Shuttle Valve Model: MVAS

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Shuttle Valve Model: MVAS Specification

Size
Standard sizes available (refer to product details)

Weight
Lightweight (refer to product specifications)

Shape
Rectangular block

Machine Type
Shuttle Valve

Type
MVAS

Material
Aluminum Alloy

Surface
Precision-machined surface

Use
To allow fluid to flow in one direction within systems

Application
Hydraulic and pneumatic systems

Usage & Applications
Directional flow control

About Shuttle Valve Model: MVAS

Shuttle Valve

Model: MVAS

This valve has two input inlets(E1,E2) and can be controlled in dirfferent position.First activated position can get through to output signal(A).

Features

This valve has two input inlets(E1,E2) and can be controlled in dirfferent position.

First activated position can get through to output signal(A).

Specifications :

Bore No.	6A,8A
Port size	PT1/8,PT1/4
Medium	Air
Operating pressure range	1~9.9 kgf/cm2(0.1~0.99MPa)
Test pressure	15 kgf/cm2(1.5MPa)
Effective orifice	6A (11.5 mm2)8A (30.5 mm2)
Ambient temperature	15~60 (No freezing)
Weight	43g,119g

Superior Flow Direction Control

With its precision-machined rectangular block design, the MVAS Shuttle Valve ensures accurate and swift fluid direction changes. This feature protects sensitive machinery from the complication of reverse flow, supporting reliable operation and system longevity in both hydraulic and pneumatic frameworks.

Engineered for Versatility and Ease of Installation

Manufactured in standard sizes and from lightweight aluminum alloy, the MVAS Shuttle Valve is simple to install and compatible with a wide range of system configurations. Its adaptability makes it a practical choice for industries that value seamless integration and reliable directional control.

FAQs of Shuttle Valve Model: MVAS:

Q: How does the MVAS Shuttle Valve operate within hydraulic and pneumatic systems?

A: The MVAS Shuttle Valve functions by allowing fluid to flow in one designated direction, typically between two sources, automatically selecting the one with higher pressure. This prevents reverse flow, maintaining system integrity and efficiency.

Q: What benefits does the precision-machined aluminum alloy design offer?

A: The aluminum alloy body provides a lightweight yet robust structure, while the precision-machined surface ensures minimal leakage and consistent, reliable performance under various operating pressures.

Q: Where is the MVAS Shuttle Valve commonly applied?

A: This valve is widely used in hydraulic and pneumatic circuitssuch as industrial machinery, automation equipment, and manufacturing linesacross sectors that require directional flow management and system protection.

Q: When should a shuttle valve like the MVAS be installed?

A: Install the MVAS Shuttle Valve when your system needs to control the direction of fluid from multiple sources, or when preventing backflow is critical to protect equipment and maintain optimal system performance.

Q: What is the installation process for the MVAS Shuttle Valve?

A: Installation is straightforwardsimply select the appropriate standard-sized valve, connect the inlet and outlet ports as per your system design, and ensure that fittings are secure to prevent leaks and maintain optimal pressure.

Q: What makes the MVAS Shuttle Valve suitable for distributors, importers, and suppliers in India?

A: Its availability in standard sizes, reliable performance, and lightweight construction make it ideal for distribution and supply across diverse industrial applications throughout India.

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