Airmax Double Solenoid Valve

Name: Airmax Double Solenoid Valve
Brand: NUA TEK ENGINEERS
Price: 2850 INR
Availability: InStock

Price 2850 INR/ Unit

Get a Price/Quote

MOQ : 1 Unit

Airmax Double Solenoid Valve Specification

End Connection
BSP Threaded

Operating Voltage
24V DC / 220V AC

Working Presssure
0.15-10 Kg/cm2

Power Consumption
Low Power

Material
Aluminium

Valve Structure
Spool Type

Way Type
5/2 Way

Processing Type
Semi Automatic

Pressure
Max 10 Kg/cm2

Dimension (L*W*H)
Compact Standard

Port Size
1/2 inch

Connection Type
Threaded

Application
Pneumatic Automation

Media
Gas

Temperature of Media
Up to 55C

Working Temperature
Max 55C

Weight
Lightweight

Color
Silver / Black

Seals
Nitrile

Coil Insulation
Class F

Model
2ADDS - 5

Mounting Type
Sub-base / Inline

Protection
IP 65 Class F

Response Time
Fast Response

Leakage
Bubble Tight Sealing

Manual Override
Yes Available

Ambient Temp
-10 to 55C

Airmax Double Solenoid Valve Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Units Per Month

Delivery Time
2-5 Days

Main Domestic Market
All India

About Airmax Double Solenoid Valve

Discover the Elite Airmax Double Solenoid Valve, Model 2ADDS - 5, engineered for premier performance in pneumatic automation. Built with a famed aluminium body, bubble tight sealing, and Nitrile seals, it offers stellar leak protection and fast response. Enjoy instant savings with our advance purchase deals on this compact, lightweight solution. Its class F coil insulation, manual override, and IP 65 protection make it suitable for demanding applications. Operates with low power consumption at 24V DC/220V AC, ensuring both reliability and efficiency. The Airmax Valve-where elite engineering meets lasting value.

Versatile Applications for Gas Media

The Airmax Double Solenoid Valve is optimized for gas applications and seamlessly integrates into diverse pneumatic automation systems. Designed for sub-base or inline mounting, this valve connects via 1/2 inch BSP threaded ports, offering flexibility at installation sites. Effective within media temperatures up to 55C and a wide ambient temperature range, its advanced spool-type structure ensures precise and reliable operation. Ideal for process control, manufacturing facilities, and automated machinery managing gas flow.

Streamlined Sample Policy & Export Efficiency

Airmax offers a transparent sample exchange policy for prospective partners, ensuring product confidence before bulk rates apply. Our FOB port is conveniently located in India, facilitating smooth international logistics. We service premier export markets across Asia, the Middle East, and Africa, with timely and secure deliveries. Benefit from our competitive pricing structure-request a quote and experience stellar service, from sample dispatch to on-time delivery, via well-coordinated supply chain processes.

FAQ's of Airmax Double Solenoid Valve:

Q: How does the Airmax Double Solenoid Valve ensure bubble-tight sealing?

A: The Airmax valve utilizes high-quality Nitrile seals and precision engineering to achieve bubble-tight sealing, preventing leaks and ensuring reliable operation in pneumatic automation systems.

Q: What are the primary benefits of having a manual override feature?

A: The manual override empowers users to operate the valve manually during maintenance, power failures, or testing, allowing uninterrupted process control without system shutdown.

Q: Where can this solenoid valve be installed?

A: This valve supports sub-base and inline mounting, offering flexible installation options for integration into various pneumatic and gas flow applications.

Q: What type of media is the Airmax Double Solenoid Valve designed for?

A: It is engineered to handle gas media efficiently, making it suitable for numerous industrial pneumatic automation and process control tasks.

Q: When is it ideal to use the Airmax Double Solenoid Valve?

A: It is ideal for automated processes requiring precise gas control, particularly within facilities operating between -10C and 55C, including manufacturing and industrial automation environments.