Configurable, reliable, compact, dynamic: U9C is a cost-effective miniature force sensor for compressive and tensile force. New: IO-Link smart sensor.
Code | Capacity group | Capacity | Capacity | Output signal | Height (without accessories) | Height (without accessories) | Diameter (without cable or plug) | Diameter (without cable or plug) |
---|---|---|---|---|---|---|---|---|
K-U9C | < 1 kN,1-50 kN | 50 N,100 N,200 N,0.5 kN,1 kN,2 kN,5 kN,10 kN,20 kN,50 kN | 11.2 lbf,22.5 lbf,45 lbf,112 lbf,225 lbf,450 lbf,1.12 klbf,2.5 klbf,4.5 klbf,11.2 klbf | mV/V (passive strain gauge),Voltage (0…10V),Current (4-20mA),IO-Link | 42 mm,44.5 mm,60 mm,84 mm | 1.65 in,1.75 in,2.36 in,3.31 in | 26 mm,46 mm,18 mm | 1.02362 in,1.81102 in |
1-U9C/50N | < 1 kN | 50 N | 11.2 lbf | mV/V (passive strain gauge) | 42 mm | 1.65 in | 46 mm | 1.81102 in |
1-U9C/2KN | 1-50 kN | 2 kN | 450 lbf | mV/V (passive strain gauge) | 60 mm | 2.36 in | 26 mm | 1.02362 in |
1-U9C/200N | < 1 kN | 200 N | 44.5 lbf | mV/V (passive strain gauge) | 42 mm | 1.65 in | 18 mm | 0.70866 in |
1-U9C/10KN | 1-50 kN | 10 kN | 2.25 klbf | mV/V (passive strain gauge) | 60 mm | 2.36 in | 26 mm | 1.02362 in |
1-U9C/0.5KN | < 1 kN | 0.5 kN | 112 lbf | mV/V (passive strain gauge) | 44.5 mm | 1.75 in | 26 mm | 1.02362 in |
1-U9C/5KN | 1-50 kN | 5 kN | 1.12 klbf | mV/V (passive strain gauge) | 60 mm | 2.36 in | 26 mm | 1.02362 in |
1-U9C/50KN | 1-50 kN | 50 kN | 11.2 klbf | mV/V (passive strain gauge) | 84 mm | 3.31 in | 46 mm | 1.81102 in |
1-U9C/20KN | 1-50 kN | 20 kN | 4.5 klbf | mV/V (passive strain gauge) | 60 mm | 2.36 in | 26 mm | 1.02362 in |
1-U9C/1KN | < 1 kN | 1 kN | 225 lbf | mV/V (passive strain gauge) | 44.5 mm | 1.75 in | 26 mm | 1.02362 in |
1-U9C/100N | < 1 kN | 100 N | 22.5 lbf | mV/V (passive strain gauge) | 42 mm | 1.65 in | 18 mm | 0.70866 in |
The compact and cost-effective U9C type series force sensors reliably measure tensile and 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 U9C 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.
It's your choice: as before, the U9C as a passive sensor, or now new with an in-line amplifier as a measurement chain
The force transducer is also available with a permanently connected in-line amplifier. This variant 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.
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.
It offers considerably simplified starting up due to the cost-effective measurement chain option.