Proper Ventilation

  • Ensure proper ventilation around the actuator
  • Avoid installing in enclosed spaces or near heat sources such as furnaces or hot pipes
  • Ambient heat accelerates internal temperature rise
  • Maintain clear airflow around the unit to facilitate natural cooling

Air Quality Management

  • Monitor the compressed air supply quality
  • Ensure the air is properly dried and filtered
  • Moisture and contaminants increase friction in internal components
  • Regularly inspect air lines for restrictions that force the actuator to work harder

Load Management

  • Check for excessive mechanical load
  • Overloading causes increased friction and strain on moving parts
  • Verify that the actuator's torque rating matches application requirements
  • Prevent unnecessary stress during continuous operation

Routine Maintenance

  • Keep moving parts well-lubricated with heat-resistant lubricants
  • Proper lubrication reduces friction and heat buildup
  • Inspect seals and O-rings regularly
  • Worn components can cause air leaks that increase operating temperature

Environmental Modifications

  • Install heat shields or cooling fans in high-temperature environments
  • Schedule periodic shutdowns during extended operation
  • Allow the unit to cool down to prevent cumulative heat damage
  • Protect internal components like springs and seals

Summary

  • Combine multiple strategies for effective heat management
  • Regular monitoring and preventive maintenance are key
  • Address issues promptly to avoid long-term damage
  • Consult manufacturer guidelines for specific recommendations