Robust High-Speed Torque Transducer
Short T40HS torque flange for rotational speeds up to 45,000 rpm
T40HS: Minimizing Measurement Uncertainty in High-Speed Applications
T40HS is the space and cost saving torque transducer for your high-speed application up to 45,000 rpm. T40HS is characterized by its short design and offers high stiffness and precision thus allowing for a low measurement uncertainty when testing high-speed propulsion systems, turbines, transmission test rigs, adjustable actuators or the efficiency of complete drive trains. Due to its lightweight titanium body, the high-speed torque sensor has a low moment of inertia. This results in a lower torque during acceleration and reduced bearing load. You thus increase the lifetime of your propulsion system. The perfect solution for motorsport engine or aerospace applications.
- HBM accuracy class: 0.05
- Rotational speed: up to 45,000 RPM
- Nominal (rated) torque: 100 Nm to 3 kNm
T40HS High-Speed Torque Transducer with Smaller Measuring Ranges
The lightweight torque transducer T40HS is now also available with a nominal (rated) measuring range starting at only 100 Nm at a guaranteed accuracy class of 0.05, whilst offering facilitating rotational speeds up to 45,000 RPM.
The lower measuring range of T40HS is especially beneficial while testing high-speed energy recovery systems, electrical drives, propulsion systems, turbines, transmission test rigs, adjustable actuators, or the efficiency of complete drive trains.
Precise
- Accuracy class: 0.05
- Minimal non-linearity, small hysteresis and excellent repeatability
- TC0 of only 0.05 % /10 K
High accuracy guarantees wide measurement ranges. The minimal measurement uncertainty enables reliable results and therefore ensures accurate end of line control in production.
Ruggedized
- Compact design
- High stiffness
- Low moment of inertia
- Rotational speed up to 45,000 rpm
- Lightweight titanium body
- EMC, FCC and IC compliant
Due to its lightweight titanium body, the high-speed torque sensor has a low moment of inertia. This results in a lower torque during acceleration and reduced bearing load. You thus increase the lifetime of your system.
Reliable
- Simple installation
- Proven reliability and mechanical stability
- Regulatory approvals granted
- Redundant output optionally available
- Custom designs available
Reliable under high dynamic or harsh environmental conditions such as electromagnetic interference. Developed according to the relevant standards.
Download our newest white paper on “Reducing Torque Measurement Uncertainty
in Turbine Engine Testing” by clicking here.
Click here to read How In-Line Bearingless Torque Sensors Can Help Increase Turbo Machinery Efficiency.
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