The FYTB rotary torque transducer is a precision-engineered device comprising a rotor and stator. Strain gauges mounted on the rotor detect torsional forces between the front and rear flanges, converting these forces into millivolt-level analog signals. The stator collects these signals contactlessly (via electromagnetic induction or wireless transmission) and processes them into standardized outputs (0-5V, 0-10V, or 4-20mA) proportional to the measured torque. Its innovative bearing-free design eliminates mechanical wear, ensuring exceptional durability and long-term reliability in demanding industrial environments. Available in rated capacities from 50Nm to 10kNm (10 options), the FYTB dynamic torque meter supports bidirectional torque measurement (clockwise and counterclockwise) at rotational speeds up to 15,000 RPM. The compact, short-axis design minimizes axial space requirements, making it ideal for installations with spatial constraints. Designed for dynamic torque and speed monitoring, the FYTB series is widely used in rotating systems such as engines, powertrains, motors, clutches, and precision machinery. Its outputs integrate seamlessly with PLCs or data acquisition systems, enabling real-time performance analysis, efficiency optimization, and early fault detection. Key applications include automotive testing, industrial automation, and quality control processes where precise torque measurement is critical. The modular rotor-stator configuration enables seamless customization for specialized measurement needs. The design’s scalability accommodates bespoke measurement requirements, including torque ranges and mounting structures, ensuring reliable performance across diverse technical challenges.