XLWP 16/600 (Submersible)

Highlights

  • Displacement transducer for submersible applications
  • Rugged construction, laser welding assembly
  • Short length to stroke
  • Only 2-wire connection
  • Helium leak tested
  • Submersible to 500 mWC
  • Specifications

    Principle

    Variable reluctance (single coil)

    Range

    600 mm (other ranges are available)

    Overpressure

    Material

    Non-linearity and hysteresis

    Non-linearity

    < 0.5 %

    Repeatability

    Output signal

    Temperature range

    -40 °C to +85 °C

    Supply voltage

    Bridge resistance

    Alarm outputs

    Submersible

    Connector ratings

    Pressure

    Radioactive environment

    Sensitivity

    Working pressure

    max 500 mWC

    Threads

    Sanitary

    Line pressure

    Electrical connections

    Connections

    Tube diameter

    Core diameter

    ø4 mm

    Coil diameter

    ø16 mm

    Target tube

    Carrier frequency

    Length

    Diaphragm diameter

    Application

    • Conveyor speed measurement 
    • Printing and labeling machines 
    • Packaging Processes 
    • Hospital machinery such as MRI and oncology machines 
    • State-of-the-art Machining Tools 
    • Measure relative movement in different types of sensors 
    • CNC machines 
    • Measure the width of rolled metal sheets 
    • Flight control systems to measure force, speed, and pressure
    • Potentiometer 
    • Measure tension in channels 

    Industries  

    • Avionics 
    • Robotics 
    • Electronic motion control 
    • Automation Manufacturing 
    • Medical 

    Special Features 

    • Designed for 600 mm linear range, but can be used for other ranges also
    • Rough Structure 
    • Laser Welding Assemblage 
    • Tested for Helium Leakage 
    • The cable connected to the power supply 
    • Submersible to 500 mWC max water pressure 
    • Non-linearity less than 0.5% 

    Why Choose Displacement Transducer?

    • Brilliant linearity 
    • High measurement accuracy in varied temperature ranges 
    • High tolerance to magnetic fields 
    • High resolution 
    • Excellent stability 
    • Minimal friction 
    • Vast measurement range 
    • High sensitivity to target objects 
    • Easy maintenance 
    • Accurate alignment 
    • Can be fixed in any direction 
    • Power consumption saving 
    • Low hysteresis loss 

    How to choose the best displacement transducer? 

    It is important to consider the following factors to choose the right displacement transducer: 

    • Required precision 
    • Required resolution 
    • Displacement size 
    • Displacement type 
    • Transducer price 
    • Transducer material

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