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Sporlan Controls 124363 10Ton Thermal Expansion Valve 7/8" X1 3/8" ODF R22

Special Price $529.51 Regular Price $587.75
Out of stock
SKU
124363
Sporlan Controls 124363 10-Ton Thermal-Expansion Valve is a critical part of the refrigerant flow evaporator coil in HVAC systems. Made with a durable stainless steel construction, it is built to last but with great performance as well. This expansion valve adjusts the flow to maintain optimal evaporator performance by its temperature and pressure. The valve ensures efficient cooling by careful control of refrigerant distribution such that flooding or starvation of the evaporator is avoided. Sporlan 124363 is for medium to large scale commercial HVAC systems as it improves the system efficiency, lowers energy costs and raises comfort levels.
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Specifications

  • Weight: 0.37 lbs
  • Type: Sporlan thermostatic expansion valve
  • Material: Stainless Steel
Manufacturer Name: AERCO Boiler and Water Heater
Product Number: 124363
OEM Part Number: 124363
Product Description: Low Water Cutoff Board
Weight:0.37lbs/167.83g

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Customer Questions
What maintenance is required for the Sporlan Controls 124363 Thermal Expansion Valve?

Regularly inspect the thermal expansion valve for refrigerant leaks and ensure the sensing bulb is securely attached. Clean connections to prevent blockage and maintain efficient refrigerant flow. Proper maintenance ensures stable cooling performance and system efficiency.

What are common issues with the Sporlan Controls 124363 Thermal Expansion Valve?

  • Refrigerant underfeeding or overfeeding due to incorrect superheat setting.
  • Valve clogging from debris or moisture in the refrigerant line.
  • Sensing bulb failure causing unstable temperature regulation.
  • Installation mismatch leading to inefficient cooling performance.

Installation Steps

Step 1: Isolate power and recover refrigerant safely before starting.

Step 2: Remove old valve and clean tubing ends thoroughly.

Step 3: Braze new valve using nitrogen purge to prevent oxidation.

Step 4: Attach sensing bulb securely and insulate properly.

Step 5: Pressure test, evacuate system, recharge, and verify superheat.