2-1/2'' Goyen Type CA62MM Full Immersion Pulse Valves

2-1/2'' Goyen Type CA62MM Full Immersion Pulse Valves

Description of Full Immersion Manifold Flat Mount Valve:
The "MM" series Goyen type high performance diaphragm valves are designed to be installed on flat surfaces or square/rectangular tanks.
Named "full immersion" as the valve draws the compressed air directly from the header tank, leading to improved pneumatic performance.
The "MM" series valves are available in 1", 1.5", 2'', 2.5'', 3", 3.5'', 4" port sizes. These valves are suitable for dust collector applications, in particular for reverse pulse jet filter cleaning including bag filters, cartridge filters, envelope filters, ceramic filters, and sintered metal fibre filters.

Main dimension of CA62MM Full Immersion Pulse Valve:

Details display of CA62MM Manifold Mount Pulse Jet Valve:

Technical data of MM Series Goyen Type Diaphragm Valve:

What is a Dust Collector Pulse Jet Valve?

Diaphragm pulse valves are the most important components of a baghouse pulse jet cleaning system.

On a pulse jet baghouse pulse valves (also called diaphragm valves) control the release of air pulses during the cleaning cycle. When the baghouse control board or timer board initiates a cleaning cycle it sends an electrical signal to the solenoids, when then activate the pulse valve. Inside the pulse valve, a rubber diaphragm opens and closes to release the compressed air stored in the air header tank. The air then passes through the valve into the blow pipes above the filters and then is directed down into the filters to clean them.

How Can Replacing My Pulse Valves/Diaphragm Valves Save Me Money?
The cost of pulse valves is minuscule when compared to the potential savings. Typically, replacing worn out diaphragms in a systems pulse valves will result in 10% or longer filter life, reduction in compressed air use by 15% or more! Additionally, when pulse valves are not in good condition the filters are not cleaned adequately. This leads to higher differential pressures which can lead to loss of suction throughout the system, higher fan pulls (meaning higher electricity bills) and other delays and production losses from under-performing dust collection system.