2 Stage Valve

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MOQ : 2 Units

2 Stage Valve Specification

Structure
2-Stage

Material
Stainless Steel

Power
Pneumatic

Pressure
Up to 200 bar

Media
Air, Water, Oil

Working Temperature
-10C to +80C

Port Size
1/2 inch BSP

Surface
Polished

Shape
Cylindrical

Application
Industrial Automation, Hydraulic Systems, Pneumatic Controls

Weight
3.5 kg

Flow Rate
Up to 1600 L/min

Actuation Type
Double Acting

Mounting Type
Flanged/Threaded

End Connections
BSP/NPT available

Insulation Class
F

Valve Type
Automatically Actuated

Operating Voltage
24V DC (for actuators, if electrical type used)

Seal Material
Nitrile Rubber (NBR)

Leakage Rate
Zero leakage (Bubble-tight closure)

About 2 Stage Valve

Pneumatically/manually/electricity driven 2 Stage Valve can be operated under 150 to 600 pressure range. This type of valve is usually used for those applications that require intermediate position for improved flow without causing any spillage. This type of valve is needed during filling and packaging of different materials having standard flow. 2 Stage Valve comprises of standard accessories like solenoid valve, limit switch box and spring return actuator. It also contains small orifice located inside its bypass valve for reducing operating speed of pump. Standard of this product has been verified on the basis of its raw material selection and dimension.

Robust Design for Industrial Demands

Engineered from stainless steel and fitted with high-quality NBR seals, this 2 Stage Valve is tailored for use in rigorous environments. The double-acting actuation and bubble-tight closure ensure dependable performance, making it ideal for automation, hydraulic, and pneumatic systems. Its resistance to wear and corrosion delivers long-lasting reliability, even under high pressure and varying temperatures.

Versatility in Installation and Application

With both BSP and NPT threaded or flanged end connections available, this valve can be seamlessly integrated into diverse system architectures. Its ability to handle a wide range of mediaincluding air, water, and oiland its compatibility with various industrial processes, makes it a preferred choice for manufacturers, exporters, and suppliers across India and globally.

FAQs of 2 Stage Valve:

Q: How does the double acting actuation work in a 2 Stage Valve?

A: The double acting actuation utilizes fluid or air pressure on both sides of the valves actuator, allowing it to open and close precisely under automated control. This ensures consistent and responsive operation, especially within sophisticated automation and hydraulic systems.

Q: What are the primary benefits of using Nitrile Rubber (NBR) seals in this valve?

A: Nitrile Rubber (NBR) seals provide excellent resistance to a variety of media such as air, water, and oil, ensuring a bubble-tight, zero-leakage closure. This material also withstands temperature fluctuations and pressures up to 200 bar, increasing the valves lifespan and reliability.

Q: When should I choose flanged or threaded (BSP/NPT) mounting for installation?

A: Flanged mounting is preferred for larger or more permanent installations requiring robust connections, while threaded options (BSP/NPT) offer flexibility and ease of installation in systems where quick assembly or disassembly is needed. Both types are supported for seamless integration.

Q: Where can this 2 Stage Valve be used effectively?

A: This valve is suited for a wide range of industrial settings, including automation lines, hydraulic and pneumatic systems, and process control in sectors like manufacturing, energy, and fluid management. Its robust build and versatile connections make it applicable across various industries worldwide.

Q: What kind of media can this valve safely control?

A: The valve is engineered to handle air, water, and oil efficiently, making it suitable for diverse industrial fluids in automation, hydraulic, and pneumatic applications.

Q: How does the valve achieve zero leakage closure?

A: The precision-engineered design coupled with NBR seals ensures a bubble-tight closure, which completely prevents leakage, even under high pressure conditions. This is crucial for maintaining system safety and efficiency.

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