Mindman 3BH-C2/C4 Solenoid Coil for Pneumatic Valves

Description

The Mindman 3BH-C2/C4 is a robust and reliable solenoid coil designed for actuating pneumatic solenoid valves. Engineered for industrial environments, it operates on a 220V AC power supply and is compatible with various Mindman valve series, providing long-lasting and efficient performance.

Specifications

• Manufacturer: Mindman
• Part Number: 3BH-C2/C4
• Product Type: Solenoid Coil
• Voltage: 220V AC
• Frequency: 50/60 Hz
• Connector Type: Pin Connector
• Encapsulation Material: Thermosetting Plastic

Label Info

• Model: 3BH-C2/C4
• Input: AC220V 50/60HZ

Application

This solenoid coil is primarily used as a replacement part or for new installations on Mindman pneumatic solenoid valves, commonly found in factory automation, manufacturing lines, and process control systems.

Country of Origin

Made in Taiwan.

CO2 Impact

Choosing this reused component over a new one prevents the emission of approximately 6 kg of CO2. This saving is comparable to the emissions from driving an average car for 30 kilometers.

Availability

This item is in stock and ready for immediate dispatch. Order now from PLC2Day for expert support and fast delivery.

FAQ

Question?
What Mindman valve series is this 3BH-C2/C4 coil compatible with?

This coil is designed as a standard replacement for several Mindman valve series, including the MVSC-220, MVSC-260, and MVSC-300 ranges. Always verify the voltage and connection type of your existing valve before installation.

Question?
What are the signs that a solenoid coil needs replacement?

Common failure symptoms include the valve failing to shift (no 'click' sound upon energizing), intermittent operation, or visible signs of overheating such as a melted or cracked plastic housing. You can also test the coil's resistance with a multimeter; an open circuit (infinite resistance) or a short circuit (zero resistance) indicates a faulty coil.

Question?
Can I use a DC voltage on this AC-rated coil?

No, you should never use DC voltage on a coil rated for AC, or vice-versa. An AC coil has a higher impedance due to inductance when operated on AC power. Applying DC voltage would lead to excessive current draw, causing the coil to overheat and burn out very quickly. Always match the coil's voltage and current type (AC/DC) to your power supply.

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Friday, March 13, 2026