The FNT-11B features a flange on one side and a keyway connection on the other. Socket torque wrench for bench inspection.

FNT-11A static torque sensor is an instrument that converts the strain generated by the torsional torque into an electrical signal with a linear relationship according to the resistance strain principle. It is made of stainless steel or aluminum alloy and is easy to install with flange structure.

The system has been designed to solve weighing problems of batching systems up to 3 scales on the same production line.

For analog output signal, it may select 0-20mA, 4-20mA, 0-10V, 1-5V, and for digital communication interface, it may select RS485 or RS232, both of which come with isolation.

The FNT-60’s floating mount design typically installs between two single-flex couplings and is ideal in applications where low capacity measurements must be taken in conjunction with much higher running torques or torque spikes.

The FNT-55 can be used to check torque wrenches and is useful for auditing fastener torque.

The FNT-50E’s non-contact design features ± 5V or ± 10V output, 0.2% combined error, 12-bit resolution digital electronics and a remote-activated, internal shunt calibration resistor directly at the strain gage bridge.

The FNT-50D’s floating mount design typically installs between two single-flex couplings and is ideal in applications where low capacity measurements must be taken in conjunction with much higher running torques or torque spikes.

The FNT-10 uses high-reliability slip-rings to transfer power and signal to and from the rotating strain-gaged shaft. Industry standard mV/V allows use with standard strain gage instrumentation.

The company has developed a special junction box, that is, the output signal of the sensor is first connected to the junction box, and then sent to the instrument. Adjust the Angle difference by adjusting the corresponding potentiometer in the junction box.