Hydromech

In Stock

Air Release Valve-Uni 1″

Original price was: ₨ 2,200.Current price is: ₨ 2,000.

Air Release Valve for irrigation systems — expels trapped air from pipelines during startup and operation, preventing airlocks, pressure surges, and pipe damage. Durable cast iron/PVC body with corrosion-resistant float mechanism. Ensures smooth water flow, protects pumps, and improves irrigation efficiency. Ideal for drip, sprinkler, and pressurized pipeline networks in agricultural applications.

Technical Parameter Specification Details
Material PA (Polyamide)
Size 1 Inch  Threaded Connection
Connection Type Kinetic 1″ BSPT
Standard Pressure PN 10
Color Green

 

Description

Air Release Valve (ARV) – Irrigation Systems

 

They are designed to efficiently extract air trapped in pipes, filters, tanks, and other places where unwanted air might cause performance problems.

The release valves are located at the outlet of pipes whose slope varies according to the hydraulic gradient, in areas where pipes are located above ground level, in long pipes with uniform slope, at the input of measuring instruments, the output of reducing valves, in diameter reductions, pumps, filtration systems, and on both sides of an underground crossing road.

For correct operation, the valve should always be in a vertical position.

Installing a manual ball valve under the Air Valve is recommended to make maintenance and repair operations easier without shutting the whole system.

This valve automatically expels trapped air from irrigation pipelines during filling, operation, and drainage, preventing airlocks, water hammer, and pressure surges that damage pumps and fittings. Its corrosion-resistant float mechanism seals tightly once water rises, ensuring efficient, uninterrupted flow.

Benefits: Protects pumps and pipe joints, reduces energy consumption, prevents pipe bursts, improves flow consistency in drip and sprinkler systems, and extends system lifespan by minimizing internal corrosion.

Installation: Mount vertically at pipeline high points, after pumps, and at dead ends. Use a threaded riser with an isolation valve for maintenance access. Ensure the outlet remains unobstructed, and flush the line before first use to verify proper float operation.