2" NPT CA50T010-300 CA50T000-331 Goyen Type Dust Collector Reverse Pulse Jet Valve DC24V AC220V

2'' NPT CA50T010-300 CA50T000-331 Goyen Type Dust Collector Reverse Pulse Jet Valve DC24V AC220V

Pulse jet valves are used in filter systems for dust collectors, gas turbines and desulfurization equipment. They are commonly used for cleaning filters such as cartridge filters, envelope filters, ceramic filters and sintered metal fiber filters. The Goyen type T Series diaphragm valve with threaded port is designed for filter cleaning of dust collectors and dust chambers in reverse pulse jet systems. These threaded valves are suitable for use in dust management systems in all types of industries and processes, including cement production, mining applications, silo and conyeyor systems, bulk goods handling, general industrial dust collection, improving indoor workplace air quality, preventing harmful emissions.
 
YouTube video of CA50T 2'' Goyen Replacement Pulse Jet Valve:

Technical parameters of T Series Goyen Type Dust Collector Valves:

 
Main dimension of CA50T Goyen Type Nitrile Diaphragm Valve:

Details of 2 Inch CA50T Goyen Replacement Solenoid Valve:

 
Working Diagram of Solenoid Valve in Reverse Pulse Jet Filter:

Operating Principle of dust collector pulse jet solenoid valves:
Pulse jet valves are indirect operated solenoid valves especially designed for dust collector systems. When the solenoid is energized, trapped air above a diaphragm is quickly exhausted causing a high pressure difference across the diaphragm. Thereby the diaphragm is suddenly opened. When the solenoid is de-energized, air escapes through a hole to the chamber above the diaphragm which balances the pressure and instantly closes the valve.

The fast opening and closing of the valve is of great importance for effective cleaning of filters and economical consumption of compressed air. This is made possible by keeping the weight of the moving parts small and therefore having a small inertia. These valves have very high kV values. The maximum flow rate is reached when the air velocity becomes sonic (344 m/s).

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