0 … ±20 N 0 … ±50 N 0 … ±100 N 0 … ±220 N 0 … ±440 N 0 … ±880 N
Direction of force
Tension and compression
1,5 mV/V 1,7 mV/V 2,7 mV/V depending on measuring range
Range of operating temperature
... +80 °C
Measuring ranges from 0 … 20 N to 0 … 880 N
Non-linearity ±0.25 % F.S. *
Many load cycles
Excellent price-performance ratio
burster TEDS optionally available
* The data in the area 20 % - 100 % of rated load Fnom
The measuring element of this load cell consists of a double bending beam with strain gauges, the resistance of which changes with the application of force. Upon applying a voltage to the strain gauge bridge, the change in the strain gauge resistance is converted into output voltage, which is directly proportional to the force. The strain gauges and the entire measuring element are protected from water spray by metal cover including sealing material.
The tensile or compressive load to be measured is applied to the sensor element through the M6 threaded hole located on each end face. The load can be applied easily, along the sensor axis. This serves to prevent falsification of the measured values. Overload protection can be realized with little effort using a mechanical stop.
The measurement solution. It‘s with this ambition and for over half a century burster, a global player in the precision measurement technology industry, supplies some of the world’s most recognizable brands with sensors, precision measuring devices and measuring systems for sensor signaling processing. This is all done through our research, development and production headquarters in Germany.
Where quality assurance and production control play a significant role, burster is on board.