MAC VALVES C1-12AA

MAC Solenoid Coil 240/60V 220/50V AC C1-12AA

Description

This is a genuine replacement solenoid coil from MAC, model C1-12AA. It is designed to operate pneumatic valves in a variety of industrial automation applications. This coil is rated for dual frequency and voltage, making it versatile for use in different regions and systems.

Specifications

• Manufacturer: MAC
• Model: C1-12AA
• Part Number: 2012804
• Type: Solenoid Coil
• Voltage: 220V AC at 50 Hz / 240V AC at 60 Hz

Label Info

• MAC
• C1-12AA
• 240/60
• 220/50
• 2012804

Application

This coil is used as an actuator for various MAC solenoid valves. It converts electrical energy into a magnetic field to shift the valve spool, controlling the flow of compressed air in pneumatic systems.

Country of Origin

Manufactured in the USA.

CO2 Impact

By choosing this reused solenoid coil, you are contributing to a more sustainable industrial environment. This choice avoids the emission of approximately 3.2 kg of CO2, which is comparable to the emissions from driving a car for 16 kilometers.

Availability

This item is in stock and ready for immediate dispatch. Order now from spareparts2day for expert support and fast delivery.

FAQ

Question?

What valve series is this C1-12AA coil compatible with?

Question?

The C1-12AA coil is a standard component used across several MAC valve series. To ensure compatibility, it’s crucial to check the datasheet for your specific valve model or match the part number from your existing coil.

Question?

What is the power consumption of this coil?

Answer

The power consumption, typically rated in Volt-Amperes (VA) for inrush and holding current, is not printed on the coil itself. You should refer to the technical documentation for the complete valve assembly to find the exact power rating for your application.

Question?

Can I operate this 220/50Hz – 240/60Hz coil on a different voltage, for example 120V AC?

Answer

No, you must operate this coil within its specified voltage and frequency range. Using a significantly lower voltage will prevent the valve from actuating correctly, while using a higher voltage will cause the coil to overheat and fail prematurely.

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Last Update: Friday, March 13, 2026