Industrial Automation EquipmentBelt Scale Weighing SystemsHigh-precision weighing applications in limited spacesElectromechanical integrated weighing equipment
- Measuring Range:0–1kg, 0–5kg, 0–10kg, 0–50kg, 0–100kg, 0–300kg(Full range available from 1kg to 300kg upon request)
- Combined Accuracy:±0.02% F.S. (including non-linearity, hysteresis, and repeatability)
- Zero Temperature Effect:±0.02% F.S./10°C
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Industrial Automation EquipmentRobotic force control systemsKeyboard button feel testing equipmentFilm inspection and micro force measurement systems
- Measurement Range:0–3 kg, 0–50 kg (customizable within 0–3 to 50 kg full range)
- Comprehensive Accuracy:0.5%F.S.(including non-linearity, hysteresis, and repeatability)
- Zero Temperature Effect:±0.05% F.S / 10℃
- Sensitivity Temperature Drift:≤±0.05%F.S / 10°C
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Industrial Automation EquipmentForce monitoring in press-fitting machinesWarehouse Scales and Industrial Weighing EquipmentRobotics & Mechanical SystemsForce measurement for packaging machinery
- Measurement Range:0–20kg, 0–50kg, 0-100kg, 0-200kg(customizable within 0–3 to 50 kg full range)
- Comprehensive Accuracy:0.5%F.S.(including non-linearity, hysteresis, and repeatability)
- Zero Temperature Effect:±0.05% F.S / 10℃
- Sensitivity Temperature Drift:≤±0.05%F.S / 10°C
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Industrial Automation EquipmentBatching and dosing systemsRobotic force control systemsElectronic weighing equipmentMedical equipment
- Measuring range:0–1, 0–2, 0–5, 0–10, 0–20, 0–50, 0–100, 0–150 kg (all ranges between 0–1 kg and 0–150 kg available)
- Comprehensive Accuracy:±0.05% F.S
- Temperature Effect on Zero Balance:±0.03% F.S./10°C
- Sensitivity Temperature Drift:±0.03% F.S / 10℃
- Overload pressure:120% F.S.
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Industrial Automation EquipmentRobotic force control systemsTension testing and force measurement equipmentInsertion and extraction force testersMedical equipment
- Measuring Range:0–0.5kg, 0–1kg, 0–2kg, 0–5kg, 0–10kg, 0–50kg, 0–100kg(customizable capacities available within the range of 0–10 kg to 100 kg)
- Comprehensive Accuracy:0.5%F.S.(including non-linearity, hysteresis, and repeatability)
- Overload pressure:120% F.S.
- Operating Temperature Range:-20°C to +65°C
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High-load measurement in limited spacesLoad measurement in industrial machineryForce monitoring in stamping equipmentForce measurement for packaging machinery
- Measuring Range:0–1T, 0–2.5T, 0–5T, 0–7.5T, 0–10T, 0–15T (all ranges available from 0–1T to 0–15T)
- Comprehensive Accuracy:0.5%F.S.(including non-linearity, hysteresis, and repeatability)
- Sensitivity:1.0–2.0 mV/V
- Zero Temperature Effect:±0.05% F.S / 10℃
- Sensitivity Temperature Drift:≤±0.05%F.S / 10°C
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Frequently Asked Questions (FAQ)
Q1: How is the accuracy of a mechanical force sensor defined?
The accuracy is typically defined by the combination of linearity, hysteresis, and repeatability. Common accuracy levels include 0.1% F.S, 0.2% F.S, and 0.5% F.S.
Q2: What is the difference between a force sensor and a torque sensor?
A force sensor measures linear force (tension or compression), while a torque sensor measures rotational force. Both are typically based on strain gauge technology but differ in structure and application.
Q3: What output signals do mechanical force sensors support?
Mechanical force sensors typically support mV/V analog output, 4-20mA current output, 0-10V voltage output, and digital communication such as Modbus RTU and CANopen for easy system integration.
Q4: What are the advantages of the STW20 spoke-type hollow load cell?
The STW20 spoke-type hollow load cell features compact design, strong off-center load resistance, and easy installation. Its through-hole structure is ideal for shaft or screw mounting in industrial applications.
Q5: What applications is the STW18 torque sensor suitable for?
The STW18 torque sensor is ideal for robot drive systems, motor performance testing, gearbox torque monitoring, and industrial automation equipment, offering high accuracy up to 0.1% F.S.
Q6: How to choose the right force sensor or torque sensor?
When selecting a mechanical force sensor, consider measurement range, mounting method, force direction (tension/compression or torque), output signal (mV, 4-20mA, 0-10V, Modbus), and environmental conditions such as temperature and vibration.
Q7: What applications are mechanical force sensors used for?
Mechanical force sensors are widely used in industrial automation, robotics, motor torque testing, wind energy monitoring, material testing, and assembly systems. They enable real-time force and torque measurement for performance optimization and safety control.
