plant was continually challenged by valve and actuator performance. Up to six times per year they missed scheduled start times due to poor actuation performance during winter months. The plant also struggled to get qualified support from the manufacturer due to the lack of local support for CCI valves in Wisconsin. Since installation the plant has undergone every possible sequence of start-ups events. In every case the actuators performed. For the first time since the plant was built in 2005, Fox did not miss a scheduled start. The plant is now able to perform their own diagnostic condition monitoring through the DVC positioner and the AMS system and receive local support through Novaspect. "In October, 2015 six new actuator packages were purchased. The Fisher actuator packages included:
? Type 585C piston actuators and yoke adaptation
? Remote Mounted type 6200 DVC positioners with ODV diagnostic tier
? 377 Trip Valve
? Volume Tank
? Solenoid Valve
? 4 Type 2625 Volume Boosters
? Parker Filter/Regulator
? On-site installation and start-up calibration" Actuation Control Valves, Reliability, Operations Power & Utilities Engineer, Technician / Analyst / Specialist, Plant or General Manager, Operator Workshop Marc Puyleart Novaspect Keith Nehring Emerson Process Management - - - - - - - - Actuation -
4. Final Control & Regulate Approved No Emissions? No Problem! A Solar Powered Wellpad Solution; The Future of Upstream Oil & Gas SM Energy wanted to get rid of pneumatics on their wellpad, due to performance and reliability issues. Puffer-Sweiven’s Fisher and RAS engaged the customer on an electric wellpad solution, using all Emerson equipment. One problem was that the pad had to run on solar, so low power equipment was a must. Due to the complexity of the design, it was necessary for Puffer to provide not only the equipment, but also RAS commissioning services. SM’s Houston office doesn’t have a purchasing department, so they requested that Puffer bundle all the Emerson equipment together, thereby reducing purchasing complexity for the customer. A great team Effort between the Local Business Partner and other Emerson Business units to provide a full electric wellpad solution; the future of Upstream Oil & Gas. With increasing EPA regulations on the upstream Oil & Gas Industry, customers need to be looking for alternate wellpad solutions from traditional pneumatics. A full electric automated wellpad solution powered by solar gives the customer greater reliability & performance. Not only is it emission free (except for the ESD), but they have more insight into their process than they've ever had before. Electric, no bleed solution; Visibility into process which they hadn't had before with traditional pneumatic products. Reliability & Precision/Performance is greater with Emerson's electric solutions. We are currently commissioning the first pad this week, and expect to startup mid-March. By the end of FY17, we expect to have some run-time data on the equipment. The electric wellpad solution encompasses many Emerson Business Units. Fisher's easy-Drive dump valves & L2e / 2100E level control technology. Remote Automation ROC's and Rosemount products. Puffer-Sweiven provided the additional services of bundling the package & start-up/commissioning services; thereby reducing purchasing & start-up complexity for the customer. Design Compliance, Wireless, Reliability Oil & Gas Upstream (On-shore, Off-shore, Sub-sea) Consultant, Vice President, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Sales / Marketing, Project Manager / Lead, President / Principal, Operator, Engineer, Director Workshop Reid Youngdahl Emerson Fisher Jeff Cassidy Puffer-Sweiven - - - - - - - - Actuation -
4. Final Control & Regulate Approved How we leveraged Emerson's actuation technology and service network to increase plant reliability Emerson Fisher was approached by Lyondell to improve compressor anti-surge valve reliability. The installed competitor valve had caused plant shutdowns on several occasions. After a few discussions, it was collaboratively determined that the best path forward to meet budget and obtain desired performance would be to retrofit a Fisher actuator and accessory package onto the competitor valve. Given the high criticality and history of this valve on site, we took a deep look at every detail during preparation, engineering, and execution to create a completely custom solution which was delivered on site and on time. Now, five months after installation, Lyondell is very pleased with the valve’s enhanced performance and we are looking to share this success with other Emerson users. Lyondell was experiencing several issues with the operation of a competitor valve. The valve is installed upside down and water had collected in the actuator yoke and handwheel, rendering the handwheel inoperable. Actuation and accessory failure caused this valve to fail twice with a multimillion-dollar operational impact. Lyondell is very satisfied with not only the implemented solution, but the service and support Emerson has offered and will continue to offer throughout this assembly’s lifecycle. The upgraded actuation and accessory package has made compressor startup smoother and has not resulted in any unexpected plant shutdowns. Emerson engineered a special optimized digital valve (ODV) accessory package fitted on a custom model 685 actuator. Due to valve orientation and prior water collection issues, Emerson implemented actuator specials such as room temperature vulcanization (RTV) silicone sealing, a protective piston rod bellows/boot, and a hydraulic override to eliminate any potential manual override gear corrosion. Reliability Actuation, Services, Control Valves Chemicals (Industrial, Specialty), Petrochemicals, Oil & Gas Midstream (Pipelines, Terminals) Engineer, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Plant or General Manager Workshop Will Sjobeck Fisher Controls International LLC Dino Desalvo Lyondell - - Mike Leinhauser Novaspect - - - - Actuation -
4. Final Control & Regulate Approved Poet Increases Product Throughput and Improves Unit Reliability Through Mole Sieve Bottle Upgrade In 2014, Poet Big Stone was struggling with reliability and efficiency within their distillation process. This presentation will show how Poet, in collaboration with Emerson and their Local Business Partner, has turned their maintenance-prone Molecular Sieve Bottles into a dependable and efficient process unit. Emerson’s Molecular Sieve Solution uses proven Fisher? technology that has been tested to withstand the rigorous demands of high cycle applications. The upgrade captured in this presentation has helped Poet achieve both a significant increase in throughput and a reduction in maintenance costs within the distillation unit. The valves used in Molecular Sieve applications cycle 10-15 times per hour. Valves, actuators, and instrumentation that are not designed for high cycle applications suffer due to mechanical failures, leading to downtime and inefficiency. Poet has a total of 24 valves and their existing solution had a typical lifespan of only 3-4 months. This reduced lifespan was severely limiting plant throughput. Since the installation, Poet Big Stone has realized significant results. In addition to increasing maintenance intervals by a factor of 8, the Emerson solution has improved the vacuum performance of the bottles through increased shutoff. The throughput improvement achieved, by means of enhanced vacuum performance, was sufficient to provide a 2 month payback on the solution. Emerson’s Molecular Sieve Solution consists of a Fisher 8580 High Performance Butterfly Valve, FieldQ Rack and Pinion actuator and an Asco Solenoid. Each bottle also includes a control valve fitted with a FIELDVUE DVC6200 valve controller. The Fisher 8580 High Performance Butterfly Valve has been tested, using the 136,000-square-foot Emerson Innovation Center, to withstand over 1 million cycles. Reliability Control Valves, Maintenance, Efficiency Alternative Fuels Engineer, Plant or General Manager, Operator Workshop DJ Haggerty Poet Ryan Enockson Novaspect - - Jonathan Vance Emerson - - - - Control Valves -
4. Final Control & Regulate Approved How additive manufacturing supported Lubrizol’s valve trim needs Lubrizol’s hydrogen sulfide unit is critical to site operations. The unit includes multiple control points that must operate with a high level of accuracy to ensure smooth operations. One of these points is pressure control with a low flow rate and erosive service. Due to these application conditions, a very specific trim set was required in erosion resistant material. This workshop discusses how Emerson’s Additive manufacturing technology was utilized to meet Lubrizol’s specific trim set needs. Due to the criticality of the application, the valve must be continually monitored for any performance changes. The erosive nature of the process continually wears on trim components and requires replacement. A specific low-flow trim set was required to meet performance requirements. When traditionally manufactured, this trim set can pose challenges due to extremely close tolerances required. Where performance is critical for tight control for low flow control valves, customers need vendors with flexible manufacturing needs. Emerson Additive Technology provided Lubrizol with a solution meeting their expectations for execution and quality. Micro-flute trim was selected to meet the low flow requirements in Alloy 6 material due to its erosion resistant properties. Where performance is critical for tight control for low flow control valves, customers need vendors with flexible manufacturing needs. Emerson Additive Technology provided Lubrizol with a solution meeting their expectations for execution and quality. Control Valves Design, Severe Service, Engineering All / Cross-Industry Engineer, Supervisor / Manager / Dept. Head, Operator Workshop Blake Coleman Emerson Pete Engler Equipment & Controls, Inc. - - Melissa Westbrook Lubrizol - - - - Control Valves -
4. Final Control & Regulate Approved Material Compatibility Question? Keep Calm and Collaborate Material selection is a crucial and often times misunderstood segment of the Chemical Industry. This presentation will provide insight into the process by which Emerson Process Management Fisher qualifies suppliers for high alloy castings and how control valve users, in collaboration with Emerson, can leverage performance history and process knowledge to make informed material selections. Proper material selection allows users to maximize product reliability and availability thereby limiting unplanned downtime and increasing product throughput. Control valve challenges within the chemical industry are often attributed to poor material selection. These challenges include, but are not limited to, performance, throughput, availability, safety, and reliability. Improper material selection introduces unnecessary risk in to the process control equation and has the ability to create additional issues downstream. The methodology outlined in this presentation provides control valve users with the tools needed to make material selections with confidence. The ability to match the correct material selection with a given application allows users to maximize uptime without over specification thereby saving time and money. Stringent supplier qualification requirements in combination with Emerson's material and application expertise and the user's process knowledge and historical valve performance allow users to make informed material selections. The methodology outlined in this presentation accelerates the material selection process and establishes a process for the future. Control Valves Reliability, Severe Service, Safety Chemicals (Industrial, Specialty) Engineer Workshop Jonathan Vance Emerson Meredith Bell Emerson - - - - - - - - Control Valves -
5. Business Management & Career Development Approved 3 Superpowers to Boost Your Career Career growth has little to do with how smart you are or how hard you work. Despite the long hours, we stay in our role, wondering when we will get promoted or when our efforts will be recognized. Often we believe that others are holding us back, preventing us from getting that promotion or recognition and causing us stress. The truth is that, beyond a performance threshold, success has more to do with ourselves holding us back. The good news about this is that we can control ourselves. In this workshop, I will share three key concepts and techniques that I have learned that have helped me move from a worker to a leader - completely changing my career trajectory and limitations as a result. Engineers are often hired for their knowledge or technical skills. But over the course of a career, they need to develop professionally - developing new skills and changing others' perception in order to gain visibility and to be given the opportunities to expand professionally. Since beginning to employ these strategies, my career has taken off. I made significant contributions outside of my role. Over the next few years I was granted an $85,000 scholarship from my company to pay for an Executive MBA, at age 30 I was named a Leader Under 40 by Control Engineering magazine, and I was promoted 3 times in 4 years up to a Global Director role at age 33. First, change your relationship with fear. By changing our relationship with fear we change the decisions that we make. Second, change your story. This changes the perception of your ambitions and contributions. Third, learn to breathe. The ability to take a breath and then act in a considered way helps you deal with the challenges of change and it also builds others' confidence in you. Personal Improvement Business, Management, Leadership All / Cross-Industry Consultant, Vice President, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Sales / Marketing, Project Manager / Lead, Plant or General Manager, Other, Operator, Engineer, Director Workshop Aaron Crews Emerson Process Management - - - - - - Career Development - - - - -
5. Business Management & Career Development Approved Best Practices for Preparing and Delivering a Successful PowerPoint Presentation This course will provide actionable strategies to deliver a well-polished and organized PowerPoint presentation. Learn about common PowerPoint pitfalls that can be a distraction to your presentation. Conversely, see what makes a successful PowerPoint presentation including overall flow and content organization, slide layout and structure, graphics and visuals, and overall presentation tips. Nothing can cause an important meeting to go wrong like a poorly executed PowerPoint. A presentation that is unorganized, messy, and confusing is not only distracting, but it can cause great ideas and proposals to get rejected. Even worse, consistently delivering poor presentations can be a barrier for career growth and advancement. A polished PowerPoint presentation ensures your key messages and ideas are communicated to management with clarity and vision. More importantly, it is a direct reflection on you that can leave a lasting impression with your management. Just like a standard five paragraph thesis, a well-executed PowerPoint presentation has hierarchy, structure, key messages, and clarity. To achieve these goals, this session will go over best practices for slide titles, graphics and images, text, and overall slide layout. Personal Improvement Leadership, Motivational, Management All / Cross-Industry Consultant, Vice President, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Sales / Marketing, Project Manager / Lead, President / Principal, Plant or General Manager, Other, Operator, Engineer, Director Short Course Michael Olivier Emerson Ben Louwagie Emerson - - - - Career Development - - - - -
5. Business Management & Career Development Approved E+R=O Success Mantra for Professionals The book “The Success Principles” by Jack Canfield focusses on the Success Mantra “Event(E) + Response(R) = Outcome(O)”. The Speaker decided to specialize in Functional Safety and within a short span of 4 years, rose through the ranks from being a SIS Programmer to Functional Safety Discipline Technical Authority & ISA84 Voting Member for his company by directly applying the principles covered in this book. The essence of this mantra is that we are faced with Events in our life that we mostly cannot control. The Outcome to these Events can be directly controlled by our Response. If we don’t like the Outcome, we should change our Response until we get the Outcome we want. The speaker will go over several examples of how strategies captured in this book can be used in our day to day life. We are faced with Events (E) that happens in our lives. Most people tend to blame the Event (E) if they don’t get the results they want. Instead of seeing how to improve the situation by taking a positive action, they tend to complain to the wrong people and end up with the same Outcome (O). Being stuck with a team member who does not perform is one example. By using this Success Mantra “E + R = O”, each individual can achieve the results they want; to go from where they are to where they want to be. This presentation is a tribute to the book “The Success Principles” by Jack Canfield that has made a huge positive impact in the Speaker Personal and Professional Life. The ultimate goal is to take 100% responsibility for your Life. Instead of complaining about the Event, it would be more effective if people would continue changing their Response till they get the Outcome they want. In this instance, clear communication and talking directly with your team member and setting clear expectations is a solution instead of complaining to others that your team member is not doing his part. Personal Improvement Leadership, Motivational, Management All / Cross-Industry Consultant, Vice President, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Sales / Marketing, Project Manager / Lead, President / Principal, Plant or General Manager, Operator, Engineer, Director Workshop Nagappan Muthiah Wood Group - - - - - - Personal Productivity - - - - -
5. Business Management & Career Development Approved What's In It For Me To Change? The human brain is lazy and risk averse by nature. If you’re frustrated by a seeming inability of others to buy into your ideas or causes, your approach could be wrong. Are you thinking about it from your point of view or your audience’s point of view? You must wake up the brain by moving past the noise and creating a reason for change. That reason answers the question in the mind of your audience: “What’s in it for me to change / buy into your idea?” Learn why people behave the way they do and become an effective change agent. We’re frustrated with our ability to drive change. The problem is we often ignore why people change in the first place: either risk aversion or personal gain. Once we place ourselves in the shoes of the audience, we begin to drive results. Once you understand people change for personal gain, it’s easier to drive results. People don’t change because they have to. People change because they want to. Utilizing basic neuroscience will accelerate your career because you’ll be seen as someone who sets a vision that others WANT to embrace. People change when this is answered: “What’s in it for me? Why should I change or buy into your idea?” Facts and data support the reason, but don’t provide the impetus. Understanding and utilizing the psychology behind change will create buy-in and accelerate your career . Personal Improvement Leadership, Motivational, Management All / Cross-Industry Consultant, Vice President, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Sales / Marketing, Project Manager / Lead, President / Principal, Plant or General Manager, Operator, Engineer, Director Workshop Mitch Jones Robert E. Mason & Associates - - - - - - Career Development - - - - -
5. Business Management & Career Development Approved Conducting Virtual Presentations – How to Engage, Influence, and Persuade Technology allows us to conduct meetings and presentations globally. We save money and travel time by sitting at our desk delivering information. Others sit at their desks to watch, listen, and absorb what we share. Or do they? Presentations that do not maintain attention waste company resources. The key to realizing good return is to maintain audience engagement. Regardless of the software used, simple tools and techniques can ensure that your audience is not tempted to read email, browse other sites, or become distracted from what you have to say. Mastering the elements of good design and execution can transform drab disengaging Online presentations into dynamic interesting mind-changing events that leave audiences asking for more instead of wondering when it will be over. Have you ever attended a boring Online presentation? Worse, have you ever given one? How much time and money was wasted? Virtual presentations are different than face-to-face sessions. Yet too few have learned those differences or use the Online tools effectively. Disengaging sessions waste resources because the audience finds other things to do during the PowerPoint and narration. By learning and using a few simple tools and design principles, audiences have paid more attention, increased retention, and given feedback that an improved Online experience flew by quickly instead of dragging on for too long. Presenters are rewarded with higher levels of interest and recognition of maintaining the best of professional standards. Using a few easy tips and techniques common to most Online meeting software, virtual presenters can turn boring to interesting, disengaged to motivated, and money wasting into true savings. Whether it is training, sales, project status, or general updates, practicing good online design and execution will make the presenter appear more professional through increased confidence and competence. Personal Improvement Business, Training, Leadership All / Cross-Industry Consultant, Vice President, Supervisor / Manager / Dept. Head, Sales / Marketing, Project Manager / Lead, Engineer Workshop Bruce Smith Emerson - - - - - - Personal Productivity - - - - -
5. Business Management & Career Development Approved “Analysis Paralysis: Harnessing your Emotions and Intuition” We live and breathe in an analytical world, where decisions are predicated on big data, and the need for insights is further undermined by the overabundance of information. How many of us can recount personal experiences where personal judgement was clouded by the rational impulse to stifle our “gut feeling,” sometimes leading to less than desirable results? Systems and processes exist for a reason – to invoke order to the entropy of our daily lives – but we must remain cautious that such measures do not become self-serving. This presentation explores the research and empirical evidence of the power of emotional influence and INTUITION in informing actions, formulating strategies, and affecting our behaviors. So how (and when) do we recognize that data is actually impeding our own propensities for sound decision making? There exists a delicate tipping point where confidence from data can regress to a lack of proficiency and effectiveness due to data overload. This managerial paradigm persists within all of us as we strive for the most efficient use of our time and the information at hand. This session attempts to provide a managerial field guide to applying Intuition in the course of our professional and personal lives, in scenarios ranging from vocational experience, task mastery, workplace engagement, and intrinsic motivation. To become more adept in our own decision making, it takes a concerted effort in recalibrating our minds and trusting our emotions. Personal improvement and adult learning are predicated on the notion that we learn from our mistakes. In a culture shackled by risk aversion, we are depriving ourselves of the necessary experiences to develop the foundation of our Intuition. In the absence of those critical building blocks, we must inevitably rely more and more upon data to navigate our surroundings. Personal Improvement Leadership, Motivational, Management All / Cross-Industry Consultant, Vice President, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Sales / Marketing, Project Manager / Lead, President / Principal, Plant or General Manager, Other, Operator, Engineer, Director Workshop Chris Helbling Experitec, Inc. - - - - - - Managerial Skills - - - - -
5. Business Management & Career Development Approved ROI is the New TCO: Get the 411 on Why You Need to Consider Performance Improvements ASAP When it comes to making a capital investment in automation, many companies determine value by looking at the cost to install and operate a system over the course of its lifecycle. But what’s arguably more important is the impact the solution has on the overall performance of both their facility and workforce. Our experience with many global customers shows that a return on investment (ROI) equation will determine the best overall value. This takes into consideration the total cost of ownership (TCO), plus the operational impact and monetary savings generated by performance improvements. While every operator recognizes the cost associated with implementing new technology can only be justified if it provides a suitable return, many do an inadequate job of assessing what that return entails. Applying TCO strictly on a basis of CAPEX and OPEX fails to capture the many benefits generated as a result of improving the performance of an asset and/or process. Thus, TCO falls short. Improvements taken into account with our ROI calculation can include reduced unscheduled downtime, improved product quality, reduced variability, more effective maintenance, and increased operational visibility. These can result in significant financial gains throughout the life of a facility, but they are often disregarded on account of the difficulty associated with assigning monetary value. Use our ROI calculation. If you’re not leveraging performance improvements (as well as operational improvements that result in facility personnel being able to perform their job more effectively), you may miss some big opportunities — especially when the improvements are cumulated over the lifespan of the facility. Other factors, including safety and downtime, are included in the calculation. Economic Justification DeltaV, Process Control, Operations All / Cross-Industry Director, Vice President, Supervisor / Manager / Dept. Head, Project Manager / Lead, President / Principal, Plant or General Manager, Operator, Engineer Workshop Kurt Russell Eli Lilly Matt James Emerson - - - - Business Processes and Operations - - - - -
5. Business Management & Career Development Approved Getting the most out of LinkedIn and Emerson Exchange 365 "You have been too busy to keep up with social media, but are you missing out on anything important? It can be hard to keep up with your contacts, know where to go with industry questions, or find out about the newest innovations. LinkedIn has become an important way to keep up with networking and find information pertinent to your industry. And Emerson Exchange 365 allows for collaboration and sharing after the Emerson Global Users Exchange for this year is over.
Learn the key benefits and rules for social media, update your LinkedIn profiles, learn the power of Emerson Exchange 365 and get more comfortable with social media with this hands on session. You'll be ready to solve problems faster, gain experience faster by learning from peers and develop your personal brand." A great challenge we face today is finding the right answers buried in a sea of information. Establishing networks with trusted people helps you get better answers more quickly. With some hands on help you can get your LinkedIn profile up to date (including your picture), discover the power of Emerson Exchange 365, learn how to social network & find out how it can add to your professional power. The biggest benefits you receive from active participation in communities and social networks is faster problem solving, gaining experience faster by learning from trusted peers and developing your personal brand and influence in your areas of expertise. We will help you with the basics so you can participate and get the benefits that make sense for you. We will step through some of the more popular social media platforms, cover the do's and don'ts of participation in communities & social networks, and share ways to build your influence. We will help you get your profiles up to date on LinkedIn and Emerson Exchange 365 and help get you more comfortable with social participation. Business Training All / Cross-Industry Consultant, Vice President, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Sales / Marketing, Project Manager / Lead, President / Principal, Plant or General Manager, Operator, Engineer, Director Short Course Jim Cahill Emerson Lydia Miller Emerson - - - - Personal Productivity - - - - -
5. Business Management & Career Development Approved Funding Automation Projects – Federal Style Any automation company dealing with the United States Government would be interested in understanding the overwhelming complexity of the Federal Government Planning, Programming & Budgeting Process, essential to getting automation projects funded. This presentation will provide an overview of this three phase Federal Budget Process and explain the improvements made by the Savannah River Nuclear Solutions - Savannah River Tritium Enterprise to align itself with the Federal Budget Cycle for authorization of future automation projects. Detail discussions will be based on two improvement processes; the Strategic Planning Investment Process and the Strategic Roadmap. Tailoring these improvement processes to include over $75,000,000 of future automation projects will be reviewed in depth. In the past, a request for Federal Funding was not issued or if issued the confidence of realization was less than 50%. By Savannah River Tritium Enterprise improving its process to more closely address the Federal Government Planning, Programming & Budgeting Process requirements, Savannah River Tritium Enterprise future automation projects have a much higher confidence of realization. Federal Budget requests for $10,000,000 of FY19 Automation Projects have been issued with a high (95%-100%) confidence of realization. With the Savannah River Tritium Enterprise process improvements, Automation Projects not only get the needed priority but they are included in the master Road Map plans leading to Federal Budget requests for future implementation. Economic Justification Business, Management, Economic Justification Chemicals (Industrial, Specialty) President / Principal Workshop Joe Riddle Savannah River Nuclear Solutions - - - - - - Business Processes and Operations - - - - -
5. Business Management & Career Development Approved The other IoT – Interaction of Teams Research shows (Reference TED Talk Celine Fitzgerald -2015, over 16,000 views) that 93% of communication is non-verbal and only 7% deals with words. Many view communication/networking as a chore while others find it thrilling and for this reason we often have a love-hate relationship with it. In today’s society, there are effective ways of face to face networking and digital networking. It’s important to keep in mind that networking is about being sincere, authentic and understanding how you can help others. There are best practices that can assist with effective networking and keeping a balance between face to face and digital methods. Presentation will include real-time survey with audience interaction. “Every problem is a communication problem” -Bill Higgs, co-founder Mustang Engineering. In today’s society, there is an overdependence on digital communication due to the misconception it is more efficient than face to face or verbal communication. Overreliance on digital communication causes an unrealized overall inefficiency based on research although still the default comfort zone for many. Robust collaboration; the sum of the parts is always greater than the whole. On a recent complex offshore project, communication was converted to conference call/direct face to face resolutions where quickly aligned and much more efficient execution occurred going forward. Problems were addressed with the team when they came up and not lost in email blasts/forwards/replies over weeks. "?Best practices in using effective communications to optimize networking.
?Remove barriers (Bill Higgs success).
?Different perspectives, potentially the best ideas, can come from a team/group face to face discussion vs. a small digital distribution list with only the direct stakeholders." Personal Improvement Leadership, Motivational All / Cross-Industry Consultant, Vice President, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Sales / Marketing, Project Manager / Lead, President / Principal, Plant or General Manager, Other, Operator, Engineer, Director Workshop Spencer Drake Wood Group Dodd Mize Emerson - - Panthini Patel Emerson Personal Productivity - - - - -
5. Business Management & Career Development Approved Stop Millennials from Walking Out the Door of Your Company In 2016 a survey of Millennials across the globe found that only 27% expected to stay at their current company for over 5 years. In 2017 that number has grown to 31% indicating that Millennials are starting to become a little more loyal. Though, according to the survey, this has less to do with shifting company policies and more to do with the current political and economic climate. In this presentation we will explore what policies, on a supervisorial, company and societal level will help improve the retention of the other 69%. 69% of Millennials indicate that they are looking to leave their present company in the next 5 years and they now make up the largest percentage of the workforce of any generation. This is problematic due to the high cost of hiring and training a new employee. Depending on how specialized the job is, it can take between 20 and 200% of the employee's annual salary to replace them. By improving Millennial employee retention, a company can save on the time and costs associated with constantly replacing them and create a more stable talent pool for its next generation of leaders. Additionally, by understanding the motivations of a generation we can improve our cross-generational working relationships. There are a number of strategies that individuals, supervisors, and companies can employ to help improve employee retention. Some of these include encouraging mentorship or becoming a mentor, creating development opportunities, and helping employees understand your company's purpose. We will discuss these strategies as well as others to aid in the understanding of this new, large generation. Leadership Management, Personal Improvement All / Cross-Industry Other Workshop Sara Wiederoder Emerson Automation Solutions Zeke Domowski Emerson Process Management - - Dale Perry Emerson Process Management Personal Productivity - - - - -
5. Business Management & Career Development Approved Establishing the Business Case for Approximate Fuel Gas Energy Flow Control The business case for upgrading multiple oil refinery fired heaters from existing fuel gas pressure or volumetric flow control to approximate fuel gas energy flow control was quickly and efficiently established during a recent study. During this workshop, we will provide a brief overview of how variability in the fuel gas header's operation drives up operating costs and we will provide a brief overview of how Micro Motion Coriolis Flow Meters and a single Micro Motion 3098 Gas Specific Gravity meter may be used to bring these costs back down. The focus of the workshop however will be on how large sets of operating data were transformed into net present values using Emerson software based on calculations first presented during Session 3-5160 of the 2015 Emerson Exchange. Step changes in an oil refinery's fuel gas header's temperature, pressure and composition contributed to an oil refinery operating several fired heaters with target %O2 values in excessive of design. Fuel gas costs increase as the target %O2 is increased. Quickly and efficiently built a business case for upgrading some fired heaters from existing fuel gas pressure or volumetric flow control to approximate energy flow control using measurements from Micro Motion Coriolis Flow Meters and a single Micro Motion 3098 Gas Specific Gravity meter. Applied the calculations presented during Session 3-5160 of the 2015 Emerson Exchange to all fired heaters at the refinery. Business Business, Instrumentation - Flow, Efficiency Refining Consultant Workshop Randy Stier Valero Pekka Immomen Emerson - - Julie Valentine Emerson Business Processes and Operations - - - - -
5. Business Management & Career Development Approved Teamwork Makes the Dreamwork: Getting Teams to Function as Well as Your Control Systems Control systems are designed to automate complex processes in order to reduce cost, improve yield and ensure safety. Each component of these complex systems is designed to work independently, yet seamlessly with each other. Now imagine if we put the same level of effort and rigor into building our human teams as we do in intricately designing our automation systems and other related technologies? Research shows that strong teams indicate a highly performing business yet limited effort is put into creating and fostering effective teams. In this session, we'll show you how you can apply some of the same methods used in designing complex hardware systems to establish trust, respect and good communication, and create high functioning, highly effective teams within your organization. Teamwork and collaboration are more important today than they ever have been. With global connectivity and global markets, teams must be able to collaborate at the local level and on a virtual basis. The increased demand for teamwork and collaboration has unfortunately not come with an increased drive and focus on creating more effective teams. The benefits of having high functioning teams in any organization are well documented. Some studies cite 2.5X revenue for businesses whose teamwork and collaboration rank high as compared to those with poorly functioning teams. Establishing good teamwork and collaboration is absolutely necessary to compete and succeed in today's world. We'll give you the tools and processes you need to get there. In this session, we will teach methods for establishing and maintaining effective teams by fostering trust, respect and good communication. We'll use familiar concepts from technology and hardware design to demonstrate the process. Activities like establishing device interoperability and two way communication can be a a great guide for also creating human teams. Personal Improvement Business, Management, Leadership All / Cross-Industry Consultant, Vice President, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Sales / Marketing, Project Manager / Lead, President / Principal, Plant or General Manager, Other, Operator, Engineer, Director Workshop Nikki Bishop Emerson Automation Solutions Bruce Smith Emerson - - - - Personal Productivity - - - - -
5. Business Management & Career Development Approved Get Up! Stand Up! Stand Up for Your LIFE! "Today’s business reality sets high demands on us, and the demands on our time and energy will continue to increase. Many of us are exhausted after a long day of work and some of us also suffer from side-effects incurred in our jobs. SItting all day is killing us. Studies show that sitting 6+ hours a day increases our risk of death by 40%. Add stress and fatigue to that and it compounds. Join this session to learn what you can do to decouple your mind and body to regain some of your energy and balance, to improve on your performance, and how to combat some of those pains and aches!
This will be an interactive session so come ready to participate and to leave with new skills, feeling invigorated! No hiding in the back allowed." "Focus:
Lack of energy or mind-fatigue will cause you to lose focus on your tasks. Ever feel like you didn’t catch a word of that report you just read?
Efficiency:
Jumping between and finishing tasks can be hard, what can help get things done?
Health:
Sedentary lifestyles and desk-bound jobs may cause unwanted results. Are you suffering from minor pains and aches, or worse?" Get energized and stop aching! Act now to create healthy habits and protect yourself from the detrimental effects of a sedentary day at the office. Come and learn about the things that impact you and discover how you can improve on important aspects and routines in your everyday life! We’ll share data and knowledge, and will show you the things that can help you boost your performance and improve your physical and mental wellbeing that you can implement at your place of work! Personal Improvement Business, Motivational, Leadership All / Cross-Industry Consultant, Vice President, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Sales / Marketing, Project Manager / Lead, President / Principal, Plant or General Manager, Other, Operator, Engineer, Director Workshop Joel Galmor Emerson Nikki Bishop Emerson Automation Solutions - - - - Personal Productivity - - - - -
5. Business Management & Career Development Approved The Cloud is Here for Smart Manufacturing - Part 2 At the 2015 Emerson Exchange, we presented how a DOE-funded prototype of a cloud-based Smart Manufacturing system demonstrated significant energy savings on a Praxair Steam Methane Reformer using advanced modeling and optimization applications running in the cloud. Fast forward two years. The DOE recently appropriated $70MM in funding to setup 5 regional centers around the US to further commercialize and promote Smart Manufacturing technologies. This paper will describe the results achieved in the first prototype and the aspirations of the new Clean Energy Smart Manufacturing Innovation Institute. (CESMII) The cost and expertise required to own, operate and maintain a manufacturing facility’s automation and information infrastructure along with the higher-level planning and optimization functions that support it, can be a challenge for smaller companies to justify. As a result, many companies are unable to take advantage of today’s available technology. The initial DOE project to the Smart Manufacturing Leadership Coalition (SMLC) to build a prototype of an open, cloud-based platform for manufacturing companies has been successfully completed. Praxair demonstrated significant energy savings using a cloud-based optimizer on a steam-methane reformer. DOE recently awarded $70MM more funding to further develop and commercialize the platform. Using cloud services, companies can entirely outsource hardware and software needs, paying only for usage. Many software vendors are now offering cloud-based software and services. The new paradigm provides easier access to complex optimization and computing systems, shifting the costs from a capital to an operating expense. CESMII is building the SM platform to make it a reality. Information Technology Business, Optimization All / Cross-Industry Plant or General Manager Workshop Pete Sharpe Emerson Automation Solutions Jim Davis UCLA - - - - Business Processes and Operations - - - - -
5. Business Management & Career Development Approved Quiet Warriors - Incorporating Your Natural Style as a Strength A high proportion of engineers are quiet, analytical thinkers. The executive space seems to favor the loud, quick, and socially confident. If your carefully organized thoughts and great strategies are not finding a foothold in discussions maybe it's time for a new approach. Nina Golder and Shirley Marquardt-Tynan will share their experiences as Quiet Warriors: sharing the statistics that show introverts can win in the end. They will help you understand yourself and the perceptions of others. They will encourage you with ways to selectively push your boundaries of comfort without compromising your natural style and strength. Quiet Warriors unite! How-to presentation on transforming yourself from a wallflower to a Quiet Warrior. Take back the stage from extroverts and assert your presence and leadership and get your ideas across in meetings. Finally, allow yourself to make an impact on your workplace, be seen as a relevant as a leader, and selectively push boundaries. Includes interviews of Quiet Leadership styles and profiles that work. Once you recognize your secret powers, you will call on them to acquire more challenging assignments, be seen and heard as a natural leader or progress your career. You will recognize activities that will tax your energy levels and be able to understand how to recharge those batteries for success. You will make conscious choices and be the master of your own success. Recognize your introversion and its effect in the workplace. Learn new techniques to accelerate your success, such as: Five Click Leadership, Self-Promotion, Building Your Personal Brand, "Setting yourself" up in meetings to be more effective, learning when it is okay to Schmooze, and all the while keeping your eye on the Prize. Make a plan. Business Leadership, Personal Improvement, Management All / Cross-Industry Engineer Workshop - - Nina Golder Emrson - - Shirley Marquardt-Tynan Emerson Process Management Managerial Skills - - - - -
5. Business Management & Career Development Approved Jumping to The Next Level – Is Business School Right For Me? And Is It Worth It? For several decades now, we have heard lively debate about the value of an MBA. Much of the recent debate focuses on the latest economic downturn and the broader conversation about the rising costs of higher education. Is it worth it? When will I have the time to take classes in my already hectic schedule? Will my employer sponsor this? What are my expectations? In this Workshop we will look to answer these questions and discuss the advantages, disadvantages and career timing for pursuing an MBA degree and the various program structures available: Full Time, Executive and Part Time. Most people in the working field have at least considered graduate business school at some point in their career. An MBA has been long considered a catalyst to launch one's career development and move them to that next promotion, the bigger salary and increased business acumen. But is the larger pool of students devaluing the coveted MBA? Overall, it depends on one's own value of an MBA. However, the ability to regularly network with other professionals from completely different economic sectors coupled with higher level learning and thought-provoking classes is really second to none. An MBA from a top school can cost almost $100,000 - so it is crucial to determine if it is worth it to you. CEOs of large companies lean on both sides of the fence, but one consensus is that if you do go, make sure it is the correct program for your needs. Personal Improvement Business, Management, Leadership All / Cross-Industry Other Workshop Shawn Fagen Emerson Automation Solutions Bob Stahlin Emerson - - - - Career Development - - - - -
5. Business Management & Career Development Approved What are the challenges of becoming a truly strategic partner and achieve trusted advisor status? BP has encountered challenges to Account Management with Suppliers. However, BP has developed solutions to improve supplier and customer communications. Emerson has also faced challenges in communications with our internal stakeholders and customers, and Emerson has developed solutions to improve communications internally and externally. Thus, what are the best practices in account management communications for both BP and Emerson, and what does great account management look like? What steps can be taken to promote great account management and communication by both suppliers and customers? Challenges for BP include coordination of a global customer and Emerson’s role in sharing best practices from within the customer’s organization. Also, challenging is finding out what the the central team and site goals and KPI's are so Emerson can align their offerings. Emerson challenges include working in silos and wasted resources and productivity due to poor communication. Benefits include having the right conversation and understanding each team’s objectives. Also, Emerson’s resources are mobilized strategically per the challenge. Transparent communication results in understanding what BP is trying to achieve, which results in directly offering solutions which target real improvements in BP's unique objectives and avoids decision paralysis. Best practices for strategic partnership include developing account plans and demonstrating business impact, communication and sharing of planning information, early FEED engagement on CAPEX and developing business improvement programs for OPEX. Also achieved is sharing and collaboration of best practices and building trust by developing relationships outside of your immediate group. Business Business, Management, Leadership Refining Consultant Workshop Nathan Young BP Maruti Dey Emerson Process Management - - Panthini Patel Emerson Continuous Improvement - - - - -
6. Emerson Presents Approved DeltaV Historian Product Overview & Update In this session participants will be introduced to the Emerson line-up of history collection products and best practice deployment architectures. General understanding and proper selection of DeltaV Historian products. Proper historian selection and implementation will lead to customers having data reliably where they want it and have access to it when they need it. Attendees will understand how to do this in the most appropriate ways for their needs, making their projects more efficient, avoiding rework, and meeting project & plant goals for information retention and availability. There are multiple solutions available for DeltaV continuous Historians, this session will provide attendees with the ability to properly select the correct Historian for their application. DeltaV Process Control All / Cross-Industry Engineer, Project Manager / Lead Workshop Bob Halgren Emerson - - - - - - - - Emerson Product Update - - -
6. Emerson Presents Approved Emerson Presents: Applying Technology to Modernize Your DCS to DeltaV With all of the available technology out there, it can be challenging to decide which solutions to apply in your modernization from an older DCS to DeltaV. This workshop will focus on the available field-proven brownfield solutions that can help work around your project's constraints - whether those be time, space, or budget - for all types of legacy systems (Foxboro, Honeywell, Siemens, ABB, Rockwell, Novatech, etc). We will cover creative uses of Electronic Marshalling, integration methods, operator transition solutions, cutover and commissioning concerns, use of tools to simplify project execution, and even potential brownfield applications for the upcoming PK controller. New technology is introduced each year, but figuring out what new technology to deploy in an existing process or control system can be challenging. You want to modernize your legacy systems, but choosing the right solution that will save time, money, minimize risk, and provide the best benefits can be daunting. We will show cases studies from customers where they have deployed these solutions and seen benefits as well as hypothetical situations to help decide between solution options. We will review the available field-proven solutions (products and services) from Emerson and Emerson partners and how they can be applied to get the desired results in a modernization. DeltaV Engineering, Services, Modernization All / Cross-Industry Consultant, Supervisor / Manager / Dept. Head, Project Manager / Lead, Engineer, Director Workshop Aaron Crews Emerson Process Management Laurie Ben Emerson Process Management - - - - - - Emerson Service Update - - -
6. Emerson Presents Approved DeltaV PK Controller Overview This session will introduce users to the capabilities and use cases of the new DeltaV PK Controller. The DeltaV PK Controller has many potential applications, including: control of skid units, well pads, Ethernet device control, small standalone systems, high speed control, etc. The PK Controller will offer a new solution for how DeltaV can address these use cases in ways that it couldn't before. Simplified engineering, reduced project cost and risk, greater operational efficiency and ease, etc. The DeltaV PK Controller is a versatile controller in the DeltaV family that can be used in many different use cases. DeltaV PlantWeb, Process Control All / Cross-Industry Engineer, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Sales / Marketing, Project Manager / Lead, Plant or General Manager Workshop Bob Halgren Emerson - - - - - - - - Emerson Product Update - - -
6. Emerson Presents Approved DeltaV Cybersecurity and Networking Products Update This DeltaV Product Update session will provide highlights of DeltaV v13.3.x and v14.3 Cybersecurity and Networking features. The session will present a recap of v13.3 and v13.3.1 products and features released recently (e.g. new switches models and features, the Firewall-IPD, new DeltaV LOCK command, etc.), and for the first time will present details about new projects which will be part of the DeltaV v14.3 release (Independent Domain Controller, Cybersecurity Features and ISASecure SSA Certification). "- Additional options to protect the Domain Controller on a DeltaV architecture.
- Added security within the Network Device Command Center, including easier ways to configure DeltaV Smart Switches.
- Compliance with cybersecurity standards.
- DeltaV embedded nodes protection with physical access requirements
- ‘Pass-the-Hash’ vulnerability fix
- Secure remote access to DeltaV" The session will include details about current supported cybersecurity features in DeltaV v13.3 and v13.3.1 releases, as well as provide details about the new solutions which will be released in DeltaV v14.3. "- Independent Domain Controller functionality
- ISASecure SSA Certification
- DeltaV Smart Switches providing gigabit and fiber connections
- New Firewall-IPD device and new lock functions for DeltaV embedded nodes
- Support for Windows 10 Enterprise Credential Guard feature
- Secure remote access to DeltaV based on 2-factor authentication and jump servers" DeltaV Compliance, Security, Installation Best Practices All / Cross-Industry Consultant, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Project Manager / Lead, Plant or General Manager, Operator, Engineer Workshop Alexandre Peixoto Emerson Automation Solutions Rick Gorskie Emerson - - - - - - Emerson Product Update - - -
6. Emerson Presents Approved Fisher Instrument Roadmap Update We will review the noteworthy Fisher Instrument product updates, new product releases from the previous year, and the opportunities these products offer our customers. Topics will include: review of recent DVC6200 HART and Fieldbus firmware changes including key SIS enhancements, new Fieldbus PST functionality, a new DVC6200 high capacity construction to support large on/off actuators in SIS applications, a new FIELDVUE Product Matrix to simplify the instrument specification process, Zero Point Calibration to facilitate urgent field replacements, a new SIL2 rated DLC3100 digital level controller offering, and a new nuclear qualification for the DVC6200. We will also review user interface updates including DD, DTM, ValveLink Software and ValveLink Mobile releases. HART users rarely have the time or resources to interpret Partial Stroke Test (PST) results or Emergency Shutdown (ESD) events due to the number of instruments in their facility. Understanding the health and functionality of these assets is critical to their safety strategy. These tools provide users an easy to use, clear indication of their ESD/SIS asset health without the need for resource intensive review. While providing additional test options that can increase the confidence an asset will perform when called upon. The release of FIELDVUE DVC6200 HART Firmware 7 provides product enhancements such as the PST Abnormal Alert, Stroke Performance Abnormal Alert, Stroke Performance History, and PST History. New tools such as the Over-Pressure Limit, Over-Pressure Alert and solenoid valve test provide insight into accessories that are critical to reliable operation. FIELDVUE Diagnostics, HART, Foundation Fieldbus All / Cross-Industry Director, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Sales / Marketing, Plant or General Manager, Operator, Engineer Workshop Matt Estabrook Emerson Process Management - - - - - - - - Emerson Product Update - - -
6. Emerson Presents Approved Product Update - DeltaV I/O on Demand, Controller and I/O Hardware This product update will give an overview of all DeltaV hardware and covers the latest improvements and features based on versions 13.3, 13.3.1 and 14. DeltaV S-series offers the extensive I/O on Demand portfolio, including Electronic Marshalling, Ethernet I/O Card (EIOC) and Wireless I/O Card (WIOC). In version 14 we introduce Distributed CHARMs, a new way to further distribute Electronic Marshalling I/O even closer to the actual field devices, increasing flexibility and simplifying installation. DeltaV M-Series have offered a classic I/O product portfolio, including High Density I/O Cards in version 13.3.1, and in version 14, M-series controllers will be able to connect to I/O from Electronic Marshalling and Wireless I/O Cards. We also introduce a new PK Controller in version 14. Distributing the I/O closer to the actual field devices increases flexibility and reduces wiring cost and commissioning cost when combined with Smart Commissioning. Electronic Marshalling and Wireless I/O Cards makes it easier and less expensive to add I/O to existing M-series installation. The PK Controllers combines a new controller with built in Ethernet connectivity to third party devices. This presentation will demonstrate advantages and ease of use of DeltaV Hardware and I/O on Demand that increase flexibility and that will improve return on investment of your process control projects. The I/O on Demand success story includes EIOC for Ethernet-based communication protocols, Electronic Marshalling, Wireless I/O Cards, and redundant high-density I/O cards, now all available for both M-series and S-series. The PK Controllers is a new generation controllers that can be used for skid applications or in regular DCS applications that require higher performance and Ethernet integration. DeltaV DeltaV, SIS / SIL, Process Control All / Cross-Industry Engineer, Technician / Analyst / Specialist, Sales / Marketing, Project Manager / Lead Workshop Rune Reppenhagen Emerson - - - - - - - - Emerson Product Update - - -
6. Emerson Presents Approved Overview of Rosemount Product Returns Analysis Service The Rosemount Product Returns Analysis service is available to users to help troubleshoot and understand what corrective actions to take when an instrument is not performing as expected. This session will provide an overview of this service and process, and share insights into some of the more common and preventable instrument failures that the Rosemount laboratory sees. Rosemount products when specified, installed, and serviced correctly can easily last for decades or more. However, when an instrument unexpectedly begins to behave erratically or even fail, it is not always clear what actions to take in order to prevent the same issue from reoccurring. This can result in unplanned shutdowns, off-spec product, and other quality and production challenges. Sending an instrument to the Rosemount Product Returns Analysis service can lead to root cause understanding and actionable steps on how to correct repeated instrument failures. This in turn has a direct and positive result on your operation including improved uptime, product quality, and production throughput. The Rosemount Product Returns Analysis service can analyze suspect instruments, determine root cause for the product failure or undesirable behavior, and make recommendations on how to remedy the situation which can include specifying alternative configurations or making changes to the installation. Instrumentation - Pressure Installation Best Practices, Troubleshooting, Services All / Cross-Industry Engineer, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head Workshop Michael Olivier Emerson Dave Armbruster Emerson - - Connie Lundtvedt Emerson - - Emerson Service Update - - -
6. Emerson Presents Approved DeltaV Engineering Tools Product Update You want to easily create a configuration for your plant that is reliable, efficient, and supportable. This session will highlight the new features of the DeltaV Engineering Environment that will enable you to do just that. See how to replace complex custom configuration with brand new out-of-the-box function blocks that are easy to configure and support, all while reducing your controller load. New UI enhancements can cut hours from configuration and debugging tasks. Also, be among the first to see new features for v14 including enhanced tag integration, which can change the way you bring external data into DeltaV; and upload/download enhancements that will provide you with more information so you can make informed decisions about your configuration quickly and effectively. Process and control engineers have numerous daily responsibilities and tasks that they need complete. Creating custom solutions and integrating system data is time consuming and difficult to maintain and support. When changes are required or issues arise, they need to be able to make effective and swift decisions to ensure production is not impacted. Emerson’s customers will be able to utilize powerful and efficient out-of-the-box functionality to address their needs, without creating custom and complex configuration. Engineering effort and support can be reduced dramatically with more efficient and intuitive engineering environment tools and solutions for creating, maintaining, and diagnosing your configuration. Emerson’s addition of new function blocks allows for complex problems to be addressed without custom solutions and with minimal configuration effort and controller loading. Enhanced Tag integration will enable quick and easy integration of external data. Upload, download, and diagnostic enhancements give the user the info they need, when they need it, to make important decisions. DeltaV Diagnostics, Process Control, Engineering Engineering (OEM's, E&C's, Integrators) Engineer, Project Manager / Lead Workshop Kenny Marks Emerson Automation Solutions - - - - - - - - Emerson Product Update - - -
6. Emerson Presents Approved Enhanced ERS Systems Improves Level Accuracy, Flexibility, and Performance Quickly specify Electronic Remote Sensors (ERS) in new applications which were previously impractical and challenging. These applications are with wide ambient temperature differentials and pressure spans. With the new ERS System Enhanced accuracy specifications, customers can determine the product performance of their ERS system without a separate software application. The Enhanced performance specification combines both temperature effects and accuracy specification into a single, easy to understand specification. Other additions include increased cable lengths and a new inline level flange options. The additional lengths provide flexibility of installation and the opportunity for new applications. The inline level flange reduces overall costs and complements the coplanar option. Historically in order to determine an ERS system performance specification, customers had to use a software application. Today with the new Enhanced ERS system specification, customers not only determine the ERS system performance, but can achieve a better accuracy system across temperature and at higher pressures (up to 800PSI) simply from a data sheet. No third party resources required! With the new ERS Enhanced system, customers can specify and order an ERS system much fast and without a third party software application. The new cable options allow for an increase in ERS system applications and the value of the inline level flange makes ERS more applicable across easy applications. The solution is to use the Enhanced ERS system on applications which were previously considered impractical or challenging. With the higher pressure capability and better performance over legacy technologies, the enhanced becomes the go to technology for DP level measurements. Instrumentation - Level Efficiency, Optimization, Instrumentation - Level Chemicals (Industrial, Specialty), Refining, Pharmaceutical & Life Sciences, Petrochemicals, Oil & Gas Midstream (Pipelines, Terminals), Food, Beverage & Consumer Goods Engineer, Technician / Analyst / Specialist, Project Manager / Lead Workshop Douglas Carlson Emerson Andrew Bronczyk Emerson Automation Solutions - Rosemount - - - - - - Emerson Product Update - - -
6. Emerson Presents Approved OPC UA in DeltaV and update in Data Integration In this session participants will learn about the new OPC UA implementation in DeltaV, that allows to securely and easily interface with OPC servers and clients in their plant. Participants will also get an update on new functionalities in the Ethernet I/O card (EIOC) and how it helps to easily integrate 3rd party systems information into DeltaV using different protocols. OPC Unified Architecture (UA) is rapidly gaining market acceptance for control and data integration in multiple industries and applications. Control professionals want to understand how OPC UA will interact with existing protocols in the plant and how they will migrate in to this new protocol. Session participants will receive information on the OPC UA and an update on Ethernet I/O card, in order to understand how it simplifies the network design and reduces project integration costs DeltaV now provides an easy way to bring information from 3rd party OPC UA servers and clients using the EIOC and the application station. In addition to that the EIOC allows not just to bring OPC UA but also other protocol like Modbus TCP, Ethernet /IP and IEC 61850 MMS DeltaV Codes & Standards, Information Technology, Engineering All / Cross-Industry Operator, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Sales / Marketing, Plant or General Manager Workshop Juan Carlos Bravo Emerson Automation Solutions - - - - - - - - Emerson Product Update - - -
6. Emerson Presents Approved Emerson’s Approaches to Improving Safety and Reliability for Thermowells Thermowells are a necessary component for industrial temperature measurements. However, they introduce errors on the measurement and are a source of sourcing, installation and maintenance frustration. Learn how Emerson is developing new technologies to support thermowell use or eliminate them altogether. Designing and qualifying a thermowell to PTC 19.3TW standards is difficult. And even if done correctly and they pass, those standards do not taken into account abnormal process conditions that generally occur at the start-up of a facility. After that initial hurdle, installing and maintaining a thermowell can pose its own problems. Eliminating elements in a system means less risk, less possible problems and of course save costs. If that is not a possibility, then new technologies can save time with the design, procurement, installation and maintenance of temperature measurement points. Emerson has been working on 4 different levels of thermowell protection. The first is preventing any concerns with industry best practices. The second is to detect any abnormal conditions with advanced diagnostic capabilities. The third is to suppress any effects from process conditions. And the last level is to eliminate thermowells altogether. Instrumentation - Temperature Diagnostics, Instrumentation - Temperature, Installation Best Practices All / Cross-Industry Engineer, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Plant or General Manager Workshop Caitlin Breen Caitlin.Breen@Emerson.com - - - - - - - - Emerson Product Update - - -
6. Emerson Presents Approved Corrosion monitoring provides refineries with operational certainty to process opportunity crudes Flexibility in the range of crudes that can be accepted by a refinery is paramount for maximising profitability. However, introducing cheaper crudes carries significant corrosion risk to plant integrity. Therefore, refiners have to walk the tightrope between maximising profit and managing plant availability. Top quartile refiners are proactively deploying a portfolio of corrosion monitoring techniques. Tighter monitoring enables cost-effective tracking of corrosion in areas of concern, and enables pinpointing of specific feedstocks or process operations that result in accelerated corrosion rates. Corrosion mitigation strategies can be optimised and validated online so that timely, evidence-based, integrity management decisions can be made Data delivered from Emerson’s unique corrosion monitoring portfolio gives insight into how changes in crude feedstock affect both the fluid corrosivity and an understanding into how those changes impact plant integrity. This increased understanding enabled online optimisation of corrosion inhibition strategies and operational certainty while increasing the flexibility of the refinery’s feedstock. "Emerson’s unique corrosion monitoring portfolio delivers real time insight into changing fluid corrosivity and an understanding of how that changing corrosivity is impacting the actual integrity of the plant.
Case studies are presented where refiners used the data delivered to process opportunity crudes with confidence, delivering an ROI on the corrosion monitoring system of less than 6 months." The combination of Emerson Roxar inline probes to quickly detect changing fluid corrosivity with Emerson Permasense non-intrusive thickness monitoring system to measure the impact of the changing fluid corrosiveness on the equipment integrity. Both measurement techniques leverage WirelessHART for cost-effective installation and real time data retrieval to desk. Optimization Instrumentation - Analytical, Wireless, Operations Refining Director, Vice President, Supervisor / Manager / Dept. Head, Plant or General Manager, Operator, Engineer Workshop Jake Davies Permasense Kjell Wold Roxar - - - - - - Emerson Product Update - - -
6. Emerson Presents Approved Bridging the Gap from Reliability Strategies to Technology Solutions Still having issue with asset failure even though you have a Condition Monitoring program or Reliability Centered Maintenance program in place? You may not even have any program but you want to understand how to be in position to benefit from condition monitoring. This workshop will help you to understand how to formulate all the data you need and find the stranded data that you already have to drive the best outcome with a condition monitoring program for your most important assets. Having a Condition Monitoring for predictive early warning is a critical component but do you have all the necessary process and monitoring points you need? In this workshop, I will demonstrate the tools and services that Emerson can provide to help identify the data you have and the missing data you need. By identifying your stranded or missing data, you will be able add data points using Wireless to your Condition Monitoring solution giving you a more robust data set and clarity how your asset and process is operating. With a combination of services such from Reliability Consulting Services, Wireless, and AMS Suites tool, you can validate and verify that you have all the missing data and have the most robust Condition Monitoring solution for your assets. Predictive Technology AMS, Reliability, Maintenance All / Cross-Industry Consultant, Supervisor / Manager / Dept. Head, Plant or General Manager, Operator, Engineer Workshop Tinh Phan Emerson Automation Solutions Skye Snyder Emerson - - - - - - Emerson Service Update - - -
6. Emerson Presents Approved Valve Material Selection Overview for a Refinery Instrument Engineer Ever wonder why certain materials are used in refineries or why metallurgists suggest upgrading materials when crude supply sources change? This presentation will give instrument engineers an opportunity to understand what goes into material selection in the refining industry. In addition to discussing what materials are used to combat sulfidic corrosion, polythionic acid stress corrosion cracking, naphthenic acid, and alkaline stress corrosion cracking; an overview of the current NACE standards will be included. Specific process units where each of these considerations exists will be discussed and how these challenges impact valve material choices. As refiners consolidate, many rely on a corporate metallurgist for material selection & guidance on a wide range of process equipment. Site personnel specifying valves may rely on historical data, instead of knowing why certain materials are used. When crude sources or standards change, those same materials may no longer be the right solution. For valves, it is more than just fluid compatibility. Attendees of this course will leave with a better understanding of materials selection as it relates to valves and common refining corrosion challenges thereby enabling them to be more proficient in their roles as instrument engineers or similar. Material solutions for common refining compatibility challenges will be covered as well as a general refining materials progression, NACE standards related to refining, and valve specific concerns such as manufacturability, hardness, and galling. Selecting the appropriate material has a direct impact on the life of the valve and sometimes even plant and personnel safety. Control Valves Codes & Standards, Troubleshooting, Training Refining Engineer Workshop Janine McCormick Emerson Cherra Meloy Emerson - - - - - - Emerson Product Update - - -
6. Emerson Presents Approved Appointment with the Valve Doctors-Diagnostics Can Keep your Valve Alive In this appointment the Valve Doctors will provide insight into Control Valve Diagnostic Data. If some of your processes in your plant have started to feel a little run down and sluggish, maybe its time to gather an EKG (Valve Signature) and Treadmill Test (Step Test and other diagnostic data). The Valve Doctors will provide some help and guidance so your valves live through the next maintenance cycle. This is one appointment you do not want to miss. Proper elements of a control valve diagnostics program combined with good data collection techniques will be presented. How to effectively use status monitor, dynamic scan data, and step response testing will be outlined. Performance Diagnostics will also be reviewed. The information provided will allow the attendee to feel more confident they are making the correct diagnosis. More people now have the capability to perform diagnostics. When they first gather the data, they are not sure what they are seeing. A couple of good saves for control valves can ensure critical asset availability when they are needed. Utilizing diagnostics can lead to increased run time and plant efficiency. Better troubleshooting capabilities need to be combined with a better understanding of data to solve problems before the valves in a plant are impacted. If the problem cannot be resolved by the individual, enough good data should be available to email an expert for assistance. Diagnostics FIELDVUE, ValveLink, Troubleshooting Other - All industries Technician / Analyst / Specialist Short Course Steve Hagen Emerson Automation Solutions - - Zollie Kendrick Fisher Lifecycle Services - - - - Emerson Service Update - - -
6. Emerson Presents Approved How To Calculate The Financial Value of New Measurements What is the economic value of a new measuring device in a process plant – a new analyzer, a more accurate flow measurement, an additional temperature or pressure measurement, etc.? Plant engineers are often presented with the issue of economically justifying new measurement in addition to those required to safely operate the plant and meet regulatory requirements. In this presentation a financially sound methodology is explained that yields quantitative benefit estimates. Examples from the process industries are used to illustrate the procedures developed. There are many possible investments to improve plant profitability and improved real time measurements must compete for funds with all other possibilities. However, it is often difficult to provide a quantitative economic analysis of the expected benefits in the measurement area since the improvements create opportunities for improvement but don’t guarantee that they will occur. In this presentation, a methodology to provide consistent estimates of financial return on investment for new measurements is presented. Case studies based on realistic examples in the process industry are used to illustrate the procedures that consider the multiple hierarchies of decisions in plants with different time scales and different magnitudes of possible financial impact. More measurements generally reduce the uncertainty in evaluating the past performance, the current state and the expected future performance of the plant. The reduction in uncertainty can then result in improved decisions. Quantifying the possible improvement in future decisions and their possible impact on plant profitability is used to financially value the measurement. Economic Justification Efficiency, Predictive Technology, Modernization Alternative Fuels, Refining, Pulp & Paper, Petrochemicals, Oil & Gas Midstream (Pipelines, Terminals), Metals, Mining, Cement & Glass, Engineering (OEM's, E&C's, Integrators), Chemicals (Industrial, Specialty) Consultant, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Project Manager / Lead, Operator, Engineer, Director Workshop Douglas White Emerson Automation Solutions - - - - - - - - Emerson Service Update - - -
6. Emerson Presents Approved Increase reliability and uptime of your instruments with grounding best practices Insufficient or incorrect instrument grounding can cause issues such as loss of communication, transmitter malfunction, or, in worst case, a unsafe device. Often grounding related issues occur intermittently and hours, sometimes days, could be spent trying to localize the problem. In this workshop Emerson's instrument experts will share grounding and istallation best practices and experiences from various industries including oil & gas, refining, power and chemical industries. The demographic shift replaces years of hands-on experience with a new generation of engineers. Fewer people need to run the processes and, as automation increase, maintain an ever increasing number of advanced instruments. There is little time to deal with troubleshooting of single instruments. A correct electrical installation and grounding will eliminate one source of errors and save time. Grouding best practices increase reliabiity, uptime and safety. Correct electrical installations reduce time spent on troubleshooting and minimizes production loss caused by grounding related failures. By utilizing the best practices from this course grounding related issues will be minimized and time spent on troubleshooting will be reduced. Participants will learn how to install and ground instruments according to Emerson guidelines and in compliance with electric code. Instrumentation - Level Installation Best Practices, Troubleshooting, Reliability All / Cross-Industry Consultant, Technician / Analyst / Specialist, Engineer Workshop Christoffer Widahl Rosemount Tank Radar - - - - - - - - Emerson Service Update - - -
6. Emerson Presents Approved DeltaV Mobile Product Update This session provides an overview of DeltaV Mobile, an intuitive, read-only mobile app experience for iOS and Android that allows users to monitor their process with watch lists of real time process values, trends, and alarms. It securely provides the same richness of data and alarms from DeltaV operator stations, now on built-for-purpose mobile screens. Users can also receive notifications on DeltaV alarms. The integration with DeltaV allows users to leverage their DeltaV configurations and easily create customized lists that are specific to their needs. Users can also easily share DeltaV data from the app, enabling secure collaboration. With DeltaV Mobile, process engineers, operators, and plant managers can truly have the plant at their fingertips whenever they need it. "People that want to see DeltaV data and DCS alarms are not always in front of an operator console. They may be away from the control room, offsite, or not traditional users of an operator station. Users also want to access DeltaV data from multiple DeltaV systems on 1 device.
