BRG617 Static Torque Measurement Transducer
BRG617 Static Torque Measurement Transducer
Features and applications
1. static torque measurement transducer is an integrated product composed of sensitive components and integrated circuits product, high precision, stable and reliable performance, wide measuring range.
2. Static torque measurement, both ends are keyed connection, easy to install and use.
3. The torque sensor adopts German technology and production equipment and advanced inspection test equipment.
4. Static Torque Sensor;
5. Resistance strain is an integrated product composed of sensitive components and integrated circuits with high accuracy;
6. Low range torque measurement, easy to install and use;
7. For static, discontinuous rotation torque measurement.
Technical Parameters
| parameter | Technical index | parameter | Technical index | |
| range | 0-100, 1000, 5000Nm | Response frequency | 100μS | |
| Sensitivity | 1.5±10% mV / V | Insulation resistance | ≥5000MΩ/ 100VDC | |
| Zero output | ±1% F.S. | Excitation voltage | 10VDC(9-15VDC) | |
| Non-linear | ±0.1, 0.3% F.S. | Temperature compensation range | -10 ~ 60℃ | |
| Hysteresis | ≤±0.05% F.S. | working temperature | -20 ~ 65℃ | |
| Repeatability | ≤±0.05% F.S | Safety overload | 150% F.S. | |
| Creep | ≤±0.03% F.S/30min | Extreme overload | 200% F.S. | |
| Temperature sensitivity drift | 0.03% F.S. / 10℃ | Cable size | Ø5.2×3m | |
| Zero temperature drift | 0.03% F.S. / 10℃ | Electrical connections | red/E+, black/E-, green/S+, white/S- | |
| Input resistance | 350, 750±10Ω | Material | Aluminum, stainless steel or alloy steel | |
| output resistance | 350, 700±5Ω | other request | customizable |
Dimension (mm)
Application of torque measurement on rotating shaft
● Monitoring of production and assembly processes (eg aircraft assembly)
● Robotics
● Endurance test
● Tire testing in development and production
● Structural tests of building elements and building additions (for example, solar systems, roof structures, etc.)
● Multi-axis laster determination in the experiment as input for FEM analyzes of virtual models
● Equipment engineering
● Automotive industry
● Measuring and control devices
● Fully automated maching centres
● Tool engineering
● Specical mechanical engineering
● Process measuring and control technology
● Fully automated machining centres
● Measuring and control devices
