Valve Position Sensors
The Valve Position series are a high performance linear sensor, which are used extensively for actuator and solenoid positional feedback applications. Designed to operate to a maximum working pressure of 300 bar, sealing is completed by either an O-ring for threaded or sprung shaft mounting, or a gasket for flange mounting. They are available with a choice of contactless technologies and measurement ranges, with the short stroke providing a measurement range of 1mm to 10mm and the longer stroke model 25mm to 100mm
VHL2003 Series
The VHL2003 Magnetic-Hall linear series is a sprung loaded short stroke sensor, which is designed for use in severe vibration and high cyclic conditions. Constructed from a Ø20mm aluminium alloy case, they are specified for precise positional feedback for actuator and solenoid valves, where performance and reliability are part of the design criteria.
Technical datasheets:
Features
- Measurement 5mm to 10mm
- Sprung loaded shaft
- Metric or imperial thread mounting
- Maximum temperature 150°C (302°F)
- Pressure area operates to 300 bar
- Sealed to IP68/IP69K
VLT0953 Series
The VLT0953 DC/DC LVDT series is a compact, short stroke contactless position sensor with integral electronics, which is designed for use in severe vibration and high cyclic conditions. Constructed with a robust stainless steel case for total integrity, the internal winding and electronics are fully encapsulated. They are specified for precise positional feedback for actuator and solenoid valves, where performance and reliability are part of the design criteria.
Technical datasheets:
Features
- Measurement 1mm, 2mm and 4mm
- Integral electronics
- Metric or imperial thread mounting
- Maximum temperature 125°C (257°F)
- Pressure area operates to 300 bar
- Sealed to IP66
Design Capability
If you are an OEM and wish to discuss product options or Active Sensors design capabilities, please contact our specialist sales team: sales@activesensors.com.
Assured Performance
Active Sensors product development processes include exhaustive 'in-house and field testing' to ensure the sensor performance specification stated is backed by 'real-life' experience. This is our assurance to customers that our sensors are designed to perform.