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    Industrial Pressure Sensor | Industrial Pressure Transducer | Pi600

    Accurate and Easily Adaptable, for Harsh Industrial Applications

    At a Glance

    • Ranges: 0-50mbar up to 0-700bar
    • Outputs: mV / Volts / mA
    • Environmental Protection: IP65
    • Accuracy: <±0.25%/FS (0.1% option)
    • Optional IP66 or IP68 Sealing
    • Ideal for Both General Purpose and Industrial Applications
    • Marine and Offshore Submersible Versions Available
    • Protected from Low-Pressure Water Jets as Standard
    • Customised Versions Available to Suit Your Application
    • Fast and Simple Setup with Custom Process Connections  

    Description

    The Pi600 industrial pressure sensor is designed for the measurement of gas and liquid pressure across a wide range of general-purpose and industrial applications including hydraulics, medical, research and development, meteorology and food processing.

    The industrial pressure sensor offers excellent media compatibility as standard with its stainless steel case, ceramic sensing element and Viton ‘O’ ring seal.  Alternative case and ‘O’ ring materials available for applications where very aggressive media is present.

    The Pi600 industrial pressure sensor series offers a wide choice of electrical outputs from it’s ASIC-based amplifier circuit, these include 4-20mA, 0-5Vdc & 0-10Vdc, 1-6Vdc and 10mV/V, as well as a ratiometric 0.5-4.5Vdc signal that requires a 5Vdc supply to suit most data loggers.

    A G¼” male process connection is offered as standard along with a choice of alternatives including G½” male, G¼” female, ¼” NPT male and ½” NPT male.  Custom process connections can also be offered if required.

    We are also able to customise the Pi600 industrial pressure sensor to suit your exact requirements if necessary, whilst ensuring a minimal effect on price and availability.

    We choose to use Applied Measurements pressure transducers on our machines due to the reliability and competitive pricing. For us they are a fit and forget part.

    Mark Hobday, Technical Development Engineer, Curtis Assemble & Test Limited Pressure Transducers October 3, 2019

    Technical Specifications

    Input Pressure Range
    Nominal Pressure Rangembar (gauge, absolute or sealed gauge50100160250500
    Compound Rangesbar-----
    Permissible Overpressurebar22225
    *<±0.1% / FS (BFSL) accuracy not possible in this range
    Output Signal & Supply VoltageWiring SystemOutputSupply VoltageInput CurrentInput ResistanceOutput Resistance
    Pi6422 – wire4 – 20 mA9 – 32 Vdcn/a<500<500
    Pi6053 - wire0 – 5V dc9 – 32 Vdc<6 mA<500<500
    Pi60103 - wire0 – 10V dc13 – 32 Vdc<6 mA<500<500
    Pi6153 - wire1 – 5V dc9 – 32 Vdc<6 mA<500<500
    Pi61103 - wire1 – 10V dc13 – 32 Vdc<6 mA<500<500
    Pi6163 - wire1 – 6V dc9 – 32 Vdc<6 mA<500<500
    Pi6063 - wire0 – 6V dc9 – 32 Vdc<6 mA<500<500
    Pi6453 - wire0.5 to 4.5V dc5 Vdc<6 mA<500<500
    Pi6024 – wirePassive mV/V (un-rationalised)2 – 30 Vdc<3 mA typ.<11000<11000
    Pi6074 – wire2mV/V (rationalised)2 – 30 Vdc<3 mA typ.<11000<11000
    Pi6104 – wire10mV/V (amplified)3 – 12 Vdc<3 mA typ.<11000<200
    Performance
    Accuracy (non-linearity, hysteresis, repeatability)% Full Scale Output<±0.25 (BFSL)
    <±0.1 (BFSL) optional
    Zero Balance±% of Rated Output<1.0
    Setting Errors (offsets)2-wire, 3-wireZero & Full Scale, <±0.5% / FS
    4-wire rationalisedZero <0.2mV/V, span ±1%
    4-wire un-rationalisedZero<0.1mV/V, Span ±30%
    Permissible Load2-wireRmax = [(VS – VS min) / 0.02] Ω
    3-wireRmin = 10 k Ω
    4-wireRmin = 11 k Ω
    Influence EffectsSupply EffectsmV/V & 0.5 to 4.5V – Ratiometric, Other Voltage Outputs - <0.005 % FS / 1V
    Load Effect4-20mA = <0.05 % FSO / kΩ
    Response Time (10% - 90%)ms≤1 (mV/V versions) ≤10 (amplified versions)
    Warm-Up Time (amplified versions only)ms2 typ.
    Media Temperature˚C-20 to +135 / -40 to +125 below 1bar (150 with optional integrated cooling element)
    Ambient Temperature˚C-20 to +80
    Storage Temperature˚C-40 to +125
    Compensated Temperature Range˚C+20 to +80
    Thermal Zero Shift (TZS)% / FS / ˚C<±0.04 (standard)
    <±0.02 (option)
    <±0.01 (option)
    Thermal Span Shift (TSS)% output / ˚C<-0.015
    Reverse Polarity ProtectionNo damage but also no function
    Electromagnetic CompatibilityCE Compliant
    Insulation ResistanceMegohms Ω at 50V dc>500
    Shock100 g / 11 ms
    Vibration10 g RMS (20 ... 2000 Hz)
    Housing & process connection303 Stainless Steel
    316L Stainless Steel (optional)
    High Grade DUPLEX Stainless Steel UNS S31803 (optional)
    ‘O’ ring sealsViton
    NBR/Nitrile (optional)
    EPDM (optional)
    Chemraz (optional)
    DiaphragmCeramic Al2O3 96 % (316L Stainless Steel below 1 bar)
    Media wetted partsHousing and process connection, ‘O’ ring seal, diaphragm
    Weightgrams100 nominal
    Installation positionAny
    Operational lifepressure cycles> 100 x 106
    Environmental ProtectionIP54, IP65, IP67 or IP68
    See dimension drawings below for details.

