T100

T100 Series - redefining accuracy and flexibility in torque measurement systems

Discover the next generation of torque measurement with the T110 rotor, designed to perfectly complement the T100 stator. Together, they form the powerful T100 series, based on HBK's new cutting-edge CF technology that delivers exceptional accuracy, superior stability and the lowest noise for measurement results you can trust.

Designed for peak performance, the T100 series features an impressive signal bandwidth of up to 15 kHz, opening up new measurement possibilities. This enables deeper research and development and significantly increases production yields.

At the heart of this innovation is the T100-Stator, built on the revolutionary "one size fits all" concept. It is compatible with a wide range of rotor sizes, including the newly introduced T110. This design simplifies the matching process and allows for freely calibrated rotor and stator combinations. Users can now freely combine components as needed, increasing flexibility, reducing complexity and saving costs.

• HBK accuracy class: 0.03
• Rated torque: 50 N-m to 10 kN-m
• Rated rotation speed: up to 25,000 rpm
• Speed measurement: ≤ 8192 pulses/rev. (freely adjustable)

Main features - T100 series

Improved accuracy

Thanks to the new intelligent compensation for speed and temperature effects, your measurements are highly accurate under all conditions.

High bandwidth

An impressive signal bandwidth of up to 15 kHz allows accurate measurement and analysis of even the most dynamic torque signals.

Low noise

Thanks to the ultra-low noise of the newly developed CF (Carrier Frequency) frontend, even attenuated signals can be reliably captured and analyzed. This facilitates the detection of critical nuances in measurements, such as torque fluctuations in electric motors.

Separate rotor and stator calibration

The "one stator fits all" approach of the T100 series allows the rotor and stator to be calibrated independently of each other. This significantly reduces the calibration effort when changing components, saving time and cost while maintaining full measurement accuracy.