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Danfoss 032L1228 Solenoid Valve 5/8" ODF

Special Price $134.89 Regular Price $155.12
In stock
SKU
032L1228
The Danfoss 032L1228 Solenoid Valve is a strong part of application in HVAC. It's been in use particularly when the control of refrigerants or fluid flow in systems is concerned. For its use, the temperature range is between 40°F and 112°F, and the valve body is built to be resistant against any condition. The valve has an inlet size of 5/8" and a volume capacity of 3.087 liters, This valve is an electromagnetic type, hence it uses electromagnetic force to open and close the valve, allowing fluid flow control. It is used in air conditioning and refrigeration equipment in HVAC systems to ensure proper control of refrigerant flow, thus boosting the system to be both efficient and reliable.
Manufacturer:
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Specifications

  • Temperature: 40°F-112°F
  • Body material: Inlet size: 5/8"
  • Volume: 3.087 Liter
  • Weight: 1.91lbs
Manufacturer Name: Danfoss
Product Number: 032L1228
OEM Part Number: 032L1228
Product Description: 5/8"Odf Evr15 Nc Solenoid Vlv
Weight:1.91lbs/866.36g

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Customer Questions
What maintenance is required for the Danfoss 032L1228 Solenoid Valve?

Inspect the valve regularly for coil damage, debris buildup, and seal wear. Clean internal components and ensure proper electrical connections to prevent malfunction. Periodic testing of operation can maintain flow control accuracy and reduces unexpected system failures.

What are common issues with the Danfoss 032L1228 Solenoid Valve?

  • Coil failure or overheating leading to no actuation.
  • Valve sticking due to debris buildup.
  • Leakage from worn or damaged seals.
  • Electrical connection faults causing intermittent operation.
  • Inconsistent opening or closing response.

Installation Steps

Step 1: Switch off power and release system pressure before handling refrigerant lines.

Step 2: Position the solenoid valve in correct flow direction as marked on body.

Step 3: Braze connections using suitable filler, avoiding overheating valve body.

Step 4: Connect coil wiring securely and check insulation.

Step 5: Restore power, test operation and check for leaks under working pressure.