    Product Dimensions

    Pi600 Industrial Pressure Sensor Outline Drawing

    Dimensions are in mm

    Wiring Details

    Small Plug & Socket (Code A)Large Plug & Socket (Code B)IP65 Cable (Code C)AMP 6-pin Bayonet (Code D)IP68 Vented Cable Code E)Binder 6-pin Connector (Code F)M12 x 1, 4-pin Connector (Code G)
    2 - wire+ve SupplyPin 1Pin 1RedPin 1RedPin 1Pin 1
    -ve SupplyPin 2Pin 2BluePin 2BluePin 2Pin 2
    GroundEarth PinEarth PinGreenEarth PinWhitePin 3Pin 3
    3 - wire+ve SupplyPin 1Pin 1RedPin 1RedPin 1Pin 1
    -ve SupplyPin 2Pin 2BluePin 2BluePin 2Pin 2
    +ve OutputPin 3Pin 3GreenPin 3WhitePin 3Pin 3
    GroundEarth PinEarth PinYellowEarth PinYellowPin 4Pin 4
    4 - wire+ve SupplyPin 1Pin 1RedPin 1RedPin 1Pin 1
    -ve SupplyPin 2Pin 2BluePin 2BluePin 2Pin 2
    +ve OutputPin 3Pin 3GreenPin 3WhitePin 3Pin 3
    -ve OutputEarth PinEarth PinYellowPin 4YellowPin 4Pin 4

    Downloads

    Other Downloads

    Case Studies

    Diesel injector tester with industrial pressure sensors

    5 Reasons to Use Our Pressure Sensors in Your Diesel Injector Tester

    Curtis Assemble & Test Ltd, a designer and manufacturer of high-performance automotive test machines, use our pi600 industrial pressure sensors in their diesel injector valve pressure tester. “We choose to use Applied Measurements pressure transducers on our machines due to the reliability and competitive pricing. For us they are a fit and forget part,” explains Mark Hobday, Technical Development Engineer, Curtis Assemble & Test Ltd.

    Read more...

    Empteezy Emergency Tank Shower

    Pressure Transducer Delivers Water Level Monitoring in Emergency Tank Shower

    Applied Measurements provided spill control and containment manufacturer Empteezy with a Pi600 series pressure transducer. The Pi600 series pressure transducer was connected and calibrated to the digital readout scale on the front of the shower giving an accurate reading of the litres of water remaining in the tank.

    Read more...

    Why Applied Measurements?

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