Robot joint and drive system testingTorque monitoring in wind power and energy systemsGearbox and transmission system torque monitoringMotor torque testing and performance analysis
- Measuring Range:0~1000, 0~2000, 0~3000, 0~5000 N·m (all capacities available between 0~1000 and 0~5000 N·m)
- Comprehensive Accuracy:0.1% F.S, 0.2% F.S, 0.5% F.S (including linearity, hysteresis, and repeatability)
- Sensitivity:1.0–2.0 mV/V
- Creep Error:
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Industrial Automation EquipmentRobotics & Mechanical SystemsMaterial Testing SystemsTension testing and force measurement equipment
- Measuring Range:0–10 kN, 0–20 kN, 0–40 kN, 0–60 kN, 0–80 kN
- Accuracy:±0.5%F.S.
- Creep Error:
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Laminating and film pressing machinesKeyboard button feel testing equipmentInsertion and extraction force testersRobotic force control systemsPrecision Machinery & CNC Machines
- Measuring Range:0~5N, 0~10N, 0~20N, 0~100N, 0~500N, 0~1kN, 0~5kN (all capacities available between 0~5N and 0~5kN)
- Comprehensive Accuracy:±0.5%F.S, ±0.3%F.S
- Temperature Effect on Zero Balance:±0.03% F.S./10°C
- Temperature Effect on Output:±0.03% F.S./10°C
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Industrial Automation EquipmentMaterial Testing SystemsRobot joint and drive system testingPrecision assembly and pressure measurement applications
- Measuring Range:0~0.1, 0~0.5, 0~10, 0~20 KN (customizable within 0.1~20 KN full range)
- Comprehensive Accuracy:±0.2% F.S.
- Temperature Effect on Zero Balance:±0.03% F.S./10°C
- Temperature Effect on Output:±0.03% F.S./10°C
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High-precision controlRobotic force control systemsForce monitoring in press-fitting machinesMaterial Testing Systems
- Measuring Range:0–5, 0–30, 0–50, 0–100 Kg (all ranges available between 0–5 and 0–100 Kg)
- Comprehensive Accuracy:0.5%F.S.(including non-linearity, hysteresis, and repeatability)
- Sensitivity:0.7–1.5 mV/V
- Zero Temperature Effect:±0.05% F.S / 10℃
- Sensitivity Temperature Drift:≤±0.05%F.S / 10°C
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Industrial Automation EquipmentRobotic force control systemsKeyboard button feel testing equipmentForce monitoring in press-fitting machines
- Measuring Range:0~0.01, 0~0.05, 0~0.1, 0~0.5, 0~1, 0~2, 0~5, 0~10, 0~20, 0~50 KG (customizable full range from 0~1 to 50 KG available)
- Comprehensive Accuracy:±0.05% F.S
- Construction Material:Alloy Steel or Stainless Steel
- Sensitivity Temperature Drift:±0.03% F.S / 10℃
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Frequently Asked Questions (FAQ)
Q1: How to install and maintain a mechanical force sensor?
Ensure correct force direction, avoid off-center loading, and use proper mounting fixtures. Regular calibration and avoiding overload are recommended for long-term stability.
Q2: Do you offer OEM/ODM customized force sensor solutions?
Yatan provides full OEM/ODM customization for industrial force sensors, including structural design, range customization, signal output, and application-specific development to meet industry requirements.
Q3: Are industrial force sensors suitable for harsh environments?
Yes. Some Yatan industrial force sensors are made of stainless steel or alloy steel and offer strong anti-interference performance, making them suitable for high temperature, humidity, and vibration environments.
Q4: What is the role of force sensors in robotic force control systems?
Force sensors in robotics (Yatan sensors) are used to measure gripping force, assembly pressure, and contact force in real time. They enable force feedback control, improving stability, safety, and preventing overload or damage.
Q5: What is the accuracy level of industrial force sensors?
Yatan industrial force sensors typically achieve accuracy from ±0.02% F.S to ±0.5% F.S depending on the model type. High-precision models are suitable for material testing and precision weighing systems.
Q6: What applications are miniature force sensors suitable for?
Yatan miniature force sensors are ideal for space-limited but high-precision applications such as keyboard force testing, robot end-effectors, medical devices, thin film testing, and micro-force control systems.
Q7: What output signals do Yatan force sensors support? Can they be customized?
Yatan industrial force sensors support multiple outputs such as mV/V, 4-20mA, 0-10V, RS485 Modbus, and CANopen. OEM customization is available for signal type, structure, and measurement range according to customer requirements.
Q8: How to choose the right tension and compression force sensor model?
When selecting Yatan industrial force sensors, consider measurement range, installation space, force direction (tension/compression/bidirectional), and accuracy requirements. Miniature load cells are ideal for compact spaces, while industrial-grade load cells are recommended for high-load applications.
Q9: What are industrial force sensors used for in automation systems?
Industrial force sensors (Yatan industrial force sensors) are widely used for force measurement and control in automation systems, including tension, compression, torque, and load monitoring. Typical applications include robotic force control, assembly lines, material testing machines, belt weighing systems, and new energy equipment testing.
