VVQ2000-51A-N7 Port Fitting Replacement for 1/4" Manifolds
Replacement fitting assembly for the 1(P) and 3(R) ports of SMC Series VQ1000/2000/3000 valve manifolds. Designed for air and inert gas applications
The P-INS-293 SMC VVQ2000-51A-N7 Fitting Assembly is an essential maintenance component for SMC VQ series valve manifolds. These high-performance valves are widely recognized for their durability, high-speed operation, and long service life in industrial and pneumatic applications. This specific fitting assembly is a direct replacement for the two main ports on the manifold:
- Port 1 (P): The supply or pressure port.
- Port 3 (R): The exhaust or return port.
This fitting is a key part of the valve manifold's design, which features innovative mounting methods that allow for individual valve replacement without the need to entirely disassemble the manifold. The built-in one-touch fitting design significantly reduces piping time and labor, making maintenance and repairs quick and simple.
The VQ series is compatible with a wide range of operating pressures from 0.1 to 0.7 MPa and handles a variety of fluids, including air and inert gas. The fittings ensure a stable and reliable connection, which is crucial for maintaining the high-speed and stable response times of the valve manifold.
- Product Type: Replacement Port Fitting Assembly
- Manufacturer Part Number (MPN): VVQ2000-51A-N7
- Manufacturer: SMC
- Compatibility: SMC Series VQ1000, VQ2000, and VQ3000 valve manifolds
- Ports: 1(P) - Supply, 3(R) - Exhaust
- Fluid: Air, Inert Gas
- Operating Pressure: 0.1 to 0.7 MPa (14.5 to 101.5 PSI)
- Connection Type: One-touch (Push-to-Connect)
- Weight: 0.06613 lb
- Direct Replacement: Specifically designed to fit SMC VQ series valve manifolds.
- Quick Installation: One-touch fitting technology saves time and labor.
- Reliable Performance: Ensures a secure connection for stable valve operation.
- High Compatibility: Suitable for a range of VQ series models and applications.
- Durable: Built to withstand the demands of high-speed, frequent operation.