WIKA Model F1145 Hydraulic compression force transducer Compact version up to 850 kN


  • Measuring ranges 0 … 6 kN to 0 … 850 kN
  • Relative linearity error ±1.0 … 1.6 % with analogue pressure gauge, ±0.5 % with digital pressure gauge or pressure sensor1)
  • Piston stroke ≤ 0.5 mm
  • Operates without supply voltage
  • 5-year leak-tightness warranty2)
Datasheet

Applications

  • Equipment manufacturing
  • Construction of jigs and fixtures
  • Special machine building
  • Measuring and control systems

 

Description

The hydraulic compression force transducer model F1145 is available with a nominal size NS 141. Measurement of rated forces from 6 up to 850 kN is possible. The robust mechanical design enables use in harsh operating conditions. Applications for this hydraulic force measurement can be found in equipment manufacturing, in device and special machine building and also with measuring and control systems.

Hydraulic force transducers operate on the principle that the force acting on the piston is converted into a hydraulic pressure – in proportion to the piston surface area.

Via the connected measuring instrument, which can be either analogue or digital, the measured value is output. The scale of the connected pressure gauge can be defined in various units, e.g., in N, kN, kg, or even t.

Leak-tightness warranty
The warranty on leak tightness of the hydraulic force measuring unit was extended to 5 years2). A force transducer that starts to leak within this period will be repaired free of charge.

1) For rated forces below 500 N, the relative linearity error is ±1.6 % Fnom for all connected measuring instruments.
2) Use of the force measuring unit as intended is a prerequisite for the extended 5-year warranty.









Technical advice: 03303 / 50 40 66

Technical advice for this product


    In accordance with the General Data Protection Regulation (GDPR), we are obliged to inform you about the collection of data. We meet this obligation by referring to our privacy notice.



    WIKA Model F1145 Hydraulic compression force transducer Compact version up to 850 kN

    • Measuring ranges 0 … 6 kN to 0 … 850 kN
    • Relative linearity error ±1.0 … 1.6 % with analogue pressure gauge, ±0.5 % with digital pressure gauge or pressure sensor1)
    • Piston stroke ≤ 0.5 mm
    • Operates without supply voltage
    • 5-year leak-tightness warranty2)
    Datasheet

    Applications

    • Equipment manufacturing
    • Construction of jigs and fixtures
    • Special machine building
    • Measuring and control systems

     

    Description

    The hydraulic compression force transducer model F1145 is available with a nominal size NS 141. Measurement of rated forces from 6 up to 850 kN is possible. The robust mechanical design enables use in harsh operating conditions. Applications for this hydraulic force measurement can be found in equipment manufacturing, in device and special machine building and also with measuring and control systems.

    Hydraulic force transducers operate on the principle that the force acting on the piston is converted into a hydraulic pressure – in proportion to the piston surface area.

    Via the connected measuring instrument, which can be either analogue or digital, the measured value is output. The scale of the connected pressure gauge can be defined in various units, e.g., in N, kN, kg, or even t.

    Leak-tightness warranty
    The warranty on leak tightness of the hydraulic force measuring unit was extended to 5 years2). A force transducer that starts to leak within this period will be repaired free of charge.

    1) For rated forces below 500 N, the relative linearity error is ±1.6 % Fnom for all connected measuring instruments.
    2) Use of the force measuring unit as intended is a prerequisite for the extended 5-year warranty.









    Technical advice: 03303 / 50 40 66

    Technical advice for this product


      In accordance with the General Data Protection Regulation (GDPR), we are obliged to inform you about the collection of data. We meet this obligation by referring to our privacy notice.



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