Piezoelectric force transducer
2.2 - 100 kN | Type 8230-C
Bruel and Kjaer
Types 8230 C-003 and 8231 C are designed for dynamic, short-duration static and impact force measurements. Type 8230 C-003 is typically used for measuring applied forces in modal applications, for example, inserted directly between an exciter and the test structure. Type 8231 C is typically used in force measurements with excessive compressive forces or where a wide compression range is required. The wide temperature range of the transducers makes them ideal for high-temperature applications, such as environmental tests.
Type 8230 C-003 is mounted using the ¼" – 28 UNF tapped holes on the top and bottom of the body and Type 8231 C using the 3/8" – 16 UNC tapped holes on the top and bottom of the body. The transducers feature a 10 – 32 UNF side connector.
Characteristics
These force transducers may be treated as charge sources. Their sensitivity is expressed in terms of charge per unit force (pC/N or pC/lbf).
The transducers work on the piezoelectric effect of quartz, which, when stressed (in this case compressed), gives an electrical charge proportional to the compressing force. The housing material is stainless steel giving a very stiff and rigid construction.
Calibration
The transducers are supplied with an individual calibration of the sensitivity.
Type 8230 C-003 is mounted using the ¼" – 28 UNF tapped holes on the top and bottom of the body and Type 8231 C using the 3/8" – 16 UNC tapped holes on the top and bottom of the body. The transducers feature a 10 – 32 UNF side connector.
Characteristics
These force transducers may be treated as charge sources. Their sensitivity is expressed in terms of charge per unit force (pC/N or pC/lbf).
The transducers work on the piezoelectric effect of quartz, which, when stressed (in this case compressed), gives an electrical charge proportional to the compressing force. The housing material is stainless steel giving a very stiff and rigid construction.
Calibration
The transducers are supplied with an individual calibration of the sensitivity.
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