Static Torque Transducer Flange and Squre Drive Type

Q: How does the Static Torque Transducer determine torque values?

A: This transducer measures torque using strain gauge technology, which converts mechanical strain into a proportional analog voltage output. By reading the change in voltage, torque can be precisely calculated within the rated capacity.

Q: What types of connections are available for integrating this transducer?

A: The device offers both flange and square drive types, making it compatible with various setups and mounting requirements in industrial or laboratory settings.

Q: When should I choose stainless steel versus alloy steel construction?

A: Choose alloy steel for general industrial applications where cost-effectiveness is key. Opt for stainless steel when corrosion resistance is crucial, such as in chemical or marine environments.

Q: Where can this transducer be installed?

A: Designed for static use, it can be flange mounted onto test benches, assembly machines, or torque calibration systems in manufacturing plants, R&D labs, or quality assurance stations.

Q: What is the benefit of the 150% overload capacity?

A: The overload rating allows the transducer to safely handle torque loads up to 1.5 times its nominal capacity, protecting it from damage due to accidental overloading and extending its operational lifecycle.

Q: How does the IP65 rating enhance device performance?

A: The IP65 rating ensures dust-tightness and resistance against water jets, allowing reliable operation in harsh or dusty environments without risking internal component damage.

Q: What process should I follow to connect and operate the transducer?

A: Mount the transducer securely using the flange provided, connect to your monitoring equipment via the 2-meter standard cable, and excite it with a 10 VDC supply. Ensure the compatible output (2 mV/V nominal) is properly calibrated for precise analog readings.