Current solutions like remote terminal sessions can be complicated and only show data for 1 DeltaV system at a time." "DeltaV Mobile securely extends control system access beyond the control room.
Operators, engineers, and managers can monitor their process while away from their computer or control room by securely viewing DeltaV data and alarms on mobile devices.
DeltaV users can now have the plant at their fingertips whenever they need it and maintain situational awareness of their process at all times." DeltaV Mobile is an intuitive mobile app that provides read-only access of DeltaV data and alarms from multiple DeltaV systems. Users can access this data from mobile devices on site with Wi-Fi or offsite with secure VPN. DeltaV Mobile provides the same richness of data and alarms from DeltaV operator stations on built-for-purpose mobile screens. Users can receive notifications on DeltaV alarms. DeltaV Operations, Process Control, PlantWeb All / Cross-Industry Engineer Workshop Mariana Dionisio Emerson Automation Solutions - - - - - - - - Emerson Product Update - - -
6. Emerson Presents Approved Critical Electrical Assets Everywhere Where to Start Monitoring Most companies have many electrical critical assets currently not monitored for situations causing unexpected failure. Furthermore, most plants only inspect these assets periodically. As companies move forward toward continuous monitoring and pervasive sensing of their electrical assets, it can be mind-numbing to decide where to start. Which electrical asset should be monitored first? This paper will discuss the importance of moving from periodic maintenance to continuous monitoring. It will answer the question of why it’s important to monitor the condition of electrical critical assets, the types of monitoring that can be implemented to get a holistic view of the asset, which electrical asset is a good candidate for monitoring, and how to get started The problem or challenge this paper address is the importance of moving from periodic to continuous monitoring 24/7, How an end user can determine which Electrical assets are good candidates for pervasive sensing, which ones should be monitored, types of monitoring solutions and what a typical application looks like. The benefit is a holistic view of the asset giving an early warning of potential issues that can cause an unscheduled outage costing companies hundreds of thousands to millions of dollars. This 24/7 monitoring of critical electrical assets is a way to Increase electrical critical asset performance and reliability, lower maintenance costs, and avoid catastrophic failures. Adding Temperature, Partial Discharge and Humidity sensors to Critical Electrical assets. Monitoring these assets 24/7 in a control system. Moving from Periodic monitoring or operator rounds to Pervasive Sensing or Real time monitoring. Wireless Efficiency, Wireless, Safety, Reliability, Predictive Technology All / Cross-Industry Consultant, Vice President, Supervisor / Manager / Dept. Head, Project Manager / Lead, President / Principal, Plant or General Manager, Engineer Workshop Mark Sagstetter Rosemount - - - - - - - - Emerson Service Update - - -
6. Emerson Presents Approved The new normal for Process Radar – The new two-wire FMCW radar’s are here! What are the main differences between FMCW and pulse radar and what makes the FMCW radar the best fit for most application conditions? Does the technology really matter? How is the level measurement affected by the sensitivity of the radar? In a simple wording, we will explain this by looking at the theory behind new FMCW radars. Radar is the fastest growing level measurement technology for a reason and you will see when and how radar increases plant efficiency and improves your safety on common applications. We will also cover the latest news regarding FMCW radar′s. Previously radars used to be perceived as maintenance free but “complicated” to use and “not sufficient” for the most demanding applications. We will explain the difference between pulse and FMCW radars and how they will act during different conditions. We will explain how the latest two-wire FMCW radar′s really increase efficiency while providing reliable, safe, and low maintenance solutions. New FMCW radar’s are 30 times more powerful and provide 3 times better resolution - by understanding how to leach the power, one can address even demanding level measurement challenges. The ultimate goal - the safest, reliable and cost-efficient level solution is now within reach! There are several types of non-contacting radars and this workshop will explain the differences between common technologies such as FMCW and pulse radar and how microwave frequencies, tank environments, process conditions and media characteristics will impact your radar's performance. We will also cover how users contribute to make new radar generations easy to use. Instrumentation - Level Installation Best Practices, Process Control, Predictive Technology All / Cross-Industry Consultant, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Sales / Marketing, Project Manager / Lead, Plant or General Manager, Operator, Engineer Workshop Ingemar Serneby Emerson Process Management Andreas Hessel Emerson Process Management - - - - - - Emerson Product Update - - -
6. Emerson Presents Approved Reaping benefits in the bulk solids industry with multiple points measurement using 5708 3D Scanner Measuring the volume of bulk solids is never easy because surfaces are uneven and irregular. This makes it difficult to get reliable accuracy in volume measurements with current technologies. Having a multiple point measurement system allows for easy implementation while gaining better accuracy and repeatability in volume measurements of bulk solids. The benefits provided by the system also keeps workers safety on the ground. For bulk solids, a single point measurement on a wide, uneven surface does not give adequate representation for accurate volume measurements. Solid material tend to stick on the vessel sides and cannot be detected using a single point device. Dusty environment in solid application obstructing reliable measurement. Some materials could not be measured using existing technologies. "? Highly accurate volume reading of bulk solid material can allow for reduction in safety stocks, optimization of purchasing decision and to eventually save money.
? Unaffected by dusty application. Independent of vessel or warehouse size ( storage silo, domes, open bins and warehouses)
? An automated system keeps workers safety on the ground
? Real time data availability for all users" The Rosemount 5708 3D Solids Scanner delivers accurate volumetric measurement of bulk solids. The scanners can work together to map out the surface of material inside the vessel and the software uses all the points collected to calculate the volume of the material. All of the measurements are automated to keep workers on the ground. Instrumentation - Level DeltaV, Process Control, Ovation All / Cross-Industry, Refining, Pulp & Paper, Power & Utilities, Pharmaceutical & Life Sciences, Petrochemicals, Oil & Gas Midstream (Pipelines, Terminals), Metals, Mining, Cement & Glass, Food, Beverage & Consumer Goods, Engineering (OEM's, E&C's, Integrators), Chemicals (Industrial, Specialty) Engineer, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Sales / Marketing, Project Manager / Lead, Plant or General Manager, Operator Workshop Asael Sharabi Emerson Process Management Eran Perlstein Emerson - - - - - - Emerson Product Update - - -
6. Emerson Presents Approved DeltaV Virtualization – Product Update This workshop provides a product overview with details of recent product enhancements for DeltaV virtualization hardware and software. DeltaV Virtual Studio is an integrated software application for virtual DeltaV system development, testing, operator training, and on-line production. A virtual platform offers benefits of less hardware, increased productivity and flexibility, higher availability, and disaster recovery. Virtualization is becoming standard practice in many industries as a means to improved productivity, reduced costs, and higher system availability. But virtualization can be complex and unfamiliar to control system personnel. How can manufactures capture the virtualization benefits without creating an overly complex solution which is hard to implement and maintain? DeltaV Virtualization provides reduced lifecycle costs, increased project flexibility, enhanced simulation and training, and higher system availability. DeltaV Virtual Studio with an integrated hardware platform reduces complexity and increases ease of implementation and maintenance. Designed specifically for automation engineers, DeltaV Virtual Studio reduces complexity while delivering all the benefits of virtualization technology. DeltaV’s integrated hardware platform is designed specifically for virtualization using a Dell PowerEdge VRTX consisting of blade servers, network storage, and shared switches, preconfigured and tested for use with DeltaV Virtual Studio. Virtualization DeltaV, Virtualization, Information Technology All / Cross-Industry Engineer Workshop John Caldwell Emerson - - - - - - - - Emerson Product Update - - -
6. Emerson Presents Approved Have a challenging pressure application? Consider it solved with the Rosemount 3051 New pressure measurement requirements are becoming more and more challenging with unique and stringent conditions. To answer those challenging applications, Emerson continues to innovate pressure technology with the Rosemount 3051 Pressure Transmitter to meet the requirements and provide users with a robust and reliable pressure measurement. These applications range from the coldest ambient temperatures to the highest pressures and even unique material compatibility concerns. The 3051 can now measure pressure up to 20,000 psi and also at ambient temperatures as low as -60C all while maintaining high accuracy with SIL certification. The 3051 also improves the measurement success of applications at risk of hydrogen permeation at high pressures. Three major challenges have emerged: First, users in cold climates have required a transmitter to operate down to -60C ambient temperatures. Second, hydrogen fueling stations have emerged and required a transmitter that can withstand hydrogen permeation at high pressures. Last, high pressure applications for wellhead pressure and chemical injection are requiring a high performance transmitter. Users are able to measure accurately in outdoor applications and eliminated heated enclosures is all applications, including SIS. Hydrogen filling stations and other applications at risk of hydrogen permeation can measure higher pressures with easier to install in-line pressure transmitters. High pressure applications can easily measure with high accuracy, full featured pressure transmitters. The Rosemount 3051 is now available with new options. Cold Temperature options extend the rated ambient temperature to -60C at high measurement accuracy with SIL certification. A new high pressure range now expands measurement capability to 20,000 psi. Cataloged gold plated SST isolating diaphragms on in-line pressure transmitters allow protection against hydrogen permeation up to 20,000 psi. Instrumentation - Pressure Installation Best Practices, SIS / SIL, Instrumentation - Pressure All / Cross-Industry Consultant, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Project Manager / Lead, Operator, Engineer, Director Workshop Emily Saopraseuth Emerson Pamela Kunkel Emerson - - - - - - Emerson Product Update - - -
6. Emerson Presents Approved DeltaV Product Update: Recent Licensing Changes and Enhancements Historically, licensing of the DeltaV DCS has been an often misunderstood and, in some cases, complex topic. This workshop will explain several beneficial enhancements and simplifications made to the DeltaV system licensing model recently. Explanations and clarifications for several new license options will be provided. The workshop will also give users the opportunity to provide licensing feedback and suggestions for future enhancement. Historically, DeltaV systems utilizing several signals (values) from intelligent field devices (Ff, HART, PROFIBUS DP, DeviceNet, etc.) within the control strategy required an appropriate Device Signal Tag (DST) license (i.e. cost) for each signal referenced in the control configuration. With recent licensing changes, customers are not penalized for utilizing the field device intelligence. With only a single DST license required for a field device, customers are now able to utilize valuable parameters from their devices in control strategies and operator/maintenance displays, resulting in operational benefits by allowing abnormal situation prevention and better cause/effect troubleshooting. The newly implemented I/O signal DST counting rules in the DeltaV system require only a single DST license for each intelligent field device, no matter how many signals are referenced from the device. Batch and Advanced Unit Management licensing was moved from a DST basis to a “unit” basis. Temporary engineering seat licenses and view only operator station licenses were introduced. DeltaV Business, Engineering, DeltaV All / Cross-Industry Engineer, Sales / Marketing, Project Manager / Lead Workshop Randy Balentine Emerson Automation Solutions - - - - - - - - Emerson Product Update - - -
6. Emerson Presents Approved DeltaV Batch Product Update This product update session will provide a first-hand look at the DeltaV Batch enhancements that are coming in the DeltaV v14 release. In addition, we will explore how you can leverage the new DeltaV Discovery, PK Controller and DeltaV Mobile offerings to improve the overall efficiency of your product development lifecycle from research, through engineering design, to production. Product lifecycle management Improve overall product development efficiency and reduce time to market. Leverage the integrated Batch capabilities in DeltaV Discovery, PK Controller and DeltaV Mobile to deliver a complete solution that can easily migrate from the research and development environment, through engineering design, to the final production phase of the product development lifecycle. DeltaV Operations, Syncade, Process Control Chemicals (Industrial, Specialty), Refining, Pulp & Paper, Pharmaceutical & Life Sciences, Petrochemicals, Food, Beverage & Consumer Goods, Engineering (OEM's, E&C's, Integrators) Consultant, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Project Manager / Lead, Plant or General Manager, Operator, Engineer Workshop Kam Yuen Emerson - - - - - - - - Emerson Product Update - - -
6. Emerson Presents Approved DeltaV Alarm Management Product Update In this session we will review the current DeltaV Alarm functionalities including Dynamic Alarming Modules, DeltaV Analyze and Alarm Mosaic. In addition, we will provide a first-hand look at the DeltaV Alarm Management enhancements that are coming in the DeltaV v14 release. Product Update These capabilities help you operate your plants more safely and ease compliance with the ISA-18.2 and IEC62682 alarm management standards. Product Update DeltaV DeltaV, Operations, Engineering All / Cross-Industry Engineer, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Sales / Marketing, Plant or General Manager, Operator Workshop Kam Yuen Emerson - - - - - - - - Emerson Product Update - - -
6. Emerson Presents Approved Improve STO Performance and Reduce Risk through Emerson Processes and Project Management Expertise Shutdowns, Turnaround, and Outages (STO) are critical site maintenance operations. Schedule and Safety are key issues during these short-duration, high-risk activities. Customer are looking to increase their STO efficiency through better planning, decreased downtime, and reduced risk. Emerson has proven Tools, Processes, and Project Management expertise which directly impact duration, costs, and safety during these challenging events. Customers tell us they have three main difficulties regarding STO’s: Difficulty developing the necessary scope of work that waste time and resources fixing things that don’t need it, and missing items that do. Difficulty planning the details of the work in advance which leads to surprises and schedule delays. Difficulty executing the STO in a manner that meets time, budget, and quality goals By using this proven Emerson STO Process, Customers can decrease overall maintenance spend and make these events productive and strategic. Emerson can reduce costs up to 30% by conducting upfront scoping, diagnostics, planning and executing on only those assets that need maintenance. By standardizing our STO Procedures we keep the STO on schedule, within budget while performing safely. Applying Emerson’s proven best practices, processes, and intelligent diagnostics, we can help customers meet their planned STO goals/KPIs. From work scope development to planning the details of the STO, engaging with Emerson will mitigate discovery work, minimize cost overruns and ensure equipment starts-up on time, with no interruptions in a risk mitigated, project environment. Maintenance Project Management, Services, Reliability Chemicals (Industrial, Specialty), Refining Project Manager / Lead Workshop Steve Thorp Emerson Automation Solutions Scott Grunwald Emerson Automation Solutions - - John Sanders Emerson Automation Solutions - - Emerson Service Update - - -
6. Emerson Presents Approved Extend the Protection of Toxic Gas Monitoring to Challenging Sites with Wireless Gas Monitoring Toxic Hydrogen Sulfide gas poses a serious challenge at remote sites. However, the installation and commissioning of conventional gas detectors at these locations is difficult and costly so H2S often goes unmonitored. This poses a safety risk to operators and leads to delays when planned work must be abandoned due to unexpected gas leaks. With the introduction of the Rosemount 928 Wireless Gas Monitor end-users are now able to extend the protection of toxic gas monitoring to remote well-heads and other challenging applications. The 928 provides end-users with a reliable, high performance, WirelessHart solution to the problem of monitoring toxic H2S at difficult sites. Wireless Gas monitoring is a Pervasive Sensing solution that protects your workforce and improves operational efficiency. Undetected Hydrogen Sulfide gas leaks can have a significant impact at remote sites such as wellheads. These leaks pose a danger to personnel and may cause operational delays when maintenance teams discover toxic gas with portable monitors and planned work must be abandoned. Wired gas detection is difficult and costly to install and commission at remote sites which often precludes its use. The Rosemount 928 Wireless Gas monitor can quickly and easily integrate into any existing WirelessHart network without the need for cabling, trenching, etc. The 928 provides end users with an indication of H2S gas concentration prior to sending personnel into the field. This facilitates earlier detection of leaks, increased safety for field operators, and reduced downtime. The introduction of wireless technology has proven to be a simple and cost-effective method to help operators achieve measurable performance improvements at these remote locations. Adding, a fixed, wireless gas monitoring component to these wireless networks can minimize safety threats and eliminate wasted trips to the field. Instrumentation - Analytical Instrumentation - Analytical, Wireless, Safety Chemicals (Industrial, Specialty), Refining, Pulp & Paper, Petrochemicals, Oil & Gas Upstream (On-shore, Off-shore, Sub-sea), Oil & Gas Midstream (Pipelines, Terminals), Food, Beverage & Consumer Goods, Engineering (OEM's, E&C's, Integrators) Consultant, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Project Manager / Lead, Operator, Engineer Workshop Sean McLeskey Emerson Automations Solutions - - - - - - - - Emerson Product Update - - -
6. Emerson Presents Approved How Intelligent is your Isolation Valve? It can be smarter than you think. In this workshop we will talk about some of the instruments used with isolation valves. We will discuss traditional methods that you may be using already and then cover a few things that you might consider. With the addition of some instrumentation, paired with the use of some diagnostic tools, you can ensure your isolation valve will make the grade. We will discuss how you can start to identify issues with your isolation valves before they give you a bad report card. Don’t let your isolation valve get you or your plant a trip to the office. If you have isolation valves in your facility this is the workshop you don’t want to miss. Showing the different options available to our customers when automating an Isolation valve. With the addition of smart instruments on your isolation valve you can have a better understanding of what your valve heath is before it is too late. There are many different options for automating an isolation valve, finding the option that fits the customer the customers needs. Isolation Valves Actuation, Safety, Isolation Valves Chemicals (Industrial, Specialty), Refining, Pulp & Paper, Power & Utilities, Pharmaceutical & Life Sciences, Petrochemicals, Oil & Gas Upstream (On-shore, Off-shore, Sub-sea), Oil & Gas Midstream (Pipelines, Terminals), Metals, Mining, Cement & Glass, Food, Beverage & Consumer Goods, Engineering (OEM's, E&C's, Integrators) Engineer, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Sales / Marketing, Project Manager / Lead Workshop Sean Raymond Emerson Mike Hoyme Emerson Automation Solutions - - - - - - Emerson Service Update - - -
6. Emerson Presents Approved Plantweb Implementation Guide: How to Modernize with IIoT So the plant management wants to adopt IIoT to improve reliability and energy efficiency. Now they want you to deploy it. With so many options, how do you pick the right architecture? How many sensors do you need, and how to connect them? Which standards should you use? Should you use a historian platform or web apps for analytics? What kinds of analytics technology should you use? How do you support mobile devices? How is it integrated with your ERP system? Should the plant be monitored on premise, by corporate engineering center, or outsource to a connected service provider? And how do you keep your plant secure? Should it be a direct deployment or a phased approach? This session helps you make the right choices for your plant. Without proper engineering you may put sensors on equipment which don’t make sense to monitor, or miss out important assets, or measurement points. You may get stuck with proprietary technologies, duplicate functions already provided by your historian, end up with analytics software which is just too complicated to use, or security which is too hard to maintain secure. Over and above the reliability and energy efficiency improvements from IIoT itself, using these hints provides flexibility to adopt new technologies and products as they emerge for even better solutions, getting more value out of the existing historian, maintenance and reliability personnel quickly becoming proficient, mobile data wherever you are, and access to expert opinion. Conduct a discovery session to identify equipment to monitor to solve problems. Deploy a layered architecture based on standards, that integrate and complement existing historian. Easy software tools which hide the complexity of analytics, and web interface for mobile devices. The workshop will help you decide what to monitor on-prem and what to outsource, select security, and implement in phases. PlantWeb Efficiency, Wireless, Reliability All / Cross-Industry Consultant, Vice President, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Project Manager / Lead, President / Principal, Plant or General Manager, Engineer, Director Workshop Jonas Berge Emerson Automation Solutions - - - - - - - - Emerson Service Update - - -
6. Emerson Presents Approved Control Valve Vibration Problems - Monitoring, Predicting, & Avoiding Them Vibration of control valves and piping systems can cause damage to the valve, measurement equipment, and the piping system. There are many ways that vibration is generated and there are options to monitor or predict the vibration levels. Examples will be given of measurement equipment that can be used for continuous remote monitoring of vibration and using this data to identify sources and impact of vibration. Sources of flow induced vibration will be described along with some basic means to estimate their strength. Examples of designing a valve structure as well as a pipe system to minimize vibration or the impact of vibration will be described. Identifying vibration sources can be very difficult without relevant data, which can be used to estimate the potential for damage. Continuous, remote vibration measuring allows for evaluation of an area of concern or can be used to monitor with the goals of identifying issues as they arise. The examples show both options in valve selection as well as piping system design that can be considered. The valve selection approach will show how proper selection of the valve package can save maintenance costs, reduce unplanned downtime, and increase availability and overall performance. Remotely monitoring vibration of control valves has led to identification of vibration sources and solutions that had been persistent issues until the measurements were performed. The recommendations on piping system design are basic rules that Fisher commonly provides, but many end users are not aware of these practices. Control Valves Engineering, Reliability, Maintenance All / Cross-Industry Technician / Analyst / Specialist Short Course Adin Mann Emerson Shawn Anderson Fisher Controls Travis Rosenburg Absolute Energy - - - - Emerson Product Update - - -
6. Emerson Presents Approved AMS Products – Lifecycle Services Update and Roadmap Are you tasked with minimizing unscheduled shutdown, operational cost, limiting risk while increasing safety and achieving greater plant profitability? Are you struggling with retiring workforce, fewer specialist and more complex processes? This session will give an update on existing lifecycle services for all AMS products and an overview of what is coming in the pipeline that will help you achieve your goals. "How to maximize the use of AMS products?
How to overcome limited insight to asset which puts operation at risk of unplanned shutdowns and safety incidents?
How to help with stretched resources and the increased complexity of technology which affects timeliness and quality of decisions?" "Increase Uptime
Reduce Operating cost
Reduce Health and safety incidents" AMS products lifecycle services / program / solutions varying from Product support options, Hardware repairs, calibrations, Field Services, condition monitoring and Scheduled System Maintenacne AMS AMS, Reliability, Machinery Health Management All / Cross-Industry Engineer, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Project Manager / Lead, Plant or General Manager, Operator Workshop Sam Tanyous Emerson Process Management Hermann Josef Rehnen Emerson epro GmbH - - - - - - Emerson Service Update - - -
6. Emerson Presents Approved Emerging Cybersecurity Standards for Industrial Control Systems This session will provide details about the emerging ISA/IEC 62443 series of standards and the ISASecure SSA certification methodology specifically created to address the Industrial Control System cybersecurity requirements. Details will include a brief description of the standards and their current status. Information about current market adoption and what Emerson is changing in the DeltaV platform to attain certification (where applicable). The session will also cover aspects of control system hardening (baseline / benchmarks used), as well as additional literature available today that can be used as a reference to include the cybersecurity language in the process control request for quotes – e.g. Department of Homeland Security, ICS-CERT, and the DeltaV Security Manual. Customers want a secure control system, but how do they know it has secure unless somehow measured against a standard. How can they be sure that the product meets or exceeds the standard unless a neutral third party audits and certifies that the products and processes used to develop them are followed. "Attendees are expected to leave this session knowing how to:
- Request cybersecurity features as part of a process control request for quote.
- Understand the deliverables included in such systems.
- Find available documentation to support the cybersecurity initiative.
- Understand the currently available standards.
- Look for support in case of incidents." This session provides an introduction to those international cybersecurity standards and certifications as applied to current Industrial Control Systems deployment. The main goal is to make sure attendees understand the options available today, and what kind of changes in process are required to embed these standards into the current company’s security policies and procedures. DeltaV Compliance, Security, Process Control All / Cross-Industry Consultant, Vice President, Supervisor / Manager / Dept. Head, Sales / Marketing, Project Manager / Lead, President / Principal, Plant or General Manager, Engineer, Director Workshop Alexandre Peixoto Emerson Automation Solutions Rick Gorskie Emerson - - - - - - Emerson Service Update - - -
6. Emerson Presents Approved Unleash the Power of FREE DeltaV Model Predictive Control (MPC) Learn how to implement DeltaV’s free single output MPC applications to achieve great economic results. This short course will provide an overview of DeltaV MPC capabilities and an in-depth tutorial on how to implement a single output MPC block for advanced regulatory control. Applications to be covered include process constraint overrides, disturbance rejection, and dead-time compensation. Applications that traditionally are complicated to configure and maintain, can be implemented in minutes with a single DeltaV MPC function block, for free! Example control and process simulation configuration will be provided. Process manufacturers lose millions of dollars each year due to high process variability and the inability to operate at optimal targets. Process disturbances, long delay times and changing process constraints make it difficult to obtain good control. Traditional regulatory control schemes are often deemed “too complicated” to implement or don’t perform adequately. Model predictive control delivers greater throughput, reduced variability, and improved product quality for increased profitability. Variability is typically reduced by 50% with throughput increases of up to 10%. Implementation and maintenance costs are reduced because DeltaV MPC is already a standard embedded feature in your control system. DeltaV MPC is ideally suited for applications with process disturbances, long delay times and multiple constraints. It is implemented as a standard function block which makes it easy to implement and maintain. And best of all, DeltaV’s MPC does not require a license for applications with only one manipulated variable (output). Process Control DeltaV, Predictive Technology, Optimization All / Cross-Industry Engineer Workshop James Beall Emerson - - John Caldwell Emerson - - - - Emerson Product Update - - -
6. Emerson Presents Approved Knocking Down the Barrier to IIoT Adoption In a world of Big Data, the Internet of Things and the Fourth Industrial Revolution, users from process and automation industries are still hesitant towards adopting new operational tactics. Large investments, architecture complexity, data flow, lack of quantifiable proof, and cyber-security are all holding users in a "wait and see" frame of mind. This session will discuss how Plantweb Insight has addressed the major concerns of industry professionals and become a simple solution for IIoT applications. From on-premise to cloud, small focus to large, existing infrastructure to new, Plantweb Insight has the capability to fit the needs of a wide range of users. Users continue to have doubts over the impact and adoption path for IIoT solutions. Concerns over security, architecture, data mapping, data integrity, skilled worker shortage, and investments all create hesitation for users interested in reaping the benefits of IIoT. Emerson has created an all encompassing path for users to improve operations, reliability, safety and energy use, in pursuit of becoming a First Quartile operational performer with more effective, efficient, and proactive operations. Smaller installations can see benefits in mere weeks/months, while larger installations provide ROI with large bottom-line return. Emerson's Plantweb Insight addresses all key parts of the IIoT chain while allowing customers the flexibility to customize their solution to their needs. With the help of the base layer of devices (data points) and secure communication paths, the Plantweb Insight analytic applications allow users to start small or adopt enterprise wide. Business Economic Justification, Wireless, Reliability All / Cross-Industry Engineer, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Project Manager / Lead, Plant or General Manager Workshop Brian Joe Emerson Automation Solutions - - - - - - - - Emerson Product Update - - -
6. Emerson Presents Approved AMS Device Manager Overview and Update This session will cover a brief review of AMS Device Manager’s value proposition, current functionality, including ways you can achieve benefits at your site. Then we will dive into what’s coming next on the product roadmap and how this new functionality will impact your maintenance and reliability programs. AMS Device Manager users gain efficiencies through streamlining maintenance practices and avoiding or limiting downtime. With shrinking maintenance staffs and budgets, maximizing the use of time and maintenance spending can be the difference between keeping your plant up and running, or having an unplanned shutdown that could cost millions in lost revenue. AMS Device Manager is the premier asset management system and the best way to manage the reliability of automation assets. AMS Device Manager allows you to manage maintenance spending so you can ensure your limited budget will be addressing the most critical reliability issues, instead of being reactive and experiencing unplanned shutdowns. Tasks are completed more efficiently, saving you time and money. Additional benefits obtained can ripple into operations, safety, and engineering functions. AMS Device Manager provides you with a platform to manage HART, WirelessHART, FF and PROFIBUS assets in four key areas: device diagnostics to prevent unplanned shutdowns; configuration and setup of devices; documentation of activities in Audit Trail; and calibration management. AMS Diagnostics, Reliability, Maintenance All / Cross-Industry Consultant, Vice President, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Sales / Marketing, Project Manager / Lead, President / Principal, Plant or General Manager, Operator, Engineer, Director Workshop Scott Hokeness Emerson - - - - - - - - Emerson Product Update - - -
6. Emerson Presents Approved A Practical Understanding of Reliability and Maintenance Management in an Operating Plant. The conversation around achieving desired equipment performance which leads to optimal plant availability, profitability and safety is one that has found resonance in the last decade. However also quite apt is the saying that common sense is not so common. This training aims to introduce best practices in reliability and maintenance management in an immersive way, giving participants some of the knowledge required to achieve improved quartile reliability performance. Participants will be broken out into teams, so as to use the knowledge gained at the beginning of this training session to evaluate and understand the financial consequences of not implementing the discussed best practices in reliability and maintenance management. The effects of not implementing these best practices in a plant are not quite so obvious because the emphasis is always on production, leading to a neglect of the other areas which can impact production targets, overall profitability, and safety. This training will provide participants with an eye-opening experience on the financial impact of running a plant without having best practices in place. Participants will go back to their various organizations armed with some knowledge of how to ensure that the organization's bottom line is protected from a reliability and maintenance management perspective. Immersive, practical reliability and maintenance management training with a scenario of a running plant. Reliability Business, Predictive Technology, Maintenance All / Cross-Industry Consultant, Vice President, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Plant or General Manager, Operator, Engineer Workshop Emeka Anosike Emerson Automation Solutions - - - - - - - - Emerson Service Update - - Consulting Services
6. Emerson Presents Approved If I Knew Then What I Know Now, I Would Have…Lessons From a Bruised Turnaround Manager If everyone agrees that turnaround performance could be so much better, then why do we see so little improvement? The answer: there often isn’t enough time to figure out what to do differently. So typically, it becomes the “do what we did last time” approach. Having moved recently into Emerson after 24 years in the Chemical Industry, the speaker will reflect on lessons learned working alongside customers and things they wish they had done more (or maybe less!) of as an Engineering manager. This workshop will provide a unique opportunity to not only learn from a different prospective but also have your specific turnaround challenges addressed. Challenges will be collected, grouped and ultimately mapped to solutions during the exhibit sessions to improve turnaround performance. Turnarounds are not just a logistical nightmare on a grand scale, but often feel like you have a better chance of predicting the lottery numbers than properly defining the business, operations and engineering requirements till the next outage. Proper scoping and execution is critical for success but can seem like an impossible task and a moving target. The workshop will share a case hardened view of what they would do differently, but more importantly it will give the audience a chance to share their obstacles, opportunities and improvement ideas. To enable this in a large group, these ideas will be collected from the session, worked up in the exhibit hall, and mapped to practical solutions. Automation technology used to its full capability can help you scope, plan and execute more successful turnarounds. Rather than looking back and wishing you had done something differently, you can plan early and take advantage of diagnostics, insight, and site walkdowns to accurately scope your next turnaround. Collaboration in planning and execution is paramount for success. Maintenance Diagnostics, Reliability, Operations All / Cross-Industry Consultant, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Project Manager / Lead, Operator, Engineer, Director Workshop Julian Annison Emerson Nikki Bishop Emerson Automation Solutions - - - - - - Emerson Service Update - - -
6. Emerson Presents Approved Plantweb Advisor Suite Updates and Roadmap Emerson launched the Plantweb Digital Ecosystem at Emerson Exchange in 2016. The Plantweb Advisor Suite consists of three applications (Health, Performance, and Energy Advisor) which provide a set of rich analytic tools to turn data into actionable information. This session will provide information on the updates that have been made to the Advisor Suite since October 2016, as well as a roadmap of planned improvements and additions over the coming year. Plantweb Advisor suite leverages existing investments in sensors, networks, and software to optimize the maintenance and performance of production assets. It also provides a detailed view of energy consumption with an enterprise, from the top level all the way down to individual pieces of equipment. Business results from customer installations will be provided after approval for sharing of data. The Plantweb Advisor Suite utilizes OSIsoft's Archive Server to provide a single source of data to be monitored and analyzed. Asset Framework allow us to leverage a variety of common templates and tools, including rigorous 1st principles models, SPC Modeling, and empirical analytics to provide actionable information on equipment health, performance, and energy consumption. PlantWeb Efficiency, Reliability, Maintenance All / Cross-Industry Consultant, Vice President, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, President / Principal, Plant or General Manager, Engineer, Director Workshop Brian Atkinson Emerson Automation Solutions Pete Sharpe Emerson Automation Solutions - - - - - - Emerson Product Update - - -
6. Emerson Presents Approved Improve Your Control & Operator Performance!! - DeltaV Performance Services Update & Roadmap This session will provide an update and roadmap on the latest DeltaV Performance Services primarily focused around Control Performance and Operator Performance. By leveraging services and solutions to optimize your Control Performance, you can improve throughput, quality, and profitability while reducing unplanned events and lowering maintenance costs. Similarly, you want your plant’s staff to have optimized efficiency and be able to work better, smarter and faster when working with process control applications. By leveraging services and solutions to optimize your Operator Performance, you can enable significant work practice improvements. Attend this session to learn more about DeltaV Performance Services. Control problems, particularly those related to excessive process variability, decrease the productivity and profitability of your plant. Similarly, operator performance problems can decrease operator productivity and ultimately profitability of your plant without proper alarm management, operator training, or optimized graphics. For Control Performance, DeltaV users have realized benefits including process stabilization, increased throughput, improved quality, reduction in trips, and improved valuable product yield. For Operator Performance, benefits from Dynamic Simulation and Operator Training include reduced commissioning duration, process de-bottlenecking, reduced operator error, and improved product quality. For Control Performance, Emerson can assist you with Solutions and Services to first assess, then improve, and then continuously sustain and optimize the performance of your system. For Operator Performance, Emerson can assist you with Solutions and Services to enable work practice improvements: Alarm Services, Dynamic Operator Simulation & Training, and High Performance Graphics. Services DeltaV, Optimization, Operations All / Cross-Industry Consultant, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Sales / Marketing, Project Manager / Lead, Plant or General Manager, Operator, Engineer, Director Workshop Matt James Emerson Dirk Thiele Emerson - - - - - - Emerson Service Update - - -
6. Emerson Presents Approved New Solutions for In-Situ Oxygen Measurement Ever increasing global environmental and safety regulations have made it necessary to achieve the best possible combustion efficiency and utilize safety certified devices. Rosemount is introducing two new in-situ oxygen measuring products to serve the combustion market. The first, the Rosemount 6888C In-Situ Oxygen Transmitter for hazardous locations brings the same industry-leading oxygen sensing platform to hazardous locations. The second, the Rosemount CX1100 In-Situ Oxygen Transmitter, is ideal for a continuous oxygen trim system to meet Major Source Boiler (MACT) compliance. New EPA regulations around boilers and increasing safety regulations have made it necessary to use oxygen trim systems and greater process control. New boiler MACT rules dictate that boilers must be tuned every or every other year depending on the size of the boiler or process heater. If a boiler system has an oxygen trim system, however, it only needs to be tuned once every 5 years. By utilizing the new Rosemount CX1100 in their boiler trim systems, customers can save money and hassle while meeting the EPA's new requirement. For customers who require hazardous area approvals for their combustion products, Rosemount can now provide the 6888C In-Situ Oxygen Transmitter. Rosemount is now offering a cost-effective oxygen trim system solution for boiler control, the CX100, using the same trusted oxygen sensing technology found in large-scale boilers. Additionally, Rosemount will now be offering the 6888 In-Situ Oxygen Transmitter with hazardous area approvals. Instrumentation - Analytical Compliance, Safety, Instrumentation - Analytical Chemicals (Industrial, Specialty), Refining, Pulp & Paper, Power & Utilities, Petrochemicals, Metals, Mining, Cement & Glass, Engineering (OEM's, E&C's, Integrators) Other Workshop Jesse Sumstad Emerson Process Management Sara Wiederoder Emerson Automation Solutions - - - - - - Emerson Product Update - - -
6. Emerson Presents Approved New Pressure Products for Critical High Pressure Applications The oil and gas industry today is beginning to shift to explore and extract oil in hard to access formations. These formations require more advanced instrumentation that can operate under higher pressures than ever before, while also withstanding challenging environmental conditions. This session will look at the new pressure and remote seal technology being introduced to withstand these high static pressures of up to 20,000 psi. Even at these extreme pressures, the products are available with all communication protocols, safety certifications and process connections that the market requires. Many new offshore oil and gas fields, as well as onshore enhanced oil recovery installations, require more durable measurement instruments that can withstand the operating environments in these fields where static pressure fluctuations of up to 20,000 psi occur. Also, due to the remoteness of these locations, reliability and installation are a chief concern. The challenges that these applications present mean that any incident could potentially become catastrophic. This technology brings the accuracy and reliability of Emerson pressure instrumentation to a set of challenging applications, resulting in safer, more reliable, and less costly operations in these remote locations. The Rosemount 3051S High Static Differential Pressure and 3051 Gage Pressure transmitters allow for the features and reliability expected of Emerson instrumentation for static pressure installations up to 20,000 psi. These products are available with wireless capabilities to reduce installation costs and process connection options, including remote seals for harsh operating conditions. Instrumentation - Pressure SIS / SIL, Wireless, Severe Service Oil & Gas Midstream (Pipelines, Terminals), Oil & Gas Upstream (On-shore, Off-shore, Sub-sea) Consultant, Project Manager / Lead, Operator, Engineer Workshop Eric Beltz Emerson Dave Broden Emerson - - - - - - Emerson Product Update - - -
6. Emerson Presents Approved Emerson Presents the Wireless Deep Hole Measurement Solution Deep hole level measurement has been a difficult challenge in many applications ranging from earthen dams to plunger arrival. A specific mining facility in South America prompted Emerson to investigate in a new solution to help with these applications. Emerson was tasked to create an all new wireless solution to help accurately measure the level within the dam to prevent the dam wall from collapsing. With the help of the end user, a new wireless deep hole measuring solution was created to alleviate this pain. A mining facility in South America faced a severe environmental accident in 2015 when a dam holding back a sea of sludge collapsed, releasing a deluge that resulted in several fatal injuries, destroyed villages and traveled more than 400 miles to the Atlantic Ocean contaminating the waters. This mining company faced fines up to $66M USD and operations were suspended. Mining companies that use this solution see several benefits such as: prevention of Dam wall collapse by early alert of high phreatic level, increase operators' safety by avoiding multiple trips to the field to do manual measurements and as this solution provides power to sensor, solar panels are no longer required, simplifying the installation and decreasing costs. These Dams are located in remote places where the access is complicated, the terrain is irregular and there is no power, requiring a wireless monitoring solution to measure the phreatic level on the soil to prevent it's collapse. Emerson developed a special version of the Rosemount 648 that not only communicates the prheatic lever wirelessly, but also provides power to the sensor underground. Wireless Engineering, Safety, Predictive Technology All / Cross-Industry Director, Vice President, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Project Manager / Lead, President / Principal, Plant or General Manager, Operator, Engineer Workshop Josh Hernandez Emerson Mario Molina Emerson - - - - - - Emerson Product Update - - -
6. Emerson Presents Approved SIS: SUCCESS In Selection Selecting sensors for Safety Instrumented Systems can be confusing. There are numerous specifications to consider when choosing your devices. With the current IEC 61508 and IEC 61511 standards, multiple choices exist for qualifying devices for SIS usage – both for the manufacturer and the user. Does Safe Failure Fraction need to be greater than 90%? Requirements for transmitters to be used in SIL applications are confusing, as are the options for gaining certification to IEC 61508. Often times both the manufacturer and the user do not understand the difference between the theoretical and field failure data at hand and how it applies to an instrument within a safety application. By understanding SIS sensor selection requirements, the headaches and pain points associated with specifying the proper field instruments can be minimized. Understanding the various certification routes can help both manufacturers and users of field instruments in SIS decrease potential excess CAPEX and OPEX associated with their design or process cycles. A deeper explanation of certification routes in current standards, and implications of using non-traditional routes and the benefits that can be realized. SIS / SIL Reliability, Security, Safety Chemicals (Industrial, Specialty), Refining, Power & Utilities, Oil & Gas Upstream (On-shore, Off-shore, Sub-sea) Consultant, Vice President, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Sales / Marketing, Project Manager / Lead, President / Principal, Plant or General Manager, Operator, Engineer, Director Workshop Andrew Rogers Emerson Randy Paschke Emerson - - - - - - Emerson Product Update - - -
6. Emerson Presents Approved Emerson Next Generation of Learning - Competency-Based Education (CBE) Factors such as aging workforces, limited talent pools, rapid growth in new industries and fast-paced changes in the way we do work because of technological advances has intensified the demand for education and training to produce qualified and competent workers. These changes are driving the need to evolve curricula design, use technology to instruct, and measure the impact of the education through on-the-job performance metrics. Emerson is transforming learning programs to competency-based education (CBE) programs. This session will introduce Emerson's competency-based education program by explaining how it works and what can be expected by learners, managers of learners, and company leadership. This is a companion session to the PDO Graduate Development and KOC Capstone sessions. Companies need their workforce to be knowledgeable and skilled to do their jobs to ensure production demands are met. They need to be competent to do their job in a shorter timeframe, following safe practices, and using more technology than has ever existed in the past. The desired performance level is for learners to be able to demonstrate the knowledge, skills and abilities back on the job. Observation and impact evaluations are critical to the success of the learner and provide key performance metrics on the degree at which the learning intervention impacted performance. CBE is focused on outputs or performance of the learner defined by key performance metrics, which means that the competency can be demonstrated after education. CBE prepares them for the next learning experience and/or to do their work back on the job. Training Business, Services, Leadership All / Cross-Industry Other Workshop sandra schwarz Emerson Bert Evans Emerson - - - - - - Emerson Service Update - - Educational Services
6. Emerson Presents Approved Get Greater Process Insight with Flow Pervasive Sensing Emerson's Rosemount 8700M magnetic flowmeter platform has more diagnostic capability than ever before. Through these diagnostics, the meter can proactively detect and alert users to process or meter related issues before they become a problem. Additionally, Emerson's Universal capability in all of their magnetic flowmeter transmitters makes taking advantage of this device intelligence easy for every user. Historically, inline flowmeters have been considered "black boxes" that reported a flow rate. They were difficult to troubleshoot and maintain, and provided little information about the process into which they were installed. Troubleshooting these devices was also often time consuming and difficult, and after days of troubleshooting, the meter was often found to be correct. The ability to accurately detect abnormal process conditions and address them quickly is an important ability to improving product quality, reducing waste, and improving the overall efficiency of the process. Additionally, with SMART Meter Verification capabilities, when there is an issue, the meter can be quickly ruled out as the source of the problem making the technicians more efficient. Diagnostic capabilities within Emerson's Rosemount magnetic flowmeter product provide a way for users to proactively detect process conditions such as non-conductive coating buildup, entrained gas, and process noise caused by slurries. Additionally, with the Universal capability, users can get this process diagnostic capability with any manufacturers' sensor. Diagnostics Instrumentation - Flow, Predictive Technology, Maintenance All / Cross-Industry Engineer, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Plant or General Manager, Operator Workshop Trever Ball Emerson - - - - - - - - Emerson Product Update - - -
6. Emerson Presents Approved Emerson Solutions for Single-Use Manufacturing in the Life Science Industry The use of Single-Use Technologies in Life Science manufacturing is quickly growing. Single Use Technologies reduce drug manufacturer's costs by increasing equipment utilization and allow changes to be quickly implemented due to extreme flexibility in design. The shift from traditional stainless steel to a single use plastic introduces significant challenges and limits the types of automation measurement and control technologies currently available. This session will cover the recent developments in Emerson products being developed specifically for Single Use manufacturing. Single use technology requires different types of automation for the instrumentation, control, and systems used in this type of production. Instead of withstanding CIP/SIP cycles in traditional stainless steel applications, automation products need to be able to interface with the disposable infrastructure being used in single use technologies which provide a new set of unique challenges. New product offerings being developed by Emerson will bring the same high quality and industry leading capabilities historically available in for traditional production to the new Single Use manufacturing. These new offerings allow users to better measure and control their single use processes and also eliminate many headaches associated with existing single use equipment. Emerson is developing new pH, Dissolved Oxygen, Conductivity and Pressure measurement solutions to support single use manufacturing. The final control equipment such as new pinch valves are in development to expand capabilities above what is already offered. New DeltaV capabilities are being added which will interface on single use skids without the need for additional controllers or hardware. Process Control DeltaV, Instrumentation - Pressure, Instrumentation - Analytical Pharmaceutical & Life Sciences Consultant, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Sales / Marketing, Project Manager / Lead, Operator, Engineer, Director Workshop Nathan Stokes Emerson Paul Fadell Emerson - - - - - - Emerson Product Update - - -
6. Emerson Presents Approved Lift Off! Boost Your Productivity With Cloud Enabled DeltaV Ever wished you could try out a new strategy or tweak a graphic and test it somewhere other than the Production system? Ever started up an on-premises development system only to find that its software is outdated? What if you could login to a DeltaV development or training system from the convenience of your desktop PC with NO additional on-premises system footprint or maintenance? With Emerson's DeltaV Cloud Hosting Services for Non-production virtual systems, you can build and test new control strategies and displays in an off-line system; train personnel using a copy of your production system configuration, or simply host your standards library (DeltaV templates) for reference. Join us to learn how cloud hosting services can boost your engineering and training productivity. We lack the bandwidth to support a second on-premises system, but need one for pre-check of control and display edits, and training folks new to DeltaV. We need a common master for project standard templates for control modules and dynamos. Verifying control changes and training personnel prior to editing on the production system lowers risk of introducing upsets. Having a common master system for project standards helps corporate engineering and the sites manage versions. Access is easy and fast. A subscription service provides access from your desktop to your DeltaV virtual system. Emerson maintains the system so you don't have to! This solution is called "DeltaV Cloud Hosting Services". We provide system setup, user account management, access support and DeltaV product support. DeltaV Efficiency, Training, Engineering All / Cross-Industry Engineer, Technician / Analyst / Specialist, Operator Workshop Jean Pressly Emerson Automation Solutions - - - - - - - - Emerson Product Update - - -
6. Emerson Presents Approved Behind the Times? Wireless Modernization, Just About Anywhere (Even Ex-proof!) As you're challenged by management to squeeze every last penny out of that old process loop, consider getting creative with wireless solutions that can modernize measurement. Join this session for guidance on how the wireless adapter can used to pull stranded variables and diagnostics from the most remote locations - and now explosion-proof areas! We will demonstrate modernization success stories collected from across the globe and learn how you can use wireless in similar applications to save money and gain more visibility into operations, especially dangerous areas and SIS loops! Aging facilities across the world are challenged to run more lean and more efficiently than was ever possible. Old processes operations, no budget, immobile management… so many things working against new ideas or thinking creatively to solve old problems. In addition, some of the most challenging locations have stringent hazardous certification restrictions. The Wireless THUM Adapter connects wires to wireless and enables visibility to applications that were previously unavailable. This provides operational savings of tens of thousands per year, reducing the need for rounds in hazardous areas and insight into potentially damaging or dangerous process situations. Typical opex savings of 10k per year. Typical capex savings in I/O costs varies. Recent innovations now enable the wireless adapter to be installed into even more applications - including the highly anticipated approval for explosion-proof areas! Combined with the reliability of a WirelessHART network, the THUM can now connect the most remote or hazardous devices to the operating system. Also consider the THUM for monitoring SIS/SIL devices! Wireless Modernization, Wireless, Safety All / Cross-Industry Supervisor / Manager / Dept. Head, Technician / Analyst / Specialist Workshop Elizabeth Reierson Emerson Automation Solutions - - - - - - - - Emerson Product Update - - -
6. Emerson Presents Approved Integration Help is Just a Phone Call Away The digital revolution started an avalanche of information that continues to grow each and every year. Do you need some assistance getting the most out of your digital measurement devices? Welcome to the Smartfield Integration Lab. We are a group of dedicated, experienced communication Specialists that can help. We know Modbus, OPC, Profibus, Fieldbus, WirelessHART, and Ethernet/IP because we work with the everyday. With a combined total of almost 100 man/years of Emerson/Rosemount experience, it is likely that we have seen what you are seeing and know how to solve it. Give us a call or send us an email. We are here to help! So often, equipment is selected by one group, purchased by somebody else, and then dropped on the Measurement Technician to be installed. He may have little or no experience with that transmitter or that protocol, and he is often expected to get it running quickly. These are the situations where we can help. We will figure out what the customer needs. Then we will stay on the call, join in a webex, or send emails. We will walk them through the confusion to a succesful outcome. If they need a convertor, we can suggest some. If they need additional software, we know where to get it. We don't stop until they are satisfied. Using our well equipped lab combined with years of experience, we can set up the same measurement scenario in seconds and talk people through the correct steps. We can email briefs and screenshots. We can share computer screens via webex. We have connections in the various manufacturing areas, Engineering, test labs, and third party manufacturers. Troubleshooting Foundation Fieldbus, Wireless, Troubleshooting All / Cross-Industry Technician / Analyst / Specialist Workshop Douglas Hoerning Emerson - - Rick Lewis Emerson - - - - Emerson Service Update - - -
6. Emerson Presents Approved AMS Trex Overview and Update AMS Trex is the latest entry in Emerson’s long line of handheld communicators. This session will provide an overview of current and planned product functionality including ways you can achieve benefits at your site. AMS Trex users are able to work more efficiently, do more with one tool, and go everywhere in the plant. Even with the ever-expanding reach of the Industrial Internet of Things (IIoT), there are still stranded devices. Likewise, when connectivity is available there are still times when a device problem is best solved or can only be solved at the device. Additional challenges can arise from documenting work done offline and then transferring it to a system of records. AMS Trex reduces configuration and troubleshooting times through intuitive tasked based menus and the ability to directly power devices without extra tools. Auto Sync with AMS Device Manager eliminates transcription errors and missing data. With AMS Trex users are able to work more efficiently, do more with one tool, and go everywhere in the plant. The Trex communicator streamlines activities in the field, allowing technicians to isolate and repair problems while at the device. Segment and loop diagnostics tools quickly validate wiring infrastructure for easy troubleshooting. Configuration changes can automatically be time stamped, and uploaded to an AMS Device Manager system, eliminating manual transfer and keeping a pristine database. AMS AMS, Reliability, Maintenance All / Cross-Industry Engineer, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head Workshop Stephen West Emerson Automation Solutions Nicholas Meyer Emerson Automation Solutions - - - - - - Emerson Product Update - - -
6. Emerson Presents Approved Improving Well Pad Efficiencies and Reducing CAPEX By Up to 50% Via Modular Multiphase Metering There is a need for cost effective well pad operations with the rise of unconventional wells and their complexities driving up measurement costs. This abstract shows how a new modular and flexible multiphase meter (as opposed to the expensive meters of the past) is leading to efficient and cost-effective well pad operations with reduced equipment and improved real-time well performance monitoring. Whereas previously well pads often had a test separator per well (up to 10 in total), the new meter is a modular, flexible and compact alternative, performing real-time well testing and reservoir monitoring in all conditions. Operators can reduce costs per well pad by as much as 50%, double the efficiencies of field technicians, and meet the changing needs of the well over the reservoir life. The need to reduce CAPEX and improve well pad efficiencies through a reduced equipment footprint (many well pads have up to 10 separators); The lack of automation, flexibility and cost-effectiveness in multiphase metering for well testing; The need to make field technicians more efficient; And the challenge of still delivering improved real-time well & reservoir data. Reduced CAPEX of up to 50% by eliminating surface equipment and reducing the footprint for each well site. Surface equipment reductions allow operators to increase well pad site efficiencies, while ensuring real-time continuous monitoring of specific wells. Efficiencies also allow for operators to maintain current headcounts in the field while increasing the number of production sites. The Roxar MVG multiphase flow meter is a modular, cost-effective meter, providing real-time flow measurements for multiple applications and an alternative to test separators. It is compact, lightweight for easy installation and has a small footprint. The meter is modular, where operators only pay for the features they need, ensuring flexibility and reduced costs and includes a gamma for accuracy. Instrumentation - Flow Efficiency, Optimization, Instrumentation - Flow Oil & Gas Upstream (On-shore, Off-shore, Sub-sea) Engineer Workshop Sharon McCurdy Emerson Automation Solutions Rusty Liner Emerson Automation Solutions - - - - - - Emerson Product Update - - -
6. Emerson Presents Approved What Else Could We Have Done: Doing More with Project Certainty This session will review various projects and discuss some of the opportunities to improve Total Installed Cost that were left on the table. Discussions on why this opportunities were missed and how to pick them up next time will be covered. Opportunities to perform projects better will be shown with emphasis on common areas that are being missed with a traditional approach to project planning and execution. Attendees will hear about cases in contrast that have taken advantage of the opportunities and what type of impact those projects had. The solutions are based on Emerson's Project Certainty methodology which was introduced at the 2015 Users Exchange. Efficiency Economic Justification, Services, Project Management All / Cross-Industry Consultant, Vice President, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Project Manager / Lead, President / Principal, Plant or General Manager, Operator, Engineer, Director Workshop UV DOCTOR-UV REPLACEMENTS
LAMP #
DESCRIPTION
UVDRX#
UVDRX-1179 G64T5LCA/C
1179
UVDRX-1112-HO-CB GHP320T5VH/S13HP/PT-6"4W/H/C
1112-HO-CB
UVDRX-1149 G36T5LCA/CB-0J9
1149
UVDRX-1197 GSL1554T5LCA/M12/CB-0J9
1197
UVDRX-1195 G64T5LCA/CB0J9
1195
UVDRX-1176 G64T5LCA/4CI
1176
UVDRX-1161-HO GSL1524T5LCA/M12/CB0J9
1161-HO
UVDRX-1198 GSL1473T5LCA/M123/CB0J9
1198
UVDRX-1149-HO G36T5LCA/M12/CB-0J9
1149-HO
UVDRX-1142-HO-2 GSL1067T5LCA/M12/CB0J9
1142-HO-2
Aquafine
LAMP #
DESCRIPTION
UVDRX#
3084 G36T5L/C 30" 254nm DE Single pin 1152
3087 G36T5VH/C 30" 185nm DE Single pin 1162
17491 G36T5L/CB 0J6 30" 254nm SE 2 pin 1154
17495/18977-3 G36T5VH/CB 0J6 30" 185nm SE 2 pin 1164
16676 G36T5L/C Validated 30" 254nm DE Single pin 16676
16678 G36T5VH/C Validated 30" 185nm DE Single pin 16678
18059 G36T5L/CB 0J6 Validated 30" 254nm SE 2 pin 18059
18062 G36T5VH/CB 0J6 Validated 30" 185nm SE 2 pin 18062
3098 G64T5L/C 60" 254nm DE Single pin 1179
3095 G64T5VH 60" 185nm DE Single pin 1182
17998 G64T5L/CB 0J6 60" 254nm SE 2 pin 1174
17498/18977-4 G64T5VH/CB 0J6 60" 185nm SE 2 pin 1184
16677 G64T5L/C Validated 60" 254nm DE Single pin 16677
16679 G64T5/VH Validated 60" 185nm DE Single pin 16679
18060 G64T5L/CB 0J6 Validated 60" 254nm SE 2 pin 18060
18061 G64T5VH/CB 0J6 Validated 60" 185nm SE 2 pin 18061
18024 GHO64T5L/CB 0J6 60" HO 254nm SE 2 pin 1175
17820 GHO64T5VH/CB 0J6 60" HO 185nm SE 2 pin 1185
Berson
LAMP # DESCRIPTION UVDRX #
2-43-150 2 kW Medium-pressure Arc Tube 1401
2-43-152 2.5 kW Medium-pressure Arc Tube 1401-A
2-43-156 2 kW Medium-pressure Arc Tube 1407
2-43-159 2 kW Medium-pressure Arc Tube 1404
2-43-188 4 kW Medium-pressure Arc Tube 1402
2-43-190 3.5 kW Medium-pressure Arc Tube 3535
Calgon
LAMP #
DESCRIPTION
UVDRX #
W300052
GIA1575T10L
1619
En Aqua
LAMP # DESCRIPTION UVDRX#
1179 G64T5L/C 254nm DE Single pin 1179
1176 G64T5L/4C 254nm SE 4 pin 1176
1186 GHO64T5L/4C 254nm HO SE 4 pin 1186
Fisher/Porter
LAMP # DESCRIPTION UVDRX #
1176 G64T5L/4C 1176
Hanovia
LAMP # DESCRIPTION UVDRX#
130027-5001 .7 kW Medium-pressure Arc Tube 12505
130027-1001 1 kW Medium-pressure Arc Tube 12510
130015-1001 1 kW Framed arc Tube 12510-F
130016-1003/1004 1.5 KW Medium-pressure Arc Tube 12515
130015-1002 1.5 kW Framed Arc Tube 12515-F
130016-2002 2 kW Medium-pressure Arc Tube 12520
130015-2005 2 kW Framed Arc Tube 12518
130016-2001 2 kW Medium-pressure Arc Tube 12522
130015-2001 2 kW Framed Arc Tube 12522-F
130027-2001 2.5 kW Medium-pressure Arc Tube 12525
130029-2001 2.5 kW Synthetic Arc Tube 12525-S
130027-3001/130016-3001 3.5 kW Medium-pressure Arc Tube 12535
130015-3001/3005 3.5 kW Framed arc Tube 12535-F
130029-3001 3.5 kW Synthetic Arc Tube 12535-S
130016-4002 5 kW Medium-pressure Arc Tube 12550
130015-4001 5 kW framed Arc Tube 12550-F
Ideal Horizon
LAMP # DESCRIPTION UVDRX #
LMP P2007 G64T5L w/4" lead 1178FM
LMP P2019 GPH36T5L w/4" lead 1158
LMP P2020 G36T5L w/4" lead 1158
LMP 11003 G36T5VH/C 185nm DE Single pin 1162
LMP 11004 G64T5VH/C 185nm DE Single pin 1182
LMP 11440
LMP 12006 G64T5L/C 254nm DE Single pin 1179
LMP 12008 G36T5L/C 254nm DE Single pin 1152
LMP 12018 G64T5L/C 254nm DE Single pin 1179
LMP 41003 GPH287T5VH/4C 185nm SE 4 pin 1111VH
LMP 41004/42047 GPH330T5VH/4C 185nm SE 4pin 1115VH
LMP 41030 GPH810T5VH/4C 185nm SE 4pin 1142
LMP 42002 GPH287T5L/4C 254nm SE 4 pin 1111
LMP 42005 GPH436T5L/4C 254nm SE 4 pin 1118
LMP 42051 GPH406T5L/4C 254nm SE 4pin 1113
IDI-Ozonia
LAMP # DESCRIPTION UVDRX #
59619-G09 G64T5L w/18" lead 1177
59619-G06 G64T5L w/36" lead 1177-36
59619-G04 G64T5L w/3" lead 1177-4
59621-G05 GHP64T5L w/18" lead 1177-18-4
59623-G42 G64T5L DE Single pin 1179
61645-G01/2 GHO64T5L w/18" lead 1187
X0016-H10 GIA1620T10L 1620
Katadyne
LAMP # DESCRIPTION UVDRX#
G64T5L/C 254nm DE Single pin
1179
G64T5L w/18" lead
1177
G64T5L w/36" lead
1177-36
Siemens
LAMP # DESCRIPTION UVDRX #
LP 4945 W2T365416 SIEMENS/SUNLIGHT
1615
LP 6045 w2T365427 SIEMENS/SUNLIGHT
1612
LP 4435 HO G36 - SUNLIGHT BASE
4435
LP 4335 STD G36 - SUNLIGHT BASE
4335
LP 4050 STD G36 - 4 PIN BASE
1153
LP 4390 STD G64 - SUNLIGHT BASE
4390
Trojan
LAMP # DESCRIPTION UVDRX#
302417 G36T5L 2pin
1159
302418 G64T5L 2pin
1172
302509/794447 GIA64T6L 4pin
1605
793009/794113 GIA27T6L 4pin
1606
793010 GIA40T6L 4pin
1607
TROJAN 2000 G36T5L/C-DE
1152
TROJAN 2000 G646T5L/C-DE
1179
Ultra Tech
LAMP # DESCRIPTION UVDRX#
Vertical Systems G64T5L w/18" lead 1177
Vertical systems G64T5L w/24" lead 1177-24
Horizontal Systems G64T5L w/4" lead 1178MM
Models Covered
AF3-0002
AF3-0003
AF3-0008
AF3-0014
AF3-0027
AF3-0051
AF3-0116
Wedeco
LAMP # DESCRIPTION UVDRX #
SLR 25113 GIA48T8L 1603
SLR 25143 GIA64T8L 1602
SLR 32143/138595/6102167 GIA64T10L 1601
SLR 32143-HP/139898/6102394 GIA64T9L 1601-HP
SLR 2581/43019 GIA881T8L 1604
SLR 2690/41396 GIA985T8L 1614
XLR 30/6101277 GIA1512T9L 1613
XLR 10/40387 GPH875T6L 1616
NLR 1845 WS AQUADRA NLR 1845
NLR 1888 WS AQUADRA NLR 1888 Deston Day Emerson - - - - - - - - Emerson Service Update - - -
6. Emerson Presents Approved DeltaV Operations Update In this session participants will learn about the new updates to DeltaV Operate and review updates in recent releases. These projects include the improved Process History View and the new tool for easy graphics deletion, as requested by our users. This new functionality helps address the challenges faced by users when configuring, maintaining and operating their regulated and non-regulated environments. Come and get a detailed look at what enhancements can help improve your plant. Product update for the new DeltaV v14.3 Operate Process History View, and Easy Graphics Deletion tool and DeltaV Operate v13 features. Product update for the new DeltaV v14.3 Operate Process History View, and Easy Graphics Deletion tool and DeltaV Operate v13 features. Product update for the new DeltaV v14.3 Operate Process History View, and Easy Graphics Deletion tool and DeltaV Operate v13 features. DeltaV - All / Cross-Industry Operator, Technician / Analyst / Specialist, Supervisor / Manager / Dept. Head, Sales / Marketing, Plant or General Manager Workshop Camilo Fadul Emerson Automation Solutions - - - - - - - - Emerson Product Update - - -
- Approved Chemicals Industry Forum Coming soon! - - - - - - - Industry Forums - - - - - - - - - - - - - -
SHIPPING: 3.7 lbs. each
001 002.6 00009 — ED63A001
002 007 00022 — ED63A002
003 010 00035 — ED63A003
005 016 00054 — ED63A005
010 030 00100 — ED63A010 ED6-A 025 055 00180 — ED63A025
600V AC 030 080 00270 — ED63A030
250V DC 040 115 00375 — ED63A040
050 180 00600 — ED63A050
100 315 01000 — ED63A100
125 500 01250 — ED63A125
SHIPPING: 03.8 lbs. each
001 002.6 00009 — CED63A001n
002 007 00022 — CED63A002n
003 010 00035 — CED63A003n
005 016 00054 — CED63A005n
010 030 00100 — CED63A010n
CED6-A 025 055 00180 — CED63A025n
600V AC 030 080 00270 — CED63A030n
250V DC 040 115 00375 — CED63A040n
050 180 00600 — CED63A050n
100 315 01000 — CED63A100n
125 500 01250 — CED63A125n
SHIPPING: 06 lbs. each
150 0400 00800 — FXD63L150n
FXD6d 150 0800 01500 — FXD63A150
600V AC 150 1100 02500 — FXD63H150
250V DC 250 1100 02500 — FXD63A250
SHIPPING: 0 09 lbs. each
150 0400 00800 — CFD63L150n
CFD6d 150 0800 01500 — CFD63A150n
600V AC 150 1100 02500 — CFD63H150n
250V DC 250 1100 02500 — CFD63A250n
SHIPPING: 12 lbs. each 12 lbs. each
JXD6(A)a 400 1250 02500 — JXD63L400
600V AC 400 2000 04000 JXD62H400n JXD63H400
250V DC SHIPPING: 16 lbs. each 20 lbs. each
CJD6a 400 1250 02500 — CJD63L400n
600V AC 400 2000 04000 — CJD63H400n
250V DC SHIPPING: 29.5 lbs. each 31.5 lbs. each
LXD6(A)a 600 2000 04000 LXD62L600n LXD63L600n
600V AC 600 3000 06000 — LXD63H600
250V DC SHIPPING: 16 lbs. each 20 lbs. each
CLD6a 600 2000 04000 — CLD63L600n
600V AC 600 3000 06000 — CLD63H600n
250V DC SHIPPING: 31.5 lbs. each
LMXD6d 800 2800 06000 — LMXD63L800n
600V AC 800 3200 08000 — LMXD63A800
250V DC SHIPPING: 35 lbs. each
800 3000 06000 — MXD63L800n
MXD6d 800 4000 08000 — MXD63A800n
600V AC 800 5000 10000 — MXD63H800
250V DC SHIPPING: 33 lbs. each
800 3000 06000 — CMD63L800n
CMD6d 800 4000 08000 — CMD63A800n
600V AC 800 5000 10000 — CMD63H800n
250V DC SHIPPING: 80 lbs. each
? Revised ?
