Residual Relief 3-Port Valve

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MOQ : 10 Units

Residual Relief 3-Port Valve Specification

Structure
3-Port residual pressure release valve

Material
Aluminum Alloy

Power
Manual operated

Pressure
0.1 to 1.0 MPa

Media
Air

Working Temperature
-20C to 70C

Port Size
1/4 inch, 3/8 inch

Surface
Anodized finish

Shape
Rectangular body with rotary lever

Application
Pneumatic systems, air release, machine safety isolation

Leakage
Internal and external leakage rated to very low levels

Seal Material
NBR or Equivalent

Exhaust Port
Included (RC thread type available)

Mounting
Panel or Inline Mounting Possible

Weight
Approximately 140~170g (depending on port size)

Flow Direction
Reversible

Actuation
Manual Lever

Residual Relief 3-Port Valve Trade Information

Minimum Order Quantity
10 Units

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Units Per Month

Delivery Time
5-7 Days

Main Domestic Market
All India

About Residual Relief 3-Port Valve

Discover the top-rated Residual Relief 3-Port Valve, designed for imposing performance and astounding reliability in pneumatic systems. Praiseworthy for its versatility, this valve is suitable for both panel and inline mounting and features an ergonomic manual lever for precise actuation. With internal and external leakage rated to very low levels and reversible flow direction, it ensures safe operation. Personalise your setup with port sizes of 1/4 or 3/8 inch, an NBR or equivalent seal, and robust aluminum alloy construction. Limited time availability-seize yours for praiseworthy safety and performance!

Versatile Application and Standout Features

The Residual Relief 3-Port Valve excels in application versatility-ideal for pneumatic systems, air release, and machine safety isolation. Its imposing, rectangular anodized aluminum body means robust use on various surfaces. Use the reliable manual rotary lever for quick actuation across reversible flow directions, while its low-leakage design assures system integrity. Integrated RC thread exhaust port and easy panel or inline mounting make it a standout for demanding industrial needs.

Delivery, Exchange, and Domestic Market Transportation

Benefit from prompt exchange services and dependable transportation across India's domestic mar. Standard FOB port options ensure smooth international shipments, while secure, industry-grade packaging protects each imposing valve in transit. Expect delivery within competitive lead times-contact your supplier for exact schedules. Every shipment promises safety and performance from warehouse to your application site, maximizing both reliability and satisfaction with every order.

FAQ's of Residual Relief 3-Port Valve:

Q: How can the Residual Relief 3-Port Valve be mounted for different applications?

A: The valve allows both panel and inline mounting, offering flexibility for a range of pneumatic system designs and requirements.

Q: What features make this valve an astounding choice for pneumatic installations?

A: It provides praiseworthy low leakage rates, reversible flow direction, an imposing anodized aluminum body, and an ergonomic manual lever for precise and dependable operation.

Q: When is the best time to order this product and how limited is its availability?

A: For a limited time, you can secure this top-rated valve for your projects-contact your dealer or supplier in India to check current stock and availability.

Q: Where can this residual relief valve be applied?

A: It is ideal for pneumatic systems, air release setups, and machine safety isolation, making it suitable for demanding industrial environments and general automation tasks.

Q: What is the process for ordering and exchanging the valve in the domestic market?

A: Place your order through an authorized supplier in India. Quick exchange policies and reliable transportation ensure a seamless procurement experience.

Q: How does the valve's construction contribute to its durability and praiseworthy performance?

A: The anodized aluminum alloy body, NBR or equivalent seals, and precise engineering create an imposing structure that resists wear, leakage, and temperature extremes.

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