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An electrical signal is produced by a torque sensor by mechanical torque. Rotary and Reaction are the two types. Both types operate differently even though they both measure torque. Response torque sensors operate by detecting the reaction force produced by a rotating object.
The rotor of the torque measurement flange can be installed directly from one side (often the test specimen side) to the flange of the loading machine because it was made to be a very short flange-to-flange solution. This enables simple, economical assembly into a power train.
For a variety of in-line static and rotating torque measurement applications, contactless torque transducers with flange couplings at each end and measuring ranges from 0-100Nm up to 30kNm as standard (custom sensors up to 16MNm) are available.
The Global Torque flange sensor market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
With the use of common DIN size couplings, the Datum Electronics Series FF425 non-contact flange torque sensor and FF410 torque sensors can be installed without difficulty inline with any drive train or test rig.
It has several advantages over other torque measurement systems on the market since it features flange connections at either end of the torque transducer.
The FF425 rotary torque transducer uses revolving on shaft conditioning electronics and a strain gauged shaft for precise and consistent torque measurement.
A dependable and extremely exact torque measuring solution is provided by transmitting the digital data to the stator, which is the component of the system that is not rotating.
The FF425 enables customers higher resolution with up to 24bit resolution and the option to set their sample rates from 1 up to 4000sps using our ground-breaking new electronics as utilised in our industry standard, our M425 inline rotary torque sensor.
There are 11 standard torque ranges for the FF425 non-contact rotary flange to flange torque sensor. The torque sensor provides exceptionally high accuracy, operational stability, high signal resolution, and a broad range of signal outputs across the entire torque range from 0-100Nm and up to 30,000Nm.