Scotsman 16-1130-01 Ice Machine Thermal Expansion Valve 1/4" X 1/2" Sweat

SKU: 16-1130-01 1-16-1130-01 Brand: Availability:
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$200.14 Price reduced from $226.15
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Specifications:

  • Type: Thermal Expansion Valve
  • Connection Size: 1/4" X 1/2" Sweat
  • Material: Copper
  • Temperature Range: 13 To 50°F
  • Capillary Length: 36"
  • Pressure Rating: 500 PSI

Description

The Scotsman 16-1130-01 Ice Machine Thermal Expansion Valve 1/4" X 1/2" Sweat controls the flow of refrigerant in the system based on pressure and temperature variations in system. This is a component that is fitted in the cooling line between the condenser outlet and the evaporator inlet of compatible appliances. The valve is made with 1/4 inch by 1/2-inch sweat connections, and is incorporated into closed refrigeration loops. It facilitates steady distribution of coolant in ice production cycles, and it suits the standard practice of brazed installation in commercial equipment.

This Part Fits the Following Models

6 models

Step1: Disconnect power to the ice machine and recover refrigerant.

Step2: Access the refrigeration system and remove the defective thermal expansion valve.

Step3: Braze the new valve into the refrigerant line, protecting the valve body from excessive heat.

Step4: Secure the sensing bulb to the suction line and insulate it if required.

Step5: Reconnect all fittings, evacuate the system, and recharge with the correct refrigerant.

Step6: Inspect for leaks and verify proper superheat and cooling performance.

Step7: Restore power and confirm normal ice machine operation.

  • What maintenance is required for the Scotsman 16-1130-01 Thermal Expansion Valve?

    Inspect the thermal expansion valve to ensure correct refrigerant metering and stable superheat control. Check bulb placement and insulation for accurate temperature response. Inspect sweat connections for leaks and maintain a clean system.

  • What are common issues with the Scotsman 16-1130-01 Thermal Expansion Valve?

    • Incorrect refrigerant metering.
    • Clogging from debris or moisture contamination.
    • Bulb charge loss reducing responsiveness.
    • Valve sticking or erratic operation.
    • Improper superheat control affecting cooling performance.
    • Refrigerant leaks at sweat connections.

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