FA611
FIBOS
50N.m~10KN.m
Intelligent torque sensor Product Description |
Non-contact torque measurement based on the strain gauge principle
Utilises electromagnetic coupling technology for wireless power supply and signal transmission
Digital, intelligent sensor supporting industrial buses, sensor self-diagnosis and multiple calibration methods
Ethernet (optional), CAN bus data output
±10 V analogue output, 60 kHz frequency signal output, 4–20 mA current output
High overload capacity, with a 2× overload rating; customisable up to 10× overload
Torque measurement range: ±50 N·m to ±10 kN·m; customisable
Accuracy: 0.1%, 0.05% (overall system accuracy)
Intelligent torque sensor Installati.on |
The FA611 torque sensor is assembled from three main components: a flange, a power supply antenna coil and a sensor base.
Flange: The flange is bolted to the test specimen and integrates torque signal acquisition, torque signal data processing, wireless power supply and wireless signal transmission.
Power supply antenna coil: Provides wireless power supply and antenna communication.
Sensor base: The signal reception and processing unit.
Intelligent torque sensor Specifications |
Flange Torque Sensor General Specifications Table | |||||||||
| Code | 50Q | 100Q | 200Q | 500Q | 001R | 002R | 003R | 005R | 010R |
| Rotor weight | 1.1kg | 1.1kg | 1.1kg | 1.9kg | 1.9kg | 3.8kg | 3.9kg | 6.5kg | 10.9kg |
| Measurement range | 50N.m | 100N.m | 200N.m | 500N.m | 1KN.m | 2KN.m | 3KN.m | 5KN.m | 10KN.m |
| Rotational speed range | 0~20000RPM | 0~15000RPM | 0~12000RPM | 0~10000RPM | |||||
| Optional rotational speed | 0~24000RPM | 0~22000RPM | 0~16000RPM | 0~14000RPM | 0~12000RPM | ||||
| Accuracy | 0.1%(System accuracy) 0.05%(System accuracy) | ||||||||
| Hysteresis | 0.1% 0.05% | ||||||||
| Non-linearity | 0.1% 0.05% | ||||||||
| Repeatabiity | 0.1% 0.05% | ||||||||
| Bandwidth | 1KHz(Default) 2.4~5KHz(Optional) | ||||||||
| Natural vibration frequency | ≥2KHZ | ≥1KHZ | ≥800HZ | ||||||
| Signal output method | Current signal: 4–20 mA (optional); Voltage signal: ±10 V (default); Frequency signal: 10 ± 5 kHz (default), 60 ± 30 kHz (optional), 240 ± 120 kHz (optional) | ||||||||
| Data output method | CAN 2.0B (optional) Ethernet 10 Mbit/s/100 Mbit/s auto-negotiation (optional) | ||||||||
| Operating voltage | DC12V/24V | ||||||||
| System power | ≤15W | ||||||||
| Nominal (rated)temperature | +10°C~+70°C | ||||||||
| Operating temperature | -20°C~+85°C | ||||||||
Intelligent torque sensor Installation |
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| Please fit a bearing between the coupling and the other components to support the housing. |
Sensor Styling Suggestions |
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Force sensor manufacturing process |
Sensor Non-standard customisation process |
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| Fibos possesses a professional technical team capable of developing customized products to meet specific client requirements. Our R&D cycle is seamlessly integrated with our in-house production lines, enabling us to deliver relevant products within a short timeframe. |
Customer case studies for the Torque series |
Frequently Asked Questions about Force Sensors |
A: It is a non-contact dynamic torque sensor for real-time torque and speed measurement on rotating machinery like motors, gearboxes, and engines.
A: It uses electromagnetic coupling for wireless power supply and wireless signal transmission, eliminating slip rings for zero wear and low maintenance.
A: Supports ±10V analog, 4-20mA current, frequency outputs, plus CAN 2.0B and 10M/100M Ethernet for industrial system integration.
A: Up to 20000RPM (model-dependent), suitable for high-speed dynamic testing and monitoring.
A: Yes. It has 2x overload protection (up to 10x customizable), a -20℃~+85℃ operating range, and strong anti-interference performance.
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