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IPAQ-H/IPAQ-HX TEMPERATURE TRANSMITTERS

IPAQ-H is a universal and intelligent, isolated 2-wire In-head transmitter for temperature and other measurement applications.
IPAQ-HX is the Intrinsically Safe version for use in Ex-applications.
The combination of competitive pricing, functionality and simple configuration has made IPAQ-H and IPAQ-HX leading in-head transmitters for industrial temperature measurements.
The Windows based and user friendly software, IPRO4, is used for transmitter configuration, documentation, monitoring, and calibration purposes.
Performance and design
Excellent stability
  • Long-term stability 0.1% year.
    Enhanced total system accuracy
  • Sensor error correction (for known sensor errors).
  • System error correction (against known temperatures).
    NAMUR-compliant
  • Output limitations and fail currents according to NAMUR recommendations.
    Input-Output isolation 1500 VAC
  • Eliminates measuring errors due to ground loops.
    High load capacity
  • Only 6.5 V voltage drop over the transmitter (IPAQ-H) allows for high loads.
    Designed for harsh conditions
  • Operation temperature:
    -40 to +85 C, -40 to +185 F
  • Excellent EMC performance.
  • Durable, shockproof design.
    Simple mounting and connection
  • For DIN B head or larger.
  • Large center hole (dia. 7 mm/ 0.28 inch). 5 year limited warranty
  •  
    Functions
    Input for RTDs, T/Cs, mV and resistance
  • Reduced inventory costs.
  • Simplified plant engineering.
    True on-line communication
  • Full access to all features while in operation
    Sensor diagnostics
  • SmartSense detects low sensor isolation (essential for correct measurements)
  • Selectable sensor break action.
    Simplified loop check-up.
  • The transmitter works as an accurate current generator.
    On-screen indications and line recording
  • Valuable tools for temporary measurements.


    • Download the IPro Transmitter configuration software here.

    IPAQ-H/IPAQ-HX Specifications
    Input
    RTD's and Resistance
    Pt100 (IEC751,= 0.00385) 3-, 4-wire Connection -200 to +1000 degrees C/-328 to +1832 degrees F
    Pt1000 (IEC751,= 0.00385) 3-, 4-wire Connection -200 to +200 degrees C/-328 to +392 degrees F
    PtX 10 < X < 1000 3-, 4-wire Connection Upper range depending on X-value
    Ni100 (DIN 43760) 3-, 4-wire Connection -60 to +250 degrees C/-76 to +482 degrees F
    Ni1000 (DIN 43760) 3-, 4-wire Connection -60 to +150 degrees C/-76 to +302 degrees F
    D100 (Pt 100 acc. to JIS1604) 3-, 4-wire Connection -200 to +1000 degrees C/-328 to +1832 degrees F
    Potentiometer/resistance 3-, 4-wire Connection 0 to 2000 
    Sensor current   ~0.4 mA
    Maximum sensor wire resistance   25  wire
    Thermocouples and Voltage    
    T/C Type: AE,B,E,J,K,L,N,R,S,T,U Ranges according to user's manual
    Voltage input   -10 to +500 mV
    Input impedance   > 10 M 
    Maximum sensor wire resistance   500  (total loop)
    Monitoring
    Sensor break monitoring User definable output 3.5 to 21.6 mA
    SmartSense, sensor isolation User definable output 3.5 to 21.6 mA
    Adjustments
    Zero adjustment All inputs Any value within range limits
    Minimum spans Pt100, Pt1000, Ni100, Ni1000 10 degrees C/18 degrees F
      Potentiometer 10 
      T/C, mV 2 mV
    Output
    Straight,reversed or intermediate   4-20/20-4 mA
    Resolution    A
    Minimum output signal Measurement/Failure 3.8 mA/3.5 mA
    Maximum output signal Measurement/Failure 20.5 mA/21.6 mA
    Permissible load IPAQ-H 795  @ 24 VDC, 22 mA
      IPAQ-HX 725  @ 24 VDC, 22 mA
    Accuracy
    Linearity RTD Potentiometer, mV +0.1% 1)
      T/C +0.2% 1)
    Calibration RTD +0.2 degrees C/ +0.4 degrees F or +0.1%1)
      Potentiometer +0.1  or +0.1%1)
      mV, T/C +20  V or +0.1%1)
    Cold Junction Compensation T/C +0.5 degrees C/ +0.9 degrees F
    Temperature influence 4) All inputs Max +0.25 C/ 25 C or +0.25%/25 C 1) 3)
        Max +0.5 F/ 50 F or +0.28%/50 C 1) 3)
    Temperature influence CJC 4) T/C Max +0.5 C/ 25 C/+1.0 F/50 F
    Instrument calibration output 4-20 mA + A
    Sensor wire resistance influence RTD, Potentiometer, 3-wire Negligible 2)
      RTD, Potentiometer, 4-wire Negligible
      mV, T/C Negligible
    Load influence   Negligible
    Power supply influence   Negligible
    RFI influence, 0.15 to 1000 MHz   +0.1% 1) (typical)
    Long-term stability   +0.1% 1)/year
    1) Of input span
    2) With equal wire resistance for RTD
    3) If zero-deflection > 100% of input span: add 0.125% of input span/25 C or 0.14% of input span/50 F per 100% zero-deflection
    4) Reference temperature 23 C/ 73 F

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    THERMOCOUPLE TECHNOLOGY, INC., 350 New Street, Quakertown, PA 18951
    Telephone 215-529-9394 Fax 215-529-9397