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Quartz ICP® Force Link Sensors

Link-style sensors measure dynamic compression and tension. They are constructed using a force ring that is under compressive pre-load between threaded mounting hardware. The threaded mounting on both ends of the sensor supports integrated link-style installations. Versions offering full-scale measurements of 10 lb to 50k lb (45 to 220k N) compression and 30k lb (130k N) tension are available. Applications include tablet presses, tensile testing, stamping, punching and forming operations, balancing, machinery studies, and force-controlled vibration testing.

Applications:

  • Tensile Testing
  • Press Monitoring
  • Material Testing
  • Machine Process Monitoring
  • Tension & Compression
  • Push Rod Testing
  • Repetitive Operations
  • Press Force Monitoring

Tips from Techs:

Piezoelectric System Output The output characteristic of piezoelectric sensors is that of an AC coupled system, where repetitive signals will decay until there is an equal area above and below the original base line. As magnitude levels of the monitored event fluctuate, the output will remain stabilized around the base line with the positive and negative areas of the curve remaining equal.

Polarity of Quartz Force Sensors

The output voltage polarity of ICP® force sensors is positive for compression and negative for tension force measurements. The polarity of PCB® charge output force sensors is the opposite: negative for compression and positive for tension. This is because charge output sensors are used with external charge amplifiers that exhibit an inverting characteristic. Therefore, the resulting system output polarity of the charge amplifier system is positive for compression and negative for tension; same as for an ICP® sensor system (reverse polarity sensors are also available).

Compare selected models ()
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Model 221B02

  • (Compression)100 lb
  • (Compression)0.4448 kN
  • (±15%)50 mV/lb
  • (±15%)11241 mV/kN
  • (-5%)0.006 Hz
  • (-5%)0.006 Hz
  • 15000 Hz
  • 15000 Hz
  • -65 to +250 °F
  • -54 to +121 °C
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Model 221B03

  • (Compression)500 lb
  • (Compression)2.224 kN
  • (±15%)10 mV/lb
  • (±15%)2248.2 mV/kN
  • (-5%)0.002 Hz
  • (-5%)0.002 Hz
  • 15000 Hz
  • 15000 Hz
  • -65 to +250 °F
  • -54 to +121 °C
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Model 222B

  • (Compression)6000 lb
  • (Compression)26.69 kN
  • (±15%)0.90 mV/lb
  • (±15%)202.33 mV/kN
  • (-5%)0.0003 Hz
  • (-5%)0.0003 Hz
  • 12000 Hz
  • 12000 Hz
  • -65 to +250 °F
  • -54 to +121 °C
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Model 223B

  • (Compression)12000 lb
  • (Compression)53.38 kN
  • (±15%)0.42 mV/lb
  • (±15%)94.42 mV/kN
  • (-5%)0.0003 Hz
  • (-5%)0.0003 Hz
  • 10000 Hz
  • 10000 Hz
  • -65 to +250 °F
  • -54 to +121 °C
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Model 224C

  • (Compression)25000 lb
  • (Compression)111.2 kN
  • (±15%)0.20 mV/lb
  • (±15%)44.96 mV/kN
  • (-5%)0.0003 Hz
  • (-5%)0.0003 Hz
  • 8000 Hz
  • 8000 Hz
  • -65 to +250 °F
  • -54 to +121 °C
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Model 225C

  • (Compression)35000 lb
  • (Compression)155.69 kN
  • (±15%)0.14 mV/lb
  • (±15%)31.47 mV/kN
  • (-5%)0.0003 Hz
  • (-5%)0.0003 Hz
  • 6000 Hz
  • 6000 Hz
  • -65 to +250 °F
  • -54 to +121 °C
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Model 226C

  • (Compression)45000 lb
  • (Compression)200.16 kN
  • (±15%)0.11 mV/lb
  • (±15%)24.73 mV/kN
  • (-5%)0.0003 Hz
  • (-5%)0.0003 Hz
  • 5000 Hz
  • 5000 Hz
  • -65 to +250 °F
  • -54 to +121 °C
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Model 227C

  • (Compression)50000 lb
  • (Compression)222.4 kN
  • (±15%)0.10 mV/lb
  • (±15%)22.48 mV/kN
  • (-5%)0.0003 Hz
  • (-5%)0.0003 Hz
  • 4 kHz
  • 4 kHz
  • -65 to +250 °F
  • -54 to +121 °C
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