#Products

Torque Transducer Series M

For static and dynamic torques
Nominal torque range: 2 N·m to 10 kN·m
Accuracy class: 0.05
Fatigue endurance limit: >100 million load cycles
Non-rotating version

Torque Transducer Series MF

For static and dynamic torques
Nominal torque range: 100 N·m to 150 kN·m
Accuracy class: 0.05
Fatigue endurance limit: >100 million load cycles
Non-rotating version

Torque Transfer Standard Series Dm-TN

For calibration of measuring instruments
Pure static torque measurement
GTM accuracy class VN: 40 - 100%
DIN 51309 accuracy class 0.05: 20 - 100%
Nominal torque range: 1 N m to 20 kN m

Torque Transfer Wrench Series Dm-TS

Measuring of static torques with transverse force
Precise calibration of torque calibration equipment
DKD-R-3-7 classes: 0.1 and 0.2
Nominal torque range: 2 N·m to 3 kN·m

Interesting facts about GTM products

Force measurement refers to the quantitative measurement of mechanical forces such as tension, compression, or bending. It is used in test benches, manufacturing facilities, and quality control to analyze loads and monitor processes.

A strain gauge measures the strain of a component by detecting a change in its electrical resistance that is proportional to the strain. A measuring bridge converts this change into an electrical signal, which allows conclusions to be drawn about the applied force.

The force sensor measures linear forces in newtons (N), while the torque sensor measures torque in newton-meters (Nm). Both use similar measurement principles (e.g., strain gauges), but differ in their mechanical design and load capacity.

Typical measurement errors arise from temperature fluctuations, incorrect installation, or transverse forces. Electrical interference, nonlinear loading, and material fatigue can also influence the result. Proper alignment, good shielding, and regular calibration ensure reliable measurement values.

In addition to sensor quality, calibration, and environmental conditions, temperature compensation and the power supply also affect accuracy. The installation configuration and load distribution also play a decisive role.

A measurement chain comprises all components that convert a physical quantity into a usable measured value.
It consists of a sensor (e.g., strain gauge), a measurement amplifier or electronics for signal conditioning, and software for evaluation and display.
Cables, connectors, and filters are also part of it, as they influence the signal and thus the measurement result.
In short: The measurement chain includes everything involved in the signal path that can alter the measurement result, from the acquisition of the quantity to the display of the measured value.

Via standardized interfaces (e.g., analog output, CAN, EtherCAT). It is important to use suitable amplifiers and integrate them into the existing control system.

Yes, they are generally compatible with many control systems and data acquisition systems via standardized interfaces. Specific compatibility depends on the model in question.

The sensor is mechanically installed correctly in the force flow, electrically connected, and integrated into the control system via interfaces such as EtherCAT, CAN, and others. Calibration and parameterization are then performed using the evaluation software to integrate precise measurement values into the test or production process.

High-Precision, flexibly configurable or "Engineered-To Order" Transducers and Mechanical Systems for Forces and Torques, High-Precision strain-gauge Amplifiers, as well as Turnkey Standard Machines

Torque Transducer Series M

Torque Transducer Series MF

Torque Transfer Standard Series Dm-TN

Torque Transfer Wrench Series Dm-TS

Interesting facts about GTM products