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Parts by Number Top

Part # Distributor Manufacturer Product Category Description
IX5010 ifm efector inc. ifm inc. Not Provided Rising stem valve sensor, Measuring range: 0...80 mm, 5-wire, DC PNP, Operating voltage: 18...36 V DC, Current consumption: 42 (24 V) mA, 3 x normally open, Cable with connector, 0.3 m, PVC cable, 5 x 0,14 mm, Position feedback for seat valves and diaphragm valves
IX5002 ifm efector inc. ifm inc. Not Provided Rising stem valve sensor, Measuring range: 0...80 mm, 5-wire, DC, Operating voltage: 18...36 V DC, Current consumption: 42 (24 V) mA, 1...5 V analog, Cable, 2 m, PVC cable, 3 x 0,14 mm, Position feedback for seat valves and diaphragm valves
BT65A Allied Electronics, Inc. PEPPERL AND FUCHS Not Provided Sensor, Inductive, Target Puck For F31 Series Valve Position Sensors, 114105
VPS2411 PLC Radwell Dwyer Not Provided SERIES VPS VALVE POSITION SENSOR
BIMINRAP6X7MWM PLC Radwell Turck Elektronik Not Provided PROXIMITY SENSORS, VALVE POSITION SENSORS AND MATI
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Conduct Research Top

  • Sensitivity of Contact Electronic Throttle Control Sensor to Control System Variation (.pdf)
    of the advantages of a non-contact. The contact position sensors used on ETC air. electronic throttle control (ETC) air control valve. control valves have general y shown themselves to. position sensor over the potentiometer technology. be capable of providing acceptable performance. of contacting position
  • Valve Position Sensing - Digital
    Sensing - Digital. Verify valve position and facilitate closed-loop control. Introduction. Position sensing is offered on all models of. Classification by Sensor Type. Acro Associate’s pinch valves. Position. Acro Associates offers two types of digital. sensing supplies electronic feedback on a. sensors
  • Valve Position Sensing - Analog
    and. variable voltage signal that changes with. easily correlated to valve movement. While. valve position. It is possible to detect several. enhancing closed loop system control, this. valve positions throughout the stroke of the. Multi-Position Sensing technology has been. valve. A digital sensor
  • Position Sensor Technology Comparison
    Position feedback sensors for hydraulic. or pneumatic cylinders have used one of three. traditional technologies: magnetostrictive, variable. resistance, and variable inductance sensors. While other sensor technologies have occasionally. been used successfully in this application,. the focus
  • Integrated Sensor and Controller
    that directly interface with standard off-. • Motion (axis) controller - Typically located at or near the process. the-shelf solutions. controller. Optionally may reside on board a control valve or. position sensor. At the same time, the pressure is on to reduce engineering devel-. • Process controller
  • Position Sensors in Solenoid Valves (.pdf)
    Implementation of state of the art automated laboratory research and computer or microcontroller controlled instrumentation technology has always been restricted by conventional valve technology.
  • Sensors that deliver
    only. electrical y conductive target. The. been applied to customized. principle offers many advantages. applications. However, standard. that no other procedure can. ECT eddy current sensors are. replicate. The conventional sensor. now available. design is now being supported by. Eddy current
  • Sensors that deliver
    only. electrical y conductive target. The. been applied to customized. principle offers many advantages. applications. However, standard. that no other procedure can. ECT eddy current sensors are. replicate. The conventional sensor. now available. design is now being supported by. Eddy current
  • Proportional Valves
    . Proportional valve parts are built to be interchangeable; thus, the spool in low-performance valves can have considerable overlap in the null position. This overlap causes flow deadband, which is not critical for flow-control systems but can cause errors and instability in positioning systems. However
  • The What, How, Where and Why of Solenoid Valves
    , motorized ball valves have a cycle time of 5 to 6 seconds (full open to full closed) which is nowhere near as fast-acting as a direct-acting solenoid valve at approximately 30 to 40 milliseconds. Therefore, in applications requiring speed of cycling (such as PH control via electronic sensors) to prevent

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