Transducer for High-Speed Test Benches (12,500 RPM / Inductive / 30kNm)

F23iS Torque Sensor: Superior Inductive Technology

He Torque Sensor F23iS ATESTEO is a high-performance transducer designed for measuring high loads, covering ranges of 20,000 Nm to 30,000 Nm. Its transmission technology inductive Contactless operation guarantees robustness Superior by eliminating mechanical wear, allowing maintenance-free and fully functional operation Effective until the 12,500 rpm.

Essential Applications in High-Speed Test Benches

This transducer is the tool Essential for the development of high-power transmissions in the automotive and aerospace industries. It is used extensively in endurance test benches for heavy-duty vehicle gearboxes, high-speed electric motors, and transmission systems for industrial machinery. Thanks to its integrated speed sensor with 120 pulses per revolution, the F23iS allows dynamic monitoring of Security absolute in continuous performance tests.

Advantages: Zero Maintenance and Flexible Integration

The main advantage of F23iS Its immunity to physical wear translates into a virtually unlimited lifespan, even under severe load cycles. Its design offers exceptional torsional rigidity, minimizing its influence on the dynamics of the system under test. Furthermore, its analog and digital (CAN bus) outputs provide a Security pure data and integration Effective with any modern data acquisition system, optimizing start-up times.

Frequently Asked Questions (FAQ)

What advantages does the F23iS's integrated speed sensor offer?
The transducer F23iS It incorporates as standard an inductive sensor of 120 pulses per revolution, which allows simultaneous measurement of torque and angular speed with high resolution, eliminating the need to mount additional external sensors on the test bench.

What is the maximum safe rotation speed for the ATESTEO F23iS model?
He F23iS It is mechanically optimized and balanced to operate with total Security up to a speed of 12,500 rpm, ensuring stable and interference-free data transmission even at the most demanding speeds.