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Copeland 099030 PS1-Y5K PS1 Series Single High Pressure Control, Manual Reset

Original price was: $158.81.Current price is: $55.58.

SKU: 99030 Category: Tag:

Description

The Copeland PS1-Y5K (SKU 099030) is a PS1 Series single pressure control engineered for reliable high-side refrigeration circuit protection. Designed for demanding HVAC/R applications, this manual-reset control monitors system pressure and shuts down the compressor when high-pressure limits are exceeded, preventing equipment damage and ensuring safe operation.

Key Features
  • Single pressure control — dedicated high-pressure protection for refrigeration and air conditioning systems
  • Setpoint range: 87 to 464 psig — covers a broad range of refrigerants and operating conditions
  • Fixed differential — consistent, factory-set switching differential for predictable performance
  • Manual reset — requires deliberate operator action to restore operation after a high-pressure trip, preventing automatic restart into an unsafe condition
  • 36″ capillary tube — provides flexible installation reach to the pressure sensing point
  • 7/16″-20 SAE female nut connection with integrated Schrader valve opener — allows quick, leak-free connection to standard SAE service ports without refrigerant loss
Specifications
  • Model: PS1-Y5K
  • SKU: 099030
  • Series: PS1 Single Pressure Control
  • Control Type: High Pressure Control
  • Reset Type: Manual Reset
  • Setpoint Range: 87 to 464 psig
  • Differential: Fixed
  • Capillary Tube Length: 36 inches
  • Connection: 7/16″-20 SAE Female Nut with Schrader Valve Opener
Applications
  • Commercial refrigeration systems
  • Air conditioning compressor protection
  • Heat pump systems
  • Any HVAC/R application requiring high-side pressure safety cutout

The Copeland PS1-Y5K is built to Copeland’s exacting standards, making it a trusted choice for HVAC/R technicians and contractors who require dependable pressure safety controls. The manual reset function ensures that any high-pressure fault is investigated and resolved before the system is returned to service, protecting both equipment and personnel.