FA611B
FIBOS
Flange torque sensor Product Description |
Incorporating intelligent sensor design principles, with built-in zero-calibration functionality and filtering algorithms
A range of advanced features, including parameter settings and fault diagnosis
Excellent anti-interference capability and high dynamic performance
Up to 14 kHz/s, ensuring greater accuracy in mechanical efficiency measurement
Multiple built-in temperature compensation functions, resulting in low temperature drift
Provides users with high-precision, highly reliable torque measurement solutions
Flange torque sensor Specifications |
Flange Torque Sensor General Specifications Table | |||||||||
| Code | 50Q | 100Q | 200Q | 500Q | 001R | 002R | 003R | 005R | 010R |
| 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 | 0~30000RPM | 0~30000RPM | 0~20000RPM | 0~14000RPM | 0~12000RPM | ||||
| Rotor Weight (without rotational speed) | 1.1kg | 1.9kg | 3.8kg | 6.5kg | 10.9kg | ||||
| Stator Weight | 1.3kg | 1.1kg | |||||||
| Natural Vibration Frequency | ≥2KHz | ≥1KHz | ≥800Hz | ||||||
| Accuracy | 0.1%(System accuracy)Optional 0.05%(System accuracy) | ||||||||
| Overload Torque | 3 times the overload torque (10 times available on request) | ||||||||
| Break Torque | 5 times the breaking torque (20 times available on request) | ||||||||
| Hysteresis | 0.1% 0.03% | ||||||||
| Non-linearity | 0.1% 0.03% | ||||||||
| Repeatability | 0.1% 0.02% | ||||||||
| Torque Resolution | 0.01 N·m (bus data) | ||||||||
| Geometric Tolerance | Coaxiality tolerance: <0.01 mm Perpendicularity tolerance between the two mounting surfaces: 0.01 mm | ||||||||
| Rotor-Stator Mounting Deviation | Flat base radial: ≥3 mm (customisable: ≥10–50 mm) Axial: ±3 mm (customisable: ≥10–50 mm) Quarter-circle: ≥5 mm (customisable: ≥10–50 mm) Axial: ±3 mm (customisable: ≥10–50 mm) | ||||||||
| Dynamic Balancing | G2.5 | ||||||||
| Zero Drift | 0.00025 | ||||||||
| Signal Output Frequency | 1 kHz (default) 1 kHz–14 kHz (optional) | ||||||||
| Signal Output Method | Voltage signal: ±10 V (default); Current signal: 4–20 mA (optional) Voltage signal drive capability: 25 mA; Square wave drive capability: 100 mA Frequency signals: 10±5 kHz, 60±30 kHz, 240±120 kHz (5V TTL square wave) Analogue signal isolation voltage: 1500 V; Square wave signal isolation voltage: 5000 | ||||||||
| Over-Range Output | Frequency signal over-range output: 1.5 times | ||||||||
| Second Range | 10%–50% (selectable) | ||||||||
| Third Range | 20%–80% (selectable; custom) | ||||||||
| Data Output Method | RS485, CAN 2.0 (optional), Ethernet (optional) Signal isolation voltage: 5000 V | ||||||||
| Communication Cable Requirements | RS485 twisted-pair cable, length not exceeding 1 kilometre, terminating resistor 1200 ohms; CAN twisted-pair cable, length not exceeding 40 metres, terminating resistor 1200 ohms; Fibre-optic transmission is available as an option for long-distance applications in environments with high levels of interferenc | ||||||||
| Over-Range Output | RS485, CAN, Ethernet: 1.5 times the full scale | ||||||||
| Signal Mid-Value Output | Signal or command: sensor output at optimal operating point (mid-point signal); short-circuit pins 6 and 7 on connector 3 | ||||||||
| Signal Zeroing | Low-level reset (short-circuit pins 1 and 5 on Connector 3 for 1s) | ||||||||
| Sensor Software Functionality | Signal reset, secondary calibration, filter parameter setting (34 combinations of filter algorithms and filter frequencies), fault diagnosis, software upgrade | ||||||||
| Operating Voltage | DC 12V~36V Surge protection: 1500 V | ||||||||
| System Power | ≤15 W (at 24 V, with a start-up current of 3 A) | ||||||||
| Nominal(Rated)Temperature | +10°C~+70°C | ||||||||
| Operating Temperature | -40°C~+85°C | ||||||||
Flange 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 high-precision flange-type dynamic torque sensor for real-time torque measurement on high-speed rotating machinery like motors, gearboxes, and engines.
A: System accuracy of 0.1%FS (0.05%FS optional), with a sampling frequency up to 14KHz and maximum rotational speed up to 30000RPM.
A: Default ±10V voltage output, optional 4-20mA current/frequency outputs; supports RS485, CAN 2.0B, and Ethernet for industrial system integration.
A: Yes. It features strong anti-interference, wide -40℃~+85℃ operating temperature, 3x overload protection (up to 10x customizable), and high isolation voltage.
A: Yes. Built-in zeroing, filtering, temperature compensation, fault diagnosis, and multi-point calibration for stable, low-drift measurement.
A: Wide DC 12V-36V input, compatible with common industrial power systems, with ≤15W low power consumption.
A: Yes. Custom torque ranges, overload multiples, installation dimensions, and multi-range settings are available to meet specific application needs.
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