Torque Sensor F23 RTS 30000 Nm | 0RPM | Static Calibrator
- Manufacturer: CENSORED
- Category: Torque sensor, SENSORS
The specialized F23 RTS (Reference Torque Sensor) series serves as the cornerstone for heavy-duty stationary metrology, handling static transfer, aseptic verification, and intercomparison of tensile testing equipment. Scaled for structural stresses up to 30,000 Nm (30 kNm), its central body lacks any dynamic passive rotation technology (0 RPM). Its entire physical mass is concentrated in a solid 218.0 mm PCD flange with 16 * M20 threading and a 249 mm outer circumference. Beneath this armored volume lies a passive inertial containment matrix of 0.1558 kg·m² that prevents transverse torsion or parasitic drift during the sequential application of calibrated torques.
By dispensing with coupled galvanic telemetry and rotating band circuits (absence of dV/dt inverters), the F23 RTS focuses strictly on pure strain gauge emission via a Wheatstone bridge (nominal resistance of 1,400 Ohm / Output 0.70 mV/V). Its transduction network ensures metrological steps with an impeccable Accuracy Class ≤±0.05%. An indispensable device for both validating calibration bridges in shipyards and for audited stationary testing in laboratories. Elevate your certification level by consulting our Torque Sensor category reference or integrate custom laboratories into the Guemisa Homepage.
Properties
| Maximum Nominal Range (Nm) | 20,000 / 25,000 / 30,000 N·m (Audited Calibration) |
| Rotational Management (Base Limit) | 0 RPM (Static Test Pattern) |
| PCD Concentricity Diameter | ISO Static Flange 218.0 mm (Rotor 249 mm, 16 x M20) |
| Structural Inertia (kgm²) | 0.1485 … 0.1558 (Gravitational Shielding Matrix) |
| Global Metrological Accuracy | ≤ ±0.05% (Strict Reference Certification) |
| Nominal Gauge Bridge | 1,400 Ohm (Metric Base Strain) |
| Analog Output Rate | 0.70 mV/V (Constant Non-Rotating Transfer) |
| Metrological Resilience Shock | Invulnerable to Lateral Parasitic Torsion |
| Nominal Thermal Tolerance | 10…70 °C (Zero Deviation Relative to Base Signal 0.05%) |
| Performance Purpose | Intercomparison Laboratory / Extreme DIN Tracer |


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