Torque Sensor DF Ibex 5 | 10,000 Nm | 12,000 RPM

He Torque Sensor DF Ibex 5 It stands out as the most robust metrological axis in the series, specifically designed for instrumentation in extra-heavy land and marine dynamometer testing, as well as for large-scale testing of industrial e-drives. Built on its iconic split-ring stator, the system enables radial concentric insertion onto large-diameter transmission lines (PCD 196.0 mm) without requiring the monumental effort of decoupling the primary shafts. The core of the Ibex 5 is shielded to continuously handle colossal torsional demands of up to 10,000 N·m, absorbing severe asymmetric vibrations resulting from heavy structural inertia.

Revolutionizing conventional physical friction bearing metrology, this sensor operates entirely remotely via interactive inductive field telemetry. The complete absence of mechanical contact eliminates core heating and continuous wear when pushing sustained limits of 12,000 RPM. Furthermore, its robust 7.8 kg rotor boasts a balanced geometric inertia of only 0.0470 kg·m², vectoring the pure torque collected by the DMS array to suppress parasitic centrifugal disturbances. Instant connectivity ensures analytical calibrations with error margins as low as 0.02%, driven from the TCU5 evaluator to high-frequency RS422 outputs and CAN 2B routing. Sizing your heavy equipment requires top-tier instrumentation: design your test pipeline by exploring our core cluster of Industrial Torque Sensors or inspect tactical units in the original page from Gemisah.