Torque Sensor F23-RTS 30kNm Reaction: Superior Technology

F23-RTS Torque Sensor: Precise Reaction Measurement

He Torque Sensor F23-RTS ATESTEO is a high-end instrument designed for measuring reaction torque in static applications, covering ranges of 20,000 Nm to 30,000 Nm. Based on strain gauge technology Superior Precision (class 0.05%), this transducer offers exceptional stability and total reliability in transmissions operating at 0 RPM.

Essential Applications in Calibration and Testing

This sensor is the tool Essential in metrology laboratories and heavy component testing centers. It is used in Effective in the calibration of large hydraulic torque wrenches, fatigue testing on locked shafts, and monitoring of reaction torques in industrial actuators. Its design of Security Guaranteed accuracy is vital for testing where measurement accuracy is the most critical factor for product certification.

Advantages: Static Stability and High Rigidity

The main advantage of F23-RTS Its strength lies in its extremely high torsional rigidity (up to 16,960 kNm/rad), which minimizes deformation under load and ensures that the measurement does not affect the dynamics of the test bench. Its passive analog output of 1 mV/V provides a Security total resistance to electronic drift, being a solution Robust which allows for easy integration into data acquisition systems through its compatibility with SAFO 2.3 units.

Frequently Asked Questions (FAQ)

Can the F23-RTS sensor be used in applications with continuous rotation?
No, the model F23-RTS It is a reaction torque transducer designed exclusively for static applications or operations. 0 RPM. For measurements on rotating shafts, we recommend consulting our range of high-speed inductive or optical sensors.

What is the certified accuracy of the ATESTEO F23-RTS transducer for 30kNm?
The sensor F23-RTS It offers a class of precision Superior with ≤ ±0.05%, which positions it as one of the most accurate transducers on the market for measuring high reaction torques, ideal for critical calibration processes.