Equipment Analysis

  • Analyze the specific equipment the actuator will control (valves, dampers, etc.)
  • Different devices demand compatible connection interfaces
  • Consider the operational requirements of the application
  • Ensure the connection type matches the actuator's purpose

Torque Transmission

  • Evaluate the torque transmission needs of your application
  • The connection must securely transfer force without slippage or excessive play
  • Consider alignment requirements - some connections accommodate misalignments better
  • Reduce stress on components during operation

Environmental Factors

  • Assess environmental conditions (corrosive, humid, etc.)
  • Choose resistant materials like stainless steel for harsh environments
  • For high-temperature settings, select connections that maintain integrity under thermal stress
  • Avoid materials that may warp or loosen in extreme conditions

Installation & Maintenance

  • Consider installation and maintenance accessibility
  • Choose connections that allow easy disassembly for maintenance
  • Reduce downtime during repairs or replacements
  • Ensure the connection type matches available tools and expertise

System Compatibility

  • Verify compatibility with existing systems
  • The connection should integrate seamlessly with air supply lines and control mechanisms
  • Ensure compatibility with mounting hardware
  • Consult manufacturer specifications for operating pressure and movement range

Optimal Performance

  • Balance all factors to ensure a reliable connection
  • Support optimal performance and longevity of the actuator
  • Consider lifecycle costs and maintenance requirements
  • Follow industry best practices and standards