The BRD diaphragm valves
BRD diaphragm valves used specifically as dust collector valves in dust collector and baghouse systems.
They are important components to keep dust collector systems operating efficiently and effectively.
Each valve consists of two air chambers divided by a diaphragm.
Air chambers are connected through an air passage.
The air passage is smaller than the orifice of the pilot valve.
The air in the upper chamber is exhausted at a much faster rate than the speed of.
Which makes the air enters through the air passage. and that’s happen When the orifice opens, The air pressure in the upper chamber drops significantly;
About the Higher air pressure
Higher air pressure in the lower chamber pushes the diaphragm up,
Allowing a large volume of air through to the bottom chamber and its outlet that’s connected to the dust collector bags.
This sudden burst of air inflates the fabric filter so as to shake off all the dust clinging on the bag filter.
It is suitable for pulse cleaning and filtering system in dust collectors.
And is also suitable for filter bags, filter barrels, flat bags, ceramic tubes and filter bags for metal fiber.
USE
Improve dust collector efficiency and effectiveness
Deliver high volumes of air for dust collector bag cleaning
Sequence and control dust collector cleaning process
INDUSTRY
Aggregate processing
Cement production
Concrete
Most all powder and bulk solids handling, storage and processing industries
- Fast response, large flow volume, effective cleaning action on fabric filter.
- Low air consumption.
- Compatible with programmable sequential controller.
- Ease of adjustment in jet pulse timing and duration.
Varies by model
www.aplusfine.com The BRD diaphragm valves are used specifically as dust collector valves in dust collector and baghouse systems. They are important components to keep dust collector systems operating efficiently and effectively. Each valve consists of two air chambers divided by a diaphragm. The two air chambers are connected through an air passage smaller than the orifice of the pilot valve. When the orifice opens, the air in the upper chamber is exhausted at a much faster rate than the speed of which air enters through the air passage. The air pressure in the upper chamber drops significantly; the higher air pressure in the lower chamber pushes the diaphragm up allowing a large volume of air through to the bottom chamber and its outlet that’s connected to the dust collector bags. This sudden burst of air inflates the fabric filter so as to shake off all the dust clinging on the bag filter.
