C9C - miniature pressure sensor up to 50kN
The miniature, dynamic C9C sensor is ideal for pressure force measurements where built-in dimensions are limited.
The compact, cost-effective, C9C Series is designed for measuring compressive force in applications where mounting space is limited. The miniature sensor is designed for static and dynamic applications. Due to the high natural frequency of the transducer, it can also be used for dynamic force measurements - high strength and low weight of the transducer body. Its welded stainless steel construction makes the C9C force transducer highly durable.
- Optionally with amplifier on cable - with 0-10V, 4-20mA or IO-Link output options
- The sensor is both compact and rugged, EMC-tested, and provides reliable results
- Ideal force and path/displacement dependencies in combination with path sensors - also applicable for measuring fast processes
- Cable suitable for drag chains
- Miniature and compact design
- Welded stainless steel construction according to DIN
- TEDS on request
For a complete list of custom sensor options, please see the catalog sheet below.
Optional:
- Optional cable lengths
- Connectors: 15-pin Sub-D, 15-pin Sub-HD, MS3106PEMV or free ends
- Amplifier on cable - with 0-10V, 4-20mA or IO-Link output
- Electronic sensor identification - TEDS
- Calibration sheet - paid service on request
C9C force gauges with IO-Link interface
IO-Link technology enables fast measurement while reducing costs through easy integration. An overview of the digital functions can be found below:
- Output signal - Digital signal according to IO-Link smart sensor profile
- Filter - Bessel and Butterworth filter. Cut-off frequency from 0.001 to 1000 Hz, which can be specified numerically.
- Linearization - Possibility to specify individual points (up to 21) or coefficients of cubic or quadratic equations.
- Statistics - Maximum, minimum, peak-to-peak, mean, etc.
- Limit switch - Two limit switches.
- Digital switching output - One permanently available, the other when data transfer is switched off (SIO mode)
- Units - Force signals are normally transmitted in newtons. Other units can be used as output signals.