11/15/13
Siemens Industry, Inc. SPEEDFAX? 2011 Product Catalog 7-75
7 CIRCUIT BREAKERS MOLDED CASE
Siemens / Speedfax Previous folio: 6-67 Updated by TA 02/03/11
Molded Case Circuit Breakers
Motor Circuits Application
ETI Trip Setting
Motor Full Catalog AdjustLoad
Amperes Number ment Amperes
95.00 – 110.00 Low 1250 110.00 – 124.00 2 1430 138.00 – 151.00 JXD63L400 4 1790 165.00 – 178.00 CJD63L400 6 2140 178.00 – 192.00 7 2320 192.00 – 227.00 High 2500
154.00 – 176.00 Low 2000 176.00 – 198.00 2 2290 220.00 – 242.00 JXD63H400 4 2860 264.00 – 285.00 CJD63H400 6 3430 285.00 – 308.00 7 3710 308.00 – 326.00 High 4000
155.00 – 176.00 Low 2000
176.00 – 198.00 2 2290
220.00 – 242.00 LXD63L600 4 2860
264.00 – 285.00 CLD63L600 6 3430
285.00 – 308.00 7 3710
308.00 – 326.00 High 4000
231.00 – 264.00 Low 3000
264.00 – 292.00 2 3430
330.00 – 362.00 LXD63H600 4 4290
395.00 – 428.00 CLD63H600 6 5140
428.99 – 462.00 7 5570
462.00 – 490.00 High 6000
215.00 – 238.00 Low 2800
238.00 – 261.00 2 3100
261.00 – 284.00 3 3400
308.00 – 369.00 LMXD63L800 5 4000
369.00 – 423.00 6 4800
423.00 – 462.00 7 5500
462.00 – 490.00 High 6000
246.00 – 269.00 Low 3200
269.00 – 284.00 2 3500
284.00 – 323.00 3 3700
362.00 – 492.00 LMXD63A800 5 4700
492.00 – 562.00 6 6400
562.00 – 616.00 7 7300
616.00 – 660.00 High 8000
231.00 – 264.00 Low 3000
264.00 – 292.00 2 3430
292.00 – 330.00 3 3800
362.00 – 395.00 MXD63L800 5 4710 428.00 – 462.00 CMD63L800 7 5570 462.00 – 490.00 High 6000
308.00 – 352.00 Low 4000 352.00 – 442.00 2 4570 442.00 – 447.00 3 5740 483.00 – 527.00 MXD63A800 5 6280 571.00 – 616.00 CMD63A800 7 7240 616.00 – 660.00 High 8000
385.00 – 440.00 Low 5000 495.00 – 550.00 MXD63H800 3 6430 605.00 – 660.00 CMD63H800 5 7860 660.00 – 695.00 6 8575
General
Protection of Motor Circuits
Molded case circuit breakers are used in
motor circuits as a disconnecting means
and for short-circuit protection. They
should be used in conjunction with
motor-running, over-current-protection
devices, and should permit the motor
to start without nuisance tripping from
motor-inrush current. The circuit breaker
should have a continuous-current rating
of not less than 115% of the motor
full-load current.
The recommended motor circuit
protectors (Siemens ETI instantaneous
only circuit breakers) listed have
continuous-current ratings of at least
115% of motor full-load currents. The
trip-setting positions are approximately
11 times motor full-load currents. The
suggested trip settings may have to be
adjusted upward to no higher than 1300%
of full-load current for non-design E type
motors, and no greater than 1700% of full
load current for design E motors, to allow
for motor start-up due to inrush currents.
Breaker Mounted Immediately Ahead
of Motor Starter
Siemens ETI motor circuit protectors are
recommended for use in combination
motor starters to provide selective
short-circuit protection for the motor
branch circuit. The adjustable
instantaneous-trip feature of the Siemens
ETI motor circuit protector provides for a
trip setting slightly above the peak
motor-inrush current. With this setting,
no delay is introduced in opening the
circuit when a fault occurs. This circuit
breaker has no time-delay trip element.
Therefore it must be used in conjunction
with, and immediately ahead of, the
motor-running overcurrent protective
device.
Important: The information below does
not apply to all motor applications: it
is recommended that the user refer to
the National Electrical Code (NEC) for
specific needs.
Table 1 (When Breaker is Mounted Immediately Ahead of Motor Starter)
3-Phase Induction Type Motors (Siemens ETI motor circuit protectors for branch circuit use with alternating-current combination, full voltage motor starters).
Motor ETI Trip Setting
Full Load Catalog AdjustAmperes
Number ment Amperes
0.69 – 0.91 A (min) 9 1.1 – 1.3 B 15 1.6 – 1.7 C 21 2.0 – 2.2 HEM3M003L D 27 2.3 – 2.5 E 30 2.6 – 2.8 F (max) 33
1.5 – 2.0 A (min) 21 2.6 – 3.1 B 35 3.7 – 3.9 C 49 4.8 – 5.2 HEM3M007L D 63 5.3 – 5.7 E 70 5.8 – 6.1 F (max) 77
3.4 – 4.5 A (min) 45
5.7 – 6.8 B 75
8.0 – 9.1 C 100
10.4 – 11.4 HEM3M015L D 135
11.5 – 12.6 E 150
12.7 – 13.0 F (max) 165
3.9 – 9.1 A (min) 90
11.5 – 13.7 B 150
16.1 – 18.3 C 210
20.7 – 22.9 HEM3M030L D 270
23.0 – 25.2 E 300
25.3 – 26.1 F (max) 330
11.5 – 15.2 A (min) 150
19.2 – 22.9 B 250
26.9 – 30.6 C 350
34.6 – 38.3 HEM3M050L D 450
38.4 – 42.1 E 500
42.2 – 43.5 F (max) 550
16.1 – 30.6 A (min) 210
26.9 – 32.2 B 350
37.6 – 42.9 C 490
48.4 – 53.7 HEM3M070L D 630
53.8 – 59.1 E 700
59.2 – 60.9 F (max) 770
23.0 – 30.9 A (min) 300
38.4 – 46.0 B 500
53.8 – 61.4 C 700
69.2 – 76.8 HEM3M100L D 900
76.9 – 84.5 E 1000
84.6 – 87.0 F (max) 1100
.20 – .33 Low 2.6 .34 – .45 2 4.5 .46 – .56 ED63A001 3 6 .57 – .68 CED63A001 4 7.5 .69 – .81 High 9
.53 – .83 Low 7 .84 – 1.14 2 11 1.15 – 1.45 ED63A002 3 15 1.46 – 1.68 CED63A002 4 19 1.69 – 2.00 High 22
.76 – 1.29 Low 10 1.30 – 1.75 2 17 1.76 – 2.29 ED63A003 3 23 2.30 – 2.68 CED63A003 4 30 2.69 – 3.18 High 35
ETI Trip Setting
Motor Full Catalog AdjustLoad
Amperes Number ment Amperes
1.23 – 1.99 Low 16 2.00 – 2.75 2 26 2.76 – 3.52 ED63A005 3 36 3.53 – 4.14 CED63A005 4 46 4.15 – 4.90 High 54
2.30 – 3.83 Low 30 3.84 – 5.37 2 50 5.38 – 6.52 ED63A010 3 70 6.53 – 7.68 CED63A010 4 85 7.69 – 9.10 High 100
4.23 – 6.91 Low 55 6.92 – 9.61 2 90
9.62 – 11.91 ED63A025 3 125
11.92 – 13.83 CED63A025 4 155
13.84 – 16.40 High 180
6.15 – 10.37 Low 80
10.38 – 14.22 2 135
14.23 – 18.06 ED63A030 3 185
18.07 – 20.75 CED63A030 4 235
20.76 – 24.50 High 270
8.84 – 14.22 Low 115
14.23 – 19.60 2 185
19.61 – 24.99 ED63A040 3 255
25.00 – 28.83 CED63A040 4 325
28.84 – 34.00 High 375
13.84 – 23.06 Low 180
23.07 – 31.52 2 300
31.53 – 39.99 ED63A050 3 410
40.00 – 46.14 CED63A050 4 520
46.15 – 54.50 High 600
24.23 – 41.52 Low 315
41.53 – 56.91 2 540
56.92 – 68.45 ED63A100 3 740
68.46 – 76.91 CED63A100 4 890
76.92 – 90.90 High 1000
38.46 – 55.37 Low 500
55.38 – 70.75 2 720
70.76 – 84.60 ED63A125 3 920
84.61 – 96.14 CED63A125 4 1100
96.15 – 113.60 High 1250
30.76 – 35.37 Low 400 35.38 – 39.99 2 460 44.51 – 49.23 FXD63L150 4 580 53.84 – 58.45 CFD63L150 6 700 58.46 – 63.06 7 760 63.07 – 74.50 High 820
61.53 – 69.22 Low 800 69.23 – 76.91 2 900 84.61 – 92.29 FXD63A150 4 1100 100.00 – 108.00 CFD63A150 6 1300 108.00 – 115.00 7 1400 115.00 – 136.00 High 1500
85.00 – 100.00 Low 1100 100.00 – 115.00 2 1300 131.00 – 146.00 FXD63A250 4 1700 162.00 – 177.00 CFD63A250 6 2100
177.00 – 192.00 7 2300
192.00 – 227.00 High 2500
Note: Lowest instantaneous settings have a -20%/+30% tolerance and all
other settings have a -20%/+20% tolerance.
7-74 Siemens Industry, Inc. SPEEDFAX? 2011 Product Catalog
7 MOLDED CASE CIRCUIT BREAKERS
Siemens / Speedfax Previous folio: 6-60
Molded Case Circuit Breakers
Motor Circuits Application
aThe selection of breakers for this table is in accordance with
Article 430, 2005 National Electric Code. Recommended
circuit breakers are for full voltage starting, special
consideration is necessary for reduced voltage starting.
bFor panelboard applications, substitute the BL breaker for
the BQ, ED2 circuit breakers may also be used.
cFor non-interchangeable trip applications, substitute the
FXD6 for the FD6, the JXD6 for the JD6, or the LXD6 for
the LD6.
Breaker Mounted at a Distance From
Motor Starter
ET thermal-magnetic circuit breakers
conform to the National Electrical Code
table 430-52 requirements for motor
branch and feeder circuit protection
when properly applied in conjunction with
motor-running overcurrent protective
devices. The recommended
circuit-breaker ratings in Table 2 provide
adequate time delay for starting the
majority of three phase induction motors.
To determine the ampere ratings of the ET
breaker to protect a motor feeder, add the
rating of the ET breaker used to protect
the largest motor branch circuit in the
group to the full-load currents of the
remaining motors in the group.
Interrupt Ratings
For normal commercial purposes,
available fault current can conveniently
be obtained in the Interrupting
Selector Tables.
Table 2 (When Breaker is Mounted at a Distance From Motor Starter)
3-Phase Induction Type Motors (EQ and ET circuit breakers (thermal-magnetic trip) for branch breaker use with alternating-current combination motor starters).
Motor
200 and 208V Motors 230V Motors 460V Motors 575V Motors
Horse- 240V Circuit Breaker Dataa 240V Circuit Breaker Dataa 480V Circuit Breaker Dataa 600V Circuit Breaker Dataa
power Breaker Catalog Ampere Breaker Catalog Ampere Breaker Catalog Ampere Breaker Catalog Ampere
Rating Type Number Rating Type Number Rating Type Number Rating Type Number Rating
0001
?2 BQ3B015 015 BQ3B015 015 ED43B015 015 ED63B015 015
0003
?4 BQ3B015 015 BQ3B015 015 ED43B015 015 ED63B015 015
001 BQb BQ3B015 015 BQb BQ3B015 015 ED4 ED43B015 015 ED6 ED63B015 015
0011
?2 BQ3B015 015 BQ3B015 015 ED43B015 015 ED63B015 015
002 BQ3B020 020 BQ3B015 015 ED43B015 015 ED63B015 015
003 BQ3B030 030 BQ3B020 020 ED43B015 015 ED63B015 015
005 BQ3B040 040 BQ3B030 030 ED43B015 015 ED63B015 015
0071
?2 BQ3B060 060 BQ3B050 050 ED43B030 030 ED63B020 020
010 BQb BQ3B070 070 BQb BQ3B070 070 ED4 ED43B030 030 ED6 ED63B030 030
015 BQ3B100 100 BQ3B090 090 ED43B040 040 ED63B035 035
020 BQ3B100 100 ED43B050 050 ED63B050 050
025 FXD63B125 125 FXD63B125 125 FXD63B090 090 FXD63B060 060
030 FXD63B150 150 FXD63B150 150 FXD63B100 100 FXD6 FXD63B070 070
040 FXD6 FXD63B175 175 FXD6 FXD63B175 175 FXD6 FXD63B125 125 FXD63B090 090
050 FXD63B200 200 FXD63B200 200 FXD63B150 150 FDX63B100 100
FXD63B225 225
060 JXD2 JXD23B300 300 — — — FXD6, FD6 FXD63B150 150 FXD6 FXD63B100 100
075 JXD2 JXD23B400 400 JXD2 JXD23B350 350 FXD6, FD6 FXD63B200 200 FXD6, FD6 FXD63B125 125
100 JXD2 JXD23B400 400 JXD2 JXD23B400 400 FD6c FD63B250 250 FXD6, FD6 FD63B175 175 JD6c JD63B250 250
125 LD6c or LD63B600 600 LD6c or LD63B500 or 500 JD6c JD63B300 300 FXD6, FD6 FXD63B200 200
LMD6 LMD63B600 LMD6 LMD63B500 OR JD6c JD63B200 200
150 LD6c or LD63B600 or 600 LMD6 LD63B600 or 600 JD6c JD63B300 300 FXD6 or FXD63B225 225
LMD6 LMD63B600 LMD63B600 JD6c JD63B225 225
200 LMD6 LMD63B800 800 LMD6 LMD63B800 800 JD6c JD63B350 350 JD6c JD63B300 300
250 — — — — — — JD6c JD63B400 400 JD6c JD63B400 400
300 — — — — — — LD6c or LD63B600 or 600 JD6c JD63B400 400 LMD6 LMD63B600
350 — — — — — — LMD6 LMD63B700 700 LD6c or LD63B500 or 500 LMD6 LMD63B500
400 — — — — — — LMD6 LMD63B800 800 LD6c or LD63B600 or 600 LMD6 LMD63B600
500 — — — — — — — — — LMD6 LMD63B800 800
? Revised ?
04/15/16
Siemens Industry, Inc. SPEEDFAX? 2011 Product Catalog 7-77
7 CIRCUIT BREAKERS MOLDED CASE
Siemens / Speedfax Previous folio: 6-69 Updated by TA 02/03/11
Molded Case Circuit Breakers
Adjustable Installments Magnetic Trip Settings Application
Note: Tolerances for instantaneous trip points meet UL 489
(7.3). Nominal AC instantaneous trip points are given
in the tables. For DC instantaneous trip points, add 15%
to nominal values.
Instantaneous trip adjustment is made through the
breaker cover on all frame breakers. To change instantaneous
trip point on circuit breaker, depress indicating
knob, then rotate to desired position.
n Built to order. Allow 2–3 weeks for delivery.
Maximum Nominal ETI Motor Circuit Protector Thermal Magnetic
Breaker Continuous AC Adjustable Trip Range Catalog Number Catalog Number
Type Amperes Low 2 3 4 5 6 7 High 3-Pole 2-Pole 3-Pole
3 9 15 21 27 30 — — 33 HEM3M003L — —
7 21 35 49 63 70 — — 77 HEM3M007L — —
15 45 75 100 135 150 — — 165 HEM3M015L — —
HEM 30 90 150 210 270 300 — — 330 HEM3M030L — —
50 150 250 350 450 500 — — 550 HEM3M050L — —
70 210 350 490 630 700 — — 770 HEM3M070L — —
100 300 500 700 900 1000 — — 1100 HEM3M100L — —
1 2.6 4.5 6 7.5 — — — 9 ED63A001 — —
2 7 11 15 19 — — — 22 ED63A002 — —
3 10 17 23 30 — — — 35 ED63A003 — —
5 16 26 36 46 — — — 54 ED63A005 — —
10 30 50 70 85 — — — 100 ED63A010 — —
ED6 25 55 90 125 155 — — — 180 ED63A025 — —
30 80 135 185 235 — — — 270 ED63A030 — —
40 115 185 255 325 — — — 375 ED63A040 — —
50 180 300 410 520 — — — 600 ED63A050 — —
100 315 540 740 890 — — — 1000 ED63A100 — —
125 500 720 920 1100 — — — 1250 ED63A125 — —
1 2.6 4.5 6 7.5 — — — 9 CED63A001n — —
2 7 11 15 19 — — — 22 CED63A002n — —
3 10 17 23 30 — — — 35 CED63A003n — —
5 16 26 36 46 — — — 54 CED63A005n — —
10 30 50 70 85 — — — 100 CED63A010n — —
CED6 25 55 90 125 155 — — — 180 CED63A025n — —
30 80 135 185 235 — — — 270 CED63A030n — —
40 115 185 255 325 — — — 375 CED63A040n — —
50 180 300 410 520 — — — 600 CED63A050 — —
100 315 540 740 890 — — — 1000 CED63A100 — —
125 500 720 920 1100 — — — 1250 CED63A125 — —
70 600 640 690 730 770 810 850 900 — FXD62B070 FXD63B070
80 600 640 690 730 770 810 850 900 — FXD62B080 FXD63B080
90 600 640 690 730 770 810 850 900 — FXD62B090 FXD63B090
100 700 770 840 920 990 1060 1140 1200 — FXD62B100 FXD63B100
110 700 770 840 920 990 1060 1140 1200 — FXD62B110 FXD63B110
125 800 900 1000 1100 1200 1300 1400 1500 — FXD62B125 FXD63B125
FXD6-A 150 400 460 520 580 640 700 760 820 FXD63L150 — —
150 800 900 1000 1100 1200 1300 1400 1500 FXD63A150 FXD62B150 FXD63B150
150 1100 1300 1500 1700 1900 2100 2300 2500 FXD63H150 — —
175 900 1060 1210 1370 1520 1780 1930 2000 — FXD62B175 FXD63B175
200 900 1060 1210 1370 1520 1780 1930 2000 — FXD62B200 FXD63B200
225 1100 1300 1500 1700 1900 2100 2300 2500 — FXD62B225 FXD63B225
250 1100 1300 1500 1700 1900 2100 2300 2500 FXD63A250 FXD62B250 FXD63B250
70 600 640 690 730 770 810 850 900 — FD62B070 FD63B070
80 600 640 690 730 770 810 850 900 — FD62B080 FD63B080
90 600 640 690 730 770 810 850 900 — FD62B090 FD63B090
100 700 770 840 920 990 1060 1140 1200 — FD62B100 FD63B100
110 700 770 840 920 990 1060 1140 1200 — FD62B110 FD63B110
FD6-A 125 800 900 1000 1100 1200 1300 1400 1500 — FD62B125 FD63B125
150 800 900 1000 1100 1200 1300 1400 1500 — FD62B150 FD63B150
175 900 1060 1210 1370 1520 1780 1930 2000 — FD62B175 FD63B175
200 900 1060 1210 1370 1520 1780 1930 2000 — FD62B200 FD63B200
225 1100 1300 1500 1700 1900 2100 2300 2500 — FD62B225 FD63B225
250 1100 1300 1500 1700 1900 2100 2300 2500 — FD62B250 FD63B250
70 600 640 690 730 770 810 850 900 — HFD62B070 HFD63B070
80 600 640 690 730 770 810 850 900 — HFD62B080 HFD63B080
90 600 640 690 730 770 810 850 900 — HFD62B090 HFD63B090
100 700 770 840 920 990 1060 1140 1200 — HFD62B100 HFD63B100
110 700 770 840 920 990 1060 1140 1200 — HFD62B110 HFD63B110
HFD6 125 800 900 1000 1100 1200 1300 1400 1500 — HFD62B125 HFD63B125
150 800 900 1000 1100 1200 1300 1400 1500 — HFD62B150 HFD63B150
175 900 1060 1210 1370 1520 1780 1930 2000 — HFD62B175 HFD63B175
200 900 1060 1210 1370 1520 1780 1930 2000 — HFD62B200 HFD63B200
225 1100 1300 1500 1700 1900 2100 2300 2500 — HFD62B225 HFD63B225
250 1100 1300 1500 1700 1900 2100 2300 2500 — HFD62B250 HFD63B250
70 600 640 690 730 770 810 850 900 — — HHFD63B070
80 600 640 690 730 770 810 850 900 — — HHFD63B080
90 600 640 690 730 770 810 850 900 — — HHFD63B090
100 700 770 840 920 990 1060 1140 1200 — — HHFD63B100
110 700 770 840 920 990 1060 1140 1200 — — HHFD63B110
HHFD6 125 800 900 1000 1100 1200 1300 1400 1500 — — HHFD63B125
150 800 900 1000 1100 1200 1300 1400 1500 — — HHFD63B150
175 900 1060 1210 1370 1520 1780 1930 2000 — — HHFD63B175
200 900 1060 1210 1370 1520 1780 1930 2000 — — HHFD63B200
225 1100 1300 1500 1700 1900 2100 2300 2500 — — HHFD63B225
250 1100 1300 1500 1700 1900 2100 2300 2500 — — HHFD63B250
70 600 640 690 730 770 810 850 900 — CFD62B070 CFD63B070
80 600 640 690 730 770 810 850 900 — CFD62B080 CFD63B080
90 600 640 690 730 770 810 850 900 — CFD62B090 CFD63B090
100 700 770 840 920 990 1060 1140 1200 — CFD62B100 CFD63B100
110 700 770 840 920 990 1060 1140 1200 — CFD62B110 CFD63B110
125 800 900 1000 1100 1200 1300 1400 1500 — CFD62B125 CFD63B125
CFD6 150 400 460 520 580 640 700 760 820 CFD63L150 — —
150 800 900 1000 1100 1200 1300 1400 1500 CFD63A150 CFD62B150 CFD63B150
150 1100 1300 1500 1700 1900 2100 2300 2500 CFD63H150 — —
175 900 1060 1210 1370 1520 1780 1930 2000 — CFD62B175 CFD63B175
200 900 1060 1210 1370 1520 1780 1930 2000 — CFD62B200 CFD63B200
225 1100 1300 1500 1700 1900 2100 2300 2500 — CFD62B225 CFD63B225
250 1100 1300 1500 1700 1900 2100 2300 2500 CFD63A250 CFD62B250 CFD63B250
7-78 Siemens Industry, Inc. SPEEDFAX? 2011 Product Catalog
7 MOLDED CASE CIRCUIT BREAKERS
Siemens / Speedfax Previous folio: 6-62 NO Edits rev2
Molded Case Circuit Breakers
Adjustable Instantaneous Magnetic Trip Settings Application
Maximum Nominal ETI Motor Circuit Protector Thermal Magnetic
Breaker Continuous AC Adjustable Trip Range Catalog Number Catalog Number
Type Amperes Low 2 3 4 5 6 7 High 3-Pole 2-Pole 3-Pole
200 1250 1430 1610 1790 1960 2140 2320 2500 — JXD22B200 JXD23B200
225 1250 1430 1610 1790 1960 2140 2320 2500 — JXD22B225 JXD23B225
250 1250 1430 1610 1790 1960 2140 2320 2500 — JXD22B250 JXD23B250 JXD2(A) 300 1250 1430 1610 1790 1960 2140 2320 2500 — JXD22B300 JXD23B300
350 2000 2290 2570 2860 3140 3430 3710 4000 — JXD22B350 JXD23B350
400 2000 2290 2570 2860 3140 3430 3710 4000 — JXD22B400 JXD23B400
200 1250 1430 1610 1790 1960 2140 2320 2500 — JXD62B200 JXD63B200
225 1250 1430 1610 1790 1960 2140 2320 2500 — JXD62B225 JXD63B225
JXD6(A) 250 1250 1430 1610 1790 1960 2140 2320 2500 — JXD62B250 JXD63B250
300 1250 1430 1610 1790 1960 2140 2320 2500 — JXD62B300 JXD62B300
350 2000 2290 2570 2860 3140 3430 3710 4000 — JXD62B350 JXD23B350
400 2000 2290 2570 2860 3140 3430 3710 4000 — JXD62B400 JXD23B400
200 1250 1430 1610 1790 1960 2140 2320 2500 — JD62B200 JD63B200
225 1250 1430 1610 1790 1960 2140 2320 2500 — JD62B225 JD63B225
250 1250 1430 1610 1790 1960 2140 2320 2500 — JD62B250 JD63B250
JD6(A) 300 1250 1430 1610 1790 1960 2140 2320 2500 — JD62B300 JD63B300
350 2000 2290 2570 2860 3140 3430 3710 4000 — JD62B350 JD63B350
400 1250 1430 1610 1790 1960 2140 2320 2500 JXD63L400 — —
400 2000 2290 2570 2860 3140 3430 3710 4000 JXD63H400 JD62B400 JD63B400
200 1250 1430 1610 1790 1960 2140 2320 2500 — HJD62B200 HJD63B200
225 1250 1430 1610 1790 1960 2140 2320 2500 — HJD62B225 HJD63B225
H 250 1250 1430 1610 1790 1960 2140 2320 2500 — HJD62B250 HJD63H250 JD6(A) 300 1250 1430 1610 1790 1960 2140 2320 2500 — HJD62B300 HJD63B300
350 2000 2290 2570 2860 3140 3430 3710 4000 — HJD62B350 HJD63B350
400 2000 2290 2570 2860 3140 3430 3710 4000 — HJD62H400 HJD63B400
200 1250 1430 1610 1790 1960 2140 2320 2500 — HHJD62B200 HHJD63B200
225 1250 1430 1610 1790 1960 2140 2320 2500 — HHJD62B225 HHJD63B225
HH 250 1250 1430 1610 1790 1960 2140 2320 2500 — HHJD62B250 HHJD63B250 JD6 300 1250 1430 1610 1790 1960 2140 2320 2500 — HHJD62B300 HHJD63B300
350 2000 2290 2570 2860 3140 3430 3710 4000 — HHJD62B350 HHJD63B350
400 2000 2290 2570 2860 3140 3430 3710 4000 — HHJD62B400 HHJD63B400
200 1250 1430 1610 1790 1960 2140 2320 2500 — — CJD63B200
225 1250 1430 1610 1790 1960 2140 2320 2500 — — CJD63B225
250 1250 1430 1610 1790 1960 2140 2320 2500 — — CJD63B250
CJD6 300 1250 1430 1610 1790 1960 2140 2320 2500 — — CJD63B300
350 2000 2290 2570 2860 3140 3430 3710 4000 — — CJD63B350
400 2000 2290 2570 2860 3140 3430 3710 4000 CJD63H400 — CJD63B400
400 1250 1450 1610 1790 1960 2140 2320 2500 CJD63L400 — —
450 2000 2290 2570 2860 3140 3430 3710 4000 — LXD62B450 LXD63B450
LXD6(A) 500 3000 3430 3860 4290 4710 5140 5570 6000 — LXD62B500 LXD63B500
600 3000 3430 3860 4290 4710 5140 5570 6000 — LXD62B600 LXD63B600
250 1250 1430 1610 1790 1960 2140 2320 2500 — LD62B250 LD63B250
300 1250 1430 1610 1790 1960 2140 2320 2500 — LD62B300 LD63B300
350 2000 2290 2570 2860 3140 3430 3710 4000 — LD62B350 LD63B350
400 2000 2290 2570 2860 3140 3430 3710 4000 — LD62B400 LD63B400 LD6(A) 450 2000 2290 2570 2860 3140 3430 3710 4000 — LD62B450 LD63B450
500 3000 3430 3800 4290 4710 5140 5570 6000 — LD62B500 LD63B500
600 2000 2290 2570 2860 3140 3430 3710 4000 LXD63L600 — —
600 3000 3430 3800 4290 4710 5140 5570 6000 LXD63H600 LD62B600 LD63B600
250 1250 1430 1610 1790 1960 2140 2320 2500 — HLD62B250 HLD63B250
300 1250 1430 1610 1790 1960 2140 2320 2500 — HLD62B300 HLD63B300
350 2000 2290 2570 2860 3140 3430 3710 4000 — HLD62B350 HLD63B350
HLD6(A) 400 2000 2290 2570 2860 3140 3430 3710 4000 — HLD62B400 HLD63B400
450 2000 2290 2570 2860 3140 3430 3710 4000 — HLD62B450 HLD63B450
500 3000 3430 3860 4290 4710 5140 5570 6000 — HLD62B500 HLD63B500
600 3000 3430 3860 4290 4710 5140 5570 6000 — HLD62B600 HLD63B600
250 1250 1430 1610 1790 1960 2140 2320 2500 — HHLD62B250 HHLD63B250
300 1250 1430 1610 1790 1960 2140 2320 2500 — HHLD62B300 HHLD63B300
350 2000 2290 2570 2860 3140 3430 3710 4000 — HHLD62B350 HHLD63B350
HHLD6 400 2000 2290 2570 2860 3140 3430 3710 4000 — HHLD62B400 HHLD63B400
450 2000 2290 2570 2860 3140 3430 3710 4000 — HHLD62B450 HHLD63B450
500 3000 3430 3860 4290 4710 5140 5570 6000 — HHLD62B500 HHLD63B500
600 3000 3430 3860 4290 4710 5140 5570 6000 — HHLD62B600 HHLD63B600
250 1250 1430 1610 1790 1960 2140 2320 2500 — — CJD63B250
300 1250 1430 1610 1790 1960 2140 2320 2500 — — CJD63B300
350 2000 2290 2570 2860 3140 3430 3710 4000 — — CJD63B350
CLD6 400 2000 2290 2570 2860 3140 3430 3710 4000 — — CLD63B400
450 2000 2290 2570 2860 3140 3430 3710 4000 — — CLD63B450
500 3000 3430 3860 4290 4710 5140 5570 6000 — — CLD63B500
600 2000 2290 2570 2860 3140 3430 3710 4000 CLD63L600 — —
600 3000 3430 3860 4290 4710 5140 5570 6000 CLD63H600 — CLD63B600
500 3000 3430 3860 4290 4710 5140 5570 6000 — — LMXD63B500
600 3000 3430 3860 4290 4710 5140 5570 6000 — LMXD62B600 LMXD63B600
LMXD6 700 3200 3500 3700 4200 4700 6400 7300 8000 — LMXD62B700 LMXD63B700
800 2800 3100 3400 3700 4000 4800 5500 6000 LMXD63L800 — —
800 3200 3500 3700 4200 4700 6400 7300 8000 LMXD63A800 LMXD62B800 LMXD63B800
500 3000 3430 3860 4290 4710 5140 5570 6000 — LMD62B500 LMD63B500
LMD6 600 3000 3430 3860 4290 4710 5140 5570 6000 — LMD62B600 LMD63B600
700 3200 3500 3700 4200 4700 6400 7300 8000 — LMD62B700 LMD63B700
800 3200 3500 3700 4200 4700 6400 7300 8000 — LMD62B800 LMD63B800
? Revised ?
11/15/13
Siemens Industry, Inc. SPEEDFAX? 2011 Product Catalog 7-79
7 CIRCUIT BREAKERS MOLDED CASE
Siemens / Speedfax Previous folio: 6-63 NO Edits rev2
Molded Case Circuit Breakers
Adjustable Instantaneous Magnetic Trip Settings Application
Maximum Nominal ETI Motor Circuit Protector Thermal Magnetic
Breaker Continuous AC Adjustable Trip Range Catalog Number Catalog Number
Type Amperes Low 2 3 4 5 6 7 High 3-Pole 2-Pole 3-Pole
500 3000 3430 3860 4290 4710 5140 5570 6000 — — HLMXD63B500
600 3000 3430 3860 4290 4710 5140 5570 6000 — — HLMXD63B600 HLMXD6 700 3200 3500 3700 4200 4700 6400 7300 8000 — — HLMXD63B700
800 3200 3500 3700 4200 4700 6400 7300 8000 — — HLMXD63B800
500 3000 3430 3860 4290 4710 5140 5570 6000 — HLMD62B500 HLMD63B500
600 3000 3430 3860 4290 4710 5140 5570 6000 — HLMD62B600 HLMD63B600 HLMD6 700 3200 3500 3700 4200 4700 6400 7300 8000 — HLMD62B700 HLMD63B700
800 3200 3500 3700 4200 4700 6400 7300 8000 — HLMD62B800 HLMD63B800
500 3000 3430 3860 4290 4710 5140 5570 6000 — MD62B500 MD63B500
600 3000 3430 3860 4290 4710 5140 5570 6000 — MD62B600 MD63B600
MD6 700 4000 4570 5140 5710 6280 6850 7420 8000 — MD62B700 MD63B700
800 3000 3430 3860 4280 4710 5140 5570 6000 MXD63L800 — —
800 4000 4570 5140 5710 6280 6850 7420 8000 MXD63A800 MD62B800 MD63B800
800 5000 5715 6430 7145 7860 8575 9290 10000 MXD63H800 — —
500 3000 3430 3860 4280 4710 5140 5570 6000 — MXD62B500 MXD63B500
600 3000 3430 3860 4280 4710 5140 5570 6000 — MXD62B600 MXD63B600
MXD6 700 4000 4570 5140 5710 6280 6850 7420 8000 — MXD62B700 MXD63B700
800 3000 3430 3860 4280 4710 5140 5570 6000 MXD63L800 — —
800 4000 4570 5140 5710 6280 6850 7420 8000 MXD63A800 MXD62B800 MXD63B800
800 5000 5715 6430 7145 7860 8575 9290 10000 MXD63H800 — —
500 3000 3430 3860 4280 4710 5140 5570 6000 — HMD62B500 HMD63B500
600 3000 3430 3860 4280 4710 5140 5570 6000 — HMD62B500 HMD63B600 HMD6 700 4000 4570 5140 5710 6280 6850 7420 8000 — HMD62B700 HMD63B700
800 4000 4570 5140 5710 6280 6850 7420 8000 — HMD62B800 HMD63B800
500 3000 3430 3860 4280 4710 5140 5570 6000 — — HMXD63B500
HMXD6 600 3000 3430 3860 4280 4710 5140 5570 6000 — — HMXD63B600
700 4000 4570 5140 5710 6280 6850 7420 8000 — — HMXD63B700
800 4000 4570 5140 5710 6280 6850 7420 8000 — — HMXD63B800
400 3000 3430 3860 4280 4710 5140 5570 6000 — —
500 3000 3430 3860 4280 4710 5140 5570 6000 — —
600 3000 3430 3860 4280 4710 5140 5570 6000 — — CMD63B600
CMD6 700 4000 4570 5140 5710 6280 6850 7420 8000 — — CMD63B700
800 3000 3430 3860 4280 4710 5140 5570 6000 CMD63L800 — —
800 4000 4570 5140 5710 6280 6850 7420 8000 CMD63A800 — CMD63B800
800 5000 5715 6430 7145 7860 8575 9290 10000 CMD63H800 — —
800 4000 4570 5140 5710 6280 6850 7420 8000 — ND62B800 ND63B800
900 5000 5715 6430 7145 7860 8575 9290 10000 — ND62B900 ND63B900 ND6 1000 5000 5715 6430 7145 7860 8575 9290 10000 — ND62B100 ND63B100
1200 5000 5715 6430 7145 7860 8575 9290 10000 — ND62B120 ND63B120
900 5000 5715 6430 7145 7860 8575 9290 10000 — NXD62B900 NXD63B900
NXD6 1000 5000 5715 6430 7145 7860 8575 9290 10000 — NXD62B100 NXD63B100
1200 5000 5715 6430 7145 7860 8575 9290 10000 — NXD62B120 NXD63B120
800 4000 4570 5140 5710 6280 6850 7420 8000 — HND62B800 HND63B800
900 5000 5715 6430 7145 7860 8575 9290 10000 — HND62B900 HND63B900 HND6 1000 5000 5715 6430 7145 7860 8575 9290 10000 — HND62B100 HND63B100
1200 5000 5715 6430 7145 7860 8575 9290 10000 — HND62B120 HND63B120
900 5000 5715 6430 7145 7860 8575 9290 10000 — — HNXD63B900
HNXD6 1000 5000 5715 6430 7145 7860 8575 9290 10000 — — HNXD63B100
1200 5000 5715 6430 7145 7860 8575 9290 10000 — — HNXD63B120
800 4000 4570 5140 5710 6280 6850 7420 8000 — — CND63B800
CND6 900 5000 5715 6430 7145 7860 8575 9290 10000 — — CND63B900
1000 5000 5715 6430 7145 7860 8575 9290 10000 — — CND63B100
1200 5000 5715 6430 7145 7860 8575 9290 10000 — — CND63B120
1200 5000 5715 6430 7145 7860 8575 9290 10000 — — PD63B120
PD6 1400 5000 5715 6430 7145 7860 8575 9290 10000 — — PD63B140
1600 5000 5715 6430 7145 7860 8575 9290 10000 — — PD63B160
1200 5000 5715 6430 7145 7860 8575 9290 10000 — — PXD63B120
PXD6 1400 5000 5715 6430 7145 7860 8575 9290 10000 — — PXD63B140
1600 5000 5715 6430 7145 7860 8575 9290 10000 — — PXD63B160
1200 5000 5715 6430 7145 7860 8575 9290 10000 — — HPD63B120
HPD6 1400 5000 5715 6430 7145 7860 8575 9290 10000 — — HPD63B140
1600 5000 5715 6430 7145 7860 8575 9290 10000 — — HPD63B160
1200 5000 5715 6430 7145 7860 8575 9290 10000 — — HPXD63B120
HPXD6 1400 5000 5715 6430 7145 7860 8575 9290 10000 — — HPXD63B140
1600 5000 5715 6430 7145 7860 8575 9290 10000 — — HPXD63B160
1200 5000 5715 6430 7145 7860 8575 9290 10000 — — CPD63B120
CPD6 1400 5000 5715 6430 7145 7860 8575 9290 10000 — — CPD63B140
1600 5000 5715 6430 7145 7860 8575 9290 10000 — — CPD63B160
1800 5000 5715 6430 7145 7860 8575 9290 10000 — — RD63B180 RD6 2000 5000 5715 6430 7145 7860 8575 9290 10000 — — RD63B200
RXD6 1800 5000 5715 6430 7145 7860 8575 9290 10000 — — RXD63B180
2000 5000 5715 6430 7145 7860 8575 9290 10000 — — RXD63B200
HRD6 1800 5000 5715 6430 7145 7860 8575 9290 10000 — — HRD63B180
2000 5000 5715 6430 7145 7860 8575 9290 10000 — — HRD63B200
HRXD6 1800 5000 5715 6430 7145 7860 8575 9290 10000 — — HRXD63B180
2000 5000 5715 6430 7145 7860 8575 9290 10000 — — HRXD63B200
? Revised ?
