Torque measurement for bolting systems
Torque measurement for industrial and impact wrenches: impact pulses captured in real time.
An impact wrench produces torque peaks lasting milliseconds. These sensors read them as they happen.
Melectric torque measuring systems for bolting applications. Our high-precision systems for industrial and impact wrenches measure in real time under extreme conditions, which suits motorsport, industry and aerospace. An ultra-compact build, a high sampling rate and redundant sensing deliver dependable data for tight control and exacting quality assurance.
Fast capture and documentation
| Feature | Value |
|---|---|
| Compact construction | Down to 15 mm axially and 7 mm radially |
| Very high frequency measurement | Torque curves from impact pulses, sampled at up to > 20 kHz |
| High reliability & redundancy | Duplicated sensing for redundant measurement and very high system reliability; if one sensor fails, measurement continues on the second element |
| Temperature range | −20 to 85 °C (optionally −40 to 125 °C) |
| Real-time data transmission | Sensor response time 0.2 to 1 ms, depending on the filter settings |
| Optional features | Speed measurement, controlled I/O outputs, temperature measurement and more. |
Monitored bolting processes
Typical measuring tasks solved with this series. The list is not exhaustive.
Motorsport and Formula 1
- Tuning impact wrenches for very fast tyre changes
- Real-time monitoring of torque transfer during pit stops
Industry and aerospace
- Reducing assembly risk through real-time monitoring
- Precise measurement on safety-critical bolted joints
- Detecting faults or incorrect tightening with torque and linear sensors
- Quality control in assembly: verifying that the joint is correct
Sensors integrated into the tool
Compact construction
Well suited to integration into existing tools
Fast signal processing
Made for high-speed applications
High accuracy and redundancy
Dependable data even under extreme loads
Technical enquiry about your application.
Torque range, speed, installation space and ambient conditions are enough for a first design proposal.