3/2 Way Direct Acting Valve (NC)

Price 13600 INR/ Number

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MOQ : 1 Unit

3/2 Way Direct Acting Valve (NC) Specification

Control System
Direct Acting

Connection Type
Threaded

Valve Size
Small

Features
Normally Closed

Valve Type
3/2 Way Direct Acting Valve

Material
Brass Body

Structure
Compact Design

Voltage
24V DC/230V AC

Application
Industrial

Sealing
NBR / EPDM

Type
Valve

Pressure
0-10 Bar

Media
Neutral Media Air Water Light Oil

Port Size
1/4\ BSP

Temperature
-10C to 90C

Pin
2-Pin

About 3/2 Way Direct Acting Valve (NC)

Port : Refer below technical data sheet (Available BSP / NPT)

End Connection : Screwed

Body Material : SS ASTM A351 Grade CF8 / CF8M, Forged Brass, Aluminium

Circumstance Temp : -10C to 70C

Media : Air, Water, Chemical, Gas, Oil, Diesel, Kerosene, LPG

Main Features : Internal Parts are in superior corrosion resistance steel,

(Equivalent to SS316L) Suitable for Food Industries, Pharmaceuticals,

Chemical application & Highly corrosive environment

Coil Features : High Reliability Unaffected by Voltage Surges.

Easy coil changes coil lockable in 4X90 position or freely movable in

between as require.

Coil Housing : Epoxy square coil, Metallic round enclosure,

IP-67 Flameproof enclosure, IP-68 Weatherproof enclosure.

Optional Feature : 90% Power saver series also available.

Other Specification Data : Available on Request.

Precision Control with Direct Acting Technology

This 3/2 way direct acting valve provides immediate response without the need for a minimum operating pressure, making it suitable for precise control in compact systems. Its normally closed configuration ensures safety and reliability, perfect for industrial setups requiring quick shutoff and dependable operation across a wide temperature range.

Versatile Applications and Reliable Sealing

Engineered with NBR or EPDM seals and a brass body, the valve is compatible with neutral media such as air, water, and light oil. Its threaded, 1/4" BSP port size and 2-pin connection simplify integration. Suitable for OEMs, exporters, and industrial system integrators, this valve stands out for its durability and versatility.

FAQ's of 3/2 Way Direct Acting Valve (NC):

Q: How does a 3/2 way direct acting valve (NC) work?

A: A 3/2 way direct acting valve (normally closed) controls the flow of media by directly opening or closing the valve mechanism using an electrical current. In its default state, the valve blocks flow; when power is applied, the valve opens to allow passage of air, water, or light oil.

Q: What are the benefits of using NBR or EPDM sealing in this valve?

A: NBR and EPDM seals provide excellent resistance to a variety of neutral media and operate reliably within a wide temperature range. These materials ensure leak-free performance and increase durability in challenging industrial environments.

Q: When should I choose the 24V DC or 230V AC voltage option?

A: Select 24V DC for low voltage control systems or battery-operated setups, and opt for 230V AC when integrating with standard industrial mains power. This flexibility allows the valve to be used in diverse installations.

Q: Where can this 3/2 way direct acting valve be installed?

A: This compact valve with a threaded connection is suited for installation in control panels, process lines, and machinery that handle neutral media air, water, or light oil. Its robust brass construction is suitable for both indoor and outdoor industrial environments.

Q: What are the typical industrial uses for this valve?

A: Typical applications include automation systems, pneumatic controls, water treatment, process industries, and equipment that requires reliable, quick actuation of flows up to 10 bar.

Q: What is the process for installing the valve?

A: Installation is straightforward: the valve features a threaded 1/4" BSP connection, facilitating quick integration into pipes or manifolds. The 2-pin electrical interface ensures secure and efficient wiring to the control system.

Q: What advantages does the compact design of this valve offer?

A: The compact structure saves space, allows for easy retrofitting, and supports use in systems where installation footprint is limited, without sacrificing performance or pressure handling capabilities.

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