Solenoid Valve GP 1/4″ FPT 220–230V 1522/02A6 Castel

The Castel 1522/02A6 Solenoid Valve GP with 1/4″ FPT connection and 220–230V coil is designed for automatic refrigerant flow control in refrigeration and air conditioning systems. It provides secure shut-off and reliable operation in small to medium HVAC installations.

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Product details

Solenoid Valve GP 1/4″ FPT 220–230V 1522/02A6 Castel

The Castel 1522/02A6 solenoid valve is engineered for precise on and off control of refrigerant flow. When energized with 220–230V power, the valve opens to allow circulation. When de-energized, it closes securely to stop flow.

Its 1/4″ FPT threaded connection makes it suitable for compact refrigeration systems and control lines where secure threaded installation is required. This valve supports stable temperature control and helps protect system components from unwanted refrigerant movement.

Designed for professional HVAC use, it offers dependable performance in commercial and light industrial refrigeration applications.

Key Benefits

Automatic refrigerant flow control
220–230V electrical operation
Secure shut-off when de-energized
Compact size for smaller systems
Threaded FPT connection for secure installation

Specifications

Brand: Castel
Model: 1522/02A6
Product Type: Solenoid Valve GP
Connection Size: 1/4 inch FPT
Voltage: 220–230V
Operation Type: Electrically operated
Function: Automatic refrigerant shut-off and control
Application: Refrigeration and air conditioning systems

Applications

Commercial refrigeration units
Air conditioning systems
Cold storage control lines
HVAC automation systems
Professional refrigeration servicing

FAQs

What is the function of this solenoid valve?
It automatically controls refrigerant flow by opening and closing electrically.

What voltage does it require?
It operates on 220–230V power supply.

Is it suitable for small HVAC systems?
Yes, the 1/4″ FPT connection makes it suitable for compact refrigeration applications.

Does it provide tight shut-off?
Yes, it ensures secure refrigerant isolation when de-energized.

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