Absolute and gauge pressure Ceraphant PTC31B

  • Measuring principle

    Pressure switch

  • Characteristic

    Intelligent pressure switch with capacitive sensor, long term stable and abrasion resistant

  • Supply voltage

    10…30 VDC

  • Reference Accuracy

    0.5 %,
    Platinum: 0.3 %

  • Long term stability

    0.2 % of URL/year

  • Process temperature

    -25 °C….+100 °C
    (-13 °F….+212 °F)

  • Ambient temperature

    -20 °C…+70 °C
    (-4 °C…+158 °F)

  • Measuring cell

    +100 mbar….+40 bar
    (+1.5 psi….600 psi)

  • Max. overpressure limit

    60 bar (900 psi)

  • Process connection

    Threads:
    G1/4, G1/2,
    MNPT1/4, MNPT1/2,
    DIN13,
    JIS R1/2

  • Communication

    1x PNP switch
    2x PNP switch
    1x PNP switch +
    4…20mA analogue

  • Design approvals

    EN 10204-3.1 Final inspection
    report
    Cleaned from oil and grease
    Cleaned for oxygen applications
    Set min alarm

  • Specialities

    Digital display

Field of application
The Ceraphant PTC31B is a price-attractive pressure switch with ceramic, vacuum tight measuring cell for safe measurement and monitoring of absolute and gauge pressure. The pressure switch with compact design is extremely stable and high vacuum resistant up to 0bar abs. The IO-Link capability allows easy integration and parametrization of the device.

Pressure switch with ceramic sensor diaphragm for monitoring absolute and gauge pressures in gases, vapors, liquids and dusts.
Process connections: Threads
Process temperature: -25 to +100°C (-13 to +212°F)
Pressure: -1/0 up to +40bar (-15/0 up to +600psi)
Accuracy: ±0.3%

Benefits
Integrated switching electronics for decentral and economic process monitoring and controlEasy function check and information on site thanks to LEDs and digital displayDry capacitance ceramic sensor (Ceraphire) and minimum span of up to 0 to 20mbar provide reliable insight to the process High process availability for vacuum applications and applications with abrasive media IO-Link reduces costs and complexity due to easy configuration and flexible integration in all fieldbus systems.

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