11/15/13
7-80 Siemens Industry, Inc. SPEEDFAX? 2011 Product Catalog
7 MOLDED CASE CIRCUIT BREAKERS
Siemens / Speedfax Previous folio: 6-64 Updated by TA 02/03/11
Product Category MCCB
Molded Case Circuit Breakers
Molded Case Switch — Circuit Disconnect Selection
Maximum 2-Pole 3-Pole Self-Protective
Frame Instantaneous
Amp Rating Catalog Number Catalog Number Override±20%c
1100 BQ2S060n BQ3S060n 11000
BQ2S100n BQ3S100n 11000
1125 ED22S100An ED23S100A 11000
ED42S100An ED43S100A 11000
ED42S125An ED43S125A 11000
ED62S100An ED63S100A 11000
— ED63S125A 11000
CED62S100An CED63S100An 11000
CED62S125An CED63S125An 11000
— HES3S100L 11250
— HES3S125L 11250
1225 QJ22S225An QJ23S225A 12000
1250 FXD62S250A FXD63S250A 13200
HFXD62S250An HFXD63S250An 13200
a CFD63S250An 13200
1400 JXD22S400An JXD23S400A 16000
— JXD63S400A 16000
— HJXD63S400An 16000
a CJD63S400An 16000
1600 — LXD63S600A 16000
— HLXD63S600An 16000
a CLD63S600An 16000
1800 — LMXD63S800An 18000
— MXD63S800A 18000
a CMD63S800A 18000
1200 — NXD63S120A 10000
a CND63S120An 10000
1600 a PXD63S160Ae 10000
2000 a RXD63S200Ane 10000
EPIRB HRU Jotron #80414-X97820 for FB5 & FB6 bracket
Productcode: 200159
Documents
PDFShift+Click on the column header for multi-column sorting
Part
Manufacturer
Supplier
Stock
Best Price
Price Each
Ordering
Part : MAX9788EBP+T Supplier : Maxim Integrated Products Manufacturer : Digi-Key Stock : - Best Price : - Price Each : -
Part : MAX9788ETI+ Supplier : Maxim Integrated Products Manufacturer : Digi-Key Stock : - Best Price : $1.83 Price Each : $1.83
Part : MAX9788ETI+T Supplier : Maxim Integrated Products Manufacturer : Digi-Key Stock : - Best Price : $0.8078 Price Each : $0.8078
Part : MAX9788EVKIT+ Supplier : Maxim Integrated Products Manufacturer : Digi-Key Stock : 6 Best Price : $63.75 Price Each : $63.75
Part : MAX9788EWP+TG45 Supplier : Maxim Integrated Products Manufacturer : Digi-Key Stock : 5,000 Best Price : $0.7222 Price Each : $0.7222
Part : MAX9788EWP+TG45 Supplier : Maxim Integrated Products Manufacturer : Digi-Key Stock : 5,585 Best Price : $1.59 Price Each : $1.59
Part : MAX9788EWP+TG45 Supplier : Maxim Integrated Products Manufacturer : Digi-Key Stock : 5,585 Best Price : $1.59 Price Each : $1.59
Part : MAX978EEE+ Supplier : Maxim Integrated Products Manufacturer : Digi-Key Stock : 104 Best Price : $4.81 Price Each : $4.81
Part : MAX978EEE+T Supplier : Maxim Integrated Products Manufacturer : Digi-Key Stock : - Best Price : $3.4884 Price Each : $3.4884
Part : MAX978ESE+ Supplier : Maxim Integrated Products Manufacturer : Digi-Key Stock : 132 Best Price : $4.81 Price Each : $4.81
Part : MAX978ESE+T Supplier : Maxim Integrated Products Manufacturer : Digi-Key Stock : - Best Price : $3.4884 Price Each : $3.4884
Part : MAX9788ETI+ Supplier : Maxim Integrated Products Manufacturer : Avnet Stock : - Best Price : $0.7468 Price Each : $0.7566
Part : MAX9788ETI+ Supplier : Maxim Integrated Products Manufacturer : Avnet Stock : - Best Price : €0.7057 Price Each : €1.0586
Part : MAX9788ETI+T Supplier : Maxim Integrated Products Manufacturer : Avnet Stock : - Best Price : €0.7895 Price Each : €1.1842
Part : MAX9788ETI+T Supplier : Maxim Integrated Products Manufacturer : Avnet Stock : - Best Price : $0.8408 Price Each : $0.9322
Part : MAX9788ETI+T Supplier : Maxim Integrated Products Manufacturer : Avnet Stock : - Best Price : $0.8250 Price Each : $0.9429
Part : MAX9788EVKIT+ Supplier : Maxim Integrated Products Manufacturer : Avnet Stock : - Best Price : $60.00 Price Each : $60.00
Part : MAX9788EWP+TG45 Supplier : Maxim Integrated Products Manufacturer : Avnet Stock : - Best Price : €0.7057 Price Each : €1.0586
Part : MAX9788EWP+TG45 Supplier : Maxim Integrated Products Manufacturer : Avnet Stock : - Best Price : $0.7516 Price Each : $0.8333
Part : MAX978EEE+ Supplier : Maxim Integrated Products Manufacturer : Avnet Stock : - Best Price : $4.5375 Price Each : $5.1857
Part : MAX978EEE+ Supplier : Maxim Integrated Products Manufacturer : Avnet Stock : 24 Best Price : $4.36 Price Each : $4.81
Part : MAX978EEE+ Supplier : Maxim Integrated Products Manufacturer : Avnet Stock : - Best Price : €4.3420 Price Each : €5.4275
Part : MAX978EEE+ Supplier : Maxim Integrated Products Manufacturer : Avnet Stock : - Best Price : €3.4895 Price Each : €4.7584
Part : MAX978EEE+T Supplier : Maxim Integrated Products Manufacturer : Avnet Stock : - Best Price : $3.5625 Price Each : $4.0714
Part : MAX978EEE+T Supplier : Maxim Integrated Products Manufacturer : Avnet Stock : - Best Price : €3.4089 Price Each : €4.2612
Part : MAX9788ETI+ Supplier : Maxim Integrated Products Manufacturer : RS Components Stock : 40 Best Price : ￥10.6320 Price Each : ￥12.3060
Part : MAX978EEE+ Supplier : Maxim Integrated Products Manufacturer : RS Components Stock : 99 Best Price : ￥45.8800 Price Each : ￥61.1700
Part : MAX978EEE+ Supplier : Maxim Integrated Products Manufacturer : RS Components Stock : 100 Best Price : ￥52.1200 Price Each : ￥52.1200
Part : MAX9787ETI+ Supplier : Maxim Integrated Products Manufacturer : Mouser Electronics Stock : - Best Price : - Price Each : -
Part : MAX9787ETI+T Supplier : Maxim Integrated Products Manufacturer : Mouser Electronics Stock : - Best Price : - Price Each : -
Part : MAX9788ETI+ Supplier : Maxim Integrated Products Manufacturer : Mouser Electronics Stock : - Best Price : $0.75 Price Each : $1.83
Part : MAX9788ETI+T Supplier : Maxim Integrated Products Manufacturer : Mouser Electronics Stock : - Best Price : $0.8060 Price Each : $1.78
Part : MAX9788EVKIT+ Supplier : Maxim Integrated Products Manufacturer : Mouser Electronics Stock : 5 Best Price : $63.49 Price Each : $63.49
Part : MAX9788EWP+TG45 Supplier : Maxim Integrated Products Manufacturer : Mouser Electronics Stock : 2,331 Best Price : $0.72 Price Each : $1.23
Part : MAX9789AETJ+ Supplier : Maxim Integrated Products Manufacturer : Mouser Electronics Stock : - Best Price : - Price Each : -
Part : MAX9789AETJ+T Supplier : Maxim Integrated Products Manufacturer : Mouser Electronics Stock : - Best Price : - Price Each : -
Part : MAX9789AEVKIT+ Supplier : Maxim Integrated Products Manufacturer : Mouser Electronics Stock : - Best Price : - Price Each : -
Part : MAX9789BETJ+ Supplier : Maxim Integrated Products Manufacturer : Mouser Electronics Stock : - Best Price : - Price Each : -
Part : MAX9789BETJ+T Supplier : Maxim Integrated Products Manufacturer : Mouser Electronics Stock : - Best Price : - Price Each : -
Part : MAX9789CETJ+ Supplier : Maxim Integrated Products Manufacturer : Mouser Electronics Stock : - Best Price : - Price Each : -
Part : MAX9789CETJ+T Supplier : Maxim Integrated Products Manufacturer : Mouser Electronics Stock : - Best Price : - Price Each : -
Part : MAX978EEE Supplier : Maxim Integrated Products Manufacturer : Mouser Electronics Stock : - Best Price : - Price Each : -
Part : MAX9787ETI+ Supplier : Maxim Integrated Products Manufacturer : Rochester Electronics Stock : 125 Best Price : $2.06 Price Each : $2.53
Part : MAX9788EBP+ Supplier : Maxim Integrated Products Manufacturer : Rochester Electronics Stock : 251 Best Price : $1.69 Price Each : $2.08
Part : MAX9788EBP+T Supplier : Maxim Integrated Products Manufacturer : Rochester Electronics Stock : 112,500 Best Price : $1.41 Price Each : $1.74
Part : MAX9789AETJ+ Supplier : Maxim Integrated Products Manufacturer : Rochester Electronics Stock : 16,332 Best Price : $1.10 Price Each : $1.36
Part : MAX9789AETJ+C8A Supplier : Maxim Integrated Products Manufacturer : Rochester Electronics Stock : 857 Best Price : $1.06 Price Each : $1.30
Part : MAX9789AETJ+T Supplier : Maxim Integrated Products Manufacturer : Rochester Electronics Stock : 2,500 Best Price : $1.22 Price Each : $1.50
Part : MAX9789CETJ+ Supplier : Maxim Integrated Products Manufacturer : Rochester Electronics Stock : 75,950 Best Price : $1.10 Price Each : $1.36
Part : MAX978EEE Supplier : Maxim Integrated Products Manufacturer : Rochester Electronics Stock : 6,700 Best Price : $5.03 Price Each : $6.19
Part : X97813760 Supplier : Infineon Technologies Manufacturer : Rochester Electronics Stock : 1,000 Best Price : $0.28 Price Each : $0.34
Part : MAX9788ETI+ Supplier : Maxim Integrated Products Manufacturer : Future Electronics Stock : - Best Price : ￥6.1988 Price Each : ￥6.7987
Part : MAX9788ETI+T Supplier : Maxim Integrated Products Manufacturer : Future Electronics Stock : - Best Price : ￥6.8387 Price Each : ￥6.8387
Part : MAX9788EWP+TG45 Supplier : Maxim Integrated Products Manufacturer : Future Electronics Stock : - Best Price : ￥6.1188 Price Each : ￥6.1188
SRI986-BISD7EAANA
SRI986-BIDS6ZZZNA
SRI986-BIDS7ZZZNA
SRD960智能定位器
SRD991智能定位器
SRI986电气阀门定位器
SRI983电气阀门定位器
SRP981气动阀门定位器
SMI983位置便送器
SMP981气动位置变送器
SGE985感应限位开关
FRS923调节器
IP24转换器
IP25转换器
FOXBORO阀门定位器SRD991-BDFS7EA4NY-CV01
FOXBORO阀门定位器SRI990-BIMS7EAA-Y/EBZG-H
FOXBORO压力变送器IDP10-T22E01D-A3
FOXBORO阀门定位器SRI990-BIMT6EAA-Y
FOXBORO阀门定位器SMI983-17EAAN
FOXBORO阀门定位器SRD991-BDNS7EA4NY-NV01
FOXBORO气动压力调节器130M-N4
FOXBORO阀门定位器SRI990-BIMT7EAA-Y
FOXBORO减压阀FRS923-2SV-C
FOXBORO阀门定位器SRD991-BHNS7EA4NY-V06
FOXBORO阀门定位器SRI986-CIDF7ZZZNA-FA
FOXBORO分析仪873EC-BIYFGZ-7
FOXBORO分析仪871EC-TF3-V
FOXBORO压力变送器IDP10-T22B21E-M2L1
FOXBORO过滤减压阀FRS923-2SW-C
FOXBORO阀门定位器SRI990-BIMS7ZZZ-R
FOXBORO阀门定位器SRD991-BHFS7EA4NY-V01
FOXBOROECKARDT阀门定位器SRD991-CHFS7ZZZNY-V01
FOXBORO阀门定位器SRI986-BIDS7FAANA
FOXBORO阀门定位器SRP981-BIDLS1NA
FOXBORO阀门定位器SRP981-CIDLS1NA + EBZG-AN
FOXBORO阀门定位器SRD991-BQNS7EAANY-V01
FOXBORO阀门定位器SRP981-BIDLW1NA
FOXBOROECKARDT阀门定位器SRD991-CDFT7EA4NR-V01
FOXBORO阀门定位器SRI983-BIDLEDZN
FOXBOROECKARDT阀门定位器SRI986-CIDS7EAANA
FOXBORO阀门定位器SRD991-BHFS7ZZZNR-V06
FOXBOROECKARDT阀门定位器SRD991-CDQT7EA4NR-V01
FOXBOROFOXBORO阀门定位器SRI990-BIMS7ZZZ-Y
FOXBORO阀门定位器SRD991-BDFS7EA4NR-VO1
FOXBORO阀门定位器SRP981-CIDLSINA
FOXBORO阀门定位器SRD991-BDFS6EA4NR-V01
FOXBORO分析仪表873CC-BIPFGZ-7
FOXBORO分析仪表871CC-A2-34
FOXBORO定位器SRD991-BDFS6EA4NY-CV01
FOXBORO定位器SRD991-BHFS7EA4NY-V01+EBZG-E
FOXBORO阀门定位器SRD991-BDQS6FAANR-V01
FOXBORO过滤减压阀FRS923-1SV-CFSL
FOXBORO过滤减压阀FRS923-1SV-CFL
FOXBORO电磁变送器IMT25-IEATB10N-B
FOXBORO电磁变送器IMT25-IEATBION-B
FOXBORO流量变送器CFT51-TB1EBBBNNCNA
FOXBOROFoxboro-Eckardt过滤减压阀FRS923-2SV
FOXBORO压力变送器IAP10-T22C1F
FOXBORO阀门定位器SRI986-BIDS6EAANA-F
FOXBORO压力变送器IGP20-A22E21F-M1
FOXBORO电极PH10-2N2AE3
FOXBORO阀门定位器SRD991-CHNS6FAANY-V01
FOXBORO差压变送器IDP10-TS1C01F-L1 PSFPS-A2S01314F
FOXBORO流量计CFT51-TB1EBBBNNZZZ
FOXBORO阀门定位器FRS923-1SK 0-2.5BAR
FOXBOROECKARDT阀门定位器SRI986-BID7ZZZNA
FOXBOROFOXBORO流量变送器IMT25-PEATB10M-B
FOXBOROFOXBORO阀门定位器SRD960-CHQDSN6EDZNA
FOXBORO阀门定位器SRD991-BDNS7EA4NY-V01
FOXBORO阀门定位器SRD991-BDNS6EA4NR-V01
FOXBORO压力变送器IDP10-A22B01F-M1 0-10Kpa
FOXBORO压力变送器IGP10-A22C1F-M1 0-0.1MPA
FOXBORO压力变送器IGP10-A22D1F-M1 0-1MPA
FOXBORO压力变送器IGP10-A22E1F 0-10MPA
FOXBORO增压器LEXG-F
FOXBORO阀门定位器SRI986-BIDS6EAANA
FOXBORO适配器AD-A8
FOXBORO反馈杆EBZG-BN
FOXBORO涡街流量计83W-AQ4S5SSTNE
FOXBORO反馈杆EBZG-FN
FOXBORO阀门定位器SGE985-S7EAANG
FOXBORO阀门定位器SGE985-T7EAAN
FOXBORO阀门定位器FRS923-2SK
FOXBORO放大器VKXG-GN
FOXBORO过程仪表9303A-SIZM-THJ-IZ/IMT25-IEATB10Z
FOXBOROPH电极871A-4F
FOXBORO阀门定位器SMI983-I7EAAN
FOXBORO电器转换器E69F-BI2-S
FOXBOROECKARDT阀门定位器SRI986-CIDF7ZZZNA-F
FOXBORO阀门定位器SRD991-BHQS6FAANY-CV01
FOXBORO反馈杆EBZG-H
FOXBORO阀门定位器SRI990-TXMT7ZZZ-U
FOXBORO阀门定位器SRD991-BDNS6FAANY-V01
FOXBORO放大器EW411406019
FOXBORO阀门定位器SMI983-I7EAAN-L
FOXBORO阀门定位器SRP981-BIDLV7NA-F
FOXBOROIDP10-T22B21F-M2L1
FOXBORO增压器LEXG-G
FOXBORO电磁流量计9104A-SIZD-NSJ-GN/IMT25-SEATB10N-B
FOXBORO电磁流量计9105A-SIZD-NSJ-GN/IMT25-SEATB10N-B
FOXBORO阀门定位器SRI986-CIDS7ZZZNA
FOXBORO阀门定位器SRD991-BDNS7FAANR-V01
FOXBORO差压变送器IDP10-TS1C01F-M2L1/PSFPS-A2S01314F
FOXBORO压力变送器IGP10-A22D1F-M1
FOXBORO阀门定位器SRI986-CIDF7EAANA
FOXBORO阀门定位器FRI986-CIDF7EAANA
FOXBORO压力调节器B0123HE
FOXBORO转换器E69F-BI2-M
FOXBORO差压变送器IDP10-A22B21F-M1
FOXBORO压力变送器IGP10-A22F1F-M1
FOXBORO电磁变送器IMT25-PEBTB10N-B
FOXBORO阀门定位器SRD991-BHNS7ZZZNR
FOXBORO阀门定位器SRI983-BIDMEDZN
FOXBORO阀门定位器SRI990-BIMS7EAA-R
FOXBORO阀门定位器SRI983-BIDLEDZQ-L
FOXBORO阀门定位器SRP981-BIDLS1NA-L
FOXBORO阀门定位器SRI986-BIDS6ZZZNA
FOXBORO阀门定位器SRI986-BIDF7EAANA
FOXBORO阀门定位器SRD960-BHNDMG7EDZFA
FOXBORO阀门定位器SRI983-BIDLFDZN
FOXBORO阀门定位器SRD991-BDNS7EA4NR-V01
FOXBORO阀门定位器SRD991-CDNS7EA4NR-V01
FOXBORO阀门定位器SRI986-BIDS7ZZNA
FOXBORO阀门定位器SRI986-BIDS7ZZZNA
FOXBORO阀门定位器SRI990-TXQS6EAA-U
FOXBORO浓度计传感器871EC－PP0－V
FOXBORO浓度计监控器875EC-J1F
FOXBORO电气转换器E69F-BI3
FOXBORO气动调节器P417-231A33A-M
FOXBORO反馈杆EBZG-AN
FOXBORO压力变送器IGP20-A22B21F-M2B1
FOXBORO阀门定位器SRP981-CIDLS1NA
FOXBORO压力变送器IGP10-T22D1F-M1L1
FOXBORO压力变送器IGP10-A22C1F
FOXBORO压力变送器IGP10-A22E1F
FOXBORO压力变送器IGP10-A22D1F
FOXBORO阀门定位器SMP981-IN
FOXBORO阀门定位器SRI983-BIDMFDZN
FOXBORO分析仪表871CC-A4-4
FOXBORO阀门定位器SRD991-BHQT7FAANR-V01
FOXBORO阀门定位器SRI986-BIDS6ZZZNA
FOXBORO电气转换器E69F-BI296135071
EDS-405A-PN, Entry-level managed Ethernet switch with 5 10/100BaseT(X) ports, 0 to 60°C operating temperature, PROFINET enabled
￡275.29
CHECK STOCK
96135073
EDS-408A-PN, Entry-level managed Ethernet switch with 8 10/100BaseT(X) ports, 0 to 60°C operating temperature, PROFINET enabled
￡436.53
CHECK STOCK
96122698
EDS-405A-EIP, Managed Ethernet switch with 5 10/100BaseT(X) ports, 0 to 60°C operating temperature, EtherNet/IP enabled
￡275.29
CHECK STOCK
96122700
EDS-408A-EIP, Managed Ethernet switch with 8 10/100BaseT(X) ports, 0 to 60°C operating temperature, EtherNet/IP enabled
￡436.53
CHECK STOCK
96065125
EDS-405A 5 port Redundant Ethernet switch, 5 x 10/100Mbps copper ports
￡275.29
CHECK STOCK
96065126
EDS-405A-MM-SC 5 port Redundant Ethernet switch, 3 x 10/100Mbps copper ports 2 x 100Mbps multimode SC fibre ports
￡497.49
CHECK STOCK
96065127
EDS-405A-MM-ST 5 port Redundant Ethernet switch, 3 x 10/100Mbps copper ports 2 x 100Mbps multimode ST fibre ports
￡497.49
CHECK STOCK
96065128
EDS-405A-SS-SC(40) 5 port Redundant Ethernet switch, 3 x 10/100Mbps copper ports 2 x 100Mbps Singlemode (40km) fibre ports
￡674.46
CHECK STOCK
96065129
EDS-408A 8 port Redundant Ethernet switch, 8 x 10/100Mbps copper ports
￡436.53
CHECK STOCK
96065130
EDS-408A-MM-SC 8 port Redundant Ethernet switch, 6 x 10/100Mbps copper ports 2 x 100Mbps multimode SC fibre ports
￡633.17
CHECK STOCK
96065131
EDS-408A-MM-ST 8 port Redundant Ethernet switch, 6 x 10/100Mbps copper ports 2 x 100Mbps multimode ST fibre ports
￡633.17
CHECK STOCK
96065132
EDS-408A-SS-SC 8 port Redundant Ethernet switch, 6 x 10/100Mbps copper ports 2 x 100Mbps singlemode (40km) fibre ports
￡898.63
CHECK STOCK
Industrial Ethernet Industrial Ethernet
Managed Industrial Ethernet Switches
? DIN Rail / Wall Mount Switches (15)
? ? Atop EH7506/08/12/20
? ? EtherWAN EX61000A
? ? EtherWAN EX63000
? ? EtherWAN EX71000
? ? EtherWAN EX73000
? ? Moxa EDS-405A / 408A
? ? Moxa EDS-505A / 508A
? ? Moxa EDS-510A
? ? Moxa EDS-510E
? ? Moxa EDS-516A
? ? Moxa EDS-518A
? ? Moxa EDS-608/611/616/619
? ? Moxa EDS-G500E
? ? Moxa EDS-G509
? ? Moxa EDS-72810G
Unmanaged Ethernet Switches
POE Industrial Ethernet Switches
Industrial Ethernet Media Converters (12)
EN55022 Class A
FCC Part 15 B Class A
IEC 60068-2-27
IEC 60068-2-32
IEC 60068-2-6
IP30
UL 508 Telemecanique Motor starter GV2ME08
Telemecanique Motor starter GV2ME10
Telemecanique Motor starter GV2ME14
Telemecanique Motor starter GV2ME16
Telemecanique Motor starter GV2ME20
Telemecanique Motor starter GV2ME21
Telemecanique Motor starter GV2ME22
Telemecanique Motor starter GV2ME32
Telemecanique Motor starter LC1D09G7
Telemecanique Motor starter LC1D12G7
Telemecanique Motor starter LC1D18F7
Telemecanique Motor starter LC1D25F7
Telemecanique Motor starter LC1D32G7
Telemecanique Motor starter LC1D40G7
Telemecanique Motor starter LC1D50G7
Telemecanique Motor starter LC2D09G7
Telemecanique Motor starter LC1D18G7
Telemecanique Motor starter LC1D25G7
Telemecanique Motor starter LC2D32G7
Tlemecanique Altivar 11
Telemecanique Altivar 11 ATV11HU05F1A ATV11 HU05F1A
Telemecanique Altivar 11 ATV11HU29M2E ATV11 HU29M2E
Telemecanique Altivar 11 ATV11HU05M2A ATV11 HU05M2A
Telemecanique Altivar 11 ATV11HU05M2E ATV11 HU05M2E
Telemecanique Altivar 11 ATV11HU05M3A ATV11 HU05M3A
Telemecanique Altivar 11 ATV11HU09F1A ATV11 HU09F1A
Telemecanique Altivar 11 ATV11HU09M2A ATV11 HU09M2A
Telemecanique Altivar 11 ATV11HU09M2E ATV11 HU09M2E
Telemecanique Altivar 11 ATV11HU09M3A ATV11 HU09M3A
Telemecanique Altivar 11 ATV11HU12M2E ATV11 HU12M2E
Telemecanique Altivar 11 ATV11HU18F1A ATV11 HU18F1A
Telemecanique Altivar 11 ATV11HU18M2A ATV11 HU18M2A
Telemecanique Altivar 11 ATV11HU18M2E ATV11 HU18M2E
Telemecanique Altivar 11 ATV11HU18M3A ATV11 HU18M3A
Telemecanique Altivar 11 ATV11HU29M2A ATV11 HU29M2A
Telemecanique Altivar 11 ATV11HU29M3A ATV11 HU29M3A
Telemecanique Altivar 11 ATV11HU41M2A ATV11 HU41M2A
Telemecanique Altivar 11 ATV11HU41M2E ATV11 HU41M2E
Telemecanique Altivar 11 ATV11HU41M3A ATV11 HU41M3A
Telemecanique Altivar 11 ATV11PU09F1A ATV11 PU09F1A
Telemecanique Altivar 11 ATV11PU09M2A ATV11 PU09M2A
Telemecanique Altivar 11 ATV11PU09M2E ATV11 PU09M2E
Telemecanique Altivar 11 ATV11PU09M3A ATV11 PU09M3A
Telemecanique Altivar 11 ATV11PU18M2A ATV11 PU18M2A
Telemecanique Altivar 11 ATV11PU18M2E ATV11 PU18M2E
Telemecanique Altivar 11 ATV11PU18M3A ATV11 PU18M3A
Telemecanique Altivar 11 ATV11HU41M2U ATV11 HU41M2U
Telemecanique Altivar 11 ATV11HU05F1U ATV11 HU05F1U
Telemecanique Altivar 11 ATV11HU05M2U ATV11 HU05M2U
Telemecanique Altivar 11 ATV11HU05M3U ATV11 HU05M3U
Telemecanique Altivar 11 ATV11HU09M3U ATV11 HU09M3U
Telemecanique Altivar 11 ATV11HU18F1U ATV11 HU18F1U
Telemecanique Altivar 11 ATV11HU18M2U ATV11 HU18M2U
Telemecanique Altivar 11 ATV11HU29M2U ATV11 HU29M2U
Telemecanique Altivar 11 ATV11HU29M3U ATV11 HU29M3U
Telemecanique Altivar 11 ATV11HU41M2U ATV11 HU41M2U
Telemecanique Altivar 11 ATV11HU41M3U ATV11 HU41M3U
Telemecanique Altivar 11 ATV11PU09F1U ATV11 PU09F1U
Telemecanique Altivar 11 ATV11PU09M2U ATV11 PU09M2U
Telemecanique Altivar 11 ATV11PU18M2U ATV11 PU18M2U
Telemecanique Altivar 11 ATV11PU18M3U ATV11 PU18M3U
Telemecanique Altivar 11 ATV11PU12M2E ATV11 PU12M2E
Telemecanique Altivar 11 ATV11HU18M2U ATV11 HU18M2U
Telemecanique Altivar 61
Telemecanique Altivar 61 ATV61H075M3 ATV61 H075M3
Telemecanique Altivar 61 ATV61H075N4 ATV61 H075N4
Telemecanique Altivar 61 ATV61HC13N4D ATV61 HC13N4D
Telemecanique Altivar 61 ATV61HC16N4D ATV61 HC16N4D
Telemecanique Altivar 61 ATV61HC25N4D ATV61 HC25N4D
Telemecanique Altivar 61 ATV61HC31N4D ATV61 HC31N4D
Telemecanique Altivar 61 ATV61HD11M3X ATV61 HD11M3X
Telemecanique Altivar 61 ATV61HD15M3X ATV61 HD15M3X
Telemecanique Altivar 61 ATV61HD30M3X ATV61 HD30M3X
Telemecanique Altivar 61 ATV61HD37M3X ATV61 HD37M3X
Telemecanique Altivar 61 ATV61HD45M3X ATV61 HD45M3X
Telemecanique Altivar 61 ATV61HD90N4 ATV61 HD90N4
Telemecanique Altivar 61 ATV61HU15M3 ATV61 HU15M3
Telemecanique Altivar 61 ATV61HU15N4 ATV61 HU15N4
Telemecanique Altivar 61 ATV61HU22M3 ATV61 HU22M3
Telemecanique Altivar 61 ATV61HU30M3 ATV61 HU30M3
Telemecanique Altivar 61 ATV61HU40M3 ATV61 HU40M3
Telemecanique Altivar 61 ATV61HU55M3 ATV61 HU55M3
Telemecanique Altivar 61 ATV61HU75M3 ATV61 HU75M3
Telemecanique Altivar 61 ATV61HD18M3X ATV61 HD18M3X
Telemecanique Altivar 61 ATV61HD18N4Z ATV61 HD18N4Z
Telemecanique Altivar 61 ATV61HD22M3X ATV61 HD22M3X
Telemecanique Altivar 61 ATV61HD22N4Z ATV61 HD22N4Z
Telemecanique Altivar 61 ATV61HD30N4Z ATV61 HD30N4Z
Telemecanique Altivar 61 ATV61HD37N4Z ATV61 HD37N4Z
Telemecanique Altivar 61 ATV61HD45N4T1 ATV61 HD45N4T1
Telemecanique Altivar 61 ATV61HD55M3X ATV61 HD55M3X
Telemecanique Altivar 61 ATV61HD75M3X ATV61 HD75M3X
Telemecanique Altivar 61 ATV61HC13Y ATV61 HC13YTSX DST 8 35
TSX07211-612
TSX-07312412
TSX-172-3428
TSX-3721-001
TSX-3722-001
TSXAEY414
TSX-AEZ-802
TSXASY410
TSX-ASZ-200
TSXCAY21
TSXDET1612
TSXDET3242
TSXDET812
TSXDEY32D2K
TSXDEY32D3K
TSX-DEZ-12D2
TSX-DMF-242A
TSXDMF342A
TSX-DMZ-28DR
TSX-DMZ-28DT
TSX-DST-1635
TSXDST2472
TSXDST3292
TSXDSY32T2K
TSX-DSZ-08R5
TSXLES20
TSXP471
TSX-P47-405
TSXP57102
TSXPSY2600
TSXRKN8
TSXRKN82
TSXRKN82F
TSXRKS8
TSXRKY8
TSX-RKZ-02
TSX-SCC-02
TSXSCM2244
TSXSUP40
TSXSUP41
TSXSUP702
ABE7R16T330
ABL-1RPM24062
ATV-16U09M2
ATV-16U18M2
VW3A3307
XBT P011010
XPS-AL5-110
XPS-AS5-140
XPS-BC1-110
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STOCKED1101 金风 750kw 16点开出模块 6ES7\322-1HH01-0AA0 个 24 长山头风电场 X
1102 金风 750kw 32点开入模块 6ES7\321-1BL00-0AA0 个 21 长山头风电场 X
1103 金风 750kw 8点模入 6ES7\331-1KF00-0AB0 个 13 长山头风电场 X
1104 金风 750kw B级避雷器 FLT\PLUS\CTRL-2.5/I 个 20 长山头风电场 X
1105 金风 750kw CPU 6ES7\315-2AG10-0AB0 个 11 长山头风电场 X
1106 金风 750kw C级避雷器 VAL-MS\500ST 个 20 长山头风电场 X
1107 金风 750kw C级避雷器 VAL-MS\230 个 14 长山头风电场 X
1108 金风 750kw IM153-1接口模块 6ES7(153-1AA03-0XB0) 个 21 长山头风电场 X
1109 金风 750kw KTR-膜片 RADEX－N.115 个 13 长山头风电场 X
1110 金风 750kw MMC存储卡 128K\6ES79538LG100A0 个 10 长山头风电场 X
1111 金风 750kw PLC电源 6ES7(307-1EA00-0AA0) 个 7 长山头风电场 X
1112 金风 750kw RC保护单元 个 21 长山头风电场 X
1113 金风 750kw 比例流量控制阀 PWKD08120-01X-G24-Z4(320) 个 18 长山头风电场 X
1114 金风 750kw 标准电阻板 GW03 个 8 长山头风电场 X
1115 金风 750kw 操作面板 6AV65420BB152AX0 个 12 长山头风电场 X
1116 金风 750kw 齿轮泵电动机 M2QA112M6B\B35 4KWS2\400\690V\50HZ 台 2 长山头风电场 X
1117 金风 750kw 齿轮箱温度传感器 油温 个 14 长山头风电场 X
1118 金风 750kw 齿轮箱温度传感器 轴温 个 14 长山头风电场 X
1119 金风 750kw 齿轮油泵联轴器 个 6 长山头风电场 L
1120 金风 750kw 串口电涌保护器 PT3-PB 个 14 长山头风电场 X
1121 金风 750kw 大电机接触器 AF750-30-11(230VAC) 个 0 长山头风电场 X
1122 金风 750kw 灯管 （机舱用）0.7M长 只 140 长山头风电场 X
1123 金风 750kw 灯泡 （塔筒用）60W-100W 只 146 长山头风电场 X
1124 金风 750kw 电磁阀 WSEDO8130-04X-G24-Z4(190.1\190.2) 个 20 长山头风电场 X
1125 金风 750kw 电磁阀 WSEDO8130-04X-G24-Z4-N(290) 个 2 长山头风电场 X
1126 金风 750kw 电磁阀 WSM06020Z-01M-C-N-24DG(230) 个 20 长山头风电场 X
1127 金风 750kw 电磁阀 WSM06020W-01M-C-N-24DG(310) 个 25 长山头风电场 X
1128 金风 750kw 电磁阀 WSM06020Y-01M-C-N-24DG(350) 个 18 长山头风电场 X
1129 金风 750kw 电机 1.1KW400V/690V,50/60Hz1.6A 台 2 长山头风电场 L
1130 金风 750kw 电缆 2-4芯 米 0 长山头风电场 X
1131 金风 750kw 电量变送器 PM810MG 个 9 长山头风电场 X
1132 金风 750kw 电流互感器 LMZJ-0.66\1000/1\0.5级 个 6 长山头风电场 X
1133 金风 750kw 电容器 MKK690-D-25-11 个 0 长山头风电场 X
1134 金风 750kw 电源保护板 电容4700u\50V压敏电阻75V 个 8 长山头风电场 X
1135 金风 750kw 断路器 MS116-6.3(4.0-6.3A) 个 7 长山头风电场 X
1136 金风 750kw 断路器 MS116-4(2.5-4.0A) 个 7 长山头风电场 X
1137 金风 750kw 断路器 MS116-2.5(1.6-2.5A) 个 8 长山头风电场 X
1138 金风 750kw 断路器 MS116-0.16(0.1-0.16A) 个 7 长山头风电场 X
1139 金风 750kw 发电机防雷碳刷 个 286 长山头风电场 X
1140 金风 750kw 发电机轴承温度传感器 Pt100(0.5M) 个 4 长山头风电场 X
1141 金风 750kw 防爆膜 122-134bar(360) 个 130 长山头风电场 X
1142 金风 750kw 防雷元件 PT2-PE\S-230AC 个 11 长山头风电场 X
1143 金风 750kw 风速仪 个 25 长山头风电场 X
1144 金风 750kw 风向标 1MW 发电控制柜保险 ISFT400,690V 3相，315A；施耐德
1MW 发电控制柜保险 105RSM-690V/300A-SMZ
1MW 压敏电阻 Z21D820、Z21D201、Z10D820
1MW 控制器 CPU 模块 CX1020-0011;倍福
1MW 控制器 CF卡 CX1900-0023;倍福
1MW 马达保护开关 GV2ME04C
1MW 马达保护开关 GV2ME07C
1MW 马达保护开关 GV2ME08C
1MW 马达保护开关 GV2ME14C
1MW 马达保护开关 GV2ME20C
1MW 接触器 LRD-12C
1MW 电机控制交流热继电器 LRD-21C
1MW 热继电器 LRD-07C
1MW 热继电器 LRD-08C
1MW 热继电器 LRD-04C
1MW 光纤模块 EK1521
1MW 模拟量输入模块 EL3102
1MW 模拟量输入模块 EL3142
1MW 模拟量输入模块 EL3152
1MW 温度量输入模块 EL3204
1MW 电力测量模块 EL3403-0010,5A
1MW 模拟量输出模块 EL4032
1MW 以太网扩展模块 EL6601
1MW 通信模块 EL6751
1MW 电源模块 EL9400
1MW 交流接触器 LC1D12M7C
1MW 熔断器 FCF 2-30 550V
1MW 接触器 穆勒 MOELLER DIL M820
1MW 光纤模块 EK1501
1MW 功率计 Jw3216A
1MW 开关量输出模块 EL2008
1MW 软并网控制器 TCM-2
1MW 开关量输入模块 EL1018
1MW 高速计数模块 EL1252
1MW 电力测量模块 EL3403-0010,5A
1MW 电源模块 CX1100-004
1MW 光纤收发器 HTB-i1100S
1MW 软并网保险 700CF-5
1MW 发电主控柜保险 1000GH-315
1MW 旁路接触器 施耐德690V LC1-F630P7S011
1MW 浪涌保护器 PHCENIX CONTACT WAL-MS 500ST
1MW 三菱风机控制器 NACELLE CONTROLLER MRC2-BOX(N)/P CPU-V3.0<N-MCR321P>
1MW 三菱风机控制器 MASTER CONTROLLER MRC2-BOX(M)/P CPU-V3.0<M-MCR321P>
1MW 在线滤芯
1MW 脱机滤芯
1MW 油压传感器
1MW 中间管 联轴器RADEXN120NANA41MW(468145)
1MW 发电机轴承
1MW 高速制动器
1MW 高速制动器闸片 SHS5W
1MW 偏航刹车片 铜合金安泰克 HE-2-90/40 160BAR
1MW 偏航刹车器 安泰克 HE-2-90/40 160BAR
1MW 蓄能器皮囊（伊顿） bladder Kit EHV 32-250/AC 01125?
1MW 皮囊3396514 BLase 320 NBR top Rep (D=109.85)
1MW 联轴器弹性体600100 KuDDl.Zalhnkranz-38-PUR-98sh rot
1MW 联轴器（伊顿） SPIDEX A38/45.42H7?
1MW 传感器 GY
1MW 联轴器密封圈
1MW 拉杆调节向心轴承 GY传感器上用（两个配对用0
1MW 伊顿液压站比例阀 KBFDG4V5-2C70N-Z-PE7-H7-10-EN105
1MW 伊顿液压站电磁阀（线圈阀芯全套）（190.1/2） SV13-20-C-0-00
1MW 伊顿液压站电磁阀（线圈阀芯全套）(200.1/2) SBV11-12-0-0-00
1MW 伊顿液压站电磁阀（线圈阀芯全套） CVUA 6 PDN 2 MUB 10
1MW 防漏油缸（高刹增压缸） HM81-D-GM-63/28x161-SP
1MW 增压油缸（偏刹增压缸） HM81-D-63/40x404-SP
1MW 变桨电磁阀（190.1/2） SV-105-A/B
1MW 电磁阀（200.1/2） SV-102-A/B
1MW 电磁球阀（290） SV-106
1MW 电磁球阀（290） CVVA 6 PDN 2 MVB 10
1MW 液压站与滑环连接油管 3m NO-SKIVE 381-12 WP21,5MPa (3125PSI) MSHA C40/26--/SAE100R2AT-12 19MM(3/4)X2W
1MW 单向阀（280.1/2） CV3-10-P-0-3
1MW 电磁阀(200.1/2) SBV11-12-0-0-00
1MW 轮毂油缸连接油管 3m
1MW 轮毂快换接头 6603-16-16+6605-16-16
1MW 变桨滑环 M60EX2+ESR70/5
1MW 美孚液压油 美孚DTE10超凡32
1MW 克鲁勃润滑油脂 KLuberplex BEM 11-462(25kg)
1MW 克鲁勃润滑脂 Kluberplex BEM41-141
1MW 克鲁勃润滑脂油包 Kluberplex BEM41-141
1MW 美孚SHD 320 齿轮油 SHD 320
1MW
1MW 智能断路器控制（数码显示） KT45-M1600A/3P DV24V
1MW 熔断器 XRNT-35/63A
1MW 跌落保险
1MW 一寸套筒 S36*2、S41*2、S46*2、S50、S55*2、S60
1MW 一寸半套筒 S50、S55、S60、S65*2、S70*2
1MW 中控液压扳手动力头 PMX-4
1MW 工作头 PMX4-46
1MW 工作头 PMX4-55
1MW 驱动轴液压扳手 PU-3
1MW 驱动轴液压扳手 PU-5
1MW 液压扳手专用泵 PE8042A
1MW 专用油管 PH20,6米含快插式接头
1MW 蓄能器充氮工具（伊顿） VG3-250-1-TS3-1??
1MW 充气和检测装置3142811 FPU-1-250F4G11A3K
1MW 熊猫双筒望远镜 12*60
1MW 数字万用表 F15B 福禄克
1MW 单头德式呆扳手
1MW 验电器
1MW 压力表
1MW 防坠器（钢丝绳用）
1MW 安全衣 Revolution101 4808
1MW 安全衣用单钩 霍尼韦尔DL-51
1MW 对讲机 5km
1MW 风机用双沟 霍尼韦尔DL-51
1MW 绝缘靴 35kv
1MW 绝缘手套 12kv
1MW 电动吹风机
1MW 六角套筒 1″-22
1MW 麻花钻 5mm
1MW 麻花钻 8.5mm
1MW 内六角扳手
1MW 拔轴器
1MW 自动加脂机 HOVE EasyGreaser
1MW 齿轮箱 石桥
1MW 叶片
1MW 偏航电机 威力
1MW 偏航减速器
1MW 发电机 永济
1MW 南瑞发电控制柜触摸屏 PAD6312 DT-OM
1MW 延时中间继电器 XZJ-9S-L
1MW 贺德克电磁阀 3297902.2727
1MW 贺德克液压站油封 AP1260E
1MW 偏航驱动油位计 XYW-100
1MW 高刹片 SIME EF3-1 43/08 GF
1MW 黄油嘴 直16"
1MW 黄油嘴 直10"
1MW 偏航硬限位开关
1MW 高低速速度传感器 AS-U30D-LT
1MW AB管 park
1MW 脱机过滤器 贺德克
1MW 在线过滤器 贺德克
1MW 电磁阀接头 murr 230V AC/DC 10A
1MW 油冷却器 JNFEE-365，LAC033-4-F-00-000-0-z
1MW 旋转接头编码器 ESR 70108/05-QC
1MW 旋转接头 GAT
1MW 油管接头（旋转接头） M30*G3/4
1MW 油管接头（旋转接头回油管）
1MW 油管接头（90度） M18*1.5
1MW 油管接头（45度） M30*2-M29*1
1MW 90度管接头 G3/8-M18
1MW 油管接头 M30*2-G3/4*14
1MW 滤芯 万和
1MW 滤芯 新乡平源
1MW EL3403
1MW EL2008
1MW EK1501
1MW 齿轮箱油管
1MW 油管 15cm
1MW 快速接头（母头）
1MW LO泵 贺德克
1MW 温度传感器 PT100
1MW 继电器 HHC68B-4Z
1MW 风机塔底继电器 RXM4AB2BD
1MW 风机机舱继电器（日本） G2R-2-5ND24VDC
1MW 蓄能器气囊
1MW 变桨比例阀 伊顿
1MW 偏航刹车片
1MW 联轴器
1MW 风速计 NS30AHS
1.5MW 电源开关 T160ET3
1.5MW 接触器充电电池 TAL9-30-10
1.5MW 接触器制动电池线圈DC200V TAL9-30-10
1.5MW 自动断路器 3pol.B-6A
1.5MW 插座 DB/25A
1.5MW contactor anchor battery TAE75-30-11(Spule 152-264VDC)
1.5MW FI 2pole 25A/0,03A 插座/照明电路
1.5MW 自动断路器 3pol. Z-40A
1.5MW 过压保护 COMTRAB CT10-18FS+F/PE-24
1.5MW 参考抑制BFL170/2
1.5MW 带LED的缓冲器 110-230V
1.5MW 继电器插座
1.5MW automatic circuit breaker 2pol. Z-50A
1.5MW 过压保护之 N→PE
1.5MW 继电器加热控制柜 (线圈AC230V)
1.5MW 温度传感继电器 CC-U/LTDR-3A
1.5MW 过载继电器 18-24A
1.5MW FI 2pole 25A/0,03A 插座/照明电路
1.5MW 接触器，DIL 00M 230V
1.5MW 接触器，LC1-D115004-M7
1.5MW LEM 模块的电源 1.3A
1.5MW 电池监测 24-240V
1.5MW 接触器，LC1-D1210P7 230V 12A
1.5MW 正温系数电阻器 BMT6
1.5MW overvoltage protection 4er combination with FM contact
1.5MW 接触器，DIL 00M 200V DC
1.5MW WP2035 测速仪
1.5MW 继电器插座 10A.300V
1.5MW lamp for lighting in hub(damp room lamp)
1.5MW 辅助开关站 LED-8011
1.5MW 辅助开关前端 LAEDY-20
1.5MW 集电器，EMG22-REL/KSR-G24/TRN35
1.5MW 滤波器，用于单相系统
1.5MW 自动断路器 1pol.B6A
1.5MW 变桨电动机测速器 KTD
1.5MW 绝对值编码器 10-30V 5%RW
1.5MW LEM-电流有效值测量模块
1.5MW 230V/24V 电源部件 5A
1.5MW 电池充电装置 L1014A
1.5MW 电池充电器，L1014A
1.5MW 接触器控制器的支柱(4pole)
1.5MW 震动传感器（齿轮），WP4084 RS485 Nodel101 1+2/gear S70
1.5MW 电容器，10kvar/690V，MKP 3×22.3μF
1.5MW 齿轮箱油滤芯，PI0121 SM-L
1.5MW 驱动器，用于半导体闸流管控制板CSC1-ZS1
1.5MW SEG 传感器电源 CSN3
1.5MW SEG A3 控制器
1.5MW 绝对值传感器，GM405.Z03
1.5MW 主控制器，WP3100 S70/S77 MITA
1.5MW 油位探测分析SNK127V-012
1.5MW SEG UPS
1.5MW SEGA4控制器
1.5MW 绝对值编码器 30VDC/0.2A
1.5MW SEG 电池充电器 BL18 24V/18A
1.5MW 过压保护 PT2-PE/S 230V AC-ST
1.5MW 轴箱1带“刹车释放” 助力器的继电器24-TRN35
1.5MW 维修开关 P1-32/EZ
1.5MW 屏蔽单元，LA4-DA2U
1.5MW 活塞，用于刹车钳 BSAB 75-S-401
1.5MW 过压保护之L1→N 基本部件 AVL-MSBE
1.5MW 过压保护基本部件PT2*2-BE
1.5MW 基本部件PT-BE/FM
1.5MW 1H1光源灯泡
1.5MW 继电器92°限位开关线圈 24V DC
1.5MW relay - warm up finished [3 changer] (coil AC230V)
1.5MW 继电器主接触器线圈DC24V
1.5MW 通用滤波器，用于SEG变频器，SIFI E
1.5MW 带风扇加热器 230V/250W
1.5MW 震动传感器（塔桶），WP4084 RS485 Nodel100 1+2/tower S70
1.5MW 激励器，用于光缆
1.5MW 发电机测速仪，Winergy Generator IFEA
1.5MW 整流电抗(version2) 3×0,73mH 36A
1.5MW 刹车钳 BSAB 75-S-401
1.5MW 消除器 LA4DA2U
1.5MW 冷清剂600ML
1.5MW SEG A3 A4附件
1.5MW 继电器，IP 230VAC 10A
1.5MW 二极管干扰抑制器，FD-B DIL
1.5MW 插件式过压保护 5VDC.450MA
1.5MW 变桨电动机制动器 SSB-BREMSE
1.5MW 调节变压器 160/390VA Leistung
1.5MW 辅助开关 AEC947-5-1
1.5MW 夹具
1.5MW O型密封圈，internorm S70 油滤
1.5MW 辅助开关 AEC947-5-1
1.5MW 保险丝座
1.5MW 变压器，0.075VAR-230V/24V
1.5MW 发电机主碳刷 100mm Winergy generator
1.5MW 发电机电刷，Loher 100mm S70/N80 old
1.5MW 刹车片 D3731 490 2853-801
1.5MW 压力传感器，HAWE
1.5MW 电源变压器（4T1）
1.5MW 电阻，SIOV S10K30 30V
1.5MW 基本部件 CT 终端块 10DA
1.5MW 发电机轴承温度传感器，Winergy Generator
1.5MW 电容，4700μF 63VDC，螺纹接头
1.5MW SEG UPS 附件
1.5MW 指示器（磨损传感器），490-2005-803
1.5MW WP3090 测量变压器
1.5MW 绝对值传感器，AG626 Stegmann
1.5MW 接触器，LC1-D0910/3 pol,220/230V,50/60Hz
1.5MW 堵塞指示器，用于齿轮箱油滤，S70
1.5MW 电池检测器，UW4504×230V
1.5MW 液压站加油嘴，带滤芯
1.5MW 开关单元，LA8-DN11 Telemec
1.5MW 接触器，LP1-K0910BD 3+1S24VDC9A
1.5MW 密封圈，D001754 Pitchant
1.5MW 密封圈，D001746 Pitchant
1.5MW 夹具
1.5MW 密封圈，用于刹车钳 BSFI 300 MS
1.5MW 密封圈，用于刹车钳 BSAB 75-S-401
1.5MW 耦合器Rotex
1.5MW 测速传感器，带插头，EI1808PPOSS-1 M18/8mm
1.5MW fuse T2A 6,3×32mm
1.5MW 缓冲电阻RV5/250
1.5MW 端子，RS485 f.COM 5 接口
1.5MW 带LED的缓冲器 110-240VAO
1.5MW 继电器，IP 24VAC 10A
1.5MW 碳刷 A20
1.5MW 桥式放大器，10A FAGOR
1.5MW 整流桥 KSA30VA-160
1.5MW 轮毂中插座/照明自动断路器 S261 C16
1.5MW 温度开关
1.5MW 耦合旋转编码器的附件，Winergy Generator
1.5MW 屏蔽单元，RC B DIL 250
1.5MW 过压保护之L1→N 接触器
1.5MW 电容，0.22μF/47R PMR209
1.5MW 带LED的缓冲器 U=6-24VDC
1.5MW O型密封圈，用于刹车钳 BSAB 75-X-401
1.5MW 消除器 RC5-1/250V
1.5MW 缓冲（变阻器） RV5/50
1.5MW 辅助开关CA5-01
1.5MW 软管 PUR 259.17N Φ6×8mm
1.5MW 液压软管，GH793-6DN10×860
1.5MW 液压软管，GH793-6DN10×500
1.5MW 液压软管，GH793-6DN10×250
1.5MW 液压软管，GH793-6DN10×480
1.5MW 液压软管，GH793-4DN6×480
1.5MW 液压软管，GH793-4DN6×380
1.5MW 刹车片 490-0402-803
1.5MW 四象限直流调速控制器
1.5MW 通讯光纤
1.5MW 蓄电池
1.5MW 位置控制器ll固定架
1.5MW 油泵（RICKMEIER typ:GT-R45/80FL-Z-DB-SO）
1.5MW 齿轮箱油泵电机
1.5MW 电容
1.5MW 密封垫，Winergy PEAB 4390 S70/S77
1.5MW 密封垫，Eickh.CPNHZ-197 S70/S77
1.5MW 风速仪
1.5MW 通讯控制器
1.5MW 保险690V 9V
1.5MW 热敏电阻
1.5MW 电阻
1.5MW 恩德机组变频保险 690v 400A
1.5MW 400A保险 熔断器 不带触头
1.5MW 时间继电器 K44
1.5MW 轴瓦 UB 98/004/45 s70/s77
1.5MW 电源变压器 QUINT-PS/100
1.5MW 变桨控制器（4A1）
1.5MW 切换电容接触器A3-62K
1.5MW 电缆护套
1.5MW 齿轮箱油过滤器（1277786 1300R010 BN4HC/-V-B4 KE50 38/08）
1.5MW 齿轮箱油过滤器31943504.NR1000.3227.10vg25g.25b
1.5MW 齿轮箱油过滤器（319435 01 NR1000.32227.10VG25G.25B）
1.5MW 齿轮箱油过滤器（319435 01 NR1000.32227.10VG25G.25B）
1.5MW SIBA 熔断器（熔芯）50A VDE 0636 IEC 60296
1.5MW 25A保险
1.5MW KP-293921过压保护模块 DEHN T440
1.5MW 恩德机组互感器
1.5MW 接地碳刷
1.5MW 滤波电容
1.5MW 熔断器 URD1000A
1.5MW 熔断器63A
1.5MW 保险125A
1.5MW 熔断器400A
1.5MW 油管（齿轮箱到散热器）
1.5MW IGBT变频器
1.5MW 并网断路器Q10
1.5MW 四象限直流调速控制器
1.5MW 刹车钳，BSFI 332-MS30S-300 S70/77
1.5MW 刹车片 490-0402-803
1.5MW 蓄能器，HY/AD/2,8/ECO
1.5MW 偏航电机，4 polo S70
1.5MW 齿轮箱油泵，Rickmeier S70
1.5MW GHTIF-0716.2625.81 变桨电动机
1.5MW 变桨通讯滑环
750kw 总线端子控制器 BC3150
750kw 八通道开关量输出 KL2408
750kw 通道模拟量输出 KL4001
750kw SSI编码器模块 KL5001
750kw PROFIBUS总线主站 CX1500-M310
750kw 四通道开关量输入KL1104
750kw 四通道开关量输出 KL2134
750kw DP总线端子耦合器 BK3150
750kw 四通道模拟量输入KL3204
750kw 总线终端 KL9010
750kw 总线电源模块 KL9210
750kw 嵌入式PC CX1020-0011
750kw 三相电力测量模块KL3403
750kw 内存卡CX1900-0025 IGHYTE
750kw 八通道模拟量输入
750kw 直流充电电源 F8XT00-000D03 NG5 4072.001.001
750kw 保险管（玻璃）2A/250V ?5MM*20MM
750kw 保险管（玻璃）10A/250V ?5MM*21MM
750kw 转换开关 KLOTO-2
750kw 转换开关 472200
750kw 触点 M22-K10
750kw 转换开关 472195
750kw 继电器座90.83.3
750kw 继电器5A/250V
750kw 继电器座 95.85.3
750kw 继电器 34.51.7.024.00/0
750kw 继电器座93.01.7.024
750kw 旋转编码器GM400.7.24
750kw 电动机保护断路器 MS325-4
750kw 漏电保护开关 F364C 25/0.03A
750kw 漏电保护开关F362-25/0.03A
750kw 接触器L9-30-10
750kw 继电器CM-MSS(1) DC24V
750kw 继电器RB121A DC24V 1NO+1NC
750kw 继电器CR-PO24DC11C/O
750kw 中间继电器DRM5707300LT
750kw 熔断器01689D01-16A GL/QG 400VAC
750kw 熔断器01689D01-25A GL/QG 400VAC
750kw 风向标 WIND.VANE 00.14
750kw 风速仪 WIND VANE
750kw 接近开关 E2EM-X8B1-M1-JF
750kw 振动开关 GC-SU1FF1602.1190.276
750kw 机舱位置传感器
750kw 避雷器芯 VAL-MS 400ST
