FESTO MSFG-24/42-50/60 4527

Festo MSFG-24/42-50/60 Solenoid Coil Description The Festo MSFG-24/42-50/60 is a high-quality solenoid coil designed for actuating pneumatic valves. This component is crucial for reliable control in automated systems, offering dual voltage capability for flexible integration into various electrical circuits. It is engineered for long-lasting performance in industrial environments. Specifications Manufacturer: Festo Type: Solenoid Coil Model: MSFG-24/42-50/60 Part Number: 4527 Voltage: 24V DC or 42V AC (50/60 Hz) Power (DC): 4.5 W Power (AC): 9 VA (inrush), 7 VA (holding) Protection Class: IP65 with correctly installed plug socket Electrical Connection: Form A plug pattern to DIN EN 175301-803 Application This solenoid coil is commonly used to operate solenoid valves in a wide range of pneumatic applications, including factory automation, material handling, and process control systems. Country of Origin Made in Germany. CO2 Impact By purchasing this reused part, you contribute to a circular economy and save approximately 3 kg of CO2, which is comparable to the emissions of driving a car for 15 kilometers. Availability This item is in stock and ready for immediate dispatch. Order now from profideals for expert support and fast delivery. FAQ What is the difference between IP00 and IP65 protection for this coil?The IP00 rating applies when the coil is used without a plug socket, offering no protection against dust or water. The IP65 rating, indicating it is dust-tight and protected against water jets, is achieved only when a suitable plug socket with a seal is correctly installed and tightened. Can this coil be used with any Festo valve?No, this coil is designed for specific Festo valve series. It is essential to consult the technical datasheet of your valve to confirm compatibility with the MSFG coil type and its mechanical mounting dimensions. What does the ‘9/7VA’ specification for AC operation mean?The ‘9/7VA’ rating refers to the inrush and holding power consumption in Volt-Amperes (VA). The coil requires 9 VA of apparent power to initially actuate the solenoid (inrush current) and then consumes a lower 7 VA to keep it in the actuated position (holding current). Last Update: Friday, March 13, 2026 profideals is not an authorized distributor, reseller or representative of the products featured on this website. All product names, trademarks, brands and logos used on this site are the property of their respective owners.