The PACEline CMC series piezoelectric measurement chains convert forces directly into a 0 to 10 V signal. Customizable and suitable for fitting processes.
Code | Capacity group | Capacity | Capacity | Tensile / compression | Strain gauge / piezo | Calibration | Output signal | HBK Accuracy class | Degree of protection | Mechanical adaptation | Height (without accessories) | Height (without accessories) | Diameter (without cable or plug) | Diameter (without cable or plug) | Load cell design |
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
K-CMC | 1-50 kN,50-500 kN | 5 kN,20 kN,25 kN,50 kN,70 kN,120 kN | 1.12 klbf,4.5 klbf,5.62 klbf,11.2 klbf,15.7 klbf,27 klbf | Compression | Piezoelectric | Calibrated | Voltage (0…10V) | 0.5 | IP65 | Both side flange mounting | 10 mm,14 mm | 0.393 in,0.551 in | 54 mm,19 mm,30 mm,13 mm,36 mm | 2.12598 in,0.74803 in,1.1811 in,0.51181 in,1.41732 in | - |
Piezoelectric measurement chains of the CMC series are used in various industrial production tasks and reliably convert the forces they measure into a 0 to 10 V signal. They are calibrated throughout, which means that the measurement amplifier doesn’t have to be adjusted and the relationship between the output signal in volts and the force measurement in newtons is clearly documented in the accompanying documents.
Typical for the piezoelectric principle, the sensors have a wide measurement range and measure large and small forces reliably – even under a high initial load. The measurement chains, based on CFT variations with a 5 kN or 20 kN capacity are calibrated at 100% and at 20% of the nominal force, while all other CMC measurement chains have calibrations at 1%, 10% and 100% of their nominal force. The measurement ranges can be switched via a digital input on the charge amplifier; zeroing is triggered just as easily.
All piezoelectric force measurement chains in the CMC series consist of a pre-stressed and calibrated sensor, a charge cable and a charge amplifier. The components can be freely combined and allow the measurement chain to ideally adapt to the respective measurement task at hand.
Long-term reliable measurement results in industrial environments.
Easily fits into new and existing structures without calibration.
Ideal for multi-step processes. Magnifying function available (by switching the measurement range), that is, amplification can be increased by a factor of 5 if required.