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Danfoss 032L7117 2-Way Solenoid Valve N/C 5/8" X5/8" ODF EVR

Special Price $147.08 Regular Price $169.14
Out of stock
SKU
032L7117
The Danfoss 032L7117 is a solenoid valve, which controls the stream of refrigerant in HVAC systems. It is a normally shut valve and this means that the valve does not open for flow until it is instructed to open electronically. The inlet and the exit of this model come as 5/8”ODF Inlet Connections. About the performance of this valve, when electrical current flows through the solenoid coil, the valve is opened and refrigerant flows. This model of the valve arrives in brass that is tough and compatible with many refrigerants. There are two different types of check valve. Activities include refrigeration systems, air conditioning systems, and heat pumps.
Manufacturer:
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Specifications

  • Type: Solenoid Coil
  • Material: Brass
  • Function: Normally Closed
  • Volume: 1.383 Liter
  • Range of Temperature : -40 °F to 221 °F
  • Weight:0.6lbs

PRODUCT OVERVIEW:
Functioning as a fluid control component within air conditioning, cooling, and refrigeration circuits, the Danfoss 032L7117 N/C 2-Way Solenoid Valve ODF EVR manages internal refrigerant movement across system lines. This inline flow regulation component features a 2-way normally closed architecture paired with 5/8" x 5/8" Outer Diameter Female (ODF) solder connection ports. Resting in a closed state to block fluid movement, the unit opens only when activated, playing a dedicated flow management role within commercial and industrial cooling equipment.

SOLENOID ACTUATION AND VALVE SEATING:
Electrical activation of the solenoid produces a magnetic field within the actuator assembly. The resulting magnetic force moves the internal plunger and transfers movement to the valve seating mechanism. This action changes the seating position to control the valve's internal passage according to the operating signal.

REFRIGERANT FLOW ISOLATION:
Within an operational refrigeration circuit, this component acts as a direct automated line shutoff control to prevent unwanted fluid migration during off-cycles. Positioned along liquid, suction, or hot gas lines, the valve opens during active system operation to permit normal refrigerant circulation and closes during shutdown cycles. By isolating fluid lines when the compressor pauses, the valve prevents liquid refrigerant from draining into the evaporator or migrating into the compressor housing, maintaining proper system pressure differential and protecting downstream mechanical components during non-operational periods.

REPLACEMENT GUIDELINES:
Replacement of the solenoid valve is appropriate when coil failure, internal seat wear, or mechanical binding prevents proper opening or tight shutoff. Electrical failure can prevent the actuator from producing the magnetic force required for valve movement, while worn seating components may allow unwanted refrigerant passage. Replacing a compromised Danfoss 032L7117 restores controlled refrigerant flow and proper valve shutoff.

Common Failure Symptoms:

  • Complete loss of refrigerant flow through the valve line during an active operating cycle.
  • Continuous refrigerant flow or fluid migration through the valve body when the equipment is turned off.
  • Frost, ice, or localized temperature drops forming directly downstream of the valve body due to partial orifice blockage.
  • Inability of the cooling equipment to achieve or maintain target storage temperatures.
  • Observable cracking, structural deformation, or severe surface degradation around the ODF solder connection ports.

EQUIPMENT COMPATIBILITY:
The Danfoss 032L7117 N/C 2-Way Solenoid Valve 5/8" X5/8" ODF EVR applies to specific refrigeration and air conditioning systems produced by the manufacturer. Before purchasing, verify that the replacement part matches the exact attributes listed in the Technical Specifications table, including the brand, part number, product type, valve type, normal position, connection size, connection type, and series.

Technical Specifications:
Product identification:
Brand: Danfoss
Part Number: 032L7117
Product Type: Solenoid Valve
Series: EVR
Physical specifications:
Connection Size: 5/8" x 5/8"
Valve Type: 2-Way
Valve operation & control:
Normal Position: Normally Closed

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Customer Questions
What maintenance is required for the Danfoss 032L7117 Solenoid Valve?

Regularly inspect the valve for debris and ensure the coil is free from dust or moisture. Check that connections are tight and wiring is secure. Proper maintenance prevents sticking, ensures accurate operation, and support to maintain consistent flow control.

What are common issues with the Danfoss 032L7117 Solenoid Valve?

  • Valve sticking or failing to open/close.
  • Coil burnout or electrical faults.
  • Leaks at connection points.
  • Irregular fluid flow or pressure drops.

What happens inside the Danfoss 032L7117 when the solenoid is energized?

The energized solenoid generates a magnetic force that moves the internal plunger and changes the position of the valve seating mechanism.

How does the valve seating mechanism control refrigerant passage?

The seating mechanism restricts or permits refrigerant movement by changing the condition of the internal flow pathway.

What role does the plunger play in the Danfoss 032L7117?

The plunger transfers movement produced by the solenoid actuator to the internal valve mechanism.

How does a two-way solenoid valve manage its flow pathway?

A two-way valve uses an inlet and outlet passage, with the internal seating mechanism controlling movement between these two points.

What components work together during solenoid valve operation?

The solenoid actuator, plunger, seating mechanism, and valve body work together to change the valve position and regulate the internal passage.

Installation Steps

Step 1: Isolate power and refrigerant system and ensure pressure is zero.

Step 2: Verify flow direction arrow, clean and mount valve into lines using proper heat control.

Step 3: Protect valve body from overheating with wet cloth and avoid damaging coil.

Step 4: Install coil after mounting, connect electrical wiring per diagram and earth grounding.

Step 5: Pressurize system, then restore power and test operation.