The compact and cost-effective C9C type series force sensors reliably measure compressive force where space is limited. Due to their high fundamental frequency, they are suitable for very fast measurements. Like all strain gauge-based transducers, the C9C sensors also allow for static forces to be measured reliably and with long-term stability. They ensure both robustness and high load-bearing capacity due to their welded design from stainless steel.
The force transducer is available with a permanently connected in-line amplifier. The transducer is calibrated as a measurement chain, i.e. the relationship between Newtons as input quantity and volts (V) or milliamps (mA) as output quantity is documented in the test record or calibration certificate.
The HBK miniature force sensor C9C has gone digital and now features optional IO-Link interface, leading to fast measurements, reduced costs, greater efficiency, and increased reliability. At the same time, it offers you all the familiar advantages, alongside a proven track record.
View all available HBK force sensors with amplifier option
Besides being compact, the sensor is robust, EMC-tested, and delivers reliable results. It is ideal for measuring fast processes.
Time-saving plug-and-play sensors ideally suited for industrial environments.
Fits with the requirements of your existing production or testing infrastructure now and in the future.
In addition to the known active and passive versions, C9C now features optional IO-Link Interface, leading to fast measurements, reduced costs, greater efficiency, and increased reliability.
C9C Force Transducer | In-line Amplifier VA1/VA2 | C9C with IO-Link | ||
 | Fast measurements | High stiffness; hence, well-suited | 2 kHz bandwidth | Internal sampling rate 40 kHz, fast peak detection, fast limit switches. The properties of the sensor are not negatively impacted by the IO Link. Min. cycle time 1 ms. |
 | Mechanical shock | Maximum shock load, tested as per IEC60068- 2- 6: 1000 m/s2, number: 1000, duration 3 ms | Maximum shock load, tested as per IEC60068- 2- 6: 1000 m/s2, number: 1000, duration 3 ms | Maximum shock load, tested as per IEC60068- 2- 6: 1000 m/s2, number: 1000, duration 3 ms |
 | Vibration | Tested as per IEC 60068-2-27, frequency range 5 - 65 Hz, duration 30 min, acceleration 150 m/s2 | Tested as per IEC 60068-2-27, frequency range 5 - 65 Hz, duration 30 min, acceleration 150 m/s2 | Tested as per IEC 60068-2-27, frequency range 5 - 65 Hz, duration 30 min, acceleration 150 m/s2 |
 | Environmental conditions | Stainless-steel materials only, IP67 degree of protection | Stainless-steel materials only, IP67 degree of protection | Stainless-steel materials only, IP67 degree of protection |
 | Calibration | N => mV/V | N => V, or mA | N => N Device is ready to measure after being connected to an IO Link master. Output directly in Newtons without any adjustments. Linearization is possible. |
 | Accuracy | Accuracy class: 0.2 | The accuracy class remains unchanged | With or without IO Link amplifier: The accuracy class does not change |
 | Ambient temperatures | Nominal (rated) temperature range: -10 to +70 °C | Nominal (rated) temperature range: -10 to +50 °C | Nominal temperature range: - 10 to + 55 °C |
From here customers will be able to download U9C and C9C CAD files.
(Table with files will be showing here on the final published page)
From here here customers can download product literature.
(Table with files will be showing here on the final published page)
From here, customers will be able to request a quote from a form which will be showing on th efinal published page.