750kw 避雷器座 VAL-MS-BE
750kw 过速模块 OVERSPEED1.1
750kw 微型熔断开关31314 3P/63A
750kw 微型熔断开关31115 40A AC690V
750kw 微型熔断开关 ABBS263 C40 3P
750kw 微型断路器S262.D16
750kw 过压保护插头 PT2-PE/S-24AC-ST
750kw 过压保护底座PT-BE/FM
750kw 过压保护插头 PT1X2-34DC-ST
750kw 过压保护底座PT1X2PF-BE
750kw 刀熔开关33200 3P/160A 690V
750kw DP插头 6ES7972-0BB12-OXAO
750kw 滤芯304 GLTJI-0104-1601
750kw 卡箍304 2.5"
750kw 熔断器ABB OFAAOOH,50A,690V
750kw 熔断器SIBA 6A,1000V
750kw 熔断器底座SIBA 10*38 690VAC
750kw 按钮 3SB3000-1HA20
750kw 微型断路器C65N C4A 1P
750kw 微型断路器C65N C6A 1P
750kw 微型断路器C65N C10A 1P
750kw 继电器SL1230CR,230V AC/60V,50MA,DC,黄色
750kw 继电器SL124CR,24V DC/240V3A AC,黑色
750kw 接触器LCIK0610P7P
750kw 指示灯3SB3000-OAA21 红色 STOP
750kw 指示灯3SB3000-6AA20 蓝色
750kw 指示灯3SB3000-OAA20 红色
750kw 指示灯3SB3000-OAA40 绿色
750kw 指示灯3SB3000-OAA30
750kw 微型断路器S263 C25
750kw 单相熔芯31017 6A 700VKA
750kw 熔断器01689D01-16A G1/GG 400VAC
750kw 保险管（玻璃）6.3A 250V 5MM*20MM
750kw 按钮3SB3000-0AA41
750kw 钥匙开关9(3位）3SB3000-4FDO
750kw 法兰密封圈EPDM（自制）GLIJ-0601-03-A
750kw 卡箍密封圈EPDM（洁特）2.5"
750kw 密封板EPDM（自制）?57.5GLT11-0104-1603
750kw 两头对焊三片式带挂锁球阀304G1.5"
750kw 一片式两端螺纹球阀 带挂锁G1/4"
750kw 两片式两端螺纹球阀 带挂锁G1/2"
750kw 三片式两端螺纹球阀 带挂锁G1/2"
750kw 三片式一端对焊一端螺纹球阀
750kw 自动排气阀 铜渡镍（得汛）OR1/2"
750kw 卡套 不锈钢（国海）3/4"-1/2'-?12
750kw 卡套 不锈钢（五洲）?12-1/2'
750kw 法兰密封圈EPDM（自制）GLTJ1-0601-14
750kw 法兰密封圈PTFE（委外供）GLTJ1-0601-05-A
750kw 卡套 不锈钢（国海）?12-1/2'
750kw 卡套 不锈钢（国海）?12-?12
750kw 滤波器电容（MKPC.4B)
750kw 网侧逆变器（1u1）控制盒 CPAFA1B5B8D2C3
750kw 变流控制电路板 379G 1126 0465 PR
750kw 变流控制电路板 379G 1126 0410 PR
750kw 变流控制电路板 276H 1148 0050 PR
750kw 变流控制电路板 276H 1126 0344 PR
750kw 变流控制电路板 260H 1137 0129 PK
750kw 变流控制电路板 257N 1141 0300 PS
750kw 变流控制电路板 257N 1133 0245 PS
750kw 变流控制电路板 253L 1146 1619 PS
750kw 变流控制电路板 253L 1142 0889 PS
750kw 滤波器柜
850kw ABBSACE S6S800
850kw 负载短路器
850kw 接触器4K2 A75-30-11
850kw 齿轮箱压力传感器
850kw CT0329
850kw 电源模块
850kw 自动保险 S261 B10
850kw 保险125A（80A）
850kw 保险63A
850kw 热继电器
850kw 断路器
850kw 接触器辅助触点CE5-10
850kw 断路器
850kw 保险RT63A
850kw 热继电器
850kw RELECO 继电器
850kw RELECO 继电器
850kw 热继电器ABB
850kw RELAY RA5-1 FOR A9-110
850kw 接触器-接口继电器RA5-1
850kw RELAY RY2S-U 24V DC 2CO
850kw RELAY RY2S-U 24V DC 4CO
850kw 时间继电器
850kw 继电器Relay RY4S-U 24VDC 4CO
850kw 27.5bar恒压阀
850kw 10bar恒压阀
850kw 电磁阀
850kw 电磁阀
850kw 电磁阀
850kw 冷却泵
850kw 压力总成、压力滤芯
850kw 压力开关
850kw 指示灯按钮
850kw 割枪
850kw 绝缘套
850kw 压力测试器
850kw 冷却器水泵
850kw 径向滑块-后部（特弗龙板）
850kw 减振器
850kw 减振器
850kw 滑块-后部（特弗龙板）
850kw 滑块-前部（特弗龙板）
850kw 处理器CT3601
850kw 模拟输入单元CT3220.8×PT100 Analog input
850kw CT3153
850kw 通讯模块CT3614 ARCNet optical+Rs422,Top
850kw CT3614
850kw 处理器 CT3503
850kw 模拟输入模块 CT3220
850kw 模拟输出单元CT3232 Analog outpup
850kw 模拟输出模块 CT3232
850kw 计数模块 CT3218
850kw I/O系列模块 CT3218
850kw
850kw GFFC输入模块 CT3220
850kw 处理器模块 CT3503.01
850kw 光缆通讯口 CT3211.03
850kw 输入单元CT3220.22GFFC input GFFC
850kw 内部供电单元CT3557 Intern Power Supply
850kw 主板CT3409 Rack-9 MODULE
850kw 主板CT3409 Rack-9 MODULE
850kw 主板CT3415
850kw 避雷保护
850kw ABB断路器
850kw 安全保护开关
850kw 电流测量单元
850kw 电源盒
850kw 震动传感器WLNJ-S2G
850kw 通讯模块
850kw 转子加热单元
850kw 控制柜加热单元
850kw 齿轮箱油加热器
850kw 叶轮轮速传感器
850kw 传感器
850kw 低速轴传感器
850kw 转速传感器
850kw 通讯驱动单元
850kw 面包电容
850kw 轮毂雷电转换装置
850kw 液压站泵
850kw 液压站齿轮泵（CASAPPA KP20.6.3.DO 82E2 LEA/EA-A）
850kw 齿轮箱滤芯(PI2111)
850kw 液压站滤芯(PI25100)
850kw 液压站单元油过滤器 液压站滤芯
850kw 液压单元油过滤器
850kw 齿轮箱油过滤器（空气滤清器）
850kw 主轴空气滤芯
850kw 电容
850kw 电网测(skiip+waterc grid/rotor ocp-r) 发电机电网测变频板
850kw 转子网（skiip+waterc rotor/rotor ocp-r） 发电机转点侧变频板
850kw 电源
850kw ct291
850kw ct294
850kw TRU
850kw 风向标、风速仪加热器环形变压器
850kw 偏航控制单元
850kw 接口
850kw 检测表
850kw 位置传感器
850kw 超声波风速仪
850kw V/A.B口硬管总成
850kw V/C口硬管总成
850kw V/E、D口硬管总成2
850kw V/E、D口硬管总成
850kw 端直通接头
850kw 端直通接头
850kw 软管总成10
850kw 软管总成11
850kw 软管总成12
850kw 软管总成12
850kw 软管总成21
850kw 软管总成14
850kw 软管总成14
850kw 软管总成15
850kw 软管总成16
850kw 软管总成17
850kw 软管总成18
850kw 软管总成19
850kw 软管总成20
850kw 软管总成22
850kw 球阀
850kw 直通接头
850kw 直通接头
850kw 透明软管
850kw 透明软管
850kw 带接地三相滑环单元
850kw 电机HEWD32051
850kw 电机
850kw 齿轮箱冷却电机1.5KW
850kw 滤波电容12.5KVAR-690V-50HZ
850kw T50变压器12.5KVA-690/230V
850kw 变压器220-230-27V/18V
850kw 油嘴
850kw 油嘴帽
850kw 排油嘴
850kw 排油嘴帽
850kw 碳刷
850kw 维斯塔斯碳刷
850kw 刹车盘
850kw 储能器 80BAR
850kw 轴承 SKF29322
850kw 氮气瓶 HYDR ACCUMULAROR 80BA
850kw 偏航卡钳
850kw 刹车钳
850kw 偏航减震器
850kw 上制动环
850kw 偏行卡块-前部
850kw 偏行卡块-后部
850kw 侧制动环
850kw 偏航环底座
850kw 冷却器
850kw 变桨油缸HYD.CVL.SNHD90/50*554 V52
850kw 变桨油缸HYD.CVL.SNHD90/50*554 V52
850kw 滑环风扇
850kw 前轴承 SKF6324
850kw 前轴承 SKF6230/C4
850kw 2Q86高压油管 液压站油管
850kw 00024高压油管
850kw 1Q87高压油管
850kw 油管
850kw 高压油管DN16*700MM
850kw 高压油管DN16*630MM
850kw 维斯塔斯油管
850kw 维斯塔斯油管
850kw 管头连接
850kw 刹车油管接头
850kw 油管（加工）齿轮箱油泵到分油器
850kw 急救包
850kw 1/4"油管
850kw 塑料管 胶管
850kw 油管
850kw 油管φ25mm 齿轮箱油管772277
850kw 1/2"油管
1.5MW 灭弧器REE70-3
1.5MW 大电阻
1.5MW 电池电压监控电器EMD-FL-V-300
1.5MW 37号发电机地脚减震垫
1.5MW 浪涌接触器K22辅助触点
1.5MW 浪涌接触器/连接器开关 K22
1.5MW 开关
1.5MW 接触器触点A45-A300
1.5MW 变桨充电器
1.5MW 电涌保护
1.5MW 模拟接口板3
1.5MW 模拟接口板2
1.5MW 带漏电保护电源开关C60N D4A
1.5MW 保险400A
1.5MW 保险500A
1.5MW 碳刷压簧
1.5MW 碳刷压簧
1.5MW 碳刷支架
1.5MW 继电器模块230V
1.5MW 主滤波器接触器LCI180P7CINOINC
1.5MW 风向标
1.5MW C/D插头
1.5MW 接地碳刷E-CARBON RE54M6
1.5MW 液压泵
1.5MW 时间继电器1CO-SPOT 8A-250V
1.5MW 滤波接触器
1.5MW 熔断器 125A 690V
1.5MW 油管 5/16"*2-53MPA-1
1.5MW 发电机编码器862209126
1.5MW 电源模块POWER 230VAC/24V DC10A
1.5MW 变桨风扇接触器MCZC301AT
1.5MW 电源模块POWER 230VAC/24V DC5A
1.5MW 保险 160A
1.5MW 热过载继电器D014F2(95A)
1.5MW 热过载继电器D014F2(95A)
1.5MW 风速仪
1.5MW 加热器AC/DC120-240V 100W
1.5MW 励磁接触器GSCF-400F
1.5MW PLC模块
1.5MW 开关电源（变压器）CPM SNT 250W 24V 10A
1.5MW 接触器LCID09
1.5MW 接触器LCID
1.5MW 保险100A/690V029.110/O7
1.5MW 刀熔保险 NH00-160A
1.5MW 油管 5/16"*2-53MPA-1.5
1.5MW 油管接头 16"*2
1.5MW 上下通讯光纤
1.5MW 4K1继电器
1.5MW 6K3继电器
1.5MW 7A1电源检测模块
1.5MW 5K3继电器
1.5MW 5K4继电器
1.5MW 5K4继电器
1.5MW IL2电抗器
1.5MW 6A1整流器
1.5MW 6A1整流器
1.5MW 6A2浪涌吸收
1.5MW 5K2时间继电器
1.5MW 6T1变压器
1.5MW 二极管 6V1/6V2
1.5MW 变桨电机ZLC112L-W-001
1.5MW 变桨驱动器RPDC30D06
1.5MW UPS EA900-1-10KVA
1.5MW 并网断路器3WL1116-2CB32-4BJZ
1.5MW 东汽发电机通风电机C90-31526
1.5MW 东汽刹车钳HE-2-90-31BRAKE
1.5MW 东汽蓄能器
1.5MW 变桨通讯滑环HT2301
850kw ABB开关（铝壳断路器 ABBTM2 T2L160）还有两个附件
850kw 手柄 PROL.S6（旋转手柄S6）
850kw 旋转手柄 PROL.S3.S4.S5（旋转手柄PROL.S3.S4SS）
850kw ABB接触器A580-30-11
850kw ABB接触器A400-30-11
850kw 接触器A260-30-12 （接触器A260-30-11）
850kw 主开关 3P 300A
850kw ABB接触器A185-30-11
850kw ABB接触器A75-30
850kw ABB接触器A26-30-11
850kw ABB接触器A16-30-10
850kw ABB接触器A9-30-10
850kw 光纤头
850kw 热保护1-1.6 M325 （ABB热保护MS325-0.16）
850kw 热保护0,1-0.16A MS325 （ABB热保护MS325-0.16）
850kw 断路器MO325 0.63-1.0A
850kw 断路器MO325 0.63-1.0A
850kw 断路器MO325 1-1.6 （ＡＢＢ断路器）
850kw 断路器M0325 1.0-1.4A
850kw 断路器MO325 1.3-1.8A
850kw 保护开关（1.0-1.6A）
850kw 断路器MO325 1.6-2.5
850kw 热保护1,6-2.5A MS325 （ABB热保护MO325-2.5）
850kw 热保护（ABB热保护MO325-2.5）
850kw 断路器M0325 2.2-3.1A
850kw 断路器M0325 1.7-2.4A
850kw 热保护TERMICO2.2-3.1A
850kw 断路器MO325 2.5-4
850kw 热保护开关（6.3-9.0A）
850kw ABBMS325-9 （ABB热保护MS325-9）
850kw ABBMS325-16
850kw ABB断路器S262 K6A
850kw ABB断路器S262 C10
850kw ABB断路器S262 D4
850kw 差分开关S262 （ABB断路器S262 D4）
850kw 磁--热继电器 2P D6 S262 （ABB断路器S262 D6）有2个
850kw ABB断路器S262 D6
850kw ABB断路器S262 C16
850kw ABB断路器S262 C32 （ABB断路器S262 C32）
850kw 磁--热继电器 2P C20 S262 （ABB断路器S262 C20）有0个
850kw 传感器
850kw 热保护TA25DU6.5A
850kw 热保护TA25 DU 4.0
850kw 热保护TA25DU3.1
850kw 热保护A25DU1.6
850kw 热保护TA25DU0.4-0.63
850kw 辅助开关滑块 HK11
850kw 辅助开关滑环HK11
850kw 玻璃保险管10a slow aot 5*20mm
850kw 玻璃保险管4a slow 5*20mm
850kw 接触器辅助触点CAL5-11
850kw 接触器辅助触点CAL18-11
850kw 接触器辅助触点CA5-01
850kw 接触器辅助触点CA5-10
850kw 模块BH2412
850kw 模块BH2412
850kw 模块BH2311-C
850kw 模块 BH2311-C
850kw 通讯模块BH2502
850kw 通讯模块BH2502
850kw 自动模块 BH2102
850kw 模块BH2002
850kw 模块BH2501
850kw PLC控制模块 （BH2105）
850kw 模块BH2331-C
850kw 接线端子排BH2861
850kw 通讯模块AK9111
850kw 模块AK9073
850kw 模块 AK9072
850kw 通讯模块 AK9077
850kw 模块 AK9980
850kw 模块 AK9110
850kw 温度控制器 AK9983
850kw 逆变控制单元 AK9810
850kw 逆变控制单元 AK9670
850kw 220Vac-24Vdc POWER SUPPLY输入板
850kw 总线板
850kw 变频驱动板 AK9320
850kw 维修变频驱动板 AK9320
850kw CCU电源 AK9071
850kw 模块BH2351
850kw 修理 模块BH2351
850kw CROWBARD AK9962
850kw CROWBARD AK9961
850kw 电源POWER2
850kw 电源POWER5
850kw 电源POWER10
850kw 接线盒
850kw VOG模块
850kw 风速仪
850kw 风向标
850kw 风速仪轴承
850kw 热继电器
850kw 电容器
850kw 电容
850kw 插座
850kw 插座
850kw IGBT
850kw 互感器
850kw 互感器
850kw CT
850kw 保护继电器 S6 -S7
850kw 保护继电器S6-S7 50010
850kw 过滤器RC5-1/250
850kw 过滤器 A9-A40
850kw 差分开关2P 40A 30MA
850kw ABB差分开关F372
850kw 限流器 PROLIM III
850kw 限流50005
850kw 过电压保护继电器
850kw DEHN 浪涌保护
850kw 电压保护继电器DH HN rail
850kw 过电压保护继电器
850kw DEHN 浪涌保护
850kw 恒温器
850kw 过滤器 EH370-800
850kw 恒温器
850kw 恒温器0-60度
850kw 紧急按钮
850kw 震动传感器
850kw 开关
850kw 气压传感器
850kw 气温传感器
850kw 热继电器PIC5011
850kw 热继电器22445D 4A
850kw 热继电器22445D 3A
850kw 荧光灯架
850kw 避雷器计数器
850kw 风杯
850kw 风速仪风向标
850kw 接触器C10-A10-BX
850kw 辅助继电器1CON7.AUX 10A.24VCC
850kw 基本继电器1CON7.AUX
850kw 辅助继电器DC24V C7-A20DHX
850kw 辅助继电器2DE DOBLF.24VCC
850kw 辅助继电器DC24V C7-T21
850kw 基本继电器4CON7.AUX
850kw 基本继电器VN DECA2
850kw 基本继电器S7-M
850kw 基本继电器10A-300V S3-S
850kw 基本继电器S4-B
850kw 基本继电器S4-B（14孔）
850kw 转换开关
850kw 加热器
850kw 电阻 （TSK0.2S2）
850kw 予充电电阻
850kw 轮毂充电器
850kw 接线端子排
850kw 电池
850kw 9V电池
850kw 互感器（蓝色）
850kw 互感器（白色）
850kw 电缆 W586A
850kw CABLE WS392 电缆
850kw 传感器连线
850kw 液压传感器连线8890-F4EC-2
850kw 信号线
850kw 温度传感器Art90/90214098
850kw 安装适配器
850kw 偏航计数器
850kw 联轴器
850kw 油位计
850kw VOG电池（汤浅NP0.8-12）
850kw 油管φ36mm
850kw 油管
850kw 油管
850kw 油管
850kw 液压站高压油管制作
850kw 高压油管
850kw 高压油管
850kw 高压油管 DN80*1550MM
850kw 高压油管 DN80*1500
850kw 高压油管 DN253450 10° -90°
850kw 高压油管 DN25 1350*125
850kw 自耦变压器
850kw 自藕变压器
850kw 电抗
850kw 变压器
850kw 滑环
850kw 透明软管 HY-QTM439
850kw 直通接头 HY-QTM425
850kw 直通接头 HY-QTM424
850kw 高压针型阀
850kw 硬管7
850kw 硬管6
850kw 硬管5
850kw 硬管4
850kw 硬管3
850kw 软管总成13
850kw 软管总成8
850kw 软管总成9
850kw 软管总成10
850kw 软管总成11
850kw 球阀HY-QTM426
850kw 软管总成9 HY-QTM405
850kw 软管总成8 HY-QTM437
850kw 软管总成7 HY-QTM436
850kw 变桨油缸油管
850kw 软管总成5 HY-QTM434
850kw 刹车盘到液压站油管
850kw G/C口硬管总成 HY-QTM.413
850kw 齿轮箱过滤总成
850kw 机舱吊车
850kw 风机吊车
850kw 齿轮箱通风电机 0.75KW
850kw 主泵电机1.5KW
850kw 液压站电机4.0KW
850kw 偏航电机
850kw 发电机通风电机
850kw 辅助泵电机
850kw 碳刷
850kw 歌美飒相间碳刷 RC53 20*40*42
850kw 地面控制柜顶部通风风扇
850kw 变频风扇 W2E200-HK38-01
850kw 变频风扇 4656N
850kw 液压站泵头主管
850kw 歌美飒高压油管
850kw 齿轮箱滤芯
850kw 齿轮箱滤芯
850kw 液压站油滤
850kw 辅助泵滤芯（HC35）
850kw 辅助泵滤芯
850kw VESTAS空气过滤总成 发电机滤芯
850kw 司服控制
850kw 液压阀
850kw 过压信号阀
850kw 过压信号阀
850kw 过压信号阀1051
850kw 液压站压力变送器
850kw 液压站压力传感器
850kw 电磁阀
850kw 节流阀
850kw 安全阀RV3
850kw 温度传感器
850kw 传感器
850kw PT100传感器
850kw 齿轮箱油温度传感器
850kw 轴承传感器
850kw 轴承传感器
850kw 齿轮箱温度传感器
850kw 温度调节阀
850kw 碳刷支架
850kw 电刷支杆
850kw 碳刷支杆
850kw 支架
850kw 油脂取回盘
850kw 换油盒
850kw 环形连接件
850kw 回流阀.RKVE-06
850kw 溢流阀PRV1-10-S-0-6/
850kw 回流阀PRV1-10-S-0-6/
850kw 偏行齿轮帽
850kw 流量控制阀
850kw 溢流阀PU1708
850kw 温流阀PU1708
850kw 回流阀CV3
850kw 回流阀DPS2-10-T-F-0-40
850kw 安全阀 RV10
850kw 保护阀
850kw 氮缸
850kw 喷油嘴
850kw 比例阀
850kw 远程通讯光钎
850kw 远程通讯光钎
850kw 感应传感器胶片
850kw
850kw 连接板2
850kw 连接板4
850kw 塑料卡片
850kw 叶片环
850kw 叶根防尘护罩卡登柔性连接)
850kw 吊车链盒
850kw 油盒
850kw 偏航卡钳
850kw 三角法兰P410005
850kw 八字环连接杆
850kw 推力轴承
850kw 制动环
850kw 螺栓套
850kw 汉森齿轮泵
850kw GAMESA机组液压站齿轮泵
850kw 液压站连接管
850kw 导向杆
850kw 锁定杆P410002
850kw 导向杆
850kw TEFLON滑套P410607
850kw 导向杆端盖
850kw 滑套挡圈
850kw 变桨滑套
850kw 变桨滑套保护钢桶
850kw 刹车锁
850kw 星形架
850kw 变桨连接螺栓
850kw 变桨滑套前支撑
850kw 三角法兰连接杆
850kw 套筒挡块
850kw 横架塞P410608
850kw TEFLON滑套P410607
850kw 自润滑衬套轴承
850kw 阀岛
850kw 变桨滑套弹簧卡圈
850kw 卡簧
850kw 弯头
850kw 连接器(内口)
850kw 堵头
850kw 球阀总成
850kw 液压站连接管
850kw 油管头
850kw 液压站连接管
850kw 147IDUIOEP-2M
850kw 堵头
850kw 弯头
850kw 弯头
850kw 液压站连接管
850kw 弯头
850kw 三通
850kw 散热器
850kw 发电机后轴承FAG 6326M/C3/J20A
850kw 发电机前轴承SKF 6326M/C3
850kw 齿轮箱主泵电机轴承 6205
850kw 进口轴承NSK（6205ZZCM）
850kw 进口轴承NSK（6206ZZCM）
850kw 进口轴承NSK（608ZZCM）
850kw 进口轴承NSK（6203DDU）
850kw 进口轴承NSK（6306ZZCM）
850kw 油封（16*28*7）
850kw 轴承NSK.508BZ
850kw 油管（液压站变桨油缸短）
850kw 油管（液压站变桨油缸厂）
850kw 变桨油缸油管
850kw 偏航刹车片（主动）
850kw 偏航刹车片（被动）
850kw 偏航刹车片
850kw 偏航刹车片
850kw 带传感器的刹车片
850kw 刹车片
850kw 叶轮锁连接螺母
850kw 右机械锁臂
850kw 叶轮锁销
850kw 机械锁臂
850kw 叶轮锁
850kw 特弗龙板（普通）
850kw 特弗龙块
850kw 塑料卡
850kw 油嘴
850kw 油嘴帽
850kw 狗牙套头
850kw 8mm螺丝批
850kw 8mm内六角扳手
850kw 6mm开口板子
850kw 7mm开口板子
850kw 10mm开口板子
850kw 11mm开口板子
850kw 18mm开口板子
850kw 50mm开口板子
850kw 46mm开口板子
850kw 32mm开口板子
850kw 19mm开口板子
850kw 16mm开口板子
850kw 13mm开口板子
850kw 17mm开口板子
850kw 偏航减速器（圆头）P432051
850kw 偏航齿条 C432032 G5X
850kw 变桨油缸换活塞（维修后入库）
850kw HIDRAULIC CYLINDER液压系统
850kw TRASMITAL-BREVINI YAW GEAR RIGHT圆头偏航减速器P432051
850kw 刹车盘
850kw GAMESA机组偏航齿条
850kw 现场备件箱
850kw 修复变桨油缸 GLUAL
1MW 偏航限位开关 CPP-45-24SX
1MW 浪涌保护器 V131DA40
1MW 高/低速传感器 AS-U30D-LT
1MW 机舱内传感器 PT100
1MW 机舱外传感器 PT100
1MW GY传感器 DYM-370-ZY-LO.5
1MW 电容器 RG-2
1MW 防雷碳刷 J164 三星电碳
1MW L.O泵
1MW 在线过滤器
1MW 轮毂旁通阀组 MPB-06-2-10
1MW 加速度传感器 SKF-WTM-200
1MW 空气过滤器 ELF P7 F 10W 1 0
1MW 吸油过滤器（1） 010 S 075W/-B0.2
1MW 吸油过滤器（2） 0050 S 075W/-B0.2
1MW 增压油缸 BST-101
1MW 蓄能器皮囊 HYDAC
1MW 小吊机 三菱电气 110V
1MW "润滑脂
" 美孚EP1
1MW 主控制器 "MASTER CONTROLLER
MRC2-BOX(M)/P "
1MW UPS不间断电源 日本三菱 FW-V10-1.0K
1MW 偏航刹车器 "antec HE-2-90/40
210bar 199.0N"
1MW 高速轴刹车片 -
1MW 偏航电机 "1LGO113-6AA611-Z
siemens"
1MW 电机控制交流接触器 施耐德
1MW 电机控制交流热继电器 施耐德
1MW 变浆电磁阀（190.1/2） SV-105-A/B
1MW 电磁阀（200.1/2） SV-102-A/B
1MW 单向阀（280.1/2） SV-103/4
1MW 电磁球阀（290） SV-106
1MW 增压油缸 BST-101
1MW 增压油缸 HI.1107B
1MW 蓄能器皮囊 HYDAC
1MW "润滑脂
" 美孚EP1
1MW 润滑油 美孚320
1MW 润滑油 美孚32
750kw 16点开出模块 6ES7\322-1HH01-0AA0
750kw 32点开入模块 6ES7\321-1BL00-0AA0
750kw 8点模入 6ES7\331-1KF00-0AB0
750kw B级避雷器 FLT\PLUS\CTRL-2.5/I
750kw CPU 6ES7\315-2AG10-0AB0
750kw C级避雷器 VAL-MS\500ST
750kw C级避雷器 VAL-MS\230
750kw IM153-1接口模块 6ES7(153-1AA03-0XB0)
750kw KTR-膜片 RADEX－N.115
750kw MMC存储卡 128K\6ES79538LG100A0
750kw PLC电源 6ES7(307-1EA00-0AA0)
750kw RC保护单元
750kw 比例流量控制阀 PWKD08120-01X-G24-Z4(320)
750kw 标准电阻板 GW03
750kw 操作面板 6AV65420BB152AX0
750kw 齿轮泵电动机 M2QA112M6B\B35 4KWS2\400\690V\50HZ
750kw 齿轮箱温度传感器 油温
750kw 齿轮箱温度传感器 轴温
750kw 齿轮油泵联轴器
750kw 串口电涌保护器 PT3-PB
750kw 大电机接触器 AF750-30-11(230VAC)
750kw 灯管 （机舱用）0.7M长
750kw 灯泡 （塔筒用）60W-100W
750kw 电磁阀 WSEDO8130-04X-G24-Z4(190.1\190.2)
750kw 电磁阀 WSEDO8130-04X-G24-Z4-N(290)
750kw 电磁阀 WSM06020Z-01M-C-N-24DG(230)
750kw 电磁阀 WSM06020W-01M-C-N-24DG(310)
750kw 电磁阀 WSM06020Y-01M-C-N-24DG(350)
750kw 电机 1.1KW400V/690V,50/60Hz1.6A
750kw 电缆 2-4芯
750kw 电量变送器 PM810MG
750kw 电流互感器 LMZJ-0.66\1000/1\0.5级
750kw 电容器 MKK690-D-25-11
750kw 电源保护板 电容4700u\50V压敏电阻75V
750kw 断路器 MS116-6.3(4.0-6.3A)
750kw 断路器 MS116-4(2.5-4.0A)
750kw 断路器 MS116-2.5(1.6-2.5A)
750kw 断路器 MS116-0.16(0.1-0.16A)
750kw 发电机防雷碳刷
750kw 发电机轴承温度传感器 Pt100(0.5M)
750kw 防爆膜 122-134bar(360)
750kw 防雷元件 PT2-PE\S-230AC
750kw 风速仪
750kw 风向标
750kw 复位按钮 XB2BA31C(ZB2BZ101C+ZB2BA3C)+ZB2-BZ32
750kw 高速闸胶管 JF750.40.104
750kw 高速闸胶管 JF750.40.105
750kw 光电模块转化器 JMW8828S
750kw 环境温度传感器 Pt100(8M)
750kw 急停按钮 XB2BS542+ZB2BE102C+ZB2-BY9330
750kw 计数模块 6ES7\350-2AH00-0AE0
750kw 继电器 MK3P5-I(24VDC)
750kw 继电器 MK3P5-I(230VAC)
750kw 加热器 Heater\SK3102.000\230V\300W
750kw 加热器 SK3116.000\110-240V\50W
750kw 接触器 A9-30-10(230VAC)
750kw 可控硅 TT430\22\E
750kw 变压器 230V/20VAC(350VA)
750kw 力矩倍增器安全销轴
750kw 螺旋式千斤顶 FBY10-11
750kw 旁路接触器 AF750-30-11(230VAC)
750kw 偏航电机 3WAF101L6\P=1.5KW
750kw 偏航电机整流块 R57E4U
750kw 偏航减速器 PH750
750kw 偏航胶管 JF750.40.103
750kw 偏航刹车闸块 DADH75JF-06I
750kw 偏航闸放气帽排气接头
750kw 偏航制动器 DADH80JF
750kw 热继电器 TA25\DU3.1(2.2-3.2A)
750kw 熔断体 NH00gL\gG\125A\690V
750kw 熔断体 NH00gL\gG(16A\690V)
750kw 软并网控制器 GW04
750kw 润滑油管接头密封圈 Φ20-36
750kw 碳刷卡簧
750kw 通讯模块 6ES7\340-1CH00-0AE0
750kw 铜碳刷固定架 配J164\25×32×60
750kw 微型断路器 S252S-C25
750kw 微型断路器 S252S-C10
750kw 微型断路器 S251S-C10
750kw 微型断路器 S252S-D06
750kw 微型断路器 S252S-D10
750kw 微型断路器 S251S-C04
750kw 温度调节器 SK3110.000(+5℃～+55℃)
750kw 温度控制阀 TB45
750kw 线鼻子
750kw 蓄能器260 SB0210-0\75E1\112A9-210AK(130\260)
750kw 蓄能器130 130SB0210-0\75E1\112A9-210AK
750kw 旋转接头 Deublin\250
750kw 选择开关 XB2BD21C(ZB2BZ101C+ZB2BD2C)+ZB2-BZ32（2位）
750kw 选择开关 ZB2BZ105C+ZB2BD7C+ZB2-BZ32（3位）
750kw 压差发讯器 VM3D.0/-L24
750kw 压力表计 Manometer HN60-01-A 63\250\G1\4B(250)
750kw 压力表计 (95)VR\2\E.0
750kw 压力测试表
750kw 压力继电器 EDS3346-3-0010-000-F1-ZBE06
750kw 压力开关 (240\110)HAD4745-A-250-000
750kw 叶尖部弹簧 HT23.5-120-02
750kw 叶尖钢丝绳 ht23.5－130
750kw 叶尖胶管1 JF750.40.101
750kw 叶尖胶管2 JF750.40.102
750kw 叶尖油分配器 JF750.40.101
750kw 叶尖油缸 HT23.5-400
750kw 叶尖油缸密封圈 60×5
750kw 液压油泵 3.1l\min\185bar
750kw 溢流阀 (160)DB4E-01X-200V
750kw 溢流阀 (140.2\140.2)DB4E-062-CE0034.ENISO4126.4L.5.1
750kw 溢流阀 (220)DB4E-01X-100V
750kw 油枪
750kw 油位计 FSK-127-2.5\0\-\12(齿轮箱和液压)
750kw 油位开关 (30)FSK-127-2.4\0\-\12
750kw 闸磨损开关 SIME448.230.83.169.407
750kw 振动保护模块 orbivibl
750kw 振动保护仪传感器 Iec-orbivib-24vdc
750kw 整流桥 600V\35A
750kw 主空开 S7S-1250
750kw 主油泵 KF-5-CKR2
750kw 注油嘴 M10*1
750kw 转速传感器 E2EG-X10MB1-M1
750kw 16芯控制电缆 75米/
750kw 32芯控制电缆 75米/
750kw 20针前连接器（西门子） 6ES7392-1AJ00-0AA1
750kw 40针前连接器（西门子） 6ES7392-1AM00-0AA0
750kw 750/50机组操作面板 （西门子）|6AV6542-0BB15-2AX0
750kw 750机组纽揽开关
750kw 7芯控制电缆 75米/
750kw DP总线 75米/
750kw KTR-中间体（联轴器） RADEX-N 115
750kw 安全继电器 PSR-SCP-24UC/ESAM4/8X1/1X2
750kw 齿轮箱
750kw 齿轮油泵 3.1L/min, 185 bar
750kw 弹性支承 永济
750kw 刀熔开关 160A
750kw 电容接触器 LC1-DMK11 P7C(带RC单元)
750kw 电源（PS307) 6ES7 307-1EA00-0AA0
750kw 发电机
750kw 发电机前\后轴轴承 6324 Z1 C3(FAG\SKF)
750kw 发电机通风罩
750kw 防掉电型单模光纤节点机 JMW8828
750kw 防掉电型单模光纤节点机 JMW8828
750kw 高速刹车盘
750kw 高速制动器
750kw 高速制动器闸片 SHS5W
750kw 继电器座 PF113A
750kw 接触器辅助触点（ABB） HKF1-11
750kw 可控硅控制电缆（右） F/ TT430A G1-2
750kw 可控硅控制电缆（左） F/ TT430A G1-2
750kw 偏航油管13 |65mm-200mm-80mm
750kw 偏航油管14 |65mm-200mm-80mm
750kw 偏航油管15 |220mm
750kw 偏航油管16 |60mm -100mm-130mm-820mm
750kw 偏航油管17 |90mm -230mm-960mm
750kw 熔断器 NH00 gL/gG 63A 690V
750kw 润滑泵组（hydac） MPG-KF50-RF2
750kw 润滑胶管Ⅰ(散热器至齿轮箱) ISN32-21401-32409-11221-32329-1350/180
750kw 润滑胶管Ⅱ(过滤器至散热器) ISN32-11221-32329-11401-32329-1640/270
750kw 润滑胶管Ⅲ(过滤器至齿轮箱) ISN32-11401-32329-21401-3240-1420
750kw 润滑胶管Ⅳ(泵至过滤器) ISN32-21401-32409-1800/135
750kw 散热器 OK-EL8S/2.0/M690/50/1
750kw 散热器导风管
750kw 散热器电机
750kw 提升机 金风S50/750
750kw 微型断路器 S252S-C16 16A/2P
750kw 吸油管总成 ISN50-21401-5040-11401-50-560
750kw 选择开关（3位） XB2-BD33C（ZB2BZ103C+ZB2BD3C）
750kw 压敏电阻 S20K250
750kw 液压滤芯（395） 0060D010BH3HC
750kw 液压滤芯（90） 0080MT020BN
750kw 液压站电动机 M2QA90S4/B5/1.1KW/690V/50HZ
750kw 溢流管总成 ISN32-11401-32329-21401-3240-710
750kw 振动开关/vibroswitch WLNJ-S2
750kw 主过滤器滤芯 0060D010BN3HC/-V-B4-KE50
750kw 转速传感器（接近开关） E2EG-X10MB1
750kw 连接销
750kw 开口销
750kw 双耳连接组件
750kw 合闸电磁铁
750kw 分闸电磁铁
750kw 电容 MKK690-D-25-11
750kw 690V电容接触器 UA50-30-00RA 690V
750kw 刀熔开关 NH00-160A
750kw 熔断器 XLP000-6CC熔芯 690V 63A
750kw 浪涌保护器 LA4 DA 2U 110-240
750kw 690V电容接触器 LC1-DPX12 M7C 220VAC线圈
750kw 润滑冷却系统-风冷却器 OK－EL8S/2.0/M690/50/1
750kw 风扇及过滤器 SK3324.107
750kw 叶片盖板
750kw 轮毂盖板
750kw 密封件
750kw 电容器 MKK690-25-11B25668-A6167-A375
750kw 偏航刹车闸块 US2.5
750kw 高速闸刹车片 SHD5ef3-1
750kw 电容接触器 LC1-CMK11P7C
750kw 电量变送器 PM810MG
750kw 通讯模块 6ES7 340-1CH02-OABO
750kw 24V/5A电源模块 PS3076ES7307-1EA00-OAAO
750kw 24V/10A电源模块 6EP1334-3BA00
750kw 计数模块 6ES7-350-2AH00-OAE2
750kw IM153-1接口模块 6ES7-153-1AA03-OXBO
750kw CPU 6ES7-315-2AG10-OABO
750kw 8点模块 6ES7-331-1KF00-OABO
750kw 16点开人模块 6ES7-322-1HH01-OAAO
750kw 32点开人模块 6ES7-321-1BL00-OAAO
750kw UPS
750kw 软并网控制器 GW04
750kw MMC存储卡128k(预装程序） 6ES7-9538-LG10-OOAO
750kw 电源保护板 电容：4700u/50v压敏电阻：75v
750kw 整流桥 600V/35A
750kw 操作面板（预装程序） 6AV65420BB152AXO
750kw 光电模块后部卡板
750kw HDP晶闸管触发线
750kw 压力开关（240、110） HAD 4745 -A-250-000
750kw 压力继电器 EDS3346-3-0010-000-F1-ZBF06
750kw 压力表（120） ManometerHN60-01-E63/250/G1/4B
750kw 压力表（250） ManometerHN60-01-E63/250/G1/4B
750kw 压力表(95) VR2E.0
750kw 压差发讯器
750kw 电机 1.1KW 400V/690V 50/60HZ
750kw 主过滤器滤芯 1300R010BN3HC/V-B4-KE50
750kw 控制变压器 690V/230VAVC 5000VA
750kw 变压器 230V/20VAC 350VA
750kw 旋转接头 DEUBLIN250DEUBLIN250-685-445
750kw 加热器 SK3116 000 110-240V 50W
750kw 加热器（带风扇） HeaterSH3102 000 230V 300W
750kw 叶尖油分配器 JF750.40.101
750kw 主油泵 KF 1/45
750kw 熔断体 NH00G1/Gg690v 16A
750kw 熔断体 NH00G1/Gg690v 63A
750kw 熔断体 NH00G1/Gg690v 125A
750kw 风速仪 4.3518.00.000
750kw 风向标 4.3129.00.140
750kw 接触器 A9-30-10 230VAC
750kw ABB直流空开 S262UC-C6+S2-H11
750kw ABB直流空开 S262UC-C6
750kw ABB直流空开 S263-C1
750kw 直流空开 C32H-DCC16
750kw 直流空开 C32H-DCC10
750kw 比例流量控制阀（320） PWKD08120-01X-G24-Z4
750kw 环境温度传感器 PT100
750kw 发电机轴承温度传感器 PT100
750kw 温度控制阀 TB45
750kw 油位开关（30） FSK-127-2.4/0/12
750kw 液压滤芯（395） 0060D010BH4HC
750kw 电动机保护断路器 MS116-2.5 1.6-2.5A
750kw 电动机保护断路器 MS116.6.3 4.0-6.3A
750kw 微型断路器 S251S-C10
750kw 微型断路器 S252S-C10
750kw 微型断路器 S251S-C4
750kw 微型断路器 S252S-C25
750kw 微型断路器 S252S-C16
750kw 微型断路器 S252S-D10
750kw 断路器 MS116-0.06 0.1-0.16A
750kw 塑壳断路器 300A
750kw 塑壳断路器 250A
750kw 电磁阀（310） WSM06020W-01M-C-N-24DG
750kw 电磁阀（190.1、190.2） WSED08130-04X-G24-Z4
750kw 电磁阀（350） WAM0620Y-01M-C-N-24DG
750kw 电磁阀（320） WSM0620Z-01M-C-N-24DG
750kw 电磁阀（290） WSED08130-04X-G24-Z4-N
750kw 温度调节器 SK3110.000+5℃-55℃
750kw C级避雷器 VAL-MS230
750kw C级避雷器 VAL-MS500 ST
750kw B级避雷器 FLT PLUSCTRL-2.5/I
750kw 防雷元件 PT2-PE/S-230AC
750kw 安全继电器 PSR-SCP-24UC/ESAM4/8X1/1*2
750kw 润滑油密封圈 20-36
750kw 选择开关（3位） XB2BD33C(ZB2BZ103C+ZB2BD3C)ZB2BZ32
750kw 选择开关（2位） XB2BD21C(ZB2BZ101C+ZB2BD2C)ZB2BZ32
750kw 复位按钮 XB2BA31C(ZB2BZ101C+ZB2BD2C)ZB2BZ32
750kw 急停按钮 XB2BS542+(ZB2BE102C+ZB2-BY9330
750kw 溢流阀（220） DB4E-01X-100V
750kw 溢流阀（160） DB4E-01X-200V
750kw 溢流阀（140.2 ） DB4E-062-CE0034.ENIS04126.4L.5.180
750kw 继电器 MK3P5-I230VAC
750kw 继电器 TA25DU3.1 2.2 -3.2A
750kw 柱芯式CT 250A/50.5级
750kw 柱芯式CT 300A/50.5级
750kw 电流互感器 LMK3-0.661000/10.5
750kw 叶尖胶管2 JF750.40.102
750kw 叶尖胶管1 JF750.40.101
750kw 叶尖胶管 R100-9.5(06)
750kw 高速闸胶管1 JF750.40.104
750kw 高速闸胶管2 JF750.40.105
750kw 偏航胶管 JF750.40.103
750kw 大电机接触器 AF750-30-11 230VAC
750kw 可控硅 TT430/22E
750kw 叶尖钢丝绳 HT23.5-130
750kw 叶尖油缸（含油管） HT23.5-400
750kw 主空开 S7S-1250
750kw 尾纤接头
750kw 尾纤连接法兰 FC-FC
750kw 尾纤 NXLINK/FC-FC/3M
750kw 通讯电缆 DB15-D89/1.5m
750kw 通讯电缆 DB89-2DB9/8M
750kw 碳刷 J164
750kw 液压滤芯(90) 0080MG020BN
750kw 网络线
750kw 光纤护套
750kw 光纤对接管
750kw 光纤对接头
750kw 光纤终端盒
750kw 特种光纤终端盒
750kw 尾纤
750kw 有载开关专用吊具
750kw 偏航电机 INCL RECTIFIER
750kw 继电器 MK3P5-I24VDC
750kw 转速传感器 E2EG-X10MB1-M1
750kw 叶片定位螺栓
750kw 叶尖无缝钢管
750kw 防爆膜 JKLYJ 1*35
750kw 光纤接点机 GW-OFC-1
750kw 塑壳断路器 400A
750kw 滤芯 0660R020BN4HC
750kw 滤芯 0.1NR1000.32227.10VC.25G.25B
750kw RC单元 LA4 DA2U AC220
750kw 防雷碳刷卡簧
750kw 四通管接头 XC-22
750kw 双联直接头 1CH-18-14
750kw 四通管接头 XC-18
750kw 直通变径接头 1CG-18-06
750kw 螺纹卡套接头 2GC-08-22
750kw 堵头 M16*1.5*15
750kw 偏航油管 一组17种
750kw 联轴器减速机端轴套
750kw 防爆膜 JKLYJ1*35
1.5MW 接触器 32227 10vc25G 25DIL 3M80 200V DC
1.5MW WP3050控制面板
1.5MW 风速仪 Anemometer 4.3518.03.000
1.5MW 接触器 DIL OOM 230V
1.5MW 接触器 DIL OOM 200V DC
1.5MW 继电器 EMC 22-RBL/KSR-G24/TRN35
1.5MW SEG变频器UPS SMART-UPS USV 750VA Typ SUA750
1.5MW 发电机轴承温度传感器 EINSTECK -THERMOME TER WN 425N
1.5MW 电源变压器(4T1) PSR 230/24v-1.3A
1.5MW 接地碳刷 RE54M6 12.5*25*64mm
1.5MW 发电机转速编码器 HOG9DN 2048 I
1.5MW 浪涌接触器T440 900675
1.5MW 浪涌接触器T275 900670
1.5MW SEG电池充电器 BL 1840024
1.5MW 过压保护 PT2-PE/S 230V
1.5MW 辅助保险 360030.0000EL EGARD HALTER
1.5MW B值传感器 GM400 Z11-457586
1.5MW 电源模块(10.5) ABL8RP S24050
1.5MW winergy发电机中性点碳刷 MA1147 8*20*50
1.5MW 保险 SIBA 25A 690V
1.5MW 保险 SIBA 50A 690V
1.5MW 保险 SIBA 63A 690V
1.5MW Winergy 发电机编码器 HOD 9 DN2048 I
1.5MW 电容接触器 LC1-DPK12 M7C
1.5MW 碳刷 40*20*100
1.5MW 滤芯 N5DM005/V-OVP
1.5MW 联轴器 XLD2-24/28
1.5MW 联轴器 XLD4-42/22
1.5MW WP2035超速模块 WP2035RBVOLUTION
1.5MW 风向标
1.5MW 编码器 HOG 9 DN 2048 I1 6H7直轴
1.5MW 编码器 HOG 9 DN 2048 I17MM锥轴
1.5MW 变浆电机
1.5MW 电池柜 C-6
1.5MW 松下电池 LC-RA127R2ST
1MW 回油过滤器滤芯 MR2503A06A
1MW 偏航增压缸 CYLINDER BTS-101
1MW 骨架油封 AP1260E(22)
1MW 骨架油封 40*22*8
1MW 滤芯 OFU10P2N2B05B
1MW 4.5V碱性电池
1.5MW O型密封圈 用于刹车钳BSAB75-X-401
1.5MW UPS 附件 SEG
1.5MW 保险丝 T2A6\6×32mm
1.5MW 变桨电动机 GHTIF-0716.2625.81
1.5MW 变桨电动机测速器 KTD
1.5MW 变桨电动机制动器
1.5MW 变压器 0.075VAR-230V/24V
1.5MW 参考抑制 BFL170/2
1.5MW 测量变压器 WP3090
1.5MW 测速传感器 带插头EI1808PPOSS-1M18/8mm
1.5MW 插件式过压保护
1.5MW 齿轮箱油泵 Rickmeier\S70
1.5MW 齿轮箱油滤芯 PI0121\SM-L
1.5MW 传感器电源 SEG\CSN3
1.5MW 带风扇加热器 230V\250W
1.5MW 电池充电装置
1.5MW 电池监测
1.5MW 电池检测器 UW4504×230V
1.5MW 电流有效值测量模块 LEM
1.5MW 电容 4700μF\63VDC\螺纹接头
1.5MW 电容器 10kvar\690V\MKP3×22.3μF
1.5MW 电源 LEM模块
1.5MW 电源部件 230V/24V\5A
1.5MW 堵塞指示器 用于齿轮箱油滤\S70
1.5MW 发电机测速仪 Winergy\GeneratorIFEA
1.5MW 发电机轴承温度传感器 Winergy\Generator
1.5MW 发电机主碳刷 100mm\Winergy\generator
1.5MW 风速仪
1.5MW 附件 SEG\A3
1.5MW 附件 SEG\A4
1.5MW 光源灯泡 1H1
1.5MW 过压保护 COMTRAB\CT10-18FS+F\PE-24
1.5MW 过压保护 PT2-PE\S\230V\AC-ST
1.5MW 过压保护 FM
1.5MW 过压保护基本部件
1.5MW 过压保护之 N→PE
1.5MW 过压保护之L1→N 基本部件
1.5MW 过压保护之L1→N 接触器
1.5MW 过载继电器 18-24A
1.5MW 缓冲电阻 RV5\250
1.5MW 缓冲器 带LED
1.5MW 缓冲器 带LED
1.5MW 活塞 用于刹车钳BSAB75-S-401
1.5MW 激励器 用于光缆
1.5MW 集电器 EMG22-REL/KSR-G24/TRN35
1.5MW 继电器 IP\230VAC\10A
1.5MW 继电器 IP\24VAC\10A
1.5MW 继电器 AC230V
1.5MW 继电器 轴箱1带“刹车释放”助力器
1.5MW 继电器插座
1.5MW 继电器插座
1.5MW 继电器加热控制柜 (线圈AC230V)
1.5MW 继电器主接触器线圈 DC24V
1.5MW 继电器装置
1.5MW 夹具
1.5MW 夹具
1.5MW 接触器 Spule\152-264VDC
1.5MW 接触器
1.5MW 接触器充电电池
1.5MW 接触器制动电池线圈 DC200V\TAL9-30-10
1.5MW 绝对值编码器 10-30V\5%RW
1.5MW 绝对值编码器
1.5MW 绝对值传感器 AG626\Stegmann
1.5MW 绝对值传感器 GM405\Z03
1.5MW 开关单元 LA8-DN11\Telemec
1.5MW 控制器 SEG\A3
1.5MW 控制器 SEG\A4
1.5MW 滤波器 用于单相系统
1.5MW 密封垫 Winergy\PEAB\4390\S70/S77
1.5MW 密封垫 Eickh\CPNHZ-197\S70/S77
1.5MW 密封圈 用于刹车钳BSAB75-S-401
1.5MW 密封圈 用于刹车钳BSFI300MS
1.5MW 密封圈 85×115×9
1.5MW 密封圈 D001740\Pitchant
1.5MW 密封圈 D001754\Pitchant
1.5MW 密封圈 D001746\Pitchant
1.5MW 耦合器 Rotex
1.5MW 耦合旋转编码器的附件 Winergy\Generator
1.5MW 偏航电机 4\polo\S70
1.5MW 屏蔽单元 RC\B\DIL\250
1.5MW 屏蔽单元 LA4-DA2U
1.5MW 桥式放大器 10A\FAGOR
1.5MW 驱动器 用于半导体闸流管控制板
1.5MW 软管 PUR259\17N\Φ6×8mm
1.5MW 刹车片 490-0402-803
1.5MW 刹车片 D3731\490\2853-801
1.5MW 刹车钳 BSAB75-S-401
1.5MW 四象限直流调速控制器
1.5MW 碳刷 A20 中性点碳刷Carbon Brush K14Z3 01674
1.5MW 通用滤波器 用于SEG变频器\SIFI\E
1.5MW 温度传感继电器
1.5MW 温度开关
1.5MW 限位开关线圈 24V\DC\继电器92°
1.5MW 消除器
1.5MW 蓄能器 HY\AD\2\8\ECO
1.5MW 压力传感器 HAWE
1.5MW 液压软管 GH793-6DN10×860
1.5MW 液压软管 GH793-6DN10×500
1.5MW 液压软管 GH793-6DN10×250
1.5MW 液压软管 GH793-6DN10×480
1.5MW 液压软管 GH793-4DN6×480
1.5MW 液压软管 GH793-4DN6×380
1.5MW 液压站加油嘴 带滤芯
1.5MW 油位探测分析
1.5MW 整流桥
1.5MW 正温系数电阻器
1.5MW 指示器 （磨损传感器）490-2005-803
1.5MW 轴瓦 UB98\004\45\S70\S77
1.5MW 发电机主碳刷 MG1157
1.5MW 防雷碳刷 MA1147
1.5MW 变浆电池（蓄电池） 12V7AH
1.5MW 齿轮箱 卓仑二代
1.5MW 联轴器用缩紧螺栓 conical bolting C06-0295-285-000 6个/套
1.5MW 制动盘 brake disk S70/S77
1.5MW WP3100主控制器 S70/S77 P03511
1.5MW 风向标 windvane S70
1.5MW K44时间继电器 继电器K44 time rel
1.5MW K22接触器 连接器开关（K22）
1.5MW 辅助保险 NEN elegard 690V
1.5MW 容断器 hrc-ruse size 1 63A gG/gl690V/AC
1.5MW 齿轮箱用制动钳 btake callper BSFI 332-MS30S-300 S
1.5MW 滤芯 1300r010bw3hc ke-50
1.5MW 风机润滑油滤芯
1.5MW 制动线圈
1.5MW 变频控制器电源模块 ALPHACA400230VAC
1.5MW 风向标 RETA2011
1.5MW 发电机弹性支承
1.5MW 活动脚钉 XWEE10ML
1.5MW 油脂收集器/集油瓶 直径48*77
1.5MW Q10主断路器/制动断路器/主开关 KP-32272主断路器Q10 CIRCUIT BREAKER
1.5MW 变频器风扇 COOLE-CROSS-FLOW FAN WITH COVER-IP
1.5MW 400A保险 P25 PUSE-SEMICONDUCTOR PUSE 690V
1.5MW WP3050 LE61509(四孔）雷奥
1.5MW B编码器支架 东汽风机
1.5MW 变桨B编码器 保盟
1.5MW 变桨电池 LC-WTP127R2
1.5MW 胶管总成 2-24CACF-1250
1.5MW 胶管总成 2-24CACF-1800
1.5MW 交流接触器 W13A0052A
1.5MW 辅助保险 W16C0031A
1.5MW 东汽中性点碳刷 RE54M6 12.5*25*64
1.5MW 齿轮箱用振动模块 LE2181-8M
1.5MW 变桨电池充电器 REE216-1.1AP
1.5MW 4T1电源模块主板
1.5MW 工业修补剂 P215
1.5MW 变频器模拟接口2板
1.5MW 变频器模拟接口3板
1.5MW 500A保险 029.365313 500A/6 90V 170M4264
1.5MW 交流接触器（含阻容吸收及辅助接触器） CL07A300M
1.5MW CPU电源模块
1.5MW CPU模块
1.5MW CPU通讯模块
1.5MW 9400模块
1.5MW 电池组支座 恩德风机用
1.5MW 螺旋胶管 600mm
1.5MW 螺旋胶管 800mm
1.5MW 空心管 Ф8.5-Ф10*44
1.5MW 双头螺栓 调质
1.5MW 通讯滑环 1.5MW-DF-31R（东汽）
1.5MW 风向标 00.14565.20030（恩德，艾风）
1.5MW 25A保险 SIBA NHL gl/gG 25A 120kA（恩德）
1.5MW CMW显示器 display and control panel CMW1-1-2 （恩德）
1.5MW 熔断器 KP-27552B熔断器 hrc-fuse size 1 63A gG/gl （恩德）
1.5MW 熔断器（辅助保险） KP-13888撞针式EFEN elegard690V>9V （恩德）
1.5MW 保险 NH-fuse size 1, 50A （恩德）
1.5MW 160A保险 JEAN MULLER 160A-gl/gG
1.5MW 500A保险 Buussmann170M4264 500A 690V IR700-200kA 1kn/110
1.5MW 通讯模块(含CPU模块） CX1010-N031和CX1010-0012
1.5MW 断路器 E013Q2 GPS1BSAF1-1.6A
1.5MW 模拟通道软启动刀熔开关 JEAN MULLER 10A-gl/gG 690V
1.5MW 励磁接触器 GSC2-400F
1.5MW 加脂机小齿轮 626-29938-2
1.5MW A值传感器信号线 Encoder cable=5.3meter
1.5MW 变压器 T22 230V-24V
1.5MW 时间继电器 K44
1.5MW 蓄电池 2V2000AH
1.5MW 振动模块（齿轮箱用） WP4084（恩德用）
1.5MW 4通道输出模块 EL4034
1.5MW 2通道输入模块 EL3112
1.5MW 输出模块 EL2008
1.5MW 4通道输入模块 EL3204
1.5MW SSI模块 EL5001
1.5MW 输入模块 EL1008
1.5MW 润滑油 Kluberplex BEM 41-141
1.5MW 工具包 13‘’
1.5MW 6袋式组合工具腰包
1.5MW 工作腰带
1.5MW 工具背包 6PCS
1.5MW A系列十字型螺丝批 #0*200mm
1.5MW A系列一字型螺丝批 3.2mm*200mm
1.5MW 8件套全抛光两用快扳组套
1.5MW 公制全抛光双开口扳手 11mm*13mm
1.5MW 公制全抛光双开口扳手 14mm*17mm
1.5MW 重型管子钳
1.5MW 标准型风动套筒
1.5MW 克鲁勃润滑脂 Kluberplex BEM41-141 5kG/桶
1.5MW 吹风机 GBL800E
1.5MW 美孚SHC XMF320 208L
2.5MW C-101b OE01-6A20-15SCW-D0(D89B)带接头
2.5MW CABLE CLEAT D
2.5MW CABLE CLEAT A
2.5MW CABLE CLEAT B
2.5MW CABLE CLEAT C
2.5MW FSI数据采集模块
2.5MW G-1T 35KV
2.5MW G-2T 35KV
2.5MW G-3T 35KV
2.5MW GICABLE 4C
2.5MW I-CU1-1 30C-1.5sq
2.5MW I-CU1-2 300/500V
2.5MW I-CU2 300/500V;10C-2.5sq
2.5MW 传感器支架
2.5MW 单向阀 G 1 1/4 G 1 1/4(F) 转 G 1 1/4(F)
2.5MW 挡板
2.5MW 导向棒 SCM435QT
2.5MW 导油管组装
2.5MW 电流互感器
2.5MW 電動吊机
2.5MW 電動吊机
2.5MW 发电机
2.5MW 发电机
2.5MW 发电机用架台焊接
2.5MW 法兰
2.5MW 防倾倒部件
2.5MW 防振衬套
2.5MW 防振托架 SM400B
2.5MW 防振托架 SM400B
2.5MW 分配阀块
2.5MW 分配阀块
2.5MW 分配阀块（回路）
2.5MW 风力发电机组
2.5MW 风速检测仪 2#机
2.5MW 高速轴联轴器
2.5MW 高速轴联轴器
2.5MW 过滤器
2.5MW 护圈 A S45C QT
2.5MW 护圈 A S45C QT
2.5MW 护圈 B S45C N
2.5MW 护圈 B S45C N
2.5MW 机舱后部底板
2.5MW 机舱后部底板
2.5MW 机舱旁通阀组管焊接 LF02
2.5MW 加热器电源板
2.5MW 加速度传感器 (SFK-WTM-300-3.8)
2.5MW 加速度传感器 (SFK-WTM-200-3.8)
2.5MW 夹块
2.5MW 间隔棒焊接
2.5MW 接油盘
2.5MW 接油盘
2.5MW 精细过滤
2.5MW 精细过滤
2.5MW 圧力开关
2.5MW 圧力开关
2.5MW 框架焊接
2.5MW 耐候性机舱罩、新型工艺制造导流罩 2.5MW
2.5MW 旁通阀块 LF01
2.5MW 偏航模块发送架套
2.5MW 偏航驱动装置
2.5MW 偏航驱动装置
2.5MW 偏航刹车
2.5MW 偏航刹车盘 SM400B
2.5MW 偏航刹车盘 SM400B
2.5MW 偏航旋回座板 SS400
2.5MW 偏航轴承
2.5MW 偏航轴承
2.5MW 偏航轴承
2.5MW 平合页
2.5MW 平面衬套
2.5MW 热电阻
2.5MW 软管喉箍
2.5MW 剩余电流测试仪
2.5MW 輸送罩组装（后部模块）
2.5MW 水冷系统冷却器
2.5MW 水冷系统冷却器
2.5MW 水循環装置
2.5MW 水循環装置
2.5MW 锁固销支架 S45CQT
2.5MW 无油＃500球面轴承 ＃500
2.5MW 无油衬套（内部用）
2.5MW 无油衬套（外部用）
2.5MW 销 Φ100
2.5MW 蓄能器
2.5MW 蓄能器
2.5MW 蓄能器
2.5MW 旋转接头
2.5MW 旋转装置
2.5MW 压板 （轮毂罩支撑用） t=6
2.5MW 压板（机舱罩天窗用）
2.5MW 液压缸
2.5MW 液压缸
2.5MW 液压缸罩组装
2.5MW 液压站
2.5MW 乙烯胶带 2#机
2.5MW 油封
2.5MW 油封
2.5MW 油封
2.5MW 油封（主轴轴承用）
2.5MW 油封（主轴轴承用）
2.5MW 增速机
2.5MW 增速机
2.5MW 震动传感器 (SFK-WTM-300-3.8)
2.5MW 支撑
2.5MW 支撑（R/H前部脚手架用）
2.5MW 中小部件
2.5MW 轴承内圈压板 SM490B N
2.5MW 轴承内圈压板 SM490B N
2.5MW 主轴刹车
2.5MW 主轴刹车
2.5MW 主轴轴承
2.5MW 主轴轴承
2.5MW 主轴轴承L.O.装置
2.5MW 主轴轴承L.O.装置
2.5MW 2.5MW车间冲洗设备备用管件、接头
2.5MW 测试接头 EMA3/1/4ED
2.5MW 齿轮箱管件
2.5MW 单向阀 RVDN30G1 1/2(P02bar)
2.5MW 调整接头45° G1/2(M)×G1/2(F) V15LCFCFX 45° M22*1.5(M) 转 M22*1.5(M)
2.5MW 调整接头45° G1/2(M)×G1/2(F) V15LCFCFX 45° M22*1.5(M) 转 M22*1.5(M)
2.5MW 调整接头90° G1/4(M)×G1/4(F) EW08LOMDCF M14*1.5(F) 转 M14*1.5(M)
2.5MW 调整接头90° R1(M)×G1(F) EW25SOMDCF M36*2（F) 转 G 1(M)
2.5MW 过渡接头 GR2KEGCFX
2.5MW 过渡接头 RED42LOMDCF(L=170) M52*2(M)-M52*2F
2.5MW 接头 GE35LREDOMDCF
2.5MW 接头 G3/4 S45C
2.5MW 截止阀 2"
2.5MW 挠性配管 1 蓝X白 L=1600cm F421SNCACF282816-1610mm
2.5MW 挠性配管 1 蓝X红 L=1920cm F421SNCACA282816-1940mm
2.5MW 挠性配管 1 蓝X蓝 L=2170cm F421SNCACA282816-2727mm
2.5MW 挠性配管 1 蓝X绿 L=1600cm F421SNCACF282816-1610mm
2.5MW 挠性配管 1/4 红X白 L=1545cm F301SNCACA080804-1554mm
2.5MW 挠性配管 1/4 红X白/白 L=570cm F301SNCACA080804-580mm
2.5MW 挠性配管 1/4 红X白/红 L=600cm F301SNCACA080804-610mm
2.5MW 挠性配管 1/4 红X白/灰 L=900cm F301SNCACA080804-908mm
2.5MW 挠性配管 1/4 红X白/蓝 L=620cm F301SNCACA080804-630mm
2.5MW 挠性配管 1/4 红X白/绿 L=360cm F301SNCACA080804-366mm
2.5MW 挠性配管 1/4 红X红 F301SNCACA080804-495mm
2.5MW 挠性配管 1/4 红X红/白 L=470cm F301SNCACA080804-475mm
2.5MW 挠性配管 1/4 红X红/红 L=180cm F301SNCACA080804-185mm
2.5MW 挠性配管 1/4 红X红/蓝 L=1200cm F301SNCACA080804-1210mm
2.5MW 挠性配管 1/4 红X灰 F301SNCACA080804-1020mm
2.5MW 挠性配管 1/4 红X蓝 F301SNCACA080804-627mm
2.5MW 挠性配管 1/4 红X绿 L=360cm F301SNCACA080804-365mm
2.5MW 挠性配管 11/4 灰X白 L=700cm F421SNCACA353520-740mm
2.5MW 挠性软管 1/2(黄x红，L=430cm)
2.5MW 挠性软管 1 红X红/白 L=2470cm F421SNCACA282816-2480mm
2.5MW 挠性软管 1 红X红/红 L=2200cm F421SNCACA282816-2205mm
2.5MW 挠性软管 1 红X红/蓝 L=1010cm F421SNCACA282816-1020mm
2.5MW 挠性软管 1 红X红/绿 L=3640cm F421SNCACA282816-3660mm
2.5MW 挠性软管 1 蓝X白 L=1780cm F731C91C252516-1780mm
2.5MW 挠性软管 1 绿X蓝 L=1620cm F731C90C303016-1610mm
2.5MW 挠性软管 1 绿X绿 L=1620cm F731C90C303016-1610mm
2.5MW 挠性软管 1/2 蓝X蓝 L=1900cm F421SNCACA181808-2727mm
2.5MW 挠性软管 1/2 蓝X蓝/蓝 L=1150cm F421SNCACF151508-1160mm
2.5MW 挠性软管 1/2 (灰x黄，L=925cm)
2.5MW 挠性软管 1/2 (灰x灰，L=750cm)
2.5MW 挠性软管 1/4 白X白/绿 L=900cm F301SNCACE080804-900mm
2.5MW 挠性软管 1/4 绿X白 L=2380cm F301SNCACA080804-2390mm
2.5MW 挠性软管 1/4 绿X红 L=180cm F301SNCACA080804-186mm
2.5MW 挠性软管 11/2 白X白/白 L=1270cm F421SNCACE424224-1280mm
2.5MW 挠性软管 11/2 白X白/红 L=1350cm F421SNCACE424224-1360mm
2.5MW 挠性软管 11/2 白X白/蓝 L=1380cm F421SNCACE424224-1385mm
2.5MW 挠性软管 11/2 白X红/白 L=1200cm F421SNCACE424224-1195mm
2.5MW 挠性软管 11/2 白X红/红 L=1130cm F421SNCACE424224-1140mm
2.5MW 挠性软管 11/2 白X红/蓝 L=1230cm F421SNCACE424224-1270mm
