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Home > Products > Valve > Remote-Controlled Float Valve Remote Float Valve
Remote-Controlled Float Valve Remote Float Valve
Remote-Controlled Float Valve Remote Float Valve

Remote-Controlled Float Valve Remote Float Valve

British Standard:

Size range: 2" - 8" (DN50 - DN200)

Design standard: CJ/T 217

Connection standard: EN 1092-2

Working pressure: PN16, PN10

American Standard:

Size range: 2" - 8" (DN50 - DN200)

Design standard: AWWA C512

Connection standard: ASME B16.1

Working pressure: 300PSI, 250PSI, 200PSI, 175PSI

Product description

The composite high-speed air inlet and exhaust valve is a special air inlet and exhaust control device for water supply pipelines, which is widely used in the pipe network systems of various waterworks and in various water supply fields. The term "composite" refers to a valve that has the functions of both large-hole and small-hole air inlet and exhaust. When filling an empty pipeline with water, the large exhaust hole automatically and rapidly discharges the air inside the pipeline at a high speed. When the pressurized water is flowing inside the pipeline, a small amount of gas will accumulate at the top of the exhaust valve, and the small hole automatically discharges this part of the gas outside the pipeline. When negative pressure is generated inside the pipeline, it can automatically intake air at a high speed to break the vacuum, so as to prevent the pipeline from buckling and being damaged due to the negative pressure.

Customer challenge

A small exhaust volume is likely to cause water flow turbulence and damage the pipeline.

The configuration is prone to rusting, resulting in a low service life.

After exhausting air, a large amount of water is likely to be discharged, causing losses.

Product function

Product function

Prevention of negative pressure

Minor air exhaust

Massive air exhaust

When negative pressure is generated inside the pipeline, it can automatically intake air at a high speed to break the vacuum, thus preventing the pipeline from buckling and being damaged due to negative pressure.
When the pressurized water is flowing inside the pipeline, a small amount of gas will accumulate at the top of the exhaust valve. The small hole automatically discharges this part of the gas out of the pipeline.
When the empty pipeline is being filled with water, the large exhaust hole automatically and rapidly discharges the air inside the pipeline.

Value advantage

Relevant data

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