Can the MRF/C Brass Pneumatic Throttle Valve for Actuator be installed directly on existing actuator ports without additional fittings?

Yes. The MRF/C Brass Pneumatic Throttle Valve for Actuator can be installed directly on existing actuator ports without additional fittings. It is specifically designed for direct installation in actuator connections, featuring a compact nickel-plated brass body and an integrated plug connection for quick hose disassembly. Ensure port sizes and thread types on your actuator match the valve’s connection specifications before installation to guarantee a proper seal and optimal performance.

Does the MRF/C Brass Pneumatic Throttle Valve for Actuator require a specific orientation or mounting position to ensure proper throttle-return function?

MRF/C Brass Pneumatic Throttle Valve for Actuator does not require a special or fixed orientation for basic mounting; it is designed for direct installation in actuator connections and to function reliably when fitted into the pneumatic line. However, to ensure correct throttle-return behavior and long-term reliability: - Install it in the line according to the intended flow direction (throttled vs. free-flow) so the adjustable element controls the correct flow path. - Mount it in a position that avoids excessive contamination or liquid pooling around the valve (avoid downward-facing ports where condensate can collect). - Ensure the plug connection and hoses are fitted without undue stress or sharp bends that could affect sealing or return movement. - Provide reasonable accessibility for adjustment with a screwdriver and for maintenance/disassembly. Following these practical mounting considerations will preserve the throttle-return function and durability specified for operation up to 10 bar and -10°C…+70°C.

MRF/C Brass Pneumatic Throttle Valve for Actuator

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Additional information

Material	B – brass (bronze)

The MRF/C throttle-return valve is a compact and reliable solution designed for direct installation in actuator connections, ensuring precise regulation of compressed air flow and direction within pneumatic systems. Its robust nickel-plated brass body guarantees durability and resistance to wear, while the integrated plug connection allows for quick and effortless disassembly of pneumatic hoses, minimizing downtime during maintenance. Flow adjustment is easily achieved with a screwdriver, enabling accurate control tailored to specific application needs. With a nominal flow rate specified at 6.3 bar in the throttled direction, the valve delivers consistent performance under demanding conditions. Engineered to operate at pressures up to 10 bar and within a temperature range of -10°C to +70°C, it provides versatility and reliability across a wide spectrum of industrial environments, making it an ideal choice for enhancing efficiency and control in modern pneumatic installations.

List of product variants

Article number	Product variant name	DN	BAR	Availability	Actions
MW-9001002	Throttle check valve for actuator MRF/C, 5 mm hose, GZ M5	-	10	In stock	Enquiry
MW-9001008	Throttle check valve for actuator MRF/C, hose 10 mm, GZ BSP 1/4"	-	10	In stock	Enquiry
MW-9001011	Throttle check valve for actuator MRF/C, 4 mm hose, GZ BSP 1/8"	-	10	In stock	Enquiry

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The MRF/C throttle-return valve is a compact and reliable solution designed for direct installation in actuator connections, ensuring precise regulation of compressed air flow and direction within pneumatic systems. Its robust nickel-plated brass body guarantees durability and resistance to wear, while the integrated plug connection allows for quick and effortless disassembly of pneumatic hoses, minimizing downtime during maintenance. Flow adjustment is easily achieved with a screwdriver, enabling accurate control tailored to specific application needs. With a nominal flow rate specified at 6.3 bar in the throttled direction, the valve delivers consistent performance under demanding conditions. Engineered to operate at pressures up to 10 bar and within a temperature range of -10°C to +70°C, it provides versatility and reliability across a wide spectrum of industrial environments, making it an ideal choice for enhancing efficiency and control in modern pneumatic installations.