WIKA Model F6116 Hydraulic ring force transducer Compact version to 120 kN


  • Measuring ranges 0 … 320 N to 0 … 120 kN [0 … 72 lbf bis 0 … 26,977 lbf]
  • Relative linearity error
    ±1.0 … ±1.6 % Fnom with analogue pressure gauge,
    ±0.5 % Fnom with digital pressure gauge or pressure sensor
  • Piston stroke ≤ 0.5 mm [≤ 0.02 in]
  • Operates without supply voltage
  • 5-year leak-tightness warranty
Datasheet

Applications

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

 

Description

The model F6116 compact hydraulic ring force transducer enables the simple and economical measurement and display of forces. Its measuring ranges from
320 N to 120 kN [0 … 72 lbf to 0 … 26.977 lbf]. Since it is independent of any power source, this type of measuring system offers ideal operating conditions for different fields of application.

Hydraulic force measurement makes use of a piston-case combination with different seals as a sensor unit. The force acting is the product of the area and the pressure. For the display of the pressure, either pressure gauges, pressure sensors or pressure measuring instruments with contact devices can be used. The scale of the display instrument can be defined in various units, e.g. in N, kN, kg, t.

Leak-tightness warranty
The warranty on leak tightness of the hydraulic force measuring unit was extended to 5 years. The prerequisite for this is of course the intended use of the force measuring unit. A force transducer that starts to leak within this period will be repaired free of charge. In this way, we are underlining the quality of our hydraulic force transducers and our confidence in our own technology.









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 F6116 Hydraulic ring force transducer Compact version to 120 kN

    • Measuring ranges 0 … 320 N to 0 … 120 kN [0 … 72 lbf bis 0 … 26,977 lbf]
    • Relative linearity error
      ±1.0 … ±1.6 % Fnom with analogue pressure gauge,
      ±0.5 % Fnom with digital pressure gauge or pressure sensor
    • Piston stroke ≤ 0.5 mm [≤ 0.02 in]
    • Operates without supply voltage
    • 5-year leak-tightness warranty
    Datasheet

    Applications

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

     

    Description

    The model F6116 compact hydraulic ring force transducer enables the simple and economical measurement and display of forces. Its measuring ranges from
    320 N to 120 kN [0 … 72 lbf to 0 … 26.977 lbf]. Since it is independent of any power source, this type of measuring system offers ideal operating conditions for different fields of application.

    Hydraulic force measurement makes use of a piston-case combination with different seals as a sensor unit. The force acting is the product of the area and the pressure. For the display of the pressure, either pressure gauges, pressure sensors or pressure measuring instruments with contact devices can be used. The scale of the display instrument can be defined in various units, e.g. in N, kN, kg, t.

    Leak-tightness warranty
    The warranty on leak tightness of the hydraulic force measuring unit was extended to 5 years. The prerequisite for this is of course the intended use of the force measuring unit. A force transducer that starts to leak within this period will be repaired free of charge. In this way, we are underlining the quality of our hydraulic force transducers and our confidence in our own technology.









    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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