Torsor F5eS Torque Sensor 150000 Nm | 7,000 RPM | Extreme Testing Engineering

The F5eS series represents the absolute pinnacle of torsional metrology for naval platforms, offshore wind turbines, and heavy industry. Classified as a super-massive component, it is designed to withstand structural pressures of up to 150,000 Nm while rotating at dynamic speeds of 7,000 RPM. Its central body deposits the inertial test forces onto a machined rotor core with an outer diameter of 450 mm, secured by a 400.0 mm PCD anchor flange with a 16 * M30 tension thread. This steel foundation provides an enormous inertial reactive mass of 2,490 kg·m², ensuring the necessary stability to prevent collapse due to bending or fatigue during metrological operations on extremely heavy machinery.

Given the scale of testbeds that require measuring 150 kNm at 7,000 RPM, the engines and propulsion systems radiate electromagnetic interference (EMI) that is devastating to standard electronics. The F5eS solves signal collapse by equipping a metallic-free Optical Telemetry module. By transferring torsional deformations at 80 kHz using light, it eliminates any vulnerability to dV/dt noise from traction inverters. This ensures a meticulous Accuracy Class of ≤±0.10%, even in hyper-magnetized environments. Determine the optimal anchoring for your next massive project by navigating the Torque Sensor category massive or unify your core engineering from the Guemisa Homepage.