2.5MW 挠性软管 11/2 白X红/绿 L=1240cm F421SNCACE424224-1290mm
2.5MW 挠性软管 11/2 红X白/白 L=730cm F421SNCACA424224-735mm
2.5MW 挠性软管 11/2 红X红 L=1760cm F421SNCACA424224-1765mm
2.5MW 挠性软管 11/2 红X蓝 L=1315cm F421SNCA19422424-1330mm
2.5MW 挠性软管 11/2(黄x黄，L=445cm)
2.5MW 挠性软管 11/4 蓝X红 L=1500cm F731C91C303020-1510mm
2.5MW 挠性软管 11/4(黄x白，L=650cm)
2.5MW 挠性软管 11/4(黄x蓝，L=1180cm)
2.5MW 挠性软管 3/4 白X白 L=3480cm F421SNCACE222212-3490mm
2.5MW 挠性软管 3/4 白X红 L=3360cm F421SNCACE222212-3370mm
2.5MW 挠性软管 3/4 白X蓝 L=1450cm F421SNCACF222212-1450mm
2.5MW 挠性软管 3/4 白X绿 L=1350cm F421SNCACE222212-1350mm
2.5MW 挠性软管 3/4 红X白/红 L=850cm F421SNCACA222212-860mm
2.5MW 挠性软管 A組立
2.5MW 挠性软管 B組立
2.5MW 挠性软管11/2 红X白 L=910cm F421SNCA19422424-910mm
2.5MW 配管用接头(45°) R11/4×G11/4（M） V35LCFX M45*2(M) 转 M45*2(M)
2.5MW 配管用接头(T接头) G1/4×G1/4×G1/4 T08LCFX M14*1.5(M) 转 M14*1.5(M)
2.5MW 配管用接头(带座) G1/4(M)×G1/4(M) GE08LREDOMDCF M14*1.5(M) 转 G 1/4(M)
2.5MW 配管用接头(带座) R1×G1(M) GER1EDCF G 1(M) 转 G 1(M)
2.5MW 球阀 KH1X G 1(F) 转 G 1(F)
2.5MW 软管 F731C91C202012-2200mm 蓝+黄
2.5MW 软管 F731C91C202012-4080mm黄+黄
2.5MW 软管 F731C91C202012-3805mm红+黄
2.5MW 软管 F372C91C161608-4340mm蓝+白
2.5MW 软管 F372C91C161608-4440mm黄+白
2.5MW 软管 F731C91C202012-3985mm黄+蓝
2.5MW 软管用接头(45°) R1/2×G1/2(M) S25C
2.5MW 软管用接头(带座) G1/2×G1/2 EGE18LREDCF M26*1.5(F) 转 G 1/2(M)
2.5MW 软管用接头(带座) G1×G1 GE30SR1EDOMDCF G 1(M) 转 M42*2(M)
2.5MW 软管用接头(带座) G11/4×G11/4 GE30SREDOMDCF M45*2(M) 转 G 1 1/4(M)
2.5MW 软管用接头(直通) R1/2×G1/2(M) S25C
2.5MW 软管用接头(直通) R1/2×G1/2(M) GR42/15LCFX M52*2(M) 转 M22*1.5(M)
2.5MW 软管用接头(直通) R1/2×G1/2(M) GR42/15LCFX M52*2(M) 转 M22*1.5(M)
2.5MW 软管用接头(直通) R11/2×G11/2(M) S25C
2.5MW 软管用接头(直通) R11/2×G11/2(M) GE42LREDOMDCF M52*2(M) 转 G 1 1/2(M)
2.5MW 软管用接头(直通) R11/4×G11/4(M) S25C
2.5MW 软管用接头(直通) R11/4×G11/4(M) S25C
2.5MW 软管用接头(直通) R2XG2 GE50SR2KEGCFX
2.5MW 软管用接头(直通) R2XG2 GE50SR2KEGCFX
2.5MW 软管用接头(直通) R3/4×G3/4(M) GE22LREDOMDCF M30*2(M) 转 G 3/4(M)
2.5MW 软管用接头(直通)R1/4×G1/4(M) GE08LR1/4KEGCFX M14*1.5(M) 转 R1/4
2.5MW 软管总成 F421SNCA19503232-820
2.5MW 软管总成 F421SNCA19503232-1135
2.5MW 软管总成 F421SNCACF424224-920
2.5MW 软管总成 F421SNCACF424224-1380
2.5MW 软管总成 F421SNCACF424224-850
2.5MW 软管总成 F421SNCACE151508-500
2.5MW 软管总成 F421SNCACE151508-710
2.5MW 软管总成 F421SNCACF151508-850
2.5MW 软管总成 F421SNCACF151508-1025
2.5MW 软管总成 F421SNCA19503232-1135
2.5MW 软管总成 F421SNCA19503232-820
2.5MW 软管总成 F421CA19422424-1660
2.5MW 软管总成 F421CA19422424-1950
2.5MW 软管总成 F421CA19422424-1680
2.5MW 软管总成 F421SNCACE151508-710
2.5MW 软管总成 F421SNCACE151508-500
2.5MW 软管总成 F421SNCACF151508-1025
2.5MW 软管总成 F421SNCACF151508-850
2.5MW 软管总成 F421SNCACF424224-920
2.5MW 软管总成 F421SNCACF424224-1380
2.5MW 软管总成 F421SNCACF424224-850
2.5MW 软管总成 F421CA19422424-2400
2.5MW 软管总成A F421SNCA19503232-1260mm
2.5MW 软管总成B F421SNCA19503232-900mm
2.5MW 软管总成C F421SNCA19422424-2700mm
2.5MW 软管总成D F421SNCA19422424-2160mm
2.5MW 软管总成E F421SNCA19422424-2250mm
2.5MW 软管总成F F421SNCA19422424-1580mm
2.5MW 软管总成G1 F421SNCACA151508-600mm
2.5MW 软管总成G2 F421SNCACA151508-400mm
2.5MW 软管总成H F421SNCACF151508-1100mm
2.5MW 软管总成I F421SNCACA151508-500mm
2.5MW 软管总成K F421SNCACF422424-2400mm
2.5MW 软管总成L F421SNCACF422424-2000mm
2.5MW 软管总成U F421SNCACF422424-900mm
2.5MW 软管总成U F421SNCACF422424-900mm
2.5MW 软管总成V F421SNCACA422424-1600mm
2.5MW 软管总成V F421SNCACA422424-1600mm
2.5MW 三通 Rc11/2 ET42LOMDCF 三通 M52*2(FM) 转 M52*2(M)
2.5MW 三通 Rc11/2 ET42LOMDCF 三通 M52*2(FM) 转 M52*2(M)
2.5MW 三通 Rc11/4 T30SCFX M45*2(M) 转 M45*2(M)
2.5MW 三通 Rc3/4 ET22LOMDCF 三通 M30*2(FM) 转 M30*2(M)
2.5MW 三通接头 T42LCFX
2.5MW 套筒 R1×Rc3/4 GE22LR1KEGCFX M30*2(M) 转 R1
2.5MW 套筒 R11/4×Rc1/2 RED42/15LOMDCF
2.5MW 套筒 R11/4×Rc1/2 RED42/15LOMDCF
2.5MW 套筒 R11/4×Rc1/2 VKA3/30S
2.5MW 套筒 R1XRc1/2 GE15LR1KEGCF(L=40)
2.5MW 套筒 R1XRc1/2 GE15LR1KEGCF(L=40)
2.5MW 套筒 R1XRc1/4
2.5MW 套筒 R1XRc1/4
2.5MW 套筒 R2×Rc11/2 V42LCFX
2.5MW 特殊接头 Φ25×G1（M） GE25SREDOMDCF G 1(M) 转 M36*2（M)
2.5MW 特殊接头 Φ8×G 1/4（M） GE08LREDOMDCF G 1/4(M) 转 M14*1.5(M)
2.5MW 特殊接头 Φ8×R 1/4 GER1/4EDCF
2.5MW 通气接头 偏刹用
2.5MW 铜管接头（直通）
2.5MW 异径接头 R 2XR 1
2.5MW 油管 F37RC91C161608-2470MM
2.5MW 增速机用接头配管
2.5MW 直角接头 W42LCFX
2.5MW 注脂接头销型 R1/8 SUS
2.5MW 转换接头 VK3/25LR1/4KEGOMDCF Rc1/4
1MW CF卡 CX1900-0025；2G
1MW CPU模块 CX5020-0111,1.6G，E-bus,WindowsCE,带TwinCAT PLC Run-time
1MW PLC模块 CX1020-0011
1MW PLC模块 EL9410
1MW 安全继电器 PSR-SCP-24UC/ESAM4/8X1/1X2
1MW 电机保护器 GV2PM20C 13-18A
1MW 电机保护器 GV2PM08C 2.5-4
1MW 电力测量模块 EL3403-0010,5A
1MW 电源模块 EL9400
1MW 断路器 NSX100N-TMD63
1MW 断路器 NSX100N-TMD100
1MW 断路器 NSX100F-TM16D-3P
1MW 断路器 NS1250N MIC2.0
1MW 分励线圈 MX 220VAC（LV429387）
1MW 辅助触头 LAD-N11
1MW 高速计数模块 EL1252
1MW 工控机 PPC-2712GS/LX-800
1MW 光纤模块 EK1501
1MW 光纤模块 EK1521
1MW 继电器座 P2CF-08
1MW 继电器座 PYF08A-E；欧姆龙
1MW 交流接触器 A9-30-10
1MW 交流接触器 LAD4RCU
1MW 交流接触器 LC1D25M7C
1MW 交流接触器 LC1-F630P7S011
1MW 接触器 LC1D12M7C
1MW 接触器 LC1D205M7C，220V 50HZ、60HZ 110KW
1MW 开关电源 QUINT-PS-1AC/24DC/10
1MW 开关量输出模块 EL2008
1MW 开关量输入模块 EL1018
1MW 可控硅模块 Y60KPH-1600A/2800V
1MW 快熔 104RSM-1000V/50A-2
1MW 快熔 105RSM-690/300A-SMZ
1MW 马达保护开关 GV2ME04C
1MW 马达保护开关 GV2ME07C
1MW 马达保护开关 GV2ME08C
1MW 马达保护开关 GV2ME14C
1MW 马达保护开关 GV2ME20C
1MW 模拟量输出模块 EL4032
1MW 模拟量输入模块 EL3102
1MW 模拟量输入模块 EL3142
1MW 模拟量输入模块 EL3152
1MW 热继电器 LRD-12C
1MW 热继电器 LRD-21C
1MW 热继电器 LRD-07C
1MW 热继电器 LRD-08C
1MW 热继电器 LRD-04C
1MW 热继电器 FR-1,DD2001(德国IFM)
1MW 熔断器 FWP-50A14FA
1MW 熔断器 FWP-5A14FA
1MW 熔断器座 CH141D
1MW 熔断器座 XLP2,400A
1MW 软并网控制器 TCM-2
1MW 润滑泵站电机（一体机） 1.27KW/4P/B5/690VAC/50HZ/IP55
1MW 时间继电器 H3CR-A8（AC100-240V）
1MW 时间继电器 H3YN-2（0.1S-10min)
1MW 时间继电器 ETD-SL-1T-DTF
1MW 瞬动电压线圈 PA33662
1MW 通信模块 EL6751
1MW 铜散热器及压装套件 W3C-2800-1600TG30
1MW 温度量输入模块 EL3204
1MW 温控器 E5L-A-30-20
1MW 温控器座 PTF14A
1MW 显示器 凌控;5.7寸HMI,LC057S;5.7寸;网口;黑色
1MW 以太网扩展模块 EL6601
1MW 45度弯头 EV42LOMDCF 45度弯头（一端带活螺母）
1MW 45度弯头 EV42LOMDCF 45度弯头（一端带活螺母）
1MW 90度弯管 W42LA3CX,M52*2(M-M)
1MW 90度弯管 EW42LOMDA3C,M52*2(F-M)
1MW GIMOAT16芯插座连接器 GB211-24-5PN-EAC-YCY
1MW GIMOTA16芯落地柜插头连接器 GB08SB24-5SN-EAC-YCY
1MW GIMOTA3芯插座连接器 GB211-22-2PN-EAC-YCY
1MW GIMOTA3芯控制柜插头连接器套餐 GB06SB22-2SN-EAC-YCY
1MW GMIMOTA3芯落地柜插头连接器 GB08SB22-2SN-EAC-YCY
1MW GMIMOTA3芯落地柜插头连接器 GB08SB22-2SN-EAC-YCY
1MW GY传感器 GYAT-370-BR-N-G0.5
1MW HP服务器
1MW MC尼龙接头 70*50MM*26
1MW O形圈 48.6*3.55
1MW O型圈 OR-9.5X1.8-N70
1MW O型圈 OR-13.23X1.78-N70
1MW O型圈 OR-18X2.5-N70
1MW O型圈 OR-4.47X1.78-N70
1MW O型圈
1MW O型圈 O-RING559.3X5.7-2
1MW SC/ST多模光纤头
1MW SC多模光纤头
1MW ST多模光纤头
1MW UPS 1MW FW-V10-1.0K
1MW UPS电源 Smart-ups RC2000
1MW 避雷针 -
1MW 变桨电磁阀 SV13-20-C-0-00
1MW 变桨轴承
1MW 变桨轴承
1MW 变桨轴承
1MW 变桨轴承
1MW 变径接管 GE42LREDOMDA3C,M52*2转G11/2直通
1MW 承座
1MW 齿轮箱
1MW 齿轮箱
1MW 带螺纹锥销成套件 16*60,35钢
1MW 单根硬铜线 BVR-10mm
1MW 单向止回阀
1MW 挡块 t=6
1MW 导向法兰
1MW 导向套管(小吊机用) 尼龙
1MW 导油管焊接件
1MW 低电压穿越系统(电机、轴承、控制柜等配件)
1MW 电磁阀02-177577 SBV11-12-0-0-00
1MW 电磁阀3055305(液压站) WSM06020W-01M-C-N-O
1MW 电磁球阀638674 CVUA6PDN2MUB10
1MW 电磁球阀638686 CVUA6PDN3MUB10
1MW 电磁线圈（液压站）
1MW 电机（液压站） 11Kw 1460r/min M2QA-W160M4A-B5
1MW 电器安装板
1MW 电位计（日）
1MW 电压继电器开关 K2VU－H
1MW 电源模块2866763 QUINT-PS/1AC/24DC/10
1MW 电阻 ERZC32EK122A
1MW 垫片 t=0.5
1MW 定位销 35CrMo
1MW 堵塞（内六角） VSTI1/4KEGCF R1/4
1MW 堵塞（内六角） VSTI11/4KEGCF R11/4
1MW 镀锌管 6分
1MW 端直接头 GE22LR3/4KEGCFX,M30*2转R3/4
1MW 发电机
1MW 发电控制柜 -
1MW 发电控制柜 1.1MW
1MW 发电控制柜 -
1MW 发电控制柜MRC
1MW 防护网（低电压）
1MW 防振衬套
1MW 防振衬套(发电机) -
1MW 防振托架
1MW 防振橡胶（LO泵） -
1MW 防坠落板
1MW 飞利浦双管双镇流 2*18W
1MW 非屏蔽电缆1 2C×2m㎡ 黑 蓝
1MW 非屏蔽电缆4 2C×2.5m㎡ 黑 蓝
1MW 非屏蔽电缆6 4CX2.5mm
1MW 非屏蔽电缆6 4CX2.5mm
1MW 分配器
1MW 风速计 -
1MW 风向计 -
1MW 负荷开关配件
1MW 盖固定用支架
1MW 感振器 -
1MW 高强度尼龙转换接头 M60/M50
1MW 高压电缆接头 50
1MW 高压过滤器总成（液压站） DF BN/HC110 Q E 10 B1.0/-B6
1MW 高压支柱绝缘瓷瓶
1MW 隔环
1MW 工控机 WAIN-121NTW
1MW 工字钢 50*50*6 L=300
1MW 功能螺母 M35LCF
1MW 功能螺母 FM42LA3C
1MW 管焊接件 Φ42*G11/2转换钢管
1MW 管接头 BT35LOMDCF
1MW 管接头 5T-32-20
1MW 管接头 GE35L11/4KEGCF
1MW 管支架 弯曲型
1MW 管支架 笔直型
1MW 光电传感器 AS-U40D-LT
1MW 光电传感器 AS-U40D-LT
1MW 光纤传感器
1MW 国产接线鼻子 JK240-12
1MW 国产尼龙电缆接头 M50*1.5/25-33
1MW 过渡板部件
1MW 过滤器托架 结构有变化
1MW 焊接托架 -
1MW 航空障碍灯 ABC-7M
1MW 换向阀3073083 WS16YR-01M-C-N-O
1MW 换向阀3299471 WS16ZR-01M-C-N-O
1MW 换向阀3300071 WSM08130D-41M-C-N-O
1MW 黄铜阀 Rc1/2,PN16
1MW 机舱底板 -
1MW 机舱底板 -
1MW 机舱电控柜 GYCAT-370-BR-1V-GO.3
1MW 机舱电控柜 GYCAT-370-BR-1V-GO.3
1MW 机舱控制柜 1.1MW
1MW 机舱控制柜MRC
1MW 加速度传感器 SKF-WTM-200
1MW 间隙塞板
1MW 键 -
1MW 脚踏板
1MW 接触器 SR-N4 110V
1MW 接触器 S-N800 110V
1MW 接地电缆 L=1740mm
1MW 接地电缆（风速计用） L=200mm
1MW 接地电缆（风向标用） L=200mm
1MW 接地电缆支架
1MW 接地电缆支架
1MW 接地线连接热塑管 M20
1MW 接地线连接铜管 GT-95
1MW 接头 GER1EDCFX,G1(M)*G1(M)
1MW 接头 EW08LOMDA3C,,M14*1.5(90度弯头M-F)
1MW 接头(外端直） GE42LR11/4KEGCFX R11/4转m52*2
1MW 接头(外端直） GE42LR11/4KEGCFX R11/4转m52*2
1MW 接头（直通） GE08LREDOMDA3C(银白色）
1MW 接头(主轴刹车用) GE08LM14*1.5EDOMDCF,M14*1.5(M)
1MW 可调节直管 EGE28LRA3C,M36*2(F)转G1(M)
1MW 可调节直管接头 EGE42LREDA3C,M52*2转G1-1/2(F-M)
1MW 空气过滤器（液压站） ELF P7 F 10W1.0
1MW 快速接头(公头)
1MW 快速接头(母头) 66051616
1MW 快速熔断器104RSM 1000V/50A-2
1MW 浪涌保护器 V131DA40
1MW 连接角钢 50*50*6 L=760
1MW 联轴器 成套组件
1MW 滤芯1250488
1MW 滤芯1251192 0050S075W/B0
1MW 滤芯1251196 0100S075W/-B0.2
1MW 轮毂
1MW 密封包 2-1200674-70/4148002
1MW 密封件 TCV 24*40*8
1MW 密封圈 AY90X100X6.8/5.3
1MW 密封圈 RU6300900-Z20N
1MW 密封圈 WD2200900-Z201
1MW 母线固定金具
1MW 内金属板(垫板) -
1MW 内六角堵塞 R3/4
1MW 耐寒电缆 DTRW3*2.5
1MW 旁通阀组
1MW 旁通阀组
1MW 配管托架
1MW 皮囊
1MW 偏航器盖板
1MW 偏航驱动装置 50Hz
1MW 偏航刹车
1MW 偏航刹车盘 t=25
1MW 偏航限位开关 -
1MW 偏航制动用盖板 -
1MW 偏航轴承
1MW 偏心衬套 35CrMo
1MW 柔性软管 F301SNCACA080804-1070mm
1MW 柔性软管 F301SNCAC9080804-910mm
1MW 柔性软管 F421SNCACA424224-1570mm
1MW 柔性软管 F301SNCACA080804-2690mm
1MW 柔性软管 F421SNCACA424224-840
1MW 柔性软管1 F421SNCACA282816-1070mm
1MW 柔性软管1 F421SNCACA282816-810mm
1MW 柔性软管1/4 F301SNCACA080804-3720mm
1MW 柔性软管1/4 F301SNCACA080804-850mm
1MW 柔性软管1/4 F301SNCACA080804-2090mm
1MW 柔性软管1/4 F301SNCACA080804-1270mm
1MW 柔性软管1/4 F301SNCACA080804-1210mm
1MW 柔性软管1/4 F301SNCACA080804-2420mm
1MW 柔性软管1/4 F301SNCFCF080804-180mm
1MW 柔性软管1/4 F301SNCACA080804-880mm
1MW 柔性软管1-1/2 F421SNCACA424224-1870mm
1MW 柔性软管1-1/2 F421SNCACA424224-1570mm
1MW 柔性软管1-1/2 F421SNCACA424224-4100mm
1MW 柔性软管1-1/2 F421SNCACA424224-4500mm
1MW 柔性软管1-1/2 F421SNCACA424224-700mm
1MW 柔性软管3/4 F301SNCACA222212-2630mm
1MW 柔性软管3/4 F301SNCACA222212-2570mm
1MW 柔性软管3/8 F421SNCACA121206-2430mm
1MW 柔性软管L1100 F301CACA151508-1100mm
1MW 柔性软管L1300 F301CACA151508-1300mm
1MW 柔性软管L1500 F301CACA151508-1500mm
1MW 柔性软管L2000 F301CACA151508-2000mm
1MW 柔性软管L2170 F301CACA151508-2170mm
1MW 柔性软管L3000 F301SNCACA222212-3000mm
1MW 柔性软管L3000 F301SNCACA222212-3000mm
1MW 柔性软管L800 F301CACA151508-800mm
1MW 软管接头(直通型) GE12LR3/8KEGA3CX,M18*1.5转R3/8
1MW 软管用接头 GE22LREOMDA3C(S=36)
1MW 软管用接头 GE28LR1KEGA3CX M36*2（M）转R1M
1MW 软管用接头(45度) EV22LOMDA3C(旋转接头用),M30*2(45度M-F)
1MW 软管用接头(45度) VE22LR3/4KEGCFX,M30*R3/4
1MW 软管用接头(45度) VE15LR1/2KEGCFX,M22*R1/2
1MW 软管用接头(45度) EV08LOMDA3C,M14*1.5(45度弯头M-F)
1MW 软管用接头(90度) WE15LRCFX,M22*G1/2
1MW 软管用接头（90度） EW22LOMDA3C,M30*2(90度弯头M-F)
1MW 软管用接头(变径90度) WEE22LR1OMDCF,M30*G1(M)
1MW 软管用接头(端直) GE12LREDOMDCF,M18*1.5转G3/8直通
1MW 软管用接头(端直) GE28LREDOMDA3C,M36*2(M)转G1(M)
1MW 软管用接头(连接型) GZ42LA3C,M52*2(F-F)
1MW 软管用接头(直通型) GE15LR1/2KEGCFX,M22*R1/2
1MW 软管用接头(直型) GE08LREDOMDCF,（金黄色）M14*1.5转G1/4直通
1MW 软管用接头45度 EV42LOMDA3C
1MW 润滑分流体 P3X-51
1MW 润滑油泵 50Hz
1MW 三相补偿电容器 RG-2 3∮ 730vac 85.1Kvar
1MW 刹车盘罩
1MW 上部支撑焊接件
1MW 施耐德接触器 LC1F1250P7
1MW 四角头堵塞 R1/4
1MW 松闸显示开关 SHD5 配用
1MW 锁紧帽 25*1.25
1MW 塔筒升降机 3SLIFT塔筒升降机
1MW 碳刷 -
1MW 碳刷架
1MW 特殊法兰 FLM52R24A3CX.11/2寸法兰
1MW 特殊接头 GE42LR11/4EDOMDA3C,M52*2转G11/4
1MW 特殊接头 GG20G24A3CX,M52*2转G11/4
1MW 特殊接头 GE42LR3CFX,M52*2(M)转G3(M)
1MW 梯子
1MW 铁丝（低电压）
1MW 通气接头
1MW 铜排（低电压）
1MW 铜线鼻子 TB-120
1MW 脱机过滤器 -
1MW 温度传感器 Pt100
1MW 下部支撑焊接件
1MW 线鼻子 R50-12
1MW 线鼻子 R120-12
1MW 线鼻子1 R1.25-3
1MW 线鼻子2 R1.25-4
1MW 线鼻子6 R2-4
1MW 箱式变电站 ZGSB11-Z.F-1100/35
1MW 小吊机 -
1MW 小吊机用挡块 SUS304
1MW 蓄能器充氮工具(液压站）
1MW 压力表6098540 HM63-250-B-G1/4-FF
1MW 压力传感器 PS7-352G
1MW 压力计 R1/4
1MW 压力继电器（液压站） EDS3446-2-0250-Y00+ZB06-05
1MW 压力开关（液压站）
1MW 压力开关（液压站）
1MW 压敏电阻1 MYG20 820
1MW 叶片
1MW 叶片
1MW 液压缸
1MW 液压缸
1MW 液压站 -
1MW 液压站 -
1MW 液压站比例阀
1MW 以太网光纤收发器
1MW 硬盘
1MW 油封 NOK AP1260-E0
1MW 油管 F421SNCACA424224940MM
1MW 油管 F421SNCACA424224940MM
1MW 油管(日本） F421SNCACA424224-1330mm
1MW 油管(日本） F421SNCACA424224-1330mm
1MW 油管固定板
1MW 油管压板
1MW 油冷却器
1MW 油密封件
1MW 油密封件压板
1MW 油密封件压板
1MW 在线过滤器
1MW 增压油缸（液压站）
1MW 整流罩
1MW 整流罩
1MW 支撑件角铁
1MW 支持柱安装用O形圈 P65(64.6*5.7)
1MW 轴环 L=6.7
1MW 轴环 L=13.2
1MW 轴环 L=5
1MW 轴环 L=10
1MW 轴螺母
1MW 主轴安装板
1MW 主轴安装板
1MW 主轴安装板
1MW 主轴承座
1MW 主轴承座
1MW 主轴垫环
1MW 主轴刹车
1MW 主轴刹车
1MW 注油器 ML500
1MW 注脂接头 NPT1/8
1MW 注脂接头 A型,R1/4
1MW 转换接头 M42-RC/2
1MW 转换接头 GE42LR2FA3CX-3,M52*2转R2
1MW 转换接头 5T-04-02SP,R1/4*Rc1/8
1MW 转换接头 RED42/12LOMDA3C,M52*2转M18*1.5
1MW 自动调心滚子轴承 346kg
1MW 自动调心滚子轴承 346kg
1MW 自润滑衬套 65*75*80
1MW 自润滑衬套 70*80*42
1MW 阻塞销(低速段) 35CrMo
1MW 阻塞用托架
1MW 组合密封圈 DAG63X47-N63*47*58.4*18.4*
1MW 南瑞发电控制柜触摸屏 PAD6312 DT-OM
1MW 延时中间继电器 XZJ-9S-L
1MW 贺德克电磁阀 3297902.2727
1MW 贺德克液压站油封 AP1260E
1MW 偏航驱动油位计 XYW-100
1MW 高刹片 SIME EF3-1 43/08 GF
1MW 黄油嘴 直16"
1MW 黄油嘴 直10"
1MW 偏航硬限位开关
1MW 高低速速度传感器 AS-U30D-LT
1MW AB管 park
1MW 脱机过滤器 贺德克
1MW 在线过滤器 贺德克
1MW 电磁阀接头 murr 230V AC/DC 10A
1MW 油冷却器 JNFEE-365，LAC033-4-F-00-000-0-z
1MW 旋转接头编码器 ESR 70108/05-QC
1MW 旋转接头 GAT
1MW 油管接头（旋转接头） M30*G3/4
1MW 油管接头（旋转接头回油管）
1MW 油管接头（90度） M18*1.5
1MW 油管接头（45度） M30*2-M29*1
1MW 90度管接头 G3/8-M18
1MW 油管接头 M30*2-G3/4*14
1MW 滤芯 万和
1MW 滤芯 新乡平源
1MW EL3403
1MW EL2008
1MW EK1501
1MW 齿轮箱油管
1MW 油管 15cm
1MW 三通接头
1MW 快速接头（母头）
1MW 直通接头 M14*1.5M转G1/4
1MW 直通接头 M30*2转G3/4
1MW 直通接头 M30*R3/4
1MW 直通接头 M14*1.5M转M14*1
1MW 直通接头 M36*2转R1
1MW 直通接头 M52*2转G1-1/4
1MW 直通接头 M52*2(F)转M18*1.5
1MW 90度弯头 M22*R1/2
1MW 90度弯头 M52*2
1MW 90度弯头 M14*1.5
1MW 90度弯头 M30*G1(M)
1MW 90度弯头 M52*2（90M-F）
1MW 90度弯头 M36*2(90M-F)
1MW 45度弯头 M30*R3/4
1MW 45度弯头 M32*2
1MW 45度弯头 M52*2
1MW 三通 M52*2
1MW 通气接头 M30*2
1MW LO泵 贺德克
1MW 温度传感器 PT100
1MW 继电器 HHC68B-4Z
1MW 风机塔底继电器 RXM4AB2BD
1MW 风机机舱继电器（日本） G2R-2-5ND24VDC
1MW 蓄能器气囊
1MW 变桨比例阀 伊顿
1MW 偏航刹车片
1MW 联轴器
1MW 风速计 NS30AHS
1MW USP不间断电源
1MW 电磁阀接头 murr 230V AC/DC 10A
1MW 液压站电磁阀 MCSCH115AG000010
1MW 伊顿液压站电磁阀 XFR50RH-AHO 115V 40-60HZ
1MW 齿轮箱观察窗油封 AP1260E
1MW 偏航驱动油位计 XYW-100
1MW 变桨比例阀
1MW 主轴刹车片
1MW 联轴器
1MW 偏航硬限位开关
1MW 高低速速度传感器 AS-U30D-LT
1MW 旋转接头编码器 ESR 70108/05-QC
1MW 螺纹锁固胶 LNT-271
1MW 风速计 NS30AHS
1MW 快速接头（母头） 6603-16-16PHK
1MW 倍福模块 EL3403
1MW 倍福模块 EL2008
1MW 倍福模块 EK1501
1MW 空气开关 1P2个DZ47-63C6,3P一个DZ47-63C10
1MW 风机塔底继电器 RXM4AB2BD
1MW 风机机舱继电器（日本） G2R-2-5ND24VDC
1MW 三孔插座 AC30250V10A单相两极带接地
1MW 温度传感器 PT100
1MW 旋转接头 GAT
1MW 直通接头 M14*1.5M转G1/4
1MW 直通接头 M14*1.5M转M14*1
1MW 直通接头 M30*2转G3/4
1MW 直通接头 M36/G1
1MW 直通接头 M30*R3/4
1MW 直通接头 M52/M42
1MW 直通接头 M52/G1.1/4
1MW 直通接头 G1216/G1
1MW 90度弯头 M22*R1/2
1MW 90度弯头 M52*2
1MW 90度弯头 M18*1.5
1MW 90度弯头 M18转G3/8
1MW 90度弯头 M52*2（90M-F）
1MW 90度弯头 G3/8-M18
1MW 45度弯头 M30*R3/4
1MW 45度弯头 M32*2
1MW 45度弯头 M22*R1/2
1MW 45度弯头 M52*2
1MW 三通 M52*2
1MW 通气接头 M30*2
1MW 嘉诺在线过滤器滤芯 0660R 020 RN4HC
1MW 贺德克在线过滤器滤芯 0660R 020 RN4HC
1MW 滤芯 HC2286FKT12H50
1MW 贺德克滤芯 N5DM005/-V-OVP
1MW 贺德克滤芯 0330R005BN4HC
1MW 贺德克滤芯 0110D010BN4HC
1MW 贺德克滤芯 0100S075W/-B0.2
1MW 贺德克滤芯 0050S075W/-B0.2
1MW 回油过滤器滤芯 MR2503A06A
1MW 主过滤器滤芯 1263018
1MW 液压站滤芯 1250488
1MW 液压站滤芯 1262992
1MW 液压站滤芯 1251196
1MW 液压站滤芯 1251192
1MW 高压过滤器滤芯 HP1352A10ANPO1
1MW 吸油过滤器滤芯1 OF3-08-3RV-10
1MW 吸油过滤器滤芯2 OF3-10-3RV-10
1MW 齿轮箱油管
1MW 油管 15cm
1MW AB管 park
1MW 脱机过滤器 贺德克
1MW 在线过滤器 贺德克
1MW 贺德克蓄能器气囊
1MW 伊顿蓄能器气囊
1MW UPS电源 中稳重科220V
1MW UPS电源 中稳重科110V
1MW 伊顿液压站柱塞泵密封圈 CR534282
1MW 偏航刹车密封圈 RU6300900
1MW 偏航刹车防尘圈 WD2200900
1MW 光电转换器 AOBO
1MW 塔筒锁
1MW 硅胶 793
1MW 自粘性绝缘胶带 J-20 C型
1MW 色带（红）
1MW 色带（绿）
1MW 色带（黄）
1MW 氮气瓶 2个（一大一小）
1MW 自喷漆
1MW 干粉灭火器
1MW 耐火砖
1MW 防火泥
1MW 电流互感器
1MW 3152模块
1MW 偏航刹车密封圈及防尘套
1MW 3A1电源转换模块
1MW 低速轴传感器
1MW 液压站
1MW 在线过滤器滤芯 0660R 020 BN4HC
1MW 脱机过滤器滤芯 HYDAC N5DM005/-V-OVP
1MW 跌落保险
1MW 高速轴刹车片（西姆）
1MW 高速轴刹车片（凯天）
1MW AB管
1MW PT保险 35KV
1MW "220KV断路器分闸线圈
"
1MW "220KV断路器合闸线圈
"
1MW 箱变电流表
1MW 直流接触器 3TH30
1MW 交流接触器 CJX2-2510
1MW 塑料外壳式断路器 7GM1-63L/3300
1MW 双芯单模2米跳线
1MW 电流互感器 LM2J/ 0.5
1MW 机舱控制器 V-28037-001-0002
GESTRA
RK86A 3"CI300 DN80 PN40 1.4408/CF8M CE0525
APV
74482501B
HBM
K-WA-T-010W-32K-K1-F1-2-2-3-15
MP FILTRI D
MPF1001AG2P25NP0
HEUFT
see the picture
hubner
FGH4KK-2048G-90G-NG-L2/20P
FITOK
NFSS-UMB14-8-G??1440??!.4MPa?
Saltus
5514852078 Schnellwechselfutter 3/4"-3/4"
Voith
MUX-050 H84.566779
Spitzenberger
coils BV 94072301;spare parts for repair of ESM900(s-nr:A3903 00/0 0307)
SCHWEIGER
LX660-4077-T321/L20R03
Harmonic Drive AG
0000031430-004
Trelleborg
TSS PW4100300-Z20N
Beta
85736,BLM
SIEMENS
DC24V 6ES7 326-1BK02-0AB0 DI24*DC24V SM326F
ABB
3HAC021758-001
Rexroth
R900954260 4WRTE 10 V50L-4X/6EG24ETK31/A1M
BOLL&KIRCH
2-247 DN40 Drawing number: 111
Knaebel
C0600-001-C (length=300MM?? AK2000MM
LEONI
A1-A3_C07009-00-055
STROMAG
51_540_BM1Z_499 149220 230VAC 1A ST
HIMA
Z6013
NORMET
5.50E+07
schlegel
T20DGN
SIKO
DA08-0401-02-4-100-1-E-20-O-OKL
DELTA
FD6 09 350 MB
HYDAC
K2S200
hpc
XG2-60
Kolb Systemtechnik AG
SomekeX222 1000M3/H 250VA 230V/50Hz
ision Tools 02C0001H
Vision Tools 07A0012K
Vision Tools 07E0001B
Vision Tools 07E0001L
Vision Tools 07F0003B
Vision Tools 07F0003C
Vision Tools 07F0003D
Vision Tools 07F0003E
Vision Tools 07F0003H
Vision Tools 07H0004A
Vision Tools 07H0013I
Vision Tools 07I0001E
OEMER HQL132L??QCAVM 132XL??
Kuhnke SP 781.0027
Busch SB 0140 D 2-1323133697 No.BN 10107987 024/0711
Faulhaber 2342.G0225 2342S024C R 231 66:1 HEDS5540I 917
IVT-Pumpen Y-2951.0114
BAUMER HUEBNER GMBH ACC 74
Stromag NFF16/24 227-90988 207V(DC) 141.2W 0.68
LAG LAG16309
LAG 16359
LAG 16366
LAG 16353
Brinkmann KTA 40/220 0597006506
Brinkmann SAL2500 11090 +001 NO 0910009382-42843 002
Brinkmann SFL1850/440-CM1X+115
API SIGMA STAR 90 EPDM
API SIGMA 22 T BN EPDM
gemue 610 15D 785411/NB830
HERION 4040214 G1/4
hommel 233381
hommel 230480
hommel 10053157
hommel 10057559V01
hommel 10025585
hommel 10025091
hommel 51208
ABSOLENT 12003507;0DR 3000
WayCon CMSS65-002-00-15-10
Vision Tools 02C0001H
Vision Tools 07A0012K
Vision Tools 07E0001B
Vision Tools 07E0001L
Vision Tools 07F0003B
Vision Tools 07F0003C
Vision Tools 07F0003D
Vision Tools 07F0003E
Vision Tools 07F0003H
Vision Tools 07H0004A
Vision Tools 07H0013I
Vision Tools 07I0001E
mse KFP 800-71-25KGA4TD-P-L-L-S
Werthenbach Hydraulik Antriebstechnik GmbH LFR5301-KDD
PROKOT GmbH & Co. KG AC58/1214EF.42DPZ112
PROKOT GmbH & Co. KG AC58/0014EF.42DP8112
Siebert S102-w6/14/0r-000/0b -tm
mahle PI 20040-065 / US NBR
Appleton PER316RY
Appleton PRE316PY
Appleton PRE316RB
Appleton PRE316PB
buhler UXE-36957-241
ENGLER 3.41006E+12
Murrplastik KDL 2/10-EMV
Sommer LG20-30V
Kuka KSD1-16 Servomodul UL Nr.122285
Kuka KCP 2.0 VW-PV1 10m Nr.163784
Kuka RDW 2 Resolver-Digital-Wandler 120MHz Nr.119966
Phoenix MACX MCR-SL-2NAM-T-SP Nr.2924281
Phoenix PSR-SCP- 24DC/URD3/4X1/2X2 Nr.2981512
Phoenix QUINT-BUFFER/24DC/20 Nr.2866213
Phoenix PT 2-PE/S-120AC-ST Nr.2839334
Phoenix PSR-SCP- 24UC/URM4/5X1/2X2/B Nr.2981033
Phoenix IFS-USB-PROG-ADAPTER Nr.2811271
Phoenix PT 2+1-S-48DC/FM Nr.2817958
Phoenix PSR-SPP- 24UC/THC4/2X1/1X2 Nr.2963983
ORGATEX KLT-SNAP Farbe: blau
Mecatraction TH1
Valve 15F519 666TT7Z150
hydac 1268870 0160DN025BN4HC
Danfoss 变频器 VLT 5000
emotron 变频器 vsc48-009 4kW
MAFU 变频器 "WACOB.4/65.2.6(V1) V427206"
VEM 变频器
flender 变频器， 2T2A-03400-022<48~55A>3X400V
baumerhuebner 变频器测速编码器 HOG10D1024I Ser.Nr1574411\UB=+9～30V
DANOTHERM 变频器充电电阻 ZH3163150414 ，CBH 165 C H 414 5R0 +-10%
SIPOS 变频器电源板 2SY5010-1LB04
DANOTHERM 变频器电阻 F2/ZH1153133411/3R3
DANOTHERM 变频器电阻 F2/ZH1153133411/3R3
MINEBEA 变频器风扇 4715PS-22T-B30 220VAC
UltraFlo 变频器风扇 X17L24BGM5-03 24VDC
nord 变频器面板 SK 500E-111-323-A ；220VAC/1.1KW
nord 变频器面板 SK 500E-550-323-A ；220VAC/0.55KW
SENSOREX 变送器 3120
ELOBAU 变送器 171271VY01
MAX 变送器 295-200-000
MAX 变送器 295-200-000
PRelectronics 变送器 2-WIRE R/I TRANSMITTER 2273R2?
ROSEMOUNT 变送器 3051 S2CD1A2E12A1B\0~3KPA\13.8MPA
ROSEMOUNT 变送器 3051CD5A02A2AK5H2A0032DF
Heinrichs Messtechnik 变送器 ES PPA DMT 00 ATEX E 075（）
ksr 变送器 FFG-T-BT-L650／M500／12
Jm concept 变送器 JK5000C1 24V
Mettler Toledo 变送器 M400TYPE1
Mettler Toledo 变送器 M400TYPE2
ELLIOTT 变送器 MEDELP8651A120;OUTPUT4-20mAdc
KSR KUEBLER 变送器 MG-ADU-VK5-TS-L3150/M3000(T) 100352872
KSR KUEBLER 变送器 MG-ADU-VK5-TS-L850/M700(T) 100352874
EPRO 变送器 MMS3120/022-000
DELTA-P HALSTRUP WALCHER 变送器 PUE 94 0-250Pa 4-20mA +/- 1.0% 24VDC 9094.0035 KC06192
KSR KUEBLER 变送器 SenFlex TS
hjm-messtechnik 变送器 SKA-30A-1 09-1.50 ATEX
gneuss 变送器 TF-CX-12A-20S-S3-F0-2MA-2G
METRIX 变送器 TXA-72500
METRIX 变送器 TXA-72900
ASHCROFT 变送器 XL3MB242ST15W
UNION 变送器
TEM CONTROLLI 变送器
HYCONTROL 变送器 HYC-MWS-ST-2-24V
WIKA 变送器
FEMA 变送器
jmconcept 变送器传感器 AK3000P0
PEWATRON 变速控制器 CP-2UQ-SW4(analong)
E+H 变速器 FMU90-R11CA232AA3A
NEUGART 变速器 PLE60-40/KOLLMORGEN-AKM24X
ZF 变速箱 4472252028
GYSIN 变速箱 CH-4452ITINGEN(GSR025-1/51
heytec 变速箱 K249-18/4，Nr1120720 /05
graessner 变速箱 P170L i=11 Wa.13
NORD 变速箱 SK 3282AZSH-100L BRE 40
SPINEA 变速箱减速机 TS 300-95 TC-P28 351
ZF 变速装置 4161111063
ZF 变速装置 GE5060 F47/154 ZF-Nr41611100
Murr 变压器 866609
rohde 变压器 100A58004
THS 变压器 105-NGN001
BOTTER 变压器 11977-REV
SBA 变压器 167-0001 fuer 2 stueck
botter 变压器 2000VA 1ST400±10%v 2ND220V f=50/60HZ L*W*H=195*140*165mm TM0917104
Noratel 变压器 30151-96-901
rosemount 变压器 3051 S2CD1A2E12A1B\0~3KPA\13.8MPA
TRAFOX 变压器 3PC5000-380/380
ILMVAC 变压器 4000512-08 SN094022
rosemount 变压器 475HP1ENA9GMT
ISMET 变压器 690V/400V 20KVA EN60085
trasfo project 变压器 795705 200655602
NORATEL 变压器 "AC3217965616 3217965616，1000V/230/110/24/22-26"
KKUTEC 变压器 AKKUTEC 2402-0
BLOCK 变压器 B9711110 FA-NR.416349
bremer 变压器 BV28146/4
BREMER 变压器 BV28146/4
elca 变压器 CODTM050/04198
ISMET 变压器 CSTN 800 / 400 V +/-5% / 230 V 700826
ismet 变压器 CSTN1300 701396
Roller＆Fischer 变压器 D 100
ROLLER&FISCHER 变压器 D1600
Wesemann 变压器 DGV424/500 3-Fasen gelijkrichter功率500W 380V/24V输入三相380输出24V
REO 变压器 DRRTO DM6（）
Trafomodern 变压器 DTO.25S004
Roller&Fischer 变压器 E 800
Kingstate 变压器 EE25-91228（）
Wagner&Grimm AG 变压器 EJ174c/72-5-383-0-7
Wagner&Grimm AG 变压器 EJ231b/80.7-5-403-0-1
Roller&Fischer 变压器 EN 800 S
trafomodern 变压器 ET0.03 0.03KVA 50-60Hz INPUT 300V OUTPUT 100V
Rathgeber 变压器 ETBT250 250KVA 400V +-5%/230V +-5%
rathgeber 变压器 FG053108 832KVA 690V/400V
MARSCHNER 变压器 FLG30.7/60063-1
NORATEL 变压器 FR84B-400230 440v/230v
SOLA HD 变压器 HEVI-DUTY（800）377-4384 HS14F2BS
Habermann 变压器 hst400/line-12108-067
Ismet 变压器 ISTU 400，700199
ELEKTROKOV 变压器 JOC U3240 -206(）
ismet 变压器 KAW 2.94 732122
ISMET 变压器 KAW2.94 订是732122
schrack 变压器 LP691027 200-500V/220/24
TRASFO PROJECT S.R.L 变压器 N.433816;CODICE N.22217708
TRASFO PROJECT S.R.L 变压器 N.433818;CODICE N.23113310
TRASFO PROJECT S.R.L 变压器 N.445521 CODICE N21183904
TRASFO PROJECT S.R.L 变压器 N.428907 CODICE N.22472201
NIMAK 变压器 NMFI 1080.084
NIMAK 变压器 NMFT 1080.084-500
hammond 变压器 PH1000;MEMX;
BOTTER 变压器 PRI0/400/440/480，SEC0/220V-10% CODTM0917104
BOTTER 变压器 PRI0/400/440/480，SEC0/220V-10% CODTM0917104
C.M.E 变压器 REF16102 400VA，400va/primary 380V-440V-500V-550V-660V
MICHAEL RIEDEL 变压器 RSTL 8000
MICHAEL RIEDEL 变压器 RSTN1000 1.0/3.75KVA
ROBERS&CO 变压器 ST630.3 容量630VA 输入40V 1.7A 输出230V 2.86A
Haufe 变压器 ST7183，输入阻抗4-5欧，输入电压最高10Vrms，频响20-20KHZ
BLOCK 变压器 STSU 400/23
BLOCK 变压器 STSU6300/4/23
trafomodern 变压器 STZO 8480 460 440 420 400 380V/2*115V
LINMOT 变压器 T01-72/1500 multi
Mdexx 变压器 TAM5742-5AT10-0FA0
MDEXX 变压器 TAM6542-5AT10-0FA0
comatec 变压器 tbd2 ar 0050 24 f 6
botter 变压器 TM0525303 Single phase transformer Power 650 VA Frequency 50/60Hz Primary Voltage 0-400V1-Seconda
BOTTER 变压器 TM0548225
NORDTRAFO AB 变压器 TT71（）
EMB 变压器 TTL5.0;4KVA200-55V/2*110V/1*220V
noratel 变压器 TYPE SU120B 400VA
spitznagel transformer 变压器 TYPE 015 18 18 7 0002（）
ZOLLER 变压器 TYPE VT 0 4 MSNO 010P66.00134 DRAW 395525.10100
sensorex 变压器 Type3120 power supply24vdc Frequency 3.5 KHz or 5 KHzOut put signal 0/10 V or +-10V and 4-20mA.
transformatorenbau 变压器 typeE500（）
BLOCK 变压器 USTE1600/2*115
WAGNER 变压器 V-28037-005-0002
RATHGEBER 变压器
ISMET 变压器
langer messtechnik 变压器
AKM 变压器绕组温度表 34401
AKM 变压器绕组温度表 35401
MESSKO 变压器绕组温度控制器 MT-STW160FL10/ZT-F1B/G420
SIEMENS 变阻器 3RT1916-1BC00
ZF 变阻箱总成 16S221
SEWERIN 便携式LNG可燃气体浓度检测仪 ATEX 555077
Airmetrics 便携式PM2.5采样器 Minivol PM2.5
TIF 便携式SF6气体检测仪 XP-1A
Mettler Toledo 便携式电导率＆ ?PH计 SG78(Conductivity range 6 auto-selected from 0 to 1999mS* Conductivity resolution 0.01μS to 1mS*)
WTW 便携式电导率仪 COND3210
WTW 便携式电导率仪电极 LR325-01
schenck 便携式动平衡仪 Smart balance
ircon 便携式红外测温仪 UX-20P
STB(USA) 便携式接地探测器 CA600 （AC 1A-20A）
Anton Paar 便携式密度计 DMA35
ALLURIS 便携式频率观侧器 SMS-400B
SAUTER 便携式频闪仪 SB 20K.01
HITECH 便携式氢气纯度分析仪 k950
Polytec 便携式数字测振仪 PDV-100
ziegler 便携式消防泵 P/N. 140 404 TROKOMAT EXHAUST *(T 8/8 ULTRA LEICHT; TYPE 3201 R 03) S/N. 15628911252
GWK 标配数据线用于电脑设置参数和对应软件 GWKOperator 200 （20-200 N.m）
GWK 标配数据线用于电脑设置参数和对应软件 GWKOperator 60 （6-60 N.m）
Idento 标签 EET-0615
Idento 标签 EET-0848
Idento 标签 KMT-07323W
RHINO 标签打印机 RHINO 5200 Hard Case Kit
IDENTO 标签条 TKM 150;1PACK=30PCS
IDENTO 标签条 TKM 75;1PACK=60PCS
OILITE 标准件 AP-628-6（AE-017628）
KUKKO 标准三爪拉马 10寸
KUKKO 标准三爪拉马 6寸
montwill 标准外壳
WIKA 标准压力表 DG-10-E （4107544000）
HAHN KLOB 表 No.33003010-27608
HAHN KLOB 表 No.33003010-33908
VOLLMER 表 VMF 3/22
OAKTON 表 () ANEROID BAROMETER
bauer 表面波探头 1P13X13BM
krautkramer 表面波探头 MWB90-1(E)8×9mm
wolfgang warmbier 表面电阻测试仪 7100.SRM200.K
HBM 表面張力計用應變片 1-VY-11-6/120(含4PC LS5)
WOLFGNAG 表面阻抗测定器 SRM-110
BRINKMANN 冰水循环泵 KTF152/320+001(99010630) KTF152/320+001 1.05KW 100l/min 220-240V 3.9A 380*420V 2.25A
SCHUNK 柄 BT40-D10
EMUGE 柄 HSK-A100 DIN69893
rego-fix 柄
ELMA 波段开关 04-1133-20
Febrotec 波纹垫圈 0W61490
Febrotec 波纹垫圈 OW61490
HOSE 波纹管 （G29 ） RWTTB-29G
Eilersen 波纹管传感器 SD系列，500KG 精度0.05%
R+W 波纹管联轴节 ECOFLEXΦ25xΦ10
AIRPEL 玻璃气缸 M24D75.0N
WIWOX 玻璃微珠 ST KS 022"; 200 - 400 um
HYDAC 玻璃油位指示器 FSA 127-1.1/T/12
CMC-KUHNKE 剥离机切割轮 CMC-0100019
MATO 剥皮机 TF0161
JOKARI 剥线钳 PWS-PLUS 001
JOKARI 剥线钳 PWS-Plus 001 Art.-Nr. 40024 EAN-Code 40 11391 40024 5
JOKARI 剥线钳 Secura No. 27 Art.-Nr. 10270 EAN-Code 40 11391 10270 5
JOKARI 剥线钳 Top Coax Art.-Nr. 30100 EAN-Code 40 11391 30100 9
JOKARI 剥线钳 Universal Stripper No.12 Art.-Nr. 30120 EAN-Code 40 11391 30120 7
MINCO 铂电阻 0-100℃
GRAEFF 铂热电阻 KF-02-01-02298-001
FISCHER 铂热电阻 TW29E590K000T532
TEMATEC LOBACH 铂热电阻 WT017-1012 CCB-11216
TEMATEC LOBACH 铂热电阻 WT017-1012 CCB-11216
TEMATEC LOBACH 铂热电阻 WT017-1017
TEMATEC LOBACH 铂热电阻 WT017-1017
FISCHER 铂热电阻 TE18E21 TW29E590K000T532 参数Tmax400℃，L=310mm
FRAKO 补偿电容 K18-0155 3×165.5μF
Covalence 补伤棒 PERP-MELT-STICK
tahydronics 补水控制器 "20100870 50.0020.4.001 048 230V AC/12ABRAINCUBE"
tahydronics 补水控制器 50.0020.4.001048230VAC/12ABRAINCUBE 20100870
Variomat 补水装置 2-1/40+VG200 罐体容积200L 系统承压0.4MPa 功率0.55KW 补水泵流量4.2m3/h 扬程25m
Variomat 补水装置 2-1/40+VG2000 罐体容积2000L 系统承压0.6MPa 功率2.2KW 补水泵流量15.6m3/h 扬程33m
tahydronics 补水装置 9.1 ATR.NO813 1040 FAB-NO2012 66459 2012 66459
KOSTYRKA 补油装置 4610.1
KOSTYRKA 补油装置 4610.1
KOSTYRKA 补油装置 4610.1
KOSTYRKA 补油装置 4610.1
Struers 不带背胶的细砂纸 Sic paper #2400
Struers 不带胶的砂纸 Sic paper #800
Digisound 不明 F/SWI155-01 LF bevorzugt
Schneider 不全 UNYSPUEFUCD60
TEMPRESS 不锈钢隔膜式压力表 PX115 0-120℃
BURKERT 不锈钢气动截止阀 CNC4111-2012ADN15PN16
EICmation 不锈钢气动球型切断阀 D2004PI040 DN40 PN2.5MPA
GEFA 不锈钢球阀 DEB200-P-25-10-F
GEFA 不锈钢球阀 DEB200-P-32-10-F
GEFA 不锈钢球阀 DEB200-P-50-10-F，每个阀门配2个不锈钢法兰及螺栓，材质0Cr18Ni12Mo2
AEROTIGHT 不锈钢全金属防松螺母 M16 SS316
KROMSCHRODER 不锈钢软管 ES 65F850
WENDT 不锈钢砂轮片 WENDT270212
WENDT 不锈钢砂轮片 WENDT270278
Schlick 不锈钢双介质喷嘴 825/0-1.4301
Schlick 不锈钢双介质喷嘴 827/0-1.4301
Schlick 不锈钢双介质喷嘴 834/0-1.4301
JENAER 步进电机 23S31-0650-805
CMZ 步进电机 MM8615699.1010
PROTESCAP 步进电机 P110 064 2.5 12
EC Motion 步进电机 SECM244-F1.1A
STOEGRA 步进电机 SM 56.3.18J1.5
STOGRA 步进电机 SM56.3.18J15
KOLLMORGEN 步进电机 T23NMLH-LNF-NS-00
JENAER 步进电机控制器 ANTRIEBSTECHN200-AA-050-007
Phytron 步进马达 ZSS 33.200.1.2
STRUERS 材料 40100045 3190-5331 7.5KG
SCA（SCA Schucker） 材料缸 80603.00005
Grenzebach 裁纸 ID2297231
iba 采集卡 Com-L2B-x-8
iba 采集卡 FOB-4i-S
KNF 采样泵 PM26551-86
minivol TAS 采样器 minivol TAS
eckold 操控柄 3292
eckold 操控柄 3292
eckold 操控柄 3292
eckold 操控柄 3292
eckold 操控柄 3292
eckold 操控柄 3292
eckold 操控柄 3292
eckold 操控柄 3292
Penny+Giles 操纵手柄（包括配线） JC2000-M-X-PN000-30-E2-1-N-S
ALPTECH 操作单元 PANEL PC P1767NV-M-W7ML
CALDARO 操作杆 S30JBK-ZT-30R3G-4889H
ORTHODYNE 操作面板 AZ5000
Bachmann 操作面板 OP2/RS232/422 240×60/OT115/R
Stoerk 操作面板 ST601K V3.0
Stork 操作面板 ST601K V3.0
KLHO peration Panel 操作面板(激光焊工位） ST601KLH（UC）Tr NOOP84 1382094
GESSMANN 操作台控制器（操作手柄部分） TYPEV61，D-7105 Leingarten F.No. 931 938 6A 250V AC/DC
GESSMANN 操作台控制器(模块部分） TYPEOEC 2-4-1 ---0202，D-74211 Leingarten F.No. 0200927/3 02 24V AC/DC
Laetus 操作显示屏 Type Argus 602 mit Nr109836013
HORN 槽铣 M313.0016.01A，Φ21.7×宽4
Halfen 槽预埋件 HTA40/22-250
Rader-Vogel 侧导向轮 173/080/025/5/25
RADER VOGEL 侧导向轮 173/080/026/5/25
renishaw 侧头 HK-0200-0218 RMP60 M-2045-0073 BT50 A-4014-0336
MARPOSS 侧头 X3408387015
Norelem 侧向定位柱塞带螺纹 03334-1020X19
Trimos 侧长机 LABC-NAN0600
TRIMOS 测高仪 V604C+
Haglof 测高仪 VERTEX IV
TRIMOS 测高仪 VT600MA
TRIMOS 测高仪的 V604C+ 增加2MM测头及夹持器
Milestone 测汞仪主机 DMA-80
kroeplin 测厚卡尺 C450
MAHR 测厚仪 1208
KROEPLIN 测厚仪 OD2050
lafayette 测谎系统 LX5000
BANNER 测距传感器 L-GAGE LT3PU
HBM 测力传感器 MVD-2555
OTT JAKOB 测力计 HSK-A 63/B 80 DIN 69893
KOLLMORGEN 测量臂直线电机 IL12050A1P1 167W 2.1/7.0A MW050-0512 187371
AMO 测量传感器 LMK112-4-0-1-6
HBM 测量放大器 MP60DP
EMG 测量光电传感器 LS13.01
Marposs 测量头 "measuring head 3527858035"
KISTLER 测量系统总成 MEASURINGDEVICE|5883A182K66 SN4279098
Alba 测量仪 ALBA1100
MEBA 测量仪 E MESS00CAM
MOVOMATIC 测量仪 ES408
Janitza 测量仪表 UMG96 RM-P
mapal 测量装置 MEASURINGPROBE|10003222(MT101M MODIFIED)
ALSTOM 测试模块 MMLG01
Contrinex 测试仪 AET-0000-002
Sames 测试仪 AP1000
christ elektronik 测试仪 CAM130 N24-00-0-8WSE
DETEX 测试仪 CL8 （ CL8.316/3000-36000V）
JWFROEHLICH 测试仪 MPS250 NO.30/50840 T4.0 24VDC
Wolfgang Warmbier 测试仪 Part No.7100.WT5000B，Walking Test Kit-USB Version
INGUN 测试针 GKS-112201070R1502M
OMRON 测速传感器 30-10A
HUBNER-GIESSEN 测速电机 TDPS 1.2-5 5B
pittman 测速发电机 T4312E964
gefran 测速马达 TDP 0，09 LT-7 SNL 1528631
BRAUN GMBH 测速模块 E1655.41
contrinex 测速探头校验测试仪 ATE-0000-002
OMRON 测速装置 30-10C
HEIDENHAIN 测头 MT2581(8848590)363409-02
DIATEST 测头 φ10.0±0.003
DIATEST 测头 φ18.166±0.005
DIATEST 测头 φ19.073±0.007
DIATEST 测头 φ7.940±0.003
CE JOHANSSON 测头 8317-32001
CE JOHANSSON 测头 8317-32003
CE JOHANSSON 测头 8343-01004
MINCO 测温RTD S100454PD9711-9
Tempilstik 测温比 TEMPERATURE STICK 100℃
SCHUMAG 测温传感器
EPHY MESS 测温电阻 EBIS-D/SGH 6KT
ECTA 测温探头插头 12 BROCHES 1332 M212FZ ECTA
Sensortherm 测温仪 PYROMETER 550-1400 DEGREE MS09 0550 1400 122 1330-C METIS MS09
GREISINGER 测温仪 GMH3710
FOWLER 测斜仪 item#79401485
STAUFF 测压软管 SGS-20-1500-A-C6F
HBM 测压元件 loadcell|Z6FC3/500KG
HBM 测压元件 loadcell|Z6FC3/500KG M0017757.02
Mahr 测针 6851527
RION 测振仪 VM-63A
Vibrationstknik 测振仪 VTM36LT
Vibro-Meter 测振仪 VTM36LT
VAS22-S80E-3,5/TXL
IVU2PRBW12
NI40U-CP40-AP6X2
CSM-CKM19-19-3/S101
9mm
SME312FVBMHSQD
LS46C.8-M12
PA 10 B 514
MSXLR3224Y
CML730i-R20-1590.R/PB-M12
WAKS4-1,5-WASS4/S349
DSTLF85 / 12 OB
BCL 348i SF 100
PS025A-500-LI2UPN8X-H1141
JBBS-48SC-M413/EX
TS22D-4PCGR-3P12
INY360D-F99-B16-V15
8163942
EX GOT GD24 M32 09IA Z4
8813 B / 10 F
8813 S/ 13 W OB THR
3RG6115-3GE00-PF
9705A/5/10B 140-131
VB40-P7X5/CS12
FB-2Y(ST)(L)2Y4YR2Y-BU
MSXLE2024Y
IFL 10-180L-11N
6ES5848-8AA01
STL 228/100 M PUR
TBT23S
BI10U-G30-ADZ30X2-B1131
EVC215
OSBD
MAS 70 S UM schwarz
TJ 064-12Y
KFX-LY-420
6ES5530-7LA12KOMMUNIKATIONSPROZESSOR
EBC053
BI2-Q5,5-AP6X-1-PSG3S/S34
PPK0616RE
EVC144
GST18I3K1B- 25W 70GR01
VCS8.21-0.220-10/S398
SWKP3-1,5-WAS3/S90/S1051901-51-0390.5
PVD225QNA-73490
NI2-Q6,5-0,1-BDS-2AP6X3-H1141/S34
SLC440COM-ER-0650-30
PS116-Z12-ST-S200
IHT12-N8BPO50-A2S
CEA 126/12V AC/DC
C31L/DC12V
LEDRLA290SSD6-XQ
AL-WASS4.5-5/S370
PS116-Z11-ST-K200
CR10S-PC-RM12
BI2-G12SK-RP6X
TP22C-5NCBR-TB5
CML720i-T10-2080.A-M12
TD2531
902550/10-386-1003-1-11-2500/000
BAS GOT GI 16 P21 A1
C3-A30D/DC48V R
NI15-G28-Y1
FB2204B
MLD530-RT2M-UDC-900-S2
WAK3P2-5/XOR
RKC8T-1-RSC8T/S101
RST 4-RKWT/LED P 4-225/6 M
MK72-S10-EX0/24VDC
D11EP6FPQ
FDN20-16SN-16XSG
SE-MCN/F
TS46C-5NCWR-S60
KJ6,4-Q15KN32-DPS
NI5-M12-LIU-H1141
8113 BK / 15
SJD2-M12EB68-DPS-V2
RST20I3K1-S 25E 10GL
RST20I5KSBS 15P 30GL
Q45BW22CVQ
T8.5823.1832.1024
T 3353 007 GER?TESTECKER
0935 253 103/20 M
IHT8-S2ANC45-A2S
VASD41-4.048-5-WAS5/S74
VB1003-PX10-BS14
TWF 2,5/D 1/2
TW-L36-18-P-B128-GHLL/C19
V31-WM-0,6M-PUR-V1-G
CHT30-N30BPO80-A2T
WKC5T-P7X3-0,6-RSC5T/TXO
9708
NI8-M18-AP6X/S90 15M
8113 B / 16 SW
Q12AB6FF15 W/30
VB2-FSM4.4-2MFK3
Z 796 Zenerb
KAS-80-A24-A-K-ETW-NL, 5 m
BT65A-Y223199
RST20I2S B13ZRX GL
WKF2,5/M / R
EVM001
WLS28XW710S
8173796
9152 / 2.5-4
PKW4S-5/TXL
MCE18-48FC/BV9427
S3-BGR (CS-11) R
ODSL 9/L-450-S12
IG WEB 1001 Leergeh.
