Since it is from the F23 RTS series (0 RPM), what is its transverse inertia if it is not prepared for high-speed rotation tests?

That's correct, the Reference Torque Sensors (RTS) are designed for calibration and to act as a pure transfer standard. However, their robust construction necessitates a significant concentric core within their 218.0 mm PCD flange, resulting in a rotational inertia (in the case of forced rotation) of 0.1558 kgm². This parasitic density is not active; rather, it serves as a total mass anchor, providing a passive reference shield that prevents flexing and validates an aseptic calibration of Class ≤±0.05% under 30,000 Nm (30 kNm) of continuous torque.

Does the 30 kNm F23 RTS Stationary Pattern house any digital/inductive converter despite not rolling dynamically?

Negative. The Atesteo RTS Series modules deliberately forgo digital EMI/PCM architectures to maximize cross-sectional durability under steady-state stress. All their intelligence is entirely analog, utilizing a strain gauge bridge (Wheatstone bridge) metric calibration architecture, delivering standard stabilized parametric values on a nominal 1,400 Ohm resistive matrix at a base ratio of 0.70 mV/V.

Torque Sensor F23 RTS 30000 Nm | 0RPM | Static Calibrator

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Reference Torque Gauge | 20,000 – 30,000 N·m | 0 RPM | PCD Flange 218.0 mm | Inertia 0.1558 kg·m²

Manufacturer: ATESTEO
Category: Static, Torque sensor

La serie F23 RTS (Reference Torque Sensor) es un sensor de par estacionario: 0 RPM. Se usa para transferencia estática, contrastación e intercomparación de equipos de tracción.

Rango nominal: 20.000 / 25.000 / 30.000 N·m (hasta 30 kNm). Brida PCD 218.0 mm con 16 x M20, rotor 249mm. Inercia: 0.1485 … 0.1558 kgm². Temperatura: 10…70 °C.

Señal: puente de Wheatstone extensiométrico de 1.400 Ohm, salida 0.70 mV/V. Precisión: ≤ ±0.05%.

Aplicaciones: calibración en astilleros y laboratorio, intercomparación y rastreo DIN.

Torque sensors.

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