NIST 1-KILONEWTON SINE FORCE CALIBRATION SYSTEM |
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| A. Chijioke, R. L. Seifarth, Z. J. Kubarych |
- Abstract:
- Many force-measurement applications are of a dynamic nature, and in recent decades there has been much progress in demonstrating and developing dynamic calibration systems for force transducers. The National Institute of Standards and Technology (NIST), U.S.A., is developing a system for sinusoidal calibration of force transducers with forces up to 1 kilonewton at frequencies up to 2 kilohertz, in a manner that is traceable to the International System of Units (SI). The system is based on harmonic excitation of a calibrated mass (m) using an electrodynamic shaker, laser interferometric measurement of acceleration (a), and voltage measurement using a calibrated fast digital voltmeter. The output voltage from a force transducer system under calibration is indexed against the input force given by F = m · a. The design and operation of the system are described.
- Keywords:
- dynamic force, harmonic force, calibration, traceability
- Download:
- IMEKO-TC3-TC22-2014-009.pdf
- DOI:
- -
- Event details
- IMEKO TC:
- TC22
- Event name:
- TC22 Conference 2014
- Title:
3rd Conference on Vibration Measurement (together with 22nd TC3 Conference on the Measurement of Force, Mass and Torque and 12th TC5 Conference on the Measurement of Hardness)
- Place:
- Cape Town, SOUTH AFRICA
- Time:
- 03 February 2014 - 06 February 2014