Factors Affecting Actuator Torque Performance
1. Pneumatic Supply Conditions
- The pressure of compressed air directly influences torque output.
- The air pressure entering the actuator determines the force pushing the piston; insufficient pressure weakens this force.
- Airflow stability matters, as pressure fluctuations cause inconsistent torque delivery.
- Cleanliness of the air supply affects performance, as contaminated air may impede piston movement.
2. Spring Performance Characteristics
- The condition of the springs plays a key role in determining return torque.
- Spring material and manufacturing quality dictate elastic performance.
- The pre-compression state of the springs influences initial return force.
- Over time, springs may lose elasticity, reducing return torque and compromising reliability.
3. Mechanical Structure Design
- Precision in internal mechanical cooperation affects torque transfer.
- Poor sealing between the piston and cylinder causes air leakage.
- The connection method of transmission components determines force transfer efficiency.
- Cylinder structural design impacts force distribution and torque generation efficiency.
4. Environmental and Operational Conditions
- Temperature variations affect torque performance by altering material properties.
- Extreme temperatures impact spring elasticity and sealing effectiveness.
- Corrosive substances may erode internal components, increasing movement resistance.
- Frequent continuous operation accelerates component wear over time.
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