K-D M8A-4P-10m-PUR
TASD41-4.048-3-WAS5/S74/S330
VBRS4.4-2WKC4T-3,5/3,5/TXL
8893 / 6 OB
BI2-Q5,5-RP6X 7M
2092-3405
AL-SKP4.028-1-AL-SSP3/S370
BI50U-Q80-VN4X2-H1141
GSDA-GKDA30-2M/S1055/S4000
8413 B / 11 OB
PPK
C10-T12BX/UC24V R
SB4 Module 2E/165
WKK 4.4T-6
IPS12-N4NA25-N2P
BS81121-0/PG9
M-NGT82-2440
Q25S2P6RQ
VAS22-2.048-1,5-WAS5.34/XOR
CML720i-R05-1040.A/CN-M12
WAK4-20-WAS4/XOR
LGS17-2900-IO/35/110/115b
RKC4.4T-3-RSC4.4T/TX1000
CST 180-1
BAS SAF NR 24 2,5 50
BIM-NST-Y1X 7M
BT13PMSS
P45-V1-B-DS-B
FSM4-2SKP3-1,0/1,0/S77/S398
PS100R-403-2UPN8X-H1141
C3-B30X/24V
VKB2-013-0,3X0R-RS4.3
TII-IP180-1-IB-FC
NI4-M12T-AP6X
ASB 2-RKMWV/LED A 3-224/1 M
MK5059
KS9/KSE9/59/98a/102
B5141-0
RST20I3K1BS 15H 30GL
63571075
IP13S
EX GUT GX10 09IA Z
PN7003
PED 30021-C
BA1.515SMETAM600
JBBS-49SC-T615
MBG543
PS22T-4NCGR-S60
STL 247/100 M PUR
RKC4.4T-1,2-RSC4.4T/TEL
400439
TD8.4B1.0300.6822.2113
RSF-RKF-57/22
WIETAP V M TNC 255
WMKCU19.003-25/S370
WIETAP G M TT 275 FM
AMS 355i 200
630922
K50LGXXPQ
NBN40-L2-Z4-V1
WLC60CW340AR
GST18I6KSB- 15HV 60SWPB
IB5125
380313
LT3050M-Q21C-R-LI0X3-H1151/S1140
BSM-BKM14-954-2/S101
TF22D-4PCGR-N2P
STAS 5
KABEL LIFYY 4x0,34 BLAU
QS186LE211 W/30
KBT 300
8291 EFK / 20 / 40
GST15I5Z 1P1 SW
BS5136-0
AZM 415-02/20ZPK 24VAC/DC
AZM 170ST-11/11ZRK-2197 24VAC/DC
GAN310U-A0U-6100200
8191 / 6
FSM4-2TIS20-2.048-0,6/0,6/S398/S399/S1010
LSER 3B/44.1,5000
MLC510R40-1500/A
SLC 220-E/R1675-30-RFB
dbk-4/Empf/CD/O/ M18
RST20I4SXB1 M01 SW
BP 310-1 S
RKC577-15M
GST18I3K1BS 15 20SW
TS46T-4NCGR-N8
P4RE67-G
MLV13-54/32/40b/73c
C5-A20X/AC24V 60HZ R
RKC4.203T-5/TEL
65610003
GS 04M/P-220-S8
GST15I2KSBS 15HW 20WS
RKSW456-40M
GL5-Y/43a/115
RKC4.4T-P7X2-10-RSC4.4T/TXL
UB500-30GM-E4-V15
WSC-RKC578-3M
RST20I3F S2 M03V GL
PS22S-5NOGR-3P12
E30065
BI2U-EG08-AN6X
GST18I3K1-S 15H 20SW
C5-A30R/AC24V R
RKR 53/6.42-S8
BI20U-CA40-ADZ30X2/S539/BS2.1
WWAK4P2-10-WAS4/S366
8142 / 17 OB
IIC207
8190 / 19 OB ORANGE
S22DLHGT
8176220
WLS28CB710DXQ
RKC5T-3,5-WSC5T/TXL
MLC511R30-1500
RST 5-87/2 M
RKM50-15XOR
KAS-70-A14-A-K-NL, 5 m
NJ5-18GM50-E2-5M
RKTS 5-298/10 M
LG5B65PU
TA2542
USR7212YP2
RST20I3S S1 YR2SVH GN02
PS025V-606-2UPN8X-H1141
630913
LME 18-2,3-0,5-K4
USDKT2024YIMICRO-SCREEN
VBS21-0.220-2/S90
KB USB-2 IT190x
I7R216
8113 SEG / 16 / 32 G OB
APFN 4 D2/2
TL50BLR2Y1R2Y1Q
S18SP6DQ
WKC254-5M
IF22S
MLC500T20-1050/A
IVU2TBW12
GST18I5KSBS 25H X13WS
8491 / 10
KORT100-Q6MB12-X0301 IR
8191 / 17/ 9
LGS17-1800-IO/35/110/115b
KB3T-4/S105
RI-10S10R-4A1250-10MIL
NI15-S30-AZ3X/S100 15M
BIM-UNT-0,5-UNT-2AP6X3-H1141
BA1.53SMETAM6
WLS28-2XW285L25XQ
IZ5031
TBS21-2.048-2-WAS5.31/S398
SLC 420-E/R0490-50-RFBS
NI20-CP40-VP4X2/S110
RST20I2KFBS315 L 40BR01
E21231
V1-G-2M-PUR-V31-GM
GST18I4KS-S 15H X11GR01
V1-G-0,3M-PVC-V1-G Verbin
II5733
LLS 1304
TS46D-5NOWR-3P12
RI-20H12E-4C1024-12M23/N14
GST18I4S B1 GR01
PS040V-510-LI2UPN8X-H1141BELDEN WRKWT 5-522/5M
BELDEN WRKWT 5-522/15M
AEG 2A400-280HFRL1
AEG 2A400-350HFRL1
Desoutter GmbH D314-ZX-5300
EBM Papst A4E 330-AB18-12TW
EMG 电动执行装置\DMC 59-B3-25
EMG 电动执行装置\DMC 59-B1-25
EMG 电动执行装置\DK03-1-W-301
Kraus&Naimer CAD11-A714-600FT2 24VDC
Schenck INTECONT TERSUS VEG20650 AC220V
LENZE E82MV551-4B151
LENZE E82MV152-4B151 优势产品 A2 204-0301-A21/SO
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优势产品 GIK 20TN02-5;03155128
优势产品 EUR1001
优势产品 170800
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优势产品 360/2
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优势产品 BFK458-16E
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优势产品 BFK458-20E
优势产品 PK350/238/100-017
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优势产品 PK350/228/152.4
优势产品 65x2.5
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优势产品 10212U
优势产品 KMLO62F13
优势产品 360045-150-D
优势产品 A-1041/68
优势产品 2282T32
优势产品 17-210350
优势产品 17-210351
优势产品 EE-35ME055HA03D05P01/BC5-T64-Td64
优势产品 METERING VALVE #205062
优势产品 CB-4-8(106253; FOR 4MM TUBING M8X1 THREAD)
优势产品 CS-4(106254 FOR 4MM TUBING)
优势产品 T1-4(106271 FOR 2.5MM INSIDE DIAMETER NYLON TUBING)
优势产品 SW600K-RS4-S5/2/S/4/HP
优势产品 --
优势产品 D64-LOL14-FDS6363 24VDC 44%ED
优势产品 MM1+T10-W40006
优势产品 BD25 PN25 RF DN15
优势产品 BD25 PN25 RF DN32
优势产品 BD25 PN25 RF DN80
优势产品 BD25 PN25 RF DN100
优势产品 BD25 PN25 RF DN25
优势产品 100656/FC 24V
优势产品 F32BG04A
优势产品 R32RG04
优势产品 CLSXB4T-1
优势产品 ZP-100N
优势产品 TV49
优势产品 452H50-25-20
优势产品 M400-EF1
优势产品 SL5E4R4G4B4A0247B9BNR
优势产品 KD2000630200M
优势产品 TR-T83840/33KVA
优势产品 CEV58M-00371
优势产品 SM140-30-120-P1-45-S1-BO
优势产品 EA0240A5C000
优势产品 154705
优势产品 784121
优势产品 VF F05-35
优势产品 2132
优势产品 FP 1878‐M2
优势产品 VF AF‐MR5
优势产品 ST51/11EFGX70S
优势产品 VF AF‐TR8
优势产品 PCL.S4BN.S.AB.SV
优势产品 LSF-45
优势产品 1060410872
优势产品 7000-128-SM
优势产品 XG2V-8FW-10
优势产品 CSK35-M-SRS
优势产品 63-018 F03/W75UF1
优势产品 6213C211PM501DA
优势产品 637119-44
优势产品 0460-831
优势产品 MMS400 F1FB127
优势产品 DGP-2-AC100-110V
优势产品 JCS-02NLL
优势产品 Art.Nr.AS2-400-06-11-400
优势产品 FL-16238HA2WB
优势产品 6551955001
优势产品 NK125-400/392 A2-F-A-E-BQQV Q= 3.500 l/min; p= 5 bar; P= 55 KW
优势产品 6551055002
优势产品 NK80-200/214 A1-F-A-E-BQQV Q= 1250 l/min; p= 1,5 bar; P= 5,5 KW
优势产品 EWTR911/C
优势产品 NK80-400/397 A2-F-A-E-BQQV Q= 900 l/min; p= 5 bar; P= 18,5 KW
优势产品 NK50-200/210 A1-F-A-E-BQQV Q= 500 l/min; p= 1,5 bar; P= 2,2 KW
优势产品 NK125-400/392 A1-F-A-E-BQQV Q= 4.380 l/min; p= 5 bar; P= 55 KW
优势产品 NK100-250/232 A1-F-A-E-BQQV Q= 2.750 l/min; p= 1,5 bar; P= 11 KW
优势产品 NK80-250/255 A1-F-A-E-BQQV Q= 2.000 l/min; p= 2 bar; P= 11 KW
优势产品 NK50-250/253 A1-F-A-E-BQQV Q= 600 l/min; p= 2 bar; P= 4 KW
优势产品 R28/38.38-19
优势产品 08-K154-0337
优势产品 EN 60947-3 16A 690V
优势产品 D-4-86-B-PTB5-06 0.7MPa*(1)
优势产品 2323720.1601.23050
优势产品 RE23NS25C16RA
优势产品 202-0-21-4
优势产品 NK32-200.1/198 A1-F-A-E-BQQV Q= 170 l/min; p= 1 bar; P= 0,75 KW
优势产品 EG-BOX
优势产品 WHS6320
优势产品 D37025
优势产品 L32LG04
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优势产品 SV10-21K-0-N-115-DS
优势产品 575325
优势产品 RV10-22C-0-N-35/25.5
优势产品 591323
优势产品 EV10-26C-0-N-15
优势产品 575297-1
优势产品 PR10-32C-0-N-21/15.0
优势产品 PS10-32C-0-N15/10.0
优势产品 490426;BV24422;V-27072-001-0010
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优势产品 KCN2-50 50MM2
优势产品 YD10T4 250V 10A
优势产品 628-18-CH-P1-E1-S1-LED 0-3000PSI
优势产品 SBVM-144-SCR
优势产品 G10C3700016（254909）
优势产品 JSC-11-63-160
优势产品 Diode D950N-18T
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优势产品 125366
优势产品 637.55 D // G1 1/2
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优势产品 FK92-316
优势产品 PH400L NO:02006534
优势产品 AZM 161SK-33RK-024
优势产品 KW-1 400VAC
优势产品 90162
优势产品 14072
优势产品 31360
优势产品 1.107.240
优势产品 0.107.192.0001
优势产品 0.107.100
优势产品 TF6M-35P M2K12-5
优势产品 GN132-B50-B50-65-1-BL
优势产品 BUN4-9.5
优势产品 IQ96 4000/5
优势产品 IQ96 2000/5
优势产品 GN 310-14-125-E
优势产品 2323720.17
优势产品 2323820.1601.23050
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优势产品 DEx 100L/4K 2.2KW 4.6A 1420r/min
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SCP
PSA 1
$609,294
60005013
37
05/16/17
Memory Lane
PSA 2
$654,500
07045750
28
11/17/16
Heritage
PSA 2
$776,750
12124375
13
4/30/16
REA
SGC 10
$444,000
was SGC 1242674-001
1377206-001
9
10/2/16
Goldin
PSA 5MC
$3,120,000
The Jumbo Wagner
15385994
7
04/26/15
REA
PSA 3
$1,320,000
The Oceanside Wagner
18297402
6
12/07/14
SCP
PSA 1
$403,664
The Chesapeake Wagner
23126869
39
01/10/14
Leland's
PSA 2
$657,250
12124375
13
05/18/13
REA
PSA 1
$402,900
The All-Star Café Wagner (Sheen)
05513734
5
04/05/13
Goldin
PSA 5MC
$2,105,770
The Jumbo Wagner
15385994
7
08/23/12
Goodwin
SGC A
$198,850
Trimmed, no sides or top
1289662-008
34
05/12/12
REA
PSA 2
$651,750
The Date-Stamped Wagner
05075146
25
05/05/12
Memory Lane
PSA 2
$654,500
07045750
28
04/19/12
Goodwin
SGC 40
$1,232,466
1289545-002
32
01/23/12
Memory Lane
PSA 2
$0.00
Ebay BIN $775,000 - Did not sell
07045750
28
01/30/12
Legendary
PSA 4
Est.>$1.5 mil
Private Sale - was SGC 1253077-001
05074722
24
05/07/11
REA
PSA A
$188,000
Restored example
15781170
1
11/14/10
SCP
PSA A
$156,000
Restored example (Reserve Not Met)
15781170
1
11/04/10
Heritage
SGC A
$262,900
Shellacked - The Nun's Wagner
1277779-001
2
05/01/10
REA
PSA 1
$282,000
The Connecticut Wagner
31641776
3
04/30/10
Mears
PSA A
$160,771
Restored example (Reserve Not Met)
15781170
1
03/02/10
Legendary
PSA A
$219,225
Restored example
16302925
4
07/30/09
Legendary
PSA A
$222,000
Restored example
15781170
1
07/01/09
Memory Lane
SGC 40
$925,000
Private sale
1229472-001
33
05/01/09
REA
PSA 1
$399,500
The All-Star Café Wagner (Sheen)
05513734
5
12/24/08
Ebay
PSA 5MC
$0.00
BIN 2,500,000 - Did not sell
15385994
7
11/22/08
Philip Weiss
SGC 40
$791,000
Now in PSA holder 18297402
1255905-001
6
08/01/08
Mastro
PSA 5MC
$1,620,000
The Jumbo Wagner
15385994
7
05/04/08
REA
BVG 1
$317,250
The Beckett Wagner
0005445097
8
05/02/08
Heritage
SGC 10
$227,050
1242674-001
9
09/01/07
SCP
PSA 8
$2,800,000
The Gretzky Wagner - Private sale
00000001
21
08/02/07
Mastro
SGC 10
$192,000
1204802-003
10
02/27/07
Private
PSA 8
$2,350,000
The Gretzky Wagner - Private sale
00000001
21
12/14/06
Memory Lane
PSA 2
$294,338
Now in SGC holder 1246505-001
30016367
11
12/09/05
Mastro
GAI 3.5
$456,057
The Nagy Wagner - Now in SGC holder
10278617
12
06/10/05
Sothebys
PSA 1
$132,000
09061520
18
04/14/05
Mastro
PSA 2
$236,706
12124375
13
12/19/04
Lelands
PSA 1
$101,410
11967279
14
12/04/04
Sothebys
PSA 4
$0.00
Did not sell
05074722
24
08/12/04
Mastro
PSA A
$62,338
Trimmed, no sides or top
50024530
15
04/22/04
Mastro
PSA 1
$109,639
Now in SGC holder 1269136-001
11731736
16
12/18/03
Mastro
SGC 10
$90,199
Reholdered was PSA 02385786
1204802-003
10
12/04/03
Lelands
PSA A
$63,939
Trimmed, no sides or top
50025597
17
08/14/03
SCP
PSA 1
$92,255
09061520
18
04/25/02
Teletrade
PSA 1
$54,000
11134970
29
12/15/01
Mastro
PSA 1
$78,144
Charlie Sheen Wagner
05513734
5
11/17/01
Mastro
RAW
$86,730
Piedmont 150
RAW
19
03/17/01
Mastro
PSA 1
$50,935
02385786
10
11/17/00
Mastro
PSA 3
$145,314
07045751
23
11/09/00
Goodwin
PSA 1
$70,400
05513734
5
09/08/00
Mastro
PSA 2
$74,918
07045750
28
07/21/00
REA
PSA 8
$1,265,000
The Gretzky Wagner Ebay 375197141
00000001
21
04/30/99
Mastro
RAW
$56,026
Restored example-Restoration removed
RAW
4
11/19/99
Mastro
PSA 1
$58,513
The Long Island Wagner
01360683
31
07/16/98
Mastro
RAW
$64,709
Restored example
RAW
4
11/03/98
Christie's
RAW
$222,500
VG-EX
RAW
24
08/27/97
Mastro
RAW
$42,093
RAW
?
06/28/97
REA
RAW
$119,310
The Date-Stamped Wagner
RAW
25
09/21/96
Christie's
PSA 8
$640,500
Michael Gidwitz buys Gretzky Wagner
00000001
21
11/20/93
Lelands
RAW
$55,000MIDLAND ACS 3000 SERIES - STAINLESS STEEL VOLUME BOOSTER
Model Number: 3000
Supply / Output connection: ?', ?' or ?' NPT (F). Signal Connection: ?' NPT (F). Supply Pressure: Up to 150 psig (10.3 bar). Pressure Ratio: 1:1. Operating Supply Gases: Air, Nitrogen, Methane (Natural Gas)
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MIDLAND ACS DN2 SERIES - BALL SEATED HYDRAULIC SOLENOID PILOT VALVE
MIDLAND ACS DN2 SERIES - BALL SEATED HYDRAULIC SOLENOID PILOT VALVE
Model Number: DN2
A ball seated version of the DN2 hydraulic control valve, the st/st seat and ceramic ball design ensures a leak tight shut off. The DN2 valve design incorporates a balanced internal piloting system and lever mechanism.
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MIDLAND ACS DN2 SERIES - HYDRAULIC SOLENOID PILOT VALVE WITH CARTRIDGE INSERT SYSTEM
MIDLAND ACS DN2 SERIES - HYDRAULIC SOLENOID PILOT VALVE WITH CARTRIDGE INSERT SYSTEM
Model Number: DN2
This version of the DN2 series features the new Cartridge Insert System, alternative to conventional ball-seated type internals. The one-piece Poppet Cartridge Insert System simplifies replacement and reduces repair costs.
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MIDLAND ACS DN2 SERIES - IECEX HYDRAULIC SOLENOID PILOT VALVE
MIDLAND ACS DN2 SERIES - IECEX HYDRAULIC SOLENOID PILOT VALVE
Model Number: DN2
An IECEX compliant DN2 series cartridge insert hydraulic control valve. St/St design ensures leak tight shut off and incorporates a balanced internal piloting system to enable the low powered coil to switch the valve at high pressures.
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MIDLAND ACS DN3 SERIES - BALL SEATED HYDRAULIC SOLENOID PILOT VALVE
MIDLAND ACS DN3 SERIES - BALL SEATED HYDRAULIC SOLENOID PILOT VALVE
Model Number: DN3
St/St seat and ceramic ball design ensure a leak tight shut off and a balanced internal piloting system and lever mechanism to enable low powered operators to switch the valve at high pressures.
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MIDLAND ACS DN5 SERIES - HYDRAULIC INTERFACE CONTROL VALVE
MIDLAND ACS DN5 SERIES - HYDRAULIC INTERFACE CONTROL VALVE
Model Number: DN5
Piston operator and ball seated design, ensures leak tight shut off and positive control. Can be supplied with a range of operators, for varied pressures & ambient temperatures, and be in-line mounted or subplate/multi-station manifold mounted.
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MIDLAND ACS DN5 SERIES - IECEX HYDRAULIC SOLENOID PILOT VALVE
MIDLAND ACS DN5 SERIES - IECEX HYDRAULIC SOLENOID PILOT VALVE
Model Number: DN5
IECEX compliant version of the DN5 series metal to metal seated hydraulic control valve. St/st design ensures leak tight shut off, incorporating a balanced internal piloting system enabling the solenoid coil to switch the valve at high pressures.
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MIDLAND ACS DN5 SERIES - METAL TO METAL SEATED HYDRAULIC SOLENOID PILOT VALVE
MIDLAND ACS DN5 SERIES - METAL TO METAL SEATED HYDRAULIC SOLENOID PILOT VALVE
Model Number: DN5
The fully st/st DN5 Pilot and Mainstage use cartridge insert technology to simplify replacement and reduce downtime costs. Features include 'O' Ring interfaces for subplate fitting or a manifold mount for use with actuators and wellhead applications.
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MIDLAND ACS IMPACT 2000 - INTERNATIONAL MODULAR PNEUMATIC ACTUATOR CONTROL TECHNOLOGY
MIDLAND ACS IMPACT 2000 - INTERNATIONAL MODULAR PNEUMATIC ACTUATOR CONTROL TECHNOLOGY
Model Number: IMPACT 2000
IMPACT? range is a high integrity modular pneumatic actuator control assembly system in 316 Stainless Steel, used for the control and sequencing of process valve actuators on oil and gas facilities and pipelines.
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MIDLAND ACS MODEL 1500 - STAINLESS STEEL SPOOL VALVE
MIDLAND ACS MODEL 1500 - STAINLESS STEEL SPOOL VALVE
Model Number: 1500
Hazardous area solenoids. Coil with 316 or aluminium housing. Closed centre. Atex Certification. CENELEC approvals. 1/4'NPT (BSP option available)
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MIDLAND ACS MODEL 1600 - STAINLESS STEEL SPOOL VALVE
MIDLAND ACS MODEL 1600 - STAINLESS STEEL SPOOL VALVE
Model Number: 1600
Hazardous area solenoids. Coil with 316 or aluminium housing. Block before bleed. 1/2'NPT (BSP option available). Atex Certification
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MIDLAND ACS MODEL 1750 - STAINLESS STEEL POPPET VALVE
MIDLAND ACS MODEL 1750 - STAINLESS STEEL POPPET VALVE
Model Number: 1750
High flow. Hazardous area solenoids. Coil with 316 housing. Atex Certification. CENELEC - UL approvals. 1/4' NPT and (BSP). Low temperature range.
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MIDLAND ACS MODEL 1800 - STAINLESS STEEL FLUOSLIDE DIRECTIONAL CONTROL VALVE
MIDLAND ACS MODEL 1800 - STAINLESS STEEL FLUOSLIDE DIRECTIONAL CONTROL VALVE
Model Number: 1800
Heavy duty. High flow. Critical applications. Hazardous area solenoids. 1/4' NPT (BSP optionavailable)
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MIDLAND ACS MODEL 3500 - STAINLESS STEEL FILTER
MIDLAND ACS MODEL 3500 - STAINLESS STEEL FILTER
Model Number: 3500
Large flow paths minimise pressure drop. 316 Stainless steel throughout. Large stainless steel element. 3/4', 1' NPT and BSP.
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MIDLAND ACS MODEL 3500 - STAINLESS STEEL FILTER REGULATOR
MIDLAND ACS MODEL 3500 - STAINLESS STEEL FILTER REGULATOR
Model Number: 3500
316 Stainless steel throughout. Large flow paths minimise pressure drop. Integral mounting holes. Tagging facility built in. Filter Unit. 3/4', 1', NPT (BSP option available)
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MIDLAND ACS MODEL 3500 - STAINLESS STEEL LUBRICATOR
MIDLAND ACS MODEL 3500 - STAINLESS STEEL LUBRICATOR
Model Number: 3500
Accurate drip rate adjustment. Can be filled under pressure. Transparent sight feed dome. Built in flow sensor. Filter Unit. 1/2' NPT (BSP option not available)
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MIDLAND ACS MODEL 3500 - STAINLESS STEEL PRESSURE REGULATOR
MIDLAND ACS MODEL 3500 - STAINLESS STEEL PRESSURE REGULATOR
Model Number: 3500
316 Stainless steel throughout. Large flow. High relief flow. Integral mounting holes. 3/4', 1', NPT(BSP option available). Tagging facility built in.
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MIDLAND ACS MODEL 3525 - STAINLESS STEEL FILTER REGULATOR
MIDLAND ACS MODEL 3525 - STAINLESS STEEL FILTER REGULATOR
Model Number: 3525
Ports
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MIDLAND ACS MODEL 3550 - STAINLESS STEEL FILTER
MIDLAND ACS MODEL 3550 - STAINLESS STEEL FILTER
Model Number: 3550
Large flow paths minimise pressure drop. 316 Stainless steel throughout. Large Stainless Steel element. 1/4', 1/2', 3/4' NPT and BSP.
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MIDLAND ACS MODEL 3550 - STAINLESS STEEL FILTER REGULATOR
MIDLAND ACS MODEL 3550 - STAINLESS STEEL FILTER REGULATOR
Model Number: 3550
316 Stainless steel throughout. Large flow paths minimise pressure drop. Rolling diaphragm design. Precision adjustment. Filter Unit. 1/4', 1/2', 3/4' NPT and BSP.
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MIDLAND ACS MODEL 3550 - STAINLESS STEEL PRESSURE REGULATORS
MIDLAND ACS MODEL 3550 - STAINLESS STEEL PRESSURE REGULATORS
Model Number: 3550
316 Stainless steel throughout, Large flow characteristics, Rolling diaphragm design, High relief flow, Precision adjustment, Integral mounting holes, Filter Unit, 1/4', 1/2', 3/4' NPT (BSP option available).
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MIDLAND ACS MODEL 3575 - STAINLESS STEEL FILTER
MIDLAND ACS MODEL 3575 - STAINLESS STEEL FILTER
Model Number: 3575
Ambient temperature range. Standard: -20
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MIDLAND ACS MODEL 3575 - STAINLESS STEEL FILTER REGULATOR
MIDLAND ACS MODEL 3575 - STAINLESS STEEL FILTER REGULATOR
Model Number: 3575
Ports 2', 1
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MIDLAND ACS MODEL 3575 - STAINLESS STEEL PRESSURE REGULATOR
MIDLAND ACS MODEL 3575 - STAINLESS STEEL PRESSURE REGULATOR
Model Number: 3575
Temp Range, Standard: -20
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MIDLAND ACS MODEL 4500 - STAINLESS STEEL FLOW REGULATOR
MIDLAND ACS MODEL 4500 - STAINLESS STEEL FLOW REGULATOR
Model Number: 4500
316 Stainless Steel or Brass in-line flow regulators for uni-directional operation (free flow return). 316 Stainless Steel or Brass in-line flow regulators for bi-directional operation (separate flow control in each direction) 1/4', 3/8', 1/2' 3/4'
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MIDLAND ACS MODEL 4500 - STAINLESS STEEL NEEDLE VALVE
MIDLAND ACS MODEL 4500 - STAINLESS STEEL NEEDLE VALVE
Model Number: 4500
316 Stainless Steel needle valve with 3mm or 6mm orifice. 316 Stainless Steel exhaust flow regulator/ breather supplied complete with tamper proof cap. 1/4', 3/8' 1/2' NPT and (BSP option).
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MIDLAND ACS MODEL 4500 - STAINLESS STEEL NON RETURN CHECK VALVE
MIDLAND ACS MODEL 4500 - STAINLESS STEEL NON RETURN CHECK VALVE
Model Number: 4500
316 Stainless Steel non return valves for pressures up to 12 bar (174 psi). 316 Stainless Steel non return valves for pressures up to to 25 bar (362 psi). 1/4', 3/8', 1/2', 3/4', 1' NPT and (BSP option).
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MIDLAND ACS MODEL 4500 - STAINLESS STEEL PRESSURE SWITCH
MIDLAND ACS MODEL 4500 - STAINLESS STEEL PRESSURE SWITCH
Model Number: 4500
Compact / Lightweight. 5 pressure ratings. Integrated tagging facility. Fluoroelastomer seals. 3/2 and 5/2 versions. 1/4' NPT (BSP option available). 1/8' NPT Pilot port
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MIDLAND ACS MODEL 4500 - STAINLESS STEEL QUICK EXHAUST VALVE
MIDLAND ACS MODEL 4500 - STAINLESS STEEL QUICK EXHAUST VALVE英国MIDLAND-ACS电磁阀
2325M21-AM1P
3325M21-AM1P
4325M21-AM1P
6325M21-AM1P
8325M21-AM1P
5325M21-AM1P
7325M21-AM1P
2325M24-AM1P4
3325M24-AM1P4
4325M24-AM1P4
6325M24-AM1P4
8325M24-AM1P4
5325M24-AM1P4
7325M24-AM1P4
2325M21-AM1P
3325M21-AM1P
4325M21-AM1P
6325M21-AM1P
8325M21-AM1P
5325M21-AM1P
7325M21-AM1P
2325M24-AM1P4
2325M24PAM1P4
3325M24-AM1P4
3325M24PAM1P4
4325M24-AM1P4
4325M24PAM1P4
6325M24-AM1P4
6325M24PAM1P4
8325M24-AM1P4
8325M24PAM1P4
5325M24-AM1P4
5325M24PAM1P4
7325M24-AM1P4
7325M24PAM1P4
1323M28-BM1B
1324M28-BM1B
1323M211BM1B
1324M211BM1B
1323M21-BM1B
1323B00-BM1B
1324B00-BM1B
1323M27-BM1BB
1323M27-BM1BG
1323M27-BM1BR
1323M2G5BM1BB
1323M2G5BM1BG
1323M2G5BM1BR
1323M2G5BM1BY
1323B775BM1B
1323B005BM1B
1323B995BM1B
132*M28-BM1B
132*M211BM1B
132*M21-BM1B
1323M2L-BM1B
1323M26-BM1B
1323M2G-BM1B
132*B00-BM1B
1323M27-BM1B
1323M2G-BM1B
1323B00-BM1B
1324B00-BM1B
1323M27-BM1BB
1323M27-BM1BG
1323M27-BM1BR
1323M2G5BM1BB
1323M2G5BM1BG
1323M2G5BM1BR
1323M2G5BM1BY
1323M2G5BM1B
1323B775BM1B
1323B005BM1B
1323B995BM1B
1323B995BM1B
2325M24-AM1P4
2325M24PAM1P4
3325M24-AM1P4
3325M24PAM1P4
4325M24-AM1P4
4325M24PAM1P4
6325M24-AM1P4
6325M24PAM1P4
8325M24-AM1P4
8325M24PAM1P4
5325M24-AM1P4
5325M24PAM1P4
7325M24-AM1P4
2325M21-AM1P
3325M21-AM1P
4325M21-AM1P
6325M21-AM1P
8325M21-AM1P
5325M21-AM1P
7325M21-AM1P
PILOT SOLENOID OPERATED（先导电磁控制）
2323M23-VC2B
2325M24-VC2B
3323M23-VC2B
3325M24-VC2B
4323M23-VC2B
4325M24-SC2B
6325M24-SC2B
8325M24-SC2B
5325M24-SC2B
7325M24-SC2B
2323M23-VC2B
2325M24-VC2B
3323M23-VC2B
3325M24-VC2B
4323M23-VC2B
4325M24-VC2B
6325M24-SC2B
8325M24-SC2B
5325M24-SC2B
7325M24-SC2B
PILOT AIR OPERATED 先导气控阀
2325M21-VC2B
3325M21-VC2B
4325M21-VC2B
6325M21-SC2B
8325M21-SC2B
5325M21-SC2B
7325M21-SC2B
2325M21-VC2B
3325M21-VC2B
4325M21-VC2B
6325M21-SC2B
8325M21-SC2B
5325M21-SC2B
7325M21-SC2B
LEVER ROLLER OPERATED（手滚，手转控制）
1323M62-SM2B
1324M62-SM2B
1323M82-SM2B
1324M82-SM2B
132*M82-SM2B
2PS3SV**2
2PS5SV**2
SSAF238-20
SSAF238-22
2PS3SV022
2PS3SV042
2PS3SV072
2PS3SV102
2PS3SV162
2PS5SV022
2PS5SV042
2PS5SV072
2PS5SV102
2PS5SV162
2REGSN122
3REGSN122
4REGSN122
6REGSN122
8REGSN122
2BIDSN122
3BIDSN122
4BIDSN122
QUICK EXHAUST VALVES ? SHUTTLE VALVES 快速排气阀?班车阀
2NRBSN102
3NRBSN102
4NRBSN102
1VPBSN122
2VPBSN122
1BRESN102
2BRESN102
3BRESN102
4BRESN102
6BRESN102
8BRESN102
消音器
2QEVSN122
3QEVSN122
4QEVSN122
6QEVSN122
8QEVSN122
2SHVSN122
热熔断器，并可视指示器
4THFSN102070
4THFSN102096
4THFSN102102
4THFSN102124
4THFSN102137
4THFSN102200
1VISSN122G
1VISSN121G
NON RETURN VALVES非止回阀
12 bar
2NRVSN122
3NRVSN122
4NRVSN122
6NRVSN122
8NRVSN122
25 bar
2NRVSN252
3NRVSN252
4NRVSN252
NEEDLE VALVES ? EXHAUST PORT FLOW REGULATORS 针阀门?排气口流量调节剂
2EFRSN102
3EFRSN102
4EFRSN102
2NDVSN12203
2NDVSN12206
2NDVSN12206
2FRMSV**2A
4FRMSV**2A
6FRMSV**2A
2FRASV**2A
4FRASV**2A
6FRASV**2A
2FRMSV**2A
4FRMSV**2A
6FRMSV**2A
2FRASV**2A
4FRASV**2A
6FRASV**2A
2FLMSV202A
2FLASV172A
4FLMSV202A
4FLASV172A
6FLMSV202A
6FLASV172A
2FLMSV202A
4FLMSV202A
6FLMSV202A
4FLASV172A
2FLMSV202A 1/4
4FLMSV202A 1/2
2FLASV172A
6FLASV172A
6FLMSV202A 3/4
2FLASV172A 1/4
4FLASV172A 1/
6FLASV172A 3/4”
2PRVSV**2A 1/4
4PRVSV**2A 1/2
6PRVSV**2A 3/4
2PRNSV**2 1/4
4PRNSV**2 1/2
6PRNSV**2A 3/4
SSF2110-7 95(3.74) 100(3.94) 25(0.98) 76(2.99) 24(0.94)
SSF2110-7S 79(3.11) 100(3.94) 25(0.98) 60(2.36) 24(0.94)
SSF4110-7 95(3.74) 100(3.94) 25(0.98) 76(2.99) 28(1.10)
D40 MQH00386 Diode Module 1.0 EA 17.25
D41 MQH00386 Diode Module 1.0 EA 17.25
D42 MQH00386 Diode Module 1.0 EA 17.25
D43 MQH00386 Diode Module 1.0 EA 17.25
D44 MQH00386 Diode Module 1.0 EA 17.25
D45 MQH00386 Diode Module 1.0 EA 17.25
D46 MQH00386 Diode Module 1.0 EA 17.25
D47 MQH00386 Diode Module 1.0 EA 17.25
D48 MQH00386 Diode Module 1.0 EA 17.25
K40 MKB00038 Mechanical Relay 1.0 EA 37.55
K41 MKB00119 12V, 6A Spdt Relay 1.0 EA 39.45
K42 MKB00119 12V, 6A Spdt Relay 1.0 EA 39.45
K43 MKB00119 12V, 6A Spdt Relay 1.0 EA 39.45
K44 MKB00119 12V, 6A Spdt Relay 1.0 EA 39.45
TD1 MKB00155 Multi-func Dpdt Timer Relay (Effective to
1/11/16)
1.0 EA 0.00
TD2 MKB00155 Multi-func Dpdt Timer Relay (Effective to
1/11/16)
1.0 EA 0.00
TD3 MKB00155 Multi-func Dpdt Timer Relay (Effective to
1/11/16)
1.0 EA 0.00
TD4 MKB00155 Multi-func Dpdt Timer Relay (Effective to
1/11/16)
1.0 EA 0.00
1 T4827202 Outrgr&pipelift Junc Box Mod 1.0 EA 0.00
2 MLM00061 Steel Din Rail 0.88 FT 17.10
3 MBF00005 1/4 TY 'a' Wide FL Wshr Stl PL 2.0 EA 0.10
4 MLM00056 End Clamp 3.0 EA 3.71
5 MLM00285 24A Quattro 5.2 Term Block 23.0 EA 6.02
6 MLM00222 Quattro 15A & 24A End Cover 1.0 EA 2.40
7 MLU00037 ZB5 Marker 1-10 1.0 EA 3.68
8 MLU00038 ZB5 Marker 11-20 1.0 EA 3.68
9 MLU00041 ZB5 Marker 21-30 1.0 EA 3.59
10 MLM00211 ST2.5, 5 Pos Insertion Bridge (Effective to
1/11/16)
1.0 EA 4.27
10 MLM00210 ST2.5, 4 Pos Insertion Bridge 2.0 EA 3.45
11 MLM00206 ST2.5, 3 Pos Insertion Bridge 1.0 EA 3.19
12 MLM00209 ST2.5, 2 Pos Insertion Bridge 1.0 EA 2.92
13 MKB00029 Relay Socket 1.0 EA 23.56
14 MKB00039 Hold Down Spring 2.0 EA 2.84
15 MQH00387 Diode Module End Plate 1.0 EA 0.00
16 MLK00093 3/4 X 4-HOLE Strain Relief 3.0 EA 16.96
17 MLN00362 3/4" Elec Lock Nut 6.0 EA 0.79
18 MLJ00005 3/4 Seal Ring 6.0 EA 3.31
19 MLK00080 3/4 Strain Relief Connector 2.0 EA 16.96
20 MLK00003 3/4 Strain Relief Connector 1.0 EA 17.30
21 MQG00103 1.5M Deutsch Cable W/diodes 12.0 EA 0.00
22 MQF00593 Wall Mnt 14#16 F Bayonet Recep 1.0 EA 0.00
23 MLE00131 #16/19 Flex Cable 14.5 FT 0.00
24 MLE00003 #14/3 Type Soow Cable 8.0 FT 2.01
25 8163239 Quattro Terminal Label 1.0 EA 0.00
26 MLM00217 #16 X 8MM Insulated Ferrule 2.0 EA 1.11
27 MLL00095 #16 Elec Wire, UL1007, Blue (Effective to
6/13/16)
6.0 FT 0.80
27 MLL00080 #20 Elec Wire, UL1007, Blue 6.0 FT 0.11
28 MLL00096 #16 Elec Wire, UL1007, Brown (Effective to
6/13/16)
24.0 FT 0.8001302729
Handle - SW14 Straight - Zinc
01306745
Handle - SW14 Straight Alum
01315533
HANDLE - SW9 STEPPED - ZINC
02-333582
CETOP 5Valve DG4V 5 2AJ M U H6 20 J99
020191000001..[GR20]
SPIDER F/.55/.75/1.1/1.5KWDIN2 CP
020241000001..[GR24]
SPIDER F/4KW(DIN/A/AHD/B)&.75/4KW
020281000001..[GR28]
SPIDER F/7.5KW(DIN/A/AHD/B/BB) &
020285103800
HUB-Motor-F/7.5KW(DIN/A/AHD/B/BB)
020285145519
Hub-Pump-7.5KWB Coupling
020381000001..[GR38]
SPIDER F/15KW(A/AHD/B/BB/C)& 11/1
020421000001..[GR42]
SPIDER F/(22/30)KW(B/BB/C/CC)COUP
020481000001..[GR48]
SPIDER F/30KWD/45KW(C/CC/D)COUPLI
020651000001..[GR65]
SPIDER FOR 75KW(CC/D)COUPLING
020751000001..[GR75]
SPIDER FOR 75/100KWE CPLG.ASSY.
026V7
O-Ring 1.239 x 0.070" Viton-75
03742R203
Monoblock Accessory 2 Position Detent - Handle In
04566F16D
High Pressure Carry Over
04566F6D
Q45 Power Beyond Plug 1/2" BSPP
04567F16D
Q45 Closed Centre Plug
051202030420
Relief Valve
052107030210
VSQ-30 Sequence Valve 30-100bar
052107030220
VSQ-30 Sequence Valve 3/8"BSPP 50-210 bar
054201030435
Oil Control Valve
0553431097010
Dual Pilot Operated Check Valve VSO-DE 30L/min 3/8"BSPP
05566F6DSAE
Q75 Power Beyond Plug 7/8" UNO
05567F16DSAE
Q75 Closed Centre Plug
05990500090000A
VFC-NC Shuttle Valve 1/4"
0660R020P/HC
20μm Return Element Paper
08742R2
Monoblock Q75 Accessory Detent Kit / POS2
0880300
Norgren 0.5 - 8 Bar Pressure Switch 12DC
0D021601300C
Coil 24VDC - 58 Series
0D021701300Z
Coil S8 220 Volt RAC 20W Class H
1.100
1.100 United Seal Kit - A10V 100
1.18
1.18 United Seal Kit - A10V 18
1.28
1.28 United Seal Kit - A10V 28
1.45
1.45 United Seal Kit - A10V 45
1.71
1.71 United Seal Kit - A10V 71
1000635X091ZP
Tube 6.35mm x 0.91mm Zinc Plated
1000953X122ZP
Tube 3/8" x 1.22mm Zinc Plated
100127X163ZP
Tube 1/2" x 1.63mm Zinc Plated
1001588X163ZP
Tube 5/8" x 1.63mm Zinc Plated
1001905X203ZP
Tube 3/4" x 2.03mm Zinc Plated
100254X264ZP
Tube 1" x 2.64mm Zinc Plated
100467-04
Filler Breather Suit MK3 Units
100483-2-030
Valve Flow Control 3L/Min (White/White)
100483-2-070
Valve Flow Control 7L/Min (Grey/Grey)
100483-2-090
Valve Flow Control 9L/M (Yellow/Red)
100888
MK3D Check Spring
101-1033009
Char-lynn 4.5cc Motor 101-1033
101157/1ES
Electric Motor 12VDC MK3D
101157/2RL
Electric Motor 24VDC Long Rated MK3D
101158/15W
1.5cc Smiths Pump Kit
101158/23W
2.3cc Smiths Pump Kit
101158/40W
4.0cc Smiths Pump Kit
101158/51W
5.1cc Smiths Pump Kit
101263-01
Plug Hirshman c/w AC Rectifier
1030011788
Identification Plate - Filter
1030012266
Notched Nails - Filter ID Plate
1041027006
Charlynn 5.9cc Motor 1/2 NPTF
1055892
Eco-Terra Hydraulic Oil ISO68 / 0907
1055931 Oil 46- 18.9L
Megaflow AW Hyd Oil 46 - 18.9L
1055934 Oil 68- 18.9L
Megaflow AW Hyd Oil 68 - 18.9L
106,4/064PP
1064/064 PP Shell Twin 1/4" (6.4mm)
106,4APP
1064A PP Shell Single 1/4" (6.4mm)
108,0/08,0PP
1080 /080 PP Shell Twin (80mm)
109,5/09,5PP
1095/095 PP Shell Twin 3/8" (9.5mm)
109,5APP
1095A PP Shell Single 3/8" (9.5mm)
109,5PA
1095A PA Shell Single 3/8" (9.5mm)
10WTX-WLN-B
10WTX-WLN-B - Adaptor
110,0/10,0PP
1100/100 PP Shell Twin (10mm)
110,0APP
1100A PP Shell (10mm)
110158/51W
5.1cc Smiths Pump Kit
112,0/12,0PP
1120/120 PP Shell Twin (12mm)
112,0APP
1120A PP Shell (12mm)
11209NGIRAD
Rectified Connector (Black)
12500750
Energised U' Seal
132106V4A
CRA 1-8 M6 Unistrut Adaptor V4A
1400-035
35mm EXT C/CLI
1506AS
Cylinder 1.5" Bore 6" Stroke Female Clevis's
151-060000
OMP50 Danfoss Hyd Motor SDD 50cc
151-060100
OMP80 Danfoss Hyd Motor SDD 80cc
151-060600
Motor SDD OMP 250cc
151-127500
OMP S7 Set Of Seals
151-128600
OMP Series 6 & 8 Seal Kit
151-706300
OMP100 Danfoss Hyd Motor SDD 100cc
151-706600
OMP200 Danfoss Hyd Motor SDD 200cc
151-F011100
OMS Seal Kit
151-F0137
Tacho Housing Complete - Suit OMS400 Series 3
151-F050000
OMS80 Danfoss Hyd Motor 80cc 32mm Str Keyed
151-F050600
OMS315 Danfoss Hyd Motor 315cc 32mm Str Keyed
151-F060500
OMS400 Danfoss Hyd Motor 400cc 32mm Str Keyed
151-G000100
OMM12.5 Danfoss Hyd Motor 20cc 16mm Str Keyed End Port
151-G000200
OMM20 Danfoss Hyd Motor 20cc 16mm Str Keyed End Port
151-G003700
OMM50 Danfoss Hyd Motor 50cc 16mm Str Keyed End Port
151-G004000
OMM8 Danfoss Hyd Motor 8cc 16mm Str Keyed End Port
151-G004100
OMM8 Danfoss Hyd Motor 8cc 16mm Str Keyed Side Port
151-G020200
OMM Seal Kit Complete
151-G021100
OMM Flange kit
151F050000
Motor SDD OMS 80CC
153045
QSL-1/8-4 Elbow
1532014
Tool FLare 377 Ridgid
155G304000
PVM 120 STD Manual Control
155G406100
PVMD120 Cover
155G601400
PVB120 Basic Valve
155G603500
PVBU Uprating Kit
155G646800
PVBS120 Spool
155G803300
PVAS120 Mounting Kit
159630
LFR-1/8-D-Mini Filter / Regulator
164936
HR-D-Mini Bracket
170-L-123A
Fairey High Pressure Filter Element GDH20
171146019
24 Volt Coil - Suit SV10-34-09
18101
1" 2-Way L/P F/B Ball Valve
181011/2
1 1/2" 2-way L/P F/B Ball Valve
18209N
Din Connector
18701000
Energised U' Seal (Blue)
1AR100P20S
1AR100P20S Relief Valve Cartridge
1AR100P40S
1AR100P40S - Relief Valve
1AR60-R-20S
1AR60-R-20S
1BKHG11/4-1125
Ball Valve 2 Way DN2 G1 1/4
1MDCV45/J
VALVE - MONOBLOCK - DIR. 45L. 1 SPOOL
1MDCV75/J
Valve-MonoBlock-Dir.75L.1 Spool
1PD42GAS
Pump 2.6CC Group 1
1RS21H288NNN
12VDC P/Pack 2.1cc Pump 2.8L Tank..Horizontal Mount C/W Lowering Valve
2.0250H20XL-A00-0-M
ELEMENT-20um F/DA/DU
20 12 6070
Internal Bell Door Cylinder 2 1/2"Bore X 1 1/2"Rod X 203mm Stroke S/Steel
20 12 6071
External Bell Door Cylinder 2 1/2"Bore X 1 1/2"Rod X 10" Stroke S/Steel
20 12 6134
Internal Bell Door Cylinder 2 1/2"Bore X 1 1/2"Rod X 203mm Stroke
200-1787-001
BSFH 200 Pad Set
2000X06ELI
2" Bore X 6" Stroke X 1/1/4" Rod ELI
2000X10ELI
2" Bore X 10" Stroke X 1/1/4" Rod ELI
2000X12ELI
2" Bore X 12" Stroke X 1/1/4" Rod ELI
2000X14ELI
2" Bore X 14" Stroke X 1/1/4 Rod ELI
2004AS
2" Bore by 4" Stroke Cylinder
2016AS
2" Bore by 16" Stroke Cylinder
2018AS
2" Bore by 18" Stroke Cylinder
20200009
Delta Mizer Manifold "I"
212,7/12,7PP
2127/127 PP Shell Twin 1/2" (12.7mm)
212,7PP
2127 PP Shell Single 1/2" (12.7mm)
214,0/14,0PP
214/14 PP Shell Twin (14mm)
214,0PP
2140 PP Shell Single (14mm)
215,0/15,0PP
215/15 PP Shell Twin (15mm)
215,0PP
2150 PP Shell Single (15mm)
216,0/16,0PP
216 /16 PP Shell Twin 5/8" (16mm)
216,0PP
2160 PP Shell Single 5/8" (16mm)
217,2/12,2PP
2172/172 PP Shell Twin 3/8" (17.2mm)
217,2PP
2172 PP Shell Single (17.2mm)
218,0/18,0PP
218.0/18.0 PP Twin Shell (18mm)
218,0PP
2180 PP Shell (18mm)
2500X06
2.5" Bore by 06" Stroke x 1.5" Rod Cylinder
2500X08
2.5" Bore by 08" Stroke x 1.5" Rod Cylinder
2500X08X
2.5" Bore X 8" Stroke X 1.5" Rod Phoenix
2500X10
2.5" Bore by 10" Stroke x 1.5" Rod Cylinder
2500X12
2.5" Bore by 12" Stroke x 1.5" Rod Cylinder
2500X14
2.5" Bore by 14" Stroke x 1.5" Rod Cylinder
2500X16
2.5" Bore by 16" Stroke x 1.5" Rod Cylinder
2500X18
2.5" Bore by 18" Stroke x 1.5" Rod Cylinder
2500X20
2.5" Bore by 20" Stroke x 1.5" Rod Cylinder
2500X24
2.5" Bore by 24" Stroke x 1.5" Rod Cylinder
2500X36
2.5" Bore by 36" Stroke x 1.5" Rod Cylinder
2520AS
2.5" Bore x 20" Stroke Cylinders
26 14 5699 A
Bell Trolley Cylinder 3 1/4"Bore X 1 3/4"Rod X 700mm Stroke (2205 SS Rod) - Flange Mount
26 14 5920 A
Bell Trolley Cylinder 3 1/4"Bore X 1 3/4"Rod X 2300mm Stroke (2205 SS Rod) - Flang Mount
26 14 6044
Bell Trolley Cylinder 3 1/4"Bore X 1 3/4"Rod X 2500mm Stroke (2205 SS Rod) - Flange Mount
26 14 6133
Bell Trolley Cylinder 3 1/4"Bore X 1 3/4"Rod X 700mm Stroke (2205 SS Rod) - Trunnion Mount
270-L-123A
Fairey High Pressure Filter Element
2710522
48 Volt Coil
28 14 5976 A
Dampening Cylinder 3 1/2"Bore X 1 3/4"Rod X 750mm Stroke - Double Ended
28 14 6069
Dampening Cylinder 3 1/2"Bore X 1 3/4"Rod X 750mm Stroke (2205 SS Rod) - Double Ended
28 14 6126
Dampening Cylinder 3 1/2 "Bore X 1 3/4"Rod X 750mm Stroke (2205 SS Rod) - Double Ended - Sleeved, Closed Centre Change
29416E
Spherical Bearing MA 283 S11
2RS21H288NNN
24VDC P/Pack 2.1cc Pump 2.8L Tank..Horizontal Mount C/W Lowering Valve
30-382-216-01
MK3D Check Ball
3000X08
3" Bore by 8" Stroke X 1.5" Rod Cylinder
3000X10
3" Bore by 10" Stroke X 1.5" Rod Cylinder
3000X12
3" Bore by 12" Stroke x 1.5" Rod Cylinder
3000X18
3" Bore by 18" Stroke x 1.5" Rod Cylinder
3000X24
3" Bore by 24" Stroke x 1.5" Rod Cylinder
3000X24ELI
3" Bore X 24" Stroke X 1/1/2 Rod ELI
3000X48
3" Bore by 48" Stroke x 1.5" Rod Cylinder
3000X6CUS
Double Acting Cylinder 3"Bore 1/1/4"Rod 6"Stroke F/Male Clevis 7/8"Pin - Male Knuckle 7/8"Pin
3012,7PP
3012,7 PP Shell Single 1/2" (12.7mm) GRP3
3013,5PP
3013,5 PP Shell Singles (13.5mm)
30651
Coupling-T.D. SAE C'F/A10V0140
30HF2-20ML
30HF2-20ML - Norman Filter Element
319,0 PP
3190 PP Shell Single 3/4" (19mm)
319,0/19,0PP
319 /19 PP Shell Twin 3/4" (19mm)
320,0/20,0PP
320,0/20,0 PP Shell Twin 3/4" (19mm)
320,0PP
3200 PP Shell (20mm)
32017X
Timken Tapered Roller Bearing
321,3PP
321,3 PP Shell 21.3mm Shell
322,0/22,0PP
322 /22 PP Shell Twin 7/8" (22mm)
322,0PP
322,0 PP Shell Single 7/8" (22mm)
323202V4A
AS 2D Hex Bolt (M8 x 35) - V4A
323203
AS 3D HEX BOLT (M8 x 45)
323203V4A
AS 3D HEX BOLT (M8 x 45) - V4A
323205
AS 5D HEX BOLT (M8 x 60)
323205V4A
AS 3D HEX BOLT (M8 x 60)
325,0/25,0PP
325 /25 PP Shell Twin (25mm)
325,0PP
3250 PP Shell Single (25mm)
325,4/25,4PP
3254/254 PP Shell Twin 1" (25.4mm)
325,4PP
3254 PP Shell Singles 1" (25.4mm)
325201V4A
GD 1D COVER PLATE V4A
325202V4A
GD 2D COVER PLATE - V4A
325203
GD 3D COVER PLATE
325203V4A
GD 3D COVER PLATE V4A
325205
GD 5D COVER PLATE
341101V4A
SI 1D Stacking Washer V4A
3500X10
3.5" Bore by 10" Stroke Cylinder
3500X24
3.5" Bore by 24" Stroke Cylinder
355325-203
2.5" Bore by 08" Stroke Vickers Cylinder
35BS1DFO12CHS
Valve Series 35 Inlet DFO 12VDC C/W Plugs
35BS3DF012CHS
Valve Series 35 Intermediate DFO 12VDC C/W Plugs
370-L-323A
Fairey H.P. Filter Element GDH20
372413
P-R 42 L Ring
372941
SNV 12L Union - Metric Union
373010
GEV 12L/R 1/2K Coupling - Metric12L - 1/2BSPT
373116
GEV 8 LR-WD Coupling 1/4
373117
GEV 10 LR-WD Coupling 1/4"
373118
GEV 12 L/R 1/4"-WD Coupling
373119
GEV 12 LR-WD Coupling 3/8"
373120
GEV 15 LR-WD Coupling 1/2"
373121
GEV 18 LR-WD Coupling 1/2"
373122
GEV 22 LR-WD Coupling 3/4"
373123
GEV 28 LR-WD Coupling 1"
373124
GEV 35 LR-WD Coupling 1-1/4"
373125
GEV 42 LR-WD Coupling 1-1/2"
373197
WEV 8 LRK Elbow 1/4"
373198
WEV 10 LRK Elbow 1/4"
373362
GV 6 L Straight Coupling
373363
GV 8 L Straight Coupling
373364
GV 10 L Straight Coupling
373365
GV 12 L Straight Coupling
373366
GV 15 L Straight Coupling
373367
GV 18 L Straight Coupling
373368
GV 22 L Straight Coupling
373369
GV 28 L Straight Coupling
373372
GV 6 S Straight Coupling
373373
GV 8 S Straight Coupling
373374
GV 10 S Straight Coupling
373375
GV 12 S Straight Coupling
373376
GV 14 S Straight Coupling
373377
GV 16 S Straight Coupling
373378
GV 20 S Straight Coupling
373379
GV 25 S Straight Coupling
373389
WV 15 L Equal Elbow
373411
TV 12 L Equal Tee
373412
TV 15 L Equal Tee
373414
TV 22 L Equal Tee
374309
GAV 12 LR Female Coupling
374577
ETVD 12L Adjustable Tee
37FT-08-316-SGR
3/4" JIC Flaretite 316 S/S
37FT-12-316-SGR
1-1/16" JIC Flaretite 316 S/S
37FT-16-316-SGR
1-5/16" JIC Flaretite 316 S/S
3DREP6C2*/25EG24N9K4/M
NG6 Proportional Control Valve 24v
3DREPE6C2*/25EG24N9Z31/A1V
ELECTRONIC PROPORTIONAL VALVE (ID# B1015) 0-10v Input
3SEP
Sintered Bronze Breather 3/8" BSP
4000X18
4" Bore x 18" Stroke x 1 3/4" Rod
4019,0PP
40190 PP HD Shell Single 3/4" (19mm)
4020,0PP
40200 PP HD Shell Single (20mm)
4021,3PP
40213 PP HD Shell Single 1/2" (21.3mm)
4022,0PP
40220 PP HD Shell Single 7/8" (22mm)
4025,0PP
40250 PP HD Shell Single (25mm)
4025,4PP
40254 PP HD Shell Single 1" (25.4mm)
4028,0PP
40280 PP HD Shell Single (28mm)
406175020
Starter Coil 12 Volt for MK3
411G-10VL
411G-10VL - Norman Filter Element
428,0PP
4280 PP Shell Single (28mm)
4280/280PP
4280/280 PP Shell Twin (28mm)
430,0PP
430,0 PP Shell Single (30mm)
496175021
Starter Coil 24 Volt for MK3
4WE10D3*/CG24N9K4
Valve - Solenoid
4WE10E3*/CG24N9K4
Valve - Solenoid
4WE10E3*/CW110N9K4
Valve - Solenoid
4WE10G3*/CW230N9K4
Valve - Solenoid
4WE10H3*/CG24N9K4
Valve - Solenoid
4WE10J3*/CG24N9K4
Valve - Solenoid
4WE6D6*/EG24N9K4
Valve - SZ. 6 SOL.
