Can the Miniature Pressure Reducing Valve RML (Wire to Thread) be adjusted to maintain a stable downstream pressure between 1 and 8 bar under varying inlet pressures up to 10 bar?

Yes. The Miniature Pressure Reducing Valve RML (Wire to Thread) is designed to reduce higher inlet pressures (up to its 10 bar maximum working pressure) to a stable downstream setpoint within its adjustable range of 1–8 bar. With an explicit adjustable output range of 1–8 bar and rated to operate with inlet pressures up to 10 bar, it can maintain a stable downstream pressure between 1 and 8 bar under varying inlet pressures up to 10 bar, provided installation follows manufacturer guidelines (clean, filtered compressed air; correct sealing at the threaded outlet; and operation within the specified temperature range of −20°C to +60°C).

Is the Miniature Pressure Reducing Valve RML (Wire to Thread) compatible with both lubricated and non-lubricated filtered compressed air applications?

Yes. The Miniature Pressure Reducing Valve RML (Wire to Thread) is suitable for use with filtered compressed air in both lubricated and non-lubricated systems. It is designed to provide precise pressure regulation (adjustable 1–8 bar, max 10 bar) and reliable performance across -20°C to +60°C, with a compact plug-in inlet, threaded outlet with O-ring, and construction that supports long-lasting durability in either lubrication condition.

Miniature Pressure Reducing Valve RML (Wire to Thread)

All products, Functional fittings/

Additional information

Material	P – material (plastic)

The miniature RML pressure reducing valve is a compact and highly efficient solution designed to ensure precise regulation of compressed air systems. Featuring a convenient plug-in connection at the inlet and a threaded outlet with an integrated O-ring, it guarantees quick installation, secure sealing, and reliable performance even in demanding applications. Engineered to reduce higher inlet pressure to a stable downstream level, it offers an adjustable output range from 1 to 8 bar, making it versatile for a wide variety of pneumatic setups. With a maximum working pressure of 10 bar and an operating temperature span from -20°C to +60°C, this valve delivers consistent functionality in both standard and challenging environments. Suitable for use with filtered compressed air, whether lubricated or non-lubricated, it ensures long-lasting durability and optimal efficiency. Its compact design makes it ideal for modern pneumatic systems where space-saving, reliability, and precision are essential, providing users with a dependable component that enhances system safety, performance, and energy efficiency.

List of product variants

Article number	Product variant name	Nominal inner diameter	Working pressure [bar]
MW-9061508	RML pressure reducing valve, 6 mm hose - GZ BSP 1/8" (outlet)	-	10
MW-9061509	RML pressure reducing valve, 6 mm hose - GZ BSP 1/4" (outlet)	-	10
MW-9061510	RML pressure reducing valve, 8 mm hose - GZ BSP 1/8" (outlet)	-	10
MW-9061511	RML pressure reducing valve, 8 mm hose - GZ BSP 1/4" (outlet)	-	10
MW-9061512	RML pressure reducing valve, 8 mm hose - GZ BSP 3/8" (outlet)	-	10

The miniature RML pressure reducing valve is a compact and highly efficient solution designed to ensure precise regulation of compressed air systems. Featuring a convenient plug-in connection at the inlet and a threaded outlet with an integrated O-ring, it guarantees quick installation, secure sealing, and reliable performance even in demanding applications. Engineered to reduce higher inlet pressure to a stable downstream level, it offers an adjustable output range from 1 to 8 bar, making it versatile for a wide variety of pneumatic setups. With a maximum working pressure of 10 bar and an operating temperature span from -20°C to +60°C, this valve delivers consistent functionality in both standard and challenging environments. Suitable for use with filtered compressed air, whether lubricated or non-lubricated, it ensures long-lasting durability and optimal efficiency. Its compact design makes it ideal for modern pneumatic systems where space-saving, reliability, and precision are essential, providing users with a dependable component that enhances system safety, performance, and energy efficiency.