Hot Sale New Smc Vh600-n10 Hand Valve, 90°, 3-pos, 1in X 1in X 1in Female Npt, 0.7mpa Max Get 70% Off Today [ovdwG1nV]

New SMC VH600-N10 Hand Valve

Introducing the New SMC VH600-N10 Hand Valve, a versatile and reliable component designed for various industrial applications. This high-quality hand valve offers a robust performance, ensuring efficient control and precision in your systems. With its durable construction and advanced features, it is the ideal choice for professionals seeking excellence in fluid management.

Product Specifications and Features

The SMC VH600-N10 Hand Valve boasts a range of specifications that make it a standout product. This 90°, 3-position hand valve is available in a compact size of 1in x 1in x 1in, making it perfect for space-constrained environments. It features a female NPT connection for easy integration into your existing system. Key features include:

• Pressure Rating: With a maximum pressure of 0.7MPa and a pressure proof rating of 1.5MPa, this valve ensures reliable performance under high-pressure conditions.
• Positioning: The 3-position design allows for quick and efficient operation, providing smooth control over fluid flow.
• Operating Angle: The 90° design minimizes space requirements while providing full control over fluid direction.

Applications and Benefits

Whether you're working in a manufacturing plant, construction site, or laboratory, the SMC VH600-N10 Hand Valve is an essential tool. Its versatility makes it suitable for a wide range of applications, including:

• Fluid Control: Efficiently control the flow of fluids in industrial processes, ensuring optimal performance and productivity.
• Pressure Management: Maintain precise pressure levels in your systems, reducing the risk of damage and ensuring safe operation.
• Space Efficiency: Save valuable space with its compact design, making it an ideal choice for installations with limited space.

Experience the convenience and reliability of the SMC VH600-N10 Hand Valve today, and elevate your fluid management systems to new heights.