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2/2 Way Direct Acting Valve (NC/NO)

Name: 2/2 Way Direct Acting Valve (NC/NO)
Brand: FLOWBIZ EXPORTS PRIVATE LIMITED
Price: 13500 INR
Availability: InStock

Price 13500 INR/ Number

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MOQ : 1 Unit

2/2 Way Direct Acting Valve (NC/NO) Specification

Control System
Direct Acting

Features
Compact Design High Efficiency

Valve Size
Miniature Size

Connection Type
Threaded

Material
Brass/SS

Valve Type
Solenoid Valve

Structure
2/2 Way

Application
Fluid Control Systems

Voltage
220V AC 24V DC 110V AC

Sealing
NBR/EPDM/Viton

Type
Normally Closed/Normally Open

Power
8W

Pressure
0-10 bar

Media
Water Air Oil

Port Size
1/8\ 1/4\ BSP

Temperature
-20°C to 80°C

Pin
2 Pin Connection

2/2 Way Direct Acting Valve (NC/NO) About

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, Chemical, Gas, Oil, Steam, Hot Water

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 & Latching as per Application.

Other Specification Data : Available on Request. - Manual Override

High Performance in a Compact Form

The 2/2 Way Direct Acting Valve stands out with its miniature design, enabling installation in tight spaces without compromising on efficiency. Featuring a robust construction in brass or stainless steel, and offering both normally closed (NC) and normally open (NO) types, this valve provides flexibility for varied fluid control applications.

Versatility Across Applications

Engineered for pressures up to 10 bar and suitable for diverse media such as water, air, and oil, this solenoid valve adapts seamlessly to many industry needs. The direct acting mechanism ensures reliable operation, even at zero differential pressure, while the choice of sealing materials (NBR, EPDM, Viton) ensures compatibility with a wide range of fluids.

FAQ's of 2/2 Way Direct Acting Valve (NC/NO):

Q: How does the 2/2 Way Direct Acting Valve operate in fluid control systems?

A: This valve uses an electrical solenoid to directly open or close the flow path, allowing for instant on/off flow control of fluids such as water, air, or oil. It is available in both normally closed (NC) and normally open (NO) configurations to match system requirements.

Q: What makes this valve suitable for high-efficiency applications?

A: The compact design and direct acting mechanism enable quick response and minimal pressure loss, making it highly efficient for controlling flow in tight installations while consuming low power (8W).

Q: When should I choose NBR, EPDM, or Viton as the sealing material?

A: NBR is best for general purpose use with water and oil, EPDM is preferred for hot water or steam, and Viton is recommended for aggressive chemicals or high-temperature applications, ensuring long-lasting performance in various media.

Q: Where can these valves be installed?

A: Due to their miniature size and threaded BSP ports (1/8" and 1/4"), these valves are ideal for installation in compact fluid control panels, OEM devices, and automation systems across industrial and commercial settings.

Q: What voltage options are available for this solenoid valve?

A: The valve is compatible with 220V AC, 24V DC, and 110V AC, providing flexible integration into different electrical systems without requiring complex adaptations.

Q: How does the direct acting control system benefit users compared to pilot operated valves?

A: Direct acting valves respond immediately to electrical input and function reliably at low or zero pressure, whereas pilot operated valves require a minimum pressure differential. This ensures dependable operation in applications with fluctuating or low pressure.

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