025-53539-020 York Contactor

The York 025-53539-020 contactor is a heavy-duty OEM electrical switching device designed for York heating and cooling equipment. This contactor features a 120-volt coil, three poles, and a 95-amp current rating, allowing it to reliably control high-current electrical loads such as compressors, fan motors, and other HVAC system components.

The integrated auxiliary contact provides additional control capability for monitoring circuits, safety interlocks, or control system feedback. Designed to meet original equipment specifications, the 025-53539-020 ensures dependable operation and long service life in commercial and residential HVAC applications.

Ideal for repairs or preventative maintenance, this OEM York contactor helps restore proper electrical switching performance and maintain safe operation of HVAC equipment.

Features

• Genuine York 025-53539-020 contactor
• 3-pole design for switching multiple power circuits
• 120V coil for reliable electromagnetic operation
• Rated for up to 95 amps of current
• Includes auxiliary contact for additional control functions
• OEM replacement part for York HVAC equipment
• Durable construction for long service life

Benefits & Applications

• Provides reliable switching of high-current HVAC loads
• Helps protect compressors and motors from electrical issues
• Auxiliary contact allows additional control or safety monitoring
• OEM design ensures compatibility with York systems
• Ideal for HVAC contractors, technicians, and facility maintenance teams
• Supports stable operation of heating and cooling systems

Technical Specifications

Applications

• HVAC compressor control circuits
• Air conditioning and heat pump systems
• Commercial HVAC equipment
• Electrical switching for fan motors and compressors
• Replacement contactor for York HVAC systems

Installation Notes

• Installation should be performed by qualified HVAC or electrical technicians
• Disconnect power before replacing electrical components
• Verify coil voltage and amperage ratings before installation
• Ensure wiring terminals are properly tightened
• Test system operation after installation