4WE6D62/EW110N9K4
Valve Size 6 Cetop3 110V
4WE6D62/EW230N9K4
Valve Size 6 Cetop3 230v
4WE6E6*/EG24N9K4
Valve Directional Solenoid 24VDC Cetop3 Close Centre E Spool
4WE6E6*/EW110N9K4
Valve - SZ. 6 SOL.
4WE6E6*/EW230N9K4
Valve - SZ. 6 SOL.
4WE6G6*/EG24N9K4
Valve Directional Solenoid 24VDC Cetop3 P to T G Spool
4WE6G6*/EW110N9K4
Valve - SZ .6 SOL.
4WE6G6*/EW230N9K4
Valve - SZ. 6 SOL.
4WE6H6*/EG24N9K4
Valve - SZ. 6 SOL.
4WE6H6*/EW110N9K4
Valve - SZ .6 SOL.
4WE6J6*/EG24N9K4
Valve - SZ. 6 SOL.
4WE6J6*/EW110N9K4
Valve - SZ. 6 SOL.
4WE6J6*/EW230N9K4
Valve - SZ. 6 SOL.
4WE6Y6*/EG24N9K4
Valve - SZ. 6 SOL.
4WH6E6
Valve - Hydraulic Operated
4WMM10J3*/F
4WMM10J3*/F Valve-Cetop5 Manual Operated
4WMM6D6xRO/
Cetop3 D Spool Manually operated 315bar 60l/min
4WMM6E6xRO/
Cetop3 E Spool Manually Operated 315bar 60l/min
4WMM6G6*RO/
Cetop3 G Spool Manually operated 315bar 60l/min
4WMM6H6xRO/
Cetop3 H Spool Manually operated 315bar 60l/min
4WMM6J6*/F-IN002
Cetop 3 Valve - Manual Operated
4WMM6J6xRO/
Cetop3 J Spool Manually operated 315bar 60l/min
4WMR6D5
Valve-Roller Operated
4WTX-WLN-B
4WTX-WLN-B - Adaptor
5032,0PP
50320 PP HD Shell Single (32mm)
5033,7PP
50337 PP HD Shell Single 1" (33.7mm) - W3
5035,0PP
50350 PP HD Shell Single (35mm)
5038,0PP
50380 PP HD Shell Single 1 1/2" (38mm)
5040,0PP
50400 PP HD Shell Single (40mm)
5042,0PP
50420 PP HD Shell Single 1 1/4" (42mm)
512,7PP
5127 PP Shell Single 1/2" (12.7mm)
514201064V4A
SP 1064A PP DP AS Clamp 1/4" - VA4
514201095V4A
SP 1095 PP DP AS Clamp 3/8" - VA4
514202127V4A
SP 2127 PP DP AS Clamp 1/2" - VA4
514203190V4A
SP 3190 PP DP AS Clamp 3/4" - VA4
514203213
SP 3213 PP DP AS Clamp
514203254V4A
SP 3254 PP DP AS Clamp 1" - VA4
514205320V4A
SP 5320 PP DP AS Clamp 1-1/4" - V4A
522-050-73-4T
400 KPA/PSI 1/4" BSPT BE Gauge
525,0PP
5250 PP Shell Single (25mm)
525020
AZPW-2x-014-022RRRXXMB-SO593 ..PUMP-SINGLE-GEAR-SAE'A' 14cc
529760
DG4V-3-2C-M-U-H7-60 Cetop3 24VDC Sol Valve
532,0PP
5320 PP Shell Single 1 1/4" (32mm)
5320/320PP
5320/320 PP Shell Twin (32mm)
533,7PP
533,7 PP Shell Single 33.7mm (1" NB)
535,0PP
5350 PP Shell Single (35mm)
5350/350PP
535 /35 PP Shell Twin 1 1/2" (35mm)
538,0/38,0PP
538 /38 PP Shell Twin 1 1/2" (38mm)
538,0PP
5380 PP SHELL Single 1-1/2" (38mm)
539003
Olaer Cooler Matrix Suit 03 Size
540,0PP
5400 PP Shell (40mm)
542,0PP
542,0 PP Shell Single1 1/4" (42mm)
555 1111-201
555 1111-201 (BSFH200) - Pad Set
557201064V4A
1064A PP SIG AF Assembly - V4A
557201095V4A
1095A PP SIG AF Assembly - V4A
557202127V4A
2127 PP SIG AF Assembly - V4A
586F-B25AL
586F-B25AL - Norman Filter Element
588F-B5CL
588F-B5CL - Norman Filter Element
6007 JP
Metric Ball Bearing
602560
GEV 10 L/R 3/8"-WD Coupling
6038,0PP
6038,0 PP Shell Single (38mm)
6044,5PP
6044,5 PP Shell Single 1 3/4" (44.5mm)
6048,3PP
60483 PP HD Shell Singles (48.3mm)
6050,8PP
6050,8 PP HD Shell Single 2" (50.8mm)
605215
GEV 18 L/R 3/4"-WD Coupling
60540
Char-lynn Seal Kit 101-1033 4.5cc Motor
605443
GEV 15 L/R 3/8"-WD Coupling
6055,0PP
6055,0 PP HD Shell Single (55mm)
6057,0PP
6057,0 PP Shell Single 2 1/4" (57.2mm)
605925
GEV 6 L/R 1/4"-WD Coupling 1/4"
605927
GEV 8 L/R 3/8"-WD Coupling
605933
GEV 12 SR 1/4"-WD COUPLING
6060,3PP
6060,3 PP Shell Single (60.3mm)
6065,0PP
6065,0 PP Shell Single (65mm)
612330
VSD 6 L/S Blanking Plug C/W O' Ring
612331
VSD 8 L/S Blanking Plug C/W O' Ring
612332
VSD 10 L/S Blanking Plug C/W O' Ring
612333
VSD 12 L/S Blanking Plug C/W O' Ring
612334
VSD 15 L/S Blanking Plug C/W O' Ring
612335
VSD 18 L/S Blanking Plug C/W O' Ring
612336
VSD 22 L/S Blanking Plug C/W O' Ring
612337
VSD 28 L/S Blanking Plug C/W O' Ring
61815
24 Volt Cetop Coil with Hirschman Plug
6306024-DG
Coil 24VDC Size 08
6356024-DG
COIL 24VDC SIZE 10 12 16
64 28 5709 D
HRC Sliding Cylinder 8"Bore X 3 1/2"Rod X 2910mm Stroke - Front Flange
64 28 6137
HRC Sliding Cylinder 8"Bore X 3 1/2"Rod X 2910mm Stroke (2205 SS Rod) - Front Flange
64 40 5698 G
A-Frame Cylinder 8"Bore X 5"Rod X 1520mm Stroke (2205 SS Rod)
644,5PP
6445 PP Shell Single (44.5mm)
648,3PP
6483 PP Shell Single (48.3mm)
650,8PP
6508 PP Shell (50mm)
6507624-DG
Proportional Valve Coil, 24VDC, DIN..
6956024-EG
24VDC Coil 12 Series
6WTX-WLN-B
6WTX-WLN-B - Adaptor
700295694
Teco 1.1kw Motor (Foot Mount Only)
7024760
Body 08 Cavity 3-Way
7028430
MNFVHCU7028430 Housing 10CAV 4WAY 3/8
7060,3PP
70603 PP Shell Single (60.3mm)
7070,0PP
7070,0 PP Shell Single (70mm)
7075,0PP
7075,0 PP Shell Single (75mm)
7080,0PP
7080,0 PP Shell Single (80mm)
714105400/400
SP 540 / 40 PP GD AS Clamp
714105420/420
SP 542 / 42 PP GD AS Clamp
73073
Bellhousing Only 7.5KWB
73612
Spider-F/7.5KW(DIN/A/AHD/B/BB)
75628
Brake Wet C9000/230
75629
Brake Wet C7200/190 *75629
760 224
COIL W/DIN CON 24VDC For Pilot Flow Sol Valve
760,3PP
760,3 PP Shell Single (60.3mm)
770 211
Coil 50/60hz 110vac
770 212
COIL 12VDC ISO/DIN CONF for Full Flow & Prop Valves
770 224
COIL 24VDC ISO/DIN CONF for Full Flow & Prop Valves
77032
110VAC/DC+ RECT Din Connector with LED
77046
12-24V Din Connector with LED
80 28 5700 I
HRC Davit Cylinder 10"Bore X 3 1/2"Rod X 1520mm Stroke (2205 SS Rod)
800 8040-003
Manual Override Tool
805343319
SV10-34-09 Direct-Acting, 3 Position, 4-Way Spool Type Solenoid Valve- C/W Coils 24v 171146019 x 2
8114,0PP
8114,0 PP Shell Single 4" (114mm)
82.60P10-S000MRE/A4VG180./31/32
82.60P10-S000MRE/A4VG180./31/32..Element Spin On F/MNTBL FLTR
849-012
1/2" Brass Swing Check Valve
86018
K01 Plate-SAE C to A Through Drive
8WTX-WLN-B
8WTX-WLN-B - Adaptor
902143-GAUGE
2 Ltr Plastic Jerry Can - Gauge Glycerine
916069
Controller DRG A10VO
92018
K01 Coupling Insert-SAE C to A
924001211
1/2"BSPP Inline Filter 10um P/Max 350Bar Reversible
942581
Controller-DFR for A10V16-100 (R910942581)
990-202-007
Sun Seal Kit
990 010 006
SEAL KIT T10/13A 2 PORT SER1
990 011 006
SEAL KIT T11A 3 PORT SER 1
990 016 006
SEAL KIT T16A 2 PORT SER 3
990 017 006
SEAL KIT T17A 3 PORT SER 3
990 106 003
RET PLATE & SEALS CETOP3
990 162 006
SEAL KIT T162A
990 163 006
Seal Kit T163A
990 202 006
SEAL KIT T2A 1986 ONWARD 1/16I
990 203 006
SEAL KIT T3 & 5A 1986 ONWARD
991 034
HANDKNOB KIT 3 STAR - SER. 1-4
991 211
HANDKNOB KIT K
991 222
Hand knob Kit Series 0
991 226
LOCK MAN O'RIDE
992 103-B
Threaded Rod M6
992 113-B
Threaded Rod M5
992 700-B
Stud Nut M6
992 750-B
Stud Nut M5
99725-F11
MK3D Drive Dog / Coupling
A-VBC-42-FC/08478503734000B
Flow Check & Metering 400l.420Bar
A10V0100DFR131R-PSC62N00
A10V0100DFR131R-PSC62N00 - Pump Piston Variable
A10V0100DFR131R-PUC62N00
A10V0100DFR131R-PUC62N00 - Pump Piston Variable
A10V0140DFR1/31R-PSD62N00
A10V0140DFR1/31R-PSD62N00 - Pump Piston Variable
A10V028DFR/3xR-PSC62N00
A10V028DFR/3xR-PSC62N00 - Pump Piston Variable
A10V028DFR1/3xL-PSC62N00
A10V028DFR1/3xL-PSC62N00 - Pump Piston Variable
A10V028DFR1/3xR-PSC62N00
A10V028DFR1/3xR-PSC62N00 - Pump Piston Variable
A10V045DFR131R-PSC62N00
A10V045DFR131R-PSC62N00 - Pump Piston Variable
A10V071DFR131R-PSC62N00
A10V071DFR131R-PSC62N00 - Pump Piston Variable
A10V100-BRNGKIT
A10V100 Bearing Kit
A10V18-BRNGKIT
A10V18 Bearing Kit
A10V28-BRNGKIT
A10V28 Bearing Kit
A10V30
Seal Kit A10V0
A10V71-BRNGKIT
A10V71 Bearing Kit
A10VO28-SLKIT
A10V28 Seal Kit
A10VO45-SLKIT
A10VO45 Seal Kit
A10VS018DFR1/31R-PUC62N00
A10VS018DFR1/31R-PUC62N00 - Pump Piston Variable
A2FM63/6xW-VAB020
A2FM63/6xW-VAB020 - Motor Piston Fixed
A2FM90/6xW-VAB027
A2FM90/6xW-VAB027 - Motor Piston Fixed
A5MCJ5226-38
GEV 38S (M52x2) x 1-5/8" -12 JIC Nipple
A85KBB0404L100
Bulkhead (Thread) BSPPxBSPP 100mm
A9DJ0407
Gauge Adaptor 1/4" BSPP X 7/16" JIC MALE
AAT
Body 90 Deg 1/4" BSPP T162A
AAU
BODY 3/8" BSPP T162A
AF1/1A-W3
AF 1/1A - AF 1D Stacking Bolt
AF1/1A-W5
AF 1A Stacking Bolt V4A S/S
AF1D-W3
AF 1D Stacking Bolt
AF2-W3
AF 2 Stacking Bolt - W3
AF2-W5
AF 2 Stacking Bolt V4A S/S
AF2D-W3
AF 2D Stacking Bolt
AF3-W3
AF 3 Stacking Bolt M6 X 30
AF3-W5
AF 3 Stacking Bolt V4A S/S
AF3D-W3
AF 3D Stacking Bolt M8 X 29 - W3
AF3D-W5
AF 3D Stacking Bolt M8 X 29 - W5
AF4-W5
AF 4 Stacking Bolt V4A S/S
AF4801/P12-7312
Element - Air Cleaner P12-7312
AF5-W3
AF 5 Stacking Bolt M6 X 50
AF5-W5
AF 5 Stacking Bolt (M6 x 50) - V4A
AF5S-W3
AF-5S STACKING BOLT
AF6-W5
AF 6 Stacking Bolt V4A S/S
AH4D61AF
NG6 DCV Manual Operated Close Centre
AH4D62AF
NG6 DCV Manual Operated A-B to T
ALCUW20
Gland For Non Armoured Cable Metal M20 Thread 10.0-15. HF01
AN0750
Rod Wiper 3/4"
AP-1
Mounting Adaptor for SDB-093/096
AP4D62
NG6 DCV Hydraulic Operated A-B to T
APD100-0-0020
1L Stainless Steel Accumulator
AQ-WCMBL10S05
5μm Water Filter
AQ-WCMBL10S10
10μm Water Filter
AS-1D-W3
AS 1D HEX BOLT (M6 x 35)
AS-1D-W5
AS 1D Hex Bolt W5 (M6x35)
AS-2D-W3
AS-2D HEX BOLT (M8 X 35)
AS-2D-W5
2D HEX BOLT (M8 X 35) - W5
AS-2S-W3
Hex Bolt (M8 x 35mm)
AS-3D-W3
AS 3D HEX BOLT (M8 x 45)
AS-3D-W5
AS 3D HEX BOLT (M8 x 45) - W5
AS-3S-W3
AS-3S HEX BOLT (M10 X 45)
AS-4D-W3
AS-4D HEX BOLT (M8 X 50)
AS-4D-W5
AS 3D HEX BOLT (M8x50) - W5
AS-4S-W3
AS-4S HEX BOLT (M10 X 60)
AS-5D-W3
AS 5D HEX BOLT (M8 x 60)
AS-5D-W5
AS 5D HEX BOLT (m8x60) - W5
AS-5S-W3
AS-5S HEX BOLT (M10 X 70)
AS-6S-W3
AS-6S HEX BOLT (M12 X 100)
AS-7S-W3
AS-7S HEX BOLT (M16 X 130)
AS(DP)1/1A-W3
Hex Bolt (M6 x 30mm)
AS(DP)1/1A-W5
AS (DP) 1/1A Hex Bolt V4A S/S (M6x30)
AS(DP)2-W3
AS(DP) 2/AS 1D HEX BOLT (M6 x 35)
AS(DP)2-W5
AS (DP) 2/AS 1D Hex Bolt V4A S/S (M6 x 35)
AS(DP)3-W3
Hex Bolt (M6 x 40) - W3
AS(DP)3-W5
AS (DP) 3 Hex Bolt V4A S/S (M6x40)
AS(DP)4-W3
AS(DP) 4 HEX BOLT (M6 x 45)
AS(DP)4-W5
AS (DP) 4 Hex Bolt (M6 x 45) - W5
AS(DP)5-W3
AS (DP) 5 Hex Bolt (M6 x 60)
AS(DP)5-W5
AS (DP) 5 Hex Bolt (M6 x 60) - V4A
AS(DP)6-W3
AS (DP) 6 Hex Bolt (M6 x 70) - W3
AS(DP)6-W5
AS (DP) 6 Hex Bolt (M6 x 70) - V4A
AS(DP)7-W3
AS (DP) 7 Hex Bolt (M6 x 100)
B1MF-08-08
1/2" BSPT Male/Female Adaptor
B3/5
5 Station Manifold NG3 Mini
B40T1D101A
Bell Housing - D200 / SAEB-2B
B7586-D - KK12-3/EPRRS-12-N-50-
CART-E.PROP.RED-RELIEV-PLT.OP
B7622
A10V16-100/24V.DC Manifold Unloading Block
BAW
Body 3/4IN BSPP T2A
BBV2R020001P
BKHG1/8-1128 Ball Valve 2 Way DN4 G1/8
BCD
BODY 3/4IN NPT
BCL/S
Body 1 1/16" UNO T2A Ali
BCV
Body 1/2" BSPP T2A Ali
BCV/S
Body 1/2" BSPP T2A Steel
BCW
Body 3/4" BSPP T2A
BCW/S
BODY 3/4IN BSPP T2A STEEL
BD12481
PGRM10B1 - 90 - 93 BTEE Piston Seal
BDERV3
Dual Pilot Check NG3 Mini
BHSX1010NFS
3/8" NPT Female 10,000 PSI S/S Ball Valve
BJ1M-06-06
3/8" BSPT X 9/16" JIC Nipple
BK3G1-8125L
Ball Valve 3 Way Compact G1 P 315 BAR
BK3G1/2-1125L
VALVE/B 3W COMPACT G1/2" PMAX 500 BAR
BK3G1/4-1125L
Ball Valve 3 Way Compact G1/4
BK3G3/4-8125L
Valve/B 3W Compact G3/4
BK3G3/8-1125L
VALVE/B 3W COMPACT G3/8" PMAX 500 BAR
BKHG1-1128
Ball Valve 2 Way DN25 G1
BKHG1/2-1128
Valve/B 2W DN13 G1/2
BKHG1/2-4428
VALVE/B 2W DN6 G1/2" S/S PMAX 500 BAR
BKHG1/4-1128
Ball Valve 2 Way DN6 G1/4
BKHG1/4-4428
VALVE/B 2W DN6 G1/4" S/S PMAX 500 BAR
BKHG1/8-1128
Ball Valve 2 Way DN4 G1/8
BKHG11/2-1128
Ball Valve 2 Way DN25 G11/2 315 BAR
BKHG11/4-1128
VALVE/B 2W DN25 G11/4
BKHG3/4-1128
Ball Valve 2 Way DN20 G3/4
BKHG3/8-1128
Valve/B 2W DN10 G3/8
BKHG3/8-4428
Valve/B 2W DN10 G3/8 S/S
BKHG38
3/8" Manual Ball Valve
BM4D32-M35-G24
DCV Solenoid Operated 24 Volt NG3 Mini A-B to T
BM4D32-M35/55-G24
DCV Solenoid Operated 24 Volt NG3 Mini A-B to T
BOM18291
L190F/1610 SAEC / 48mm Coupling
BR110
Breather H20 Gate Vent
BS
2466 BS - Power 9/16 UNO Body (3/4 2 Way)
BSM9-7X2-5T87
Bearing Strip Metric PTFE
BT371-MPG
Filter Breather, Spin-on
BU-010TFE
Back up Washer Teflon
BU-116TFE
Back up Washer Teflon
BU-117X4TFE
Back Up Washer Teflon
BU-118TFE
Back up Washer Teflon
BU-218
Back Up Washer
BU-247
Back Up Washer
BUWK-IMPTFE
Backup Washer Kit Teflon
BV2LP1
1" 2-WAY L/P F/B BALL VALVE PN30
BV2LP1/2
1/2" 2-WAY L/P F/B BALL VALVE PN30
BV2LP1/4
1/4" 2-WAY L/P F/B BALL VALVE PN30
BV2LP3/4
3/4" 2-WAY L/P F/B BALL VALVE PN30
BV2LP3/8
3/8" 2-WAY L/P F/B BALL VALVE PN30
BZ-5K-43-GR
43 Series Green Nylon Handle Kit (Bronze Insert)
C1-2114
Nipple 1-5/16" x 7/8" JIC
C1-2117
Nipple 1-5/16" x 1-1/16" JIC
C1664010C1
Coil 24VDC
C166455OZ1
S2 CE 220V RAC Coil
CAGA LHN
C/B 3:1 VENTED 3 PORT T17A
CAP13
IP65 Pressure Switch Cap PG09
CAV
BODY 1/2IN BSPP T3A
CAW
BODY 3/4IN BSPP T3A
CAW/S
BODY 3/4IN BSPP T3A - Steel
CAX
BODY 1IN BSPP T3A
CAX/S
Body 1" BSPP T3A Steel
CBCA LAN
C/B 3:1 0-60 LPM T11A Max 280Bar 0.3Bar Check
CBCA LBN
C/B 3:1 0-60 LPM T11A Max 105Bar 0.3Bar Check
CBCA LHN
C/B 3:1 0-60 LPM T11A Max 280Bar 1.7Bar Check
CBCG LCN
C/B 3 Port 4.5:1 0-60 LPM T11A Max 350Bar 0.3Bar Check
CBCG LJN
C/B 3 Port 4.5:1 0-60 LPM T11A Max 350bar 1.7Bar Check
CBCG LKN
C/B 3 Port 4.5:1 0-60 LPM T11A Max 175bar 1.7Bar Check
CBCH LJN
C/B 10:1 0-60 LPM T11A
CBCH LKN
C/B 10:1 0-60 LPM T11A Max 175Bar 1.7Bar Check
CBEA LAN
C/B 3:1 0-120 LPM T2A Max 280Bar 0.3Bar Check
CBEA LHN
C/B 3:1 0-120 LPM T2A Max 280Bar 1.7Bar Check
CBEA LHN BCW
C/B 3:1 0-120 LPM T2A Max 280Bar 1.7Bar Check W/3/4" BSPP BODY
CBEG LJN
C/BAL 4.5:1 0-120 LPM T2A Max 350Bar 1.7Bar Check
CBEH LCN
C/B 10:1 0-120 LPM T2A Max 350Bar 0.3Bar check
CBEH LJN
C/B 10:1 0-120 LPM T2A Max 350Bar 1.7Bar check
CBEH LJN YHW
C/B 10:1 0-120 LPM T2A DUAL 3/4" BSPP BODY
CBGA LAN
C/B 3:1 0-240 LPM T17A Max 280Bar 0.3Bar Check
CBGA LHN
C/B 3:1 0-240 LPM T17A MAx 280Bar 1.7Bar Check
CBGA LHN HCX
C/B 3:1 0-240 LPM T17A 1" BSPP BODY
CBGG LCN
C/B 4.5:1 0-240 LPM T17A Max 350Bar 0.3Bar Check
CBGG LJN
C/B 4.5:1 0-240 LPM T17A Max 350Bar 1.7Bar check
CHK4349
240V P/Pak C/W Lowering Valve Single Acting
CKBB XCN
N/V Pilot To Open Check 3/4" T-163A 30LPM 2Bar
CKBD XCN
N/V Sealed Pilot Piston ToOpen Chck 3/4" T-163A 30LPM 2Bar
CKCB LAN
N/V PILOT TO OPEN CK T11A 7/8" 60LPM 0.3Bar ManLoad Release
CKCB XAN
N/V PILOT TO OPEN CK T11A 7/8" 60LPM 0.3Bar
CKCB XCN
N/V PILOT TO OPEN CK T11A 7/8" 60LPM 2Bar
CKCB XCN ECU
N/V PILOT TO OPEN CK T11A BODY 3/8IN BSPP
CKCD LFN
N/V SEALED PISTON PTOP CK T11A 7/8" 60LPM 7Bar ManLoad Release
CKCD XCN
N/V SEALED PILOT PISTON TO OPEN CK T11A 7/8" 60LPM 2Bar
CKEB XCN
N/V Pilot To Open Check T2A 1 1/8" 120LPM 2Bar
CKED XFN
N/V Sealed Pilot Piston To Open Check T2A 1 1/8" 120LPM 7Bar
CKGB XCN
N/V Pilot to Open CK T17A 1 1/4" 240LPM 2Bar
CMRSAB
Small Ali Box To Suit 1.5L
COCET-WA
Analysis Plus Oil Sample Kits
CP72V
1/4" BSPP Relief Valve 20LPM 350Bar
CR200AN
10μm Filter Element 3Bar Fits OMTF150N*
CSAB XXN
VALVE SHUTTLE T11A 7/8" 10LPM Port 3 Signal
CSAD XXN
VALVE SHUTTLE T11A 7/8" 10LPM Port 2 Signal
CSAW BXN
VALVE SHUTTLE T162A 3/4" 5LPM External Port Signal
CWCG LGN
C/B VENTED 0-60 LPM T21A 7/8" Max 420Bar
CWEA LHN
C/B VENTED 0-120 LPM T22A 1 1/8" Max 280Bar
CXBA XCN
CHECK 2Port Max 350Bar 40LPM T162A 2Bar Crack
CXCD XCN
CHECK 5000 PSI T13A 2 BAR
CXDA XCN
CHECK 2Port Max 350Bar 80LPM T13A 2Bar Crack
CXFA XAN
CHECK 2Port Max 350Bar 160LPM T5A 0.3Bar Crack
CXFA XCN
CHECK 2Port Max 350Bar 160LPM T5A 2Bar Crack
CXHA XAN
CHECK 2Port Max 350Bar 320LPM T16A 0.3Bar Crack
CXHA XCN
CHECK 2Port Max 350Bar 320LPM T16A 2Bar Crack
D1000
Rod Wiper
D143G25A
Filter Pressure Element
D1VA4CN
DCV Cetop3 Air Pilot Valve 345 BAR
D1VL4CN
DCV Cetop3 Lever Valve 345 BAR
D310G10A
10um Pressure Element
D3W20BNJP
CETOP 5 VALVE
DAV
Body 1/2IN BSPP T5A
DBAA MCN
2 POS 3 WAY SOL N/C T9A 1LPM Max 350Bar Open 1to3
DBEME10 5x/200Y G24 K31M
R900954708 DBEME10 5x/200Y G24 K31M Prop Relief Valve On Board Ele
DBW-030
Dowty Bonded Washer 1" BSP
DBW-032
Dowty Bonded Washer 1-1/4" BSP
DCDC XCN
3 POS 4 WAY Max 350Bar T62A 80LPM Blocked Center
DCDC XYN
3 POS 4 WAY Max 350Bar T62A 80LPM A and B to T Center
DCE42425
24VDC P/Pack 2cc Pump(13) 5.4L Tank..Horizontal Mount C/W Lowering Valve
DCEC XYN
3 POS 4 WAY Max 350Bar T63A DIR VLVE A and B to T Center
DE-S2I00
Solenoid Cartridge Valve N/Closed Double Lock
DE S2B00
Solenoid Cartridge
DFPWI001500
DFPWI001500 Delta Sequence (425-1500PSI)
DFS3A00
Solenoid Cartridge
DH-0511
Cetop 3 Atos Pilot Valve
DHC12
Delta Cartridge Coil 12VDC
DHC22
Delta Cartridge Coil 240 Volt AC
DHC24
Delta Cartridge Coil 24VDC
DHC25
Delta Cartridge Coil 24VAC
DMD0045E10B
SL125E10B - 10um ABS Fitler Element
DMDA MNN
2 POS 3 WAY SOL CART Max 350Bar 40LPM T11A Open 2to3
DP1-W5
DP 1 COVER PLATE V4A
DP1A-W3
DP 1A COVER PLATE
DP1A-W5
DP 1A Cover Plate S/Steel V4A / single
DP2-W3
DP 2 COVER PLATE
DP2-W5
DP 2 Cover Plate S/Steel V4A / single
DP3-W3
DP 3 Cover Plate
DP3-W5
DP 3 Cover Plate S/Steel V4A
DP4-W3
DP 4 Cover Plate
DP4-W5
DP 4 Cover Plate - W5
DP5-W3
DP 5 COVER PLATE
DP5-W5
DP 5 Cover Plate ST.Steel V4a
DP6-W3
DP 6 COVER PLATE
DP7-W3
DP 7 COVER PLATE
DPAL3S-W3
DPAL 3 COVER PLATE
DPAL3S-W5
DPAL 3 COVER PLATE S/STEEL V4A
DPAL4S-W3
DPAL 4 COVER PLATE
DPAL4S-W5
DPAL 4 COVER PLATE S/STEEL V4A
DPAL5S-W3
DPAL 5 COVER PLATE
DPAL5S-W5
DPAL 5 COVER PLATE ST.STEEL V4A
DPAL6S-W3
DPAL 6 COVER PLATE
DPAL7S-W3
DPAL 7 COVER PLATE
DPBA LAN
2 WAY P/OP 28LPM 210Bar Max Adjust T11A N/O
DRBR LSN
3 WAY 2 POS EXT PILOT 28LPM 14Bar Max Adjust T22A
DRM-G1.2
1/2" BSPP Non Return Check Valve, 1.4571 S/S
DRM-G1.4
Valve, Non Return G1/4" S/S PMAX 400 BAR
DRM-G3.8
Valve Non Return G3/8"BSPP S/S PMax400Bar
DRV06V
1/8" BSPP Flow Control Valve G1/8" PMAX 350 BAR
DRV08V
Valve Flow Control 1/4 BSPP C/W Check
DRV08V-1.4571
Valve Flow Control G1/4 BSPP 1.4571 S/Steel C/W Check
DRV10V
3/8"BSPP Flow Control Valve C/W Free Flow Check
DRV10V-1.4571
Valve Flow Control G3/8 BSPP 1.4571 S/Steel C/W Check
DRV12V
1/2"BSPP Flow Control Valve C/W Free Flow Check
DRV12V-1.4571
Valve Flow Control G1/2 BSPP 1.457 S/Steel C/W Check
DRV16V
3/4"BSPP Flow Control Valve C/W Free Flow Check
DRV20V
1"BSPP Flow Control Valve C/W Free Flow Check
DS307/420
50 - 420 BAR Pressure Switch
DSV1-10-B-0
Shuttle Valve Ball 210Bar Max 23LPM Port 3or2 to 1
DTDA MCN
VALVE SOL DIR POPPET NC 40LPM ManOverride T13A NormClosed
DTDA MCN GAU
Solenoid 2 way 2 pos Direct Acting Poppet NC
DTDA MHN
VALVE SOLENOID NO T13A
DTDA MHN GAU
Solenoid 2 way 2 pos Direct Acting Poppet NO T13A
DV06V
1/8"BSPP Flow Control Valve
DV08V
1/4"BSPP Flow Control Valve
DV08V-1.4571
1/4" BSPP Needle Valve S/Steel
DV10V
3/8"BSPP Flow Control Valve
DV10V-1.4571
Valve, Needle Flow Control G3/8" S/S PMAX 400 BAR
DV12V
1/2"BSPP Flow Control Valve
DV12V-1.4571
Valve, Needle G1/2, 1.4571
DV16V
3/4" BSPP Flow Control Valve
DV20V
1" BSPP Flow Control Valve
E1000635X089
Tube 1/4" OD x 20BWG (0.035WT) S/S BR
E1000635X089MF
Tube 1/4" OD X 20BWG (0.035 WT) S/S MF
E1000953X124
Tube 3/8" OD x 18BWG (0.049WT) S/S BR
E100127X165
Tube 1/2" OD x 16BWG (0.065WT) S/S BR
E100254X165MF
Tube 1" OD X 16BWG (0.065 WT) S/S MF
E2U
Body 3/8"BSPP T11A C/W Rev Check
E2V
Body 1/2" BSPP T11A C/W REV C
EAK/S
BODY 7/8IN UNO T11A
EAU
BODY 3/8IN BSPP T11A
EAV
Body 1/2IN BSPP T11A
EBY
CETOP 3 DUAL T11A
ECB
BODY 3/8IN NPT
ECO-07-12V-000
12 Volt Oil Cooler
ECT
BODY 1/4IN BSPP T11A
ECU
Body RVCA 3/8" BSPP T11A Sun
ECV
Body 1/2" BSPP T11A
ECV/S
Body 1/2" BSPP T11A Steel
EF 6642
Double Acting 4” Bore x 1 ?” Rod x 18” Stroke 1 ?” Pins
EF0054SK
Seal Kit - Suit Hyd Cyl 3"B x 48"S x 1.5"R
EF3274
Re-rodding Lift Cylinder
EF3880SK
Hydraulic Cylinder Seal Kits for A Frame
EF5699SK
Hydraulic Cylinder Seal Kits for Bell Trolley
EF5700SK
Hydraulic Cylinder Seal Kits for HRC Davit
EF6310SK
Stainless Steel Z Function Cylinder Seal Kit
EFV
BODY T11A 1/2IN BSPP C/W GAUGE
EP08W2A07M04
Smiths WA Stem
ES
Body - 3/4" UN
EVS3100-3
Flow Turbine 15-300/MIN
F16D
PLUG-CLSD.CTR.F/MDCV45/SDCV50 OUTLET
F6D
PLUG-HPCO.F/MDCV45/SDCV50 OUTLET
Fastway
Courier Charge
FAT
Body 1/4" BSPP T10A
FAT/S
Body 1/4" BSPP T10A Steel
FAU
Body 3/8" BSPP T10A
FAV
Body 1/2" BSPP T10A
FAW
BODY 3/4IN BSPP T10A
FAW/S
BODY T10A STEEL 3/4IN BSPP 90D
FBP/M
CETOP 3 RELIEF T10A
FC51-3/4
Valve Brand 51 3/4"Ports Flow Control
FCR51-3/4
Valve Brand 51 3/4"Ports Flow Control C/W Relief
FDBA LAN
Sun Flow control valve 4 to 25L T13A
FDCB LAN
Sun Flow control Valve 4 to 50L T5A
FDEA LAN
ADJ F REG 8 TO 100L T16A
FDLV-G-24H
Valve Sol Lwrg 24V Double Lock C/W Manual Override
FDLV-G-xx
Valve Sol Lwrg Dbl Lock C/W Manual Override Old Style No Coil
FEU
Body 3/8"BSPP Ports T10A
FEV
BODY 1/2IN BSPP T10A
FEV/S
BODY 1/2IN BSPP T10A
FFP14
1/4" BSPP Hose Burst Valve
FIL-FE10
FIL-FE10 Filter Element
FP0D12L35
Dual Counter Balance Valve 1/2" BSP Ports 80 - 350 BAR
FPDL38
Dual Pilot Operated Check Valve
FPR11410
1-1/4" 10 Bar Check Valve
FPR14
1/4" BSPP Check Valve (12LPM)
FPR1425
1/4" BSPP 2.5 BAR Check Valve (12LPM)
FPR3410
3/4" 10 Bar Check Valve
FPSQD30CBP3820
Sequence Valve 3/8" 40 Litre
FRCA LAN
FLOW REG .8 TO 25L T11A
FS
Body / 9/16" UNO
FS5758-01
FI750-30ABOT Flow Indicator 0-30L/Min
FS5758-02
FI750-60ABOT Flow Indicator 0-60L/Min
FS5758-03
FI750-120ABOT Flow Indicator 0-120L/Min
FSBS XAN
Flow Div/Comb Synch 2.5-12LPM T31A
FSDS XAN
Flow Div/Combo Synch 12-60LPM T32A
FSES XAN
Flow Div/Combo Synch 23-120LPM T33A
FSLV-G-24H
Valve Sol Lwrg 24V Normally Closed
FSLV-G-xx
Valve Sol Lwrg Normally Closed Old Style No Coil
FSLV-N-12H
Coil 12V Suit FSLV-G Valve
FSLV-N-220H
Coil 220V RAC Suit FSLV-G Valve
FSLV-N-230H
FSLV-N-230H 230VAC Solenoid Old Style
FSLV-N-24H
FSLV-N-24H Coil 24V Suit FSLV-G-24H Old Style
FT1251214
1/4"BSPP Flow Control Valve Silver Series Cast
FT1251514
1/4"BSPP Flow Control Valve C/W Check Silver Series Cast
FT202-4
Panel Mount Kit DV/DRV - 08 (SS ONLY)
FT2260612
1/2" BSPP S/Steel Check Valve
FT2260614
1/4" BSPP S/Steel Check Valve
FT2260638
3/8" BSPP S/Steel Check Valve
FT270/5-12
Valve, Press Comp, Flow Control C/W Check G1/2 210bar
FT270/5-14
Valve, Press Comp, Flow Control C/W Check G1/4 210bar
FT270/5-38
Valve, Press Comp, Flow Control C/W Check G3/8 210bar
FT270214
1/4"BSPP Pressure Comp Flow Control Valve
FT338-6
BURST DISC,HV-LT400,430BAR (RED)
G04245
Element 18P-1-20Q
GAU
Body CK+FR 3/8IN BSPP T13A
GAU/S
BODY 3/8IN BSPP T13A STEEL
GBA
CETOP 3 RESTRICTOR T13A
GBD
CETOP3 METER IN/OUT T5A
GBY
CETOP 3 DUAL T13A METER IN
GBZ
CETOP3 DUAL T5A METER IN HI CA
GCU/S
BODY 3/8 BSPP T13A
GD1D-W3
GD 1D COVER PLATE
GD1D-W5
GD 1D W5 Cover Plate
GD2D-W3
GD 2D COVER PLATE
GD2D-W5
GD 2D COVER PLATE - W5
GD3D-W3
GD 3D COVER PLATE
GD3D-W5
GD 3D COVER PLATE - W5
GD4D-W3
GD 4D COVER PLATE
GD5D-W3
GD 5D COVER PLATE
GEV-16SR3.4-WD
GEV-16SR3.4-WD Coupling 1.4571
GEV08L-9/16JIC
8L Tube to 9/16" JIC Coupling
GEV10L-9/16JIC
10L Tube to 9/16" JIC Coupling
GEV12L-3/4JIC
12L Tube to 3/4" JIC Coupling
GM05-150-3HD47
Sai Motor - GM05 Series
GM1-75C-2078
Hydraulic Gear Motor
GM131-2375SK
Seal kit for GM131A-2375
GM2-420-3HD47
Sai Motor - GM2 Series
GM215A-3524
Hydraulic Gear Motor
GP175C-4459
Hydraulic Gear Pump
GV-38S
GV 38S Straight Coupling - 1.4571
HC02P00040
HC02PG4DSAEA13U (4.0cc/rev.) - Gear Pump
HC02P00046
Gear Pump 22.5cc UNO Ports SAE A 2 Bolt Mount 5/8Str Key Shaft
HCF
Body 1-1/4" NPT T17A
HCX
Body 1" BSPP T17A Ali
HCX/S
Body 1" BSPP T17A Steel
HCY
BODY 1 1/4IN BSPP T17A
HI-O
Indicator Blanking Plug SF Press Filter
HI-V
Visual Clogging Indicator
HI-VT
VIS. Clogging Indicator - TEMP
HPV15B35RFO1R19
Axial Piston Pump 34.2CC LS
HSH40-RF-08
HSH40-RF-08 - Cylinder Hydraulic 8"
HSH40-RF-10
HSH40-RF-10 - Cylinder Hydraulic 10"
HV-B014/030
Filter Bypass Valve, Threaded
HV-B045/070
Filter Bypass Valve, Threaded
HV-B090/160
Filter Bypass Valve, Threaded
HV-O014-030
Filter Non Bypass Valve, Threaded
HV-O045-070
Filter Non Bypass Valve, Threaded
HV-O090-160
Filter Non Bypass Valve, Threaded
IAX
Body 1IN BSPP T16A
ICS-C-12-N15
ICS Check Valve, Slip-In Type
ICS-C-16-N15
ICS Check Valve, Slip-In Type
ICS-C-24-N15
ICS Check Valve, Slip-In Type
JCU
Body T163A 3/8" BSPP
JYI
Dual X-Port 9/16UNO T163A
JYU
DUAL X-PORT 3/8IN BSPP T163A
KB33NN01A
Series 35 Mounting Block
KB3RNN01A
Cetop 3 (NG6) Manifold
KC3D1101A
Centre Plate MK3D
KCP301A
Blanking Plug for Old Syle LWRG Valve
KCPG02A
Blanking Plug for New Syle LWRG Valve
KLNJ 1/2 JP
EE 4 BAL
KMD2RS05B
Electric Motor 24VDC 2.2kw MK3D
KMV38
3/8" BSPP Breather
KPG1101A
Pump Kit 1.1cc MK3D
KPG1601A
Pump Kit 1.6cc MK3D
KPG2101A
Pump Kit 2.1cc MK3D
KPG2601A
Pump Kit 2.6cc MK3D
KPG3201A
Pump Kit 3.2cc MK3D
KPG4801A
Pump Kit 4.8cc MK3D
KPG5801A
Pump Kit 5.8cc MK3D
KRG-H01A
Pipe Kit Horizontal MK3D
KRG-V01A
Pipe Kit Vertical MK3D
KSLV-8-xx
Valve Sol Lwrg SL/NO W/- HIRSCH New Style No Coil
KSLV-N-12H
KSLV-N-12H 12VDC Coil New Style
KSLV-N-24H
KSLV-N-24H 24VDC Coil For Lowering Valve Post 2008 New Style
KSW12S01A
Switch Starter 12V New Style
KSW24S01A
Switch Starter 24V New Style
KT3015H01A
Tank Kit 1.5L Round
KT3023H01A
Tank Kit 2.3L Round
KT3028H01A
Tank Kit 2.8L Round
KT3043H01A
Tank Kit 4.3L Round
KT3045H01A
Tank Kit 4.5L Round
KT3R1H01A
Tank Kit 5.5L Rectangular
KT3R2H01A
KT3R2H01A Tank Kit 10L Rectangular
LC2C224VDC
LC2 Cetop 5 3 Pos Double Solenoid H Pattern
LFS212-1000-WOB-G
LFS212-1000-WOB-G 1000psi Span Gauge with gauge cert
LFS212-10000#-WOB-G
LFS212-10000#-WOB-G 10,000psi Span Gauge with gauge cert(Full Fill Case, ICD Option)
LFS212-1500#-G(WOB)
LFS212-1500#-G(WOB) 1500psi Span Gauge with gauge cert
LFS212-30-PSI-WOB-G
LFS212-30-PSI-WOB-G 30psi Span Gauge with gauge cert.
LFS212-4000-G WOB
LFS212-4000-G WOB, 4000psi Span Gauge with gauge cert
LFS212-5000-G WOB
LFS212-5000-G WOB, 5000psi Span Gauge with gauge cert
LFS212-6000-WOB-G
LFS212-6000-WOB-G 6000psi Span Gauge with gauge cert
LFS212-60PSI-WOB
LFS212-60-PSI-WOB-G 60psi Span Gauge with gauge cert
LFS312-10000#-WOB-G
LFS312-10000#-WOB-G 10,000psi Span Gauge
LMH151
Bell Housing To Suit 5.5HP Honda
LOC569X50
Hydraulic Sealant
LOFC XDN
PILOT TO CLOSE ELEMENT T2A
LS08-30-0-N
Shuttle Valve
M13-24-20H
M13-24D Coil 24vdc
MAV/S
BODY 1/2IN BSPP T21A STEEL
MBEA LHN
Load Control 3:1Pilot 120Lpm 70-280bar
MBGA LHN
Load Control 240 LPM 70-280 BAR
MCR3/5
Stud-Wheel Set
MCR3F400F180Z32/A0M01
Motor Piston Radial
MDCV35/45+SDCV50-DC
Kit-Detent-3 Position 'A' & 'B'
MDCV75/95+SDCV80/130-DA
Kit-Detent-1 Position 'A'
MG23537
Blanking Disc 14-80mm x 2-10mm..Fluidlink Packs
MGP80C3A20
OMP80 Hyd Motor SDD 80cc
MGX20C1R10
OMM20 Hyd Motor 20cc 16mm Str Keyed End Port
MGX50C1R10
OMM50 Hyd Motor 50cc 16mm Str Keyed End Port
MHD051
Adaptor 1/8" BSP-Schrader Nitro
MKHG11/4-2125
Valve/B 2W DN32 G11/4
MKHG2-2125
2" Ball Valve 2Way DN50 G2
MMU
Body 3/8IN BSPP T31A
MPT2-1
1" Red Dixon Hose 300 PSI W.P.
MR125CU
MR125 Hydraulic Motor CP100803MR4.1
MS-HTB-4T
Hand Tube Bender, 1/4" x 9/16" Bend Radius
MS-HTB-6T
Hand Tube Bender, 3/8" X 15/16" Bend Radius
MS-HTB-8
Hand Tube Bender, 1/2" x 1 1/2" Bend Radius
MS-TDT-24
Tube Deburring Tool for SS 3/16" to 1.5" OD
MSD3-309
Hirschman Plug DIN DC
MSD4-209-P10
PLUG RECTIFIED FOR AC COIL HAWE
MVPPM22-250-G24M35/M55
MVPPM22-250-G24M35/M55 - Pressure Reducing Valve
MVSSA03-P-160
Pressure Reducing Valve P-Port NG3 Mini
N4W
Body T2A W/REV-FL-CK-PR-R
NAW
BODY 3/4IN BSPP T22A
NCCB LCN
Needle 4.8mm Max C/W FF 2Bar Check T13A
ND48CC22
19.05mm Bore Coupling Half - 3/4"
ND48PU1P
Group 1 (Standard) Pump Coupling Half - 1/8 Taper
NFCC LCN
VALVE NEEDLE T13A
NFCC LDV
VALVE NEEDLE 2.3mm Max T13A
NFDC LAN
Valve Needle 6.4mm Max T5A
NJ1M-04-06
1/4" NPT - 9/16" JIC Adaptor
NL250E25B
25MU BETAPURE ELEMENT
NMV
Body 1/2" BSPP T32A
NNN15HNNNNNN
Pump 1.5CC C/W centre plate
NQEB XAN
AIR BLEED & START UP 12SecClose15LPM 0.4SecClose200LPM T3A
NQEB XAV
AIR BLEED & START UP Viton Seal 12SecClose15LPM 0.4SecClose200LPM T3A
NT3-04-04-04
1/4" Tube Tee
NTB9M-04-02
1/4" Nylon x 1/8" BSPT Male 90
OM5103900495
DRF Flow divider / Combiner
P1454L572010
63mm 0-250KPA/PSI 1/4" BSPT B/E Gauge
P63984-1
Type “P” Multiple Handle Position Three-Way Valve
PAM
BODY UNO T23A
PBBB LAN
PR/RED 0-20LPM 5-210Bar T163A
PBDB LAN
PR/RED 0-40L/min 7-210Bar T11A
PBDB LNN
PR/RED 0-40LPM 4-55Bar T11A
PBDB LQN
PR/RED 0-40LPM 4-28Bar T11A
PBFB 8WN
PROPORTIONAL REDUCER 7Bar T2A
PBFB LAN
PR/RED 0-80LPM 7-210Bar T2A
PBHB LAN
PR/RED 0-160 LPM 7-210Bar T17A
PBS2B00
Cartridge 30 LPM 240 BAR
PD10-40-0-N-170
Pilot Valve 3 Way 170PSI
PD2015-1-A-6-S
Rops Cylinder - 1 1/2" x 6" with Side Ports
PF2007.T307
High Pressure Dynex Pump
PG08
PANEL MOUNT KIT DV/DRV - 06
PG11
Panel Mount Kit DV/DRV - 08/10
PG16
Panel Mount Kit DV/DRV - 12/16
PGI-63B-SG1600-CAOX-D
0-1600KPS / 232psi Pressure Gauge 63mm panel mount - Filled
PHC24
24 Volt Coil
PM20
PM20 Manual Hand Pump
PMBHF6
3/4" UNO Port Breather
PMI45S2
Hand Pump D/A 45CC C/W 2 LTR Tank
PML
Body 1 1/16" UN T33A
PMX
BODY 1IN BSPP T33A
PPDB 8DN
Pilot op, pr/red main stage 1.7Bar Min Pres T-8A
PPDB LAN
RED/REL 0-40L 7-210Bar T11A
PPDB LBN
RED/REL 0-40L 3.5-105Bar T11A
PPDB LQN
RED/REL 0-40L 4-28Bar T11A
PPDB LWN
RED/REL 0-40L 10.5-315Bar T11A
PPFB 8DN
RED/REL 0-80L 7Bar Min Pressure T2A
PPHB-LBN
3 Port Pilot Relief Valve RR 160LPM 3.5-105Bar T17
PPHB LBN
3 Port Pilot Relief Valve RR 160LPM 3.5-105Bar T17
PR10-36-0-N-15
Reducing Valve 150-1500 PSI
PR10-36A-0-N-04
Pressure Reducing Valve 100-400 PSI 1/4" Hex
PR10-36A-0-N-15
Pressure Reducing Valve 150-1500 PSI 1/4" Hex
PR10-36A-0-N-30
Pressure Reducing Valve 400-3000 PSI 1/4" Hex
PS300SCNTR14
Pressure Switch 50-300bar G1/4"
PTS2-10-0-160
Modular C-10-4 (566146)
PUJ1200BK1
Enerpac Pump Repair Kit
PV72-20-0-N-24
Prop F/C Valve 240bar 64lpm W/24V Coils
PV72-33AM-0-N-0
PROP F/C VLV Manual Override NC 12CAV 79LPM
PVFB-LBN
EXT VENT PR/RED&REL 80LPM 3.5-105Bar T22A
PVFB LAN
EXT VENT PR/RED&REL 80LPM 7-210Bar T22A
PVHA LAN
PR-RED/REL C/W EXT Drained 160LPM 7-210Bar T23
PVHD LWN
Pressure RED/REL Ext Vent 160LPM 10.5-315Bar T23A
PW-80
Urethane Rod Wiper
Q35103A1M1
Q35 Cylinder Spool / Single Section / Spring Return
Q35111A1M1
Q35 Motor Spool / Single Section / Spring Return
Q451103A1M1
Q45 Cylinder Spool / Single Section / Spring Return
Q451111A1M1
Q45 Motor Spool / Single Section / Spring Return
Q451111A1R2
Q45 Motor Spool / Single Section / Detent Push Only
Q4521103A1M1
Q45 Control valve
Q45Type-111
Motor Spool Conversion
Q751103A1M1
Q75 Cylinder Spool / Single Section / Spring Return
Q751111A1M1
Q75 Motor Spool / Single Section / Spring Return
Q751111A1R2
Q75 Motor Spool / Single Section / Detent Push Only
Q75TYPE-111
Motor Spool Conversion
R103
Coupling Spider Size 108 (D 98) - See also SS-108
R140G10B
Filter (micro glass element)
R150C10B
Return Element Paper
R150G10B
Return Element Glass
R164C10B
Return Element
R164G10B
Return Element
R42
Coupling Insert / 48 Series Spider
R454G03
Filter Element 3um
R902778
A10V18/28 - Cradle Bearing Set (2 per Set)
R906809
A10V100 - Piston/Shoe Set (9 Per Set)
R906881
A10V100 - Cradle Bearing Set (2 Per Set)
R910916305
A10VSO28 - FLOW STOP KIT
R910916310
A10VSO71 - FLOW STOP KIT
R910916311
A10VSO45 - FLOW STOP KIT
R910916799
A10VSO100 - FLOW STOP KIT
R910924944
A10VSO140 - FLOW STOP KIT
R936661
A10V100 - R/H Valve Plate
R948605
A10V100 - R/H Swash Plate
RA125G10B
Element, 10μm Inorganic Fibre
RAP3-W3
RAP 3 GROUP WELD PLATE (52/10)
RBAC LAN
DIR/ACTING REL 1LPM 1.7-210Bar T10A
RBAP MAN
PROP PILOT RELIEF 1LPM 20-210Bar ManOverride T8A
RD195016
0-16GPM Flow Control Valve 1/2" NPT
RD93
Silica Gel Refill
RD96
Silica Gel Refill
RDBA LAN
Direct Acting Diff 45LPM 35-210Bar T162A
RDDA LAN
Direct Acting Diff 0-95LPM 35-210Bar T10A
RDDA LAN FEV
DIR/ACT DIFF 0-95LPM T10A 1/2" BSPP BODY
RDDA LBN
Direct Acting Diff 0-95LPM 20-105Bar T10A
RDDA LDN
Direct Acting Diff 0-95LPM 14-55Bar T10A
RDDA LWN
Direct Acting Diff 0-95LPM 55-315Bar T10A
RDFA LAN
DIR/ACT DIFF 0-200LPM 35-210Bar T3A
RDFA LAN CEW
DIR/ACT DIFF 0-200LPM T3A 3/4" BSPP BODY
RDFA LCN
DIR/ACT DIFF 0-200LPM 70-420Bar T3A
RDFA LCV
DIR/ACT DIFF 0-200LPM 70-420Bar T3A Viton Seal
RDFA LWV
DIR/ACT DIFF 0-200LPM 55-315Bar T3A Viton Seal
RDHA LAN
DIR/ACT DIFF 0-380LPM 35-210Bar T16A
RDHA LCN
DIR/ACT DIFF 0-380LPM 70-420Bar T16A
RDHA LDN
DIR/ACT DIFF 0-380LPM 14-55Bar T16A
RE014G10B
10mu Betapure LC Element - LA
RE030G10B
10μm Fiberglass Element
RE045G10B
10mu Betapure LC Element - LA
RE070G10B
10mu Betapure LC Element - LA
RE090G10B
10mu Betapure LC Element - LA
RE130G10B
10mu Betapure LC Element - LA
RE160G10B
ELEMENT 10UM INORGANIC GLASS FIBRE - LC
RF014B/B
60L Return Filter Housing
RF014N10B/BG
60 LPM Ret.Filter Assy, C/W 10UM Nom Elem
RF030B/B
110L Return Filter Housing
RF030N10B/BG
110 LPM Ret.Filter Assy, C/W 10UM Nom Elem
RF045B/B
160L Return Filter Housing
RF045N10B/BG
160 LPM Ret.Filter Assy, C/W 10UM Nom Elem
RF070B/B
240L Return Filter Housing
RF070N10B/BG
240 LPM Ret.Filter Assy, C/W 10UM Nom Elem
RF130N10B/BG
500 LPM RET.FILT.ASSY, C/W 10um NOM ELEM
RPEC LAN
PR/REG REL 0-100LPM 7-210Bar T10A
RPEC LCN
PR/REG REL 0-100LPM 10.5-420Bar T10A
RPEC LDN
PR/REG REL 0-100LPM 1.7-55Bar T10A
RPEC LWN
PR/REG REL 0-100LPM 10.5-310Bar T10A
RPGC LAN
R/REG REL 0-200LPM 7-210Bar T3A
RPGC LBN
R/REG REL 0-200LPM 3.5-105Bar T3A
RPGC LCN
R/REG REL 0-200LPM 10.5-420Bar T3A
RPGE LAN
RAP/RESP REL 0-200 LPM 7-210Bar T3A
RPIC LAN
PR/REG REL 0-400LPM 7-210Bar T16A
RQR5-P5/1/I/42/F
Duplomatic Unloading Valve
RR28S92
Rotex Spider Urethane 92A Yel
RR28S98
Rotex Spider Urethane 98A Red
RSFC LEN
3 Port Balance Seq Int/Plt FXT/DRN 120LPM 1.7-28Bar T2A
RTE10D10B
10um Filter Element
RTE15D10B
10um Filter Element
RTE25D10B
10um Filter Element - Stauff Equivalent
RTE50D10B
10um Filter Element
RTE50G10B
10um Glass Filter Element
RTE80D10B
10um Filter Element
RTF10D10B
Tank Top Filter 30LPM - 1/2"BSPP
RTF15D10B
Tank Top Filter 50LPM - 1/2"BSPP
RTF25D10B
Tank Top Filter 100LPM - 1"BSPP
RTF50D10B
Tank Top Filter 180LPM - 1 1/4"BSPP
RVCB-LAN
By-Pass Flo Reg & Relief
RVEA LAN
PR/REG VENT REL 120LPM 7-210Bar T2A
RVGA LCN
PR/REG VENT REL 240LPM 10.5-420Bar T17A
RVGA LWN
PR/REG VENT REL 240LPM 10.5-315Bar T17A
RVIA LCV
PR/REG VENT RELIEF 480LPM 10.5-420Bar T19A Viton Seal
RVIA LWN
PR/REG VENT RELIEF 480LPM 10.5-315Bar T19A
S10
1/2"BSPP 0.5 Bar Check Valve - PMax 500 Bar
S104
1/2"BSPP 4 Bar Check Valve - PMax500 Bar
S105
VALVE, CHECK 5 BAR 1/2" BSPP
S15
3/4"BSPP 0.5 Bar Check Valve - PMax 500 Bar
S154
3/4"BSPP 4 Bar Check Valve - PMax 500 Bar
S155
3/4"BSPP 5 Bar Check Valve - PMax 500 Bar
S1FS-20
1-1/4" SAE Code 61 Split Flange Clamp S/S
S1FS-32
2" SAE Code 61 Split Flange Clamp S/S
S20
1"BSPP 0.5 Bar Check Valve - PMax 400 Bar
S201
1"BSPP 1 Bar Check Valve - PMax 400 Bar
S203
1"BSPP 3 Bar Check Valve - PMax 400 Bar
S204
1"BSPP 4 Bar Check Valve - PMax 400 Bar
S205
1"BSPP 5 Bar Check Valve - PMax 400 Bar
S271NH24
Integrated Cartridge w/24v Coil
S571NH24
Integrated Cartridge w/24v Coil
S6