Is the Pneumatic Lockable Shut-Off Valve V2V L (Hose-to-Hose) suitable for both lubricated and non-lubricated filtered compressed air?

Yes. The Pneumatic Lockable Shut-Off Valve V2V L (Hose-to-Hose) is suitable for both lubricated and non-lubricated filtered compressed air. It is engineered for filtered compressed air systems, supports working pressures up to 10 bar, and operates reliably between -20°C and +60°C, providing versatile performance across a wide range of pneumatic applications.

How do I install the Pneumatic Lockable Shut-Off Valve V2V L (Hose-to-Hose) using the plug-in couplings without tools?

How to install the Pneumatic Lockable Shut-Off Valve V2V L (Hose-to-Hose) using the plug-in couplings without tools: 1. Ensure system is depressurized and clean the hose ends. 2. Hold the two hose ends you want to connect and align them with the plug-in couplings on each side of the Pneumatic Lockable Shut-Off Valve V2V L (Hose-to-Hose). 3. Firmly push each hose onto its respective coupling until you hear or feel the click that indicates the coupling is fully engaged. No tools are required—plug-in couplings lock by hand. 4. Tug gently on each hose to confirm a secure connection. 5. Set the valve to the desired position (open or closed). 6. To lock the valve, insert the supplied padlock through the lockable mechanism and close it; use one of the supplied keys to secure. 7. Re-pressurize the system slowly and check for leaks. If any leakage occurs, depressurize and reseat the hose on the coupling. The Pneumatic Lockable Shut-Off Valve V2V L (Hose-to-Hose) is rated to 10 bar and -20°C to +60°C; use only with filtered compressed air (lubricated or non-lubricated).

Pneumatic Lockable Shut-Off Valve V2V L (Hose-to-Hose)

All products, Functional fittings/

Additional information

Material	P – material (plastic)

The V2V L type shut-off valve is a reliable two-position, two-way solution designed for secure and efficient air flow control, featuring plug-in couplings on both ends for quick hose-to-hose connection. Its lockable design ensures maximum protection against unauthorized use, making it ideal for environments where safety and control are a priority. Delivered as a complete set with a durable padlock and two keys, it offers immediate readiness for installation and operation. Engineered to withstand working pressures up to 10 bar and operating temperatures ranging from -20°C to +60°C, this valve guarantees consistent performance even under demanding conditions. Suitable for filtered compressed air, whether lubricated or non-lubricated, it provides versatility across a wide range of pneumatic applications. Combining robust construction with user-friendly functionality, the V2V L type shut-off valve is the perfect choice for professionals seeking durability, safety, and efficiency in their compressed air systems.

List of product variants

Article number	Product variant name	Nominal inner diameter	Working pressure [bar]	Enquiry	Catalogue
MW-9065116	V2V L shut-off valve, 6 mm hose - 6 mm hose, with padlock	-	10
MW-9065124	V2V L shut-off valve, 8 mm hose - 8 mm hose, with padlock	-	10

The V2V L type shut-off valve is a reliable two-position, two-way solution designed for secure and efficient air flow control, featuring plug-in couplings on both ends for quick hose-to-hose connection. Its lockable design ensures maximum protection against unauthorized use, making it ideal for environments where safety and control are a priority. Delivered as a complete set with a durable padlock and two keys, it offers immediate readiness for installation and operation. Engineered to withstand working pressures up to 10 bar and operating temperatures ranging from -20°C to +60°C, this valve guarantees consistent performance even under demanding conditions. Suitable for filtered compressed air, whether lubricated or non-lubricated, it provides versatility across a wide range of pneumatic applications. Combining robust construction with user-friendly functionality, the V2V L type shut-off valve is the perfect choice for professionals seeking durability, safety, and efficiency in their compressed air systems.