Watson Threaded Pulse Valve

Watson Introduction：

Watson Company was founded in 1983 and began a joint venture with West Germany’s GVD company to design and produce defogger equipment in North America. In 1986, Watson Company acquired and accepted all the shares and technologies of GVD in the North American market. Since then, Watson Company has developed and researched the technology of bag filters and related accessories. It is now a professional company in the North American market that can provide the most complete bag filter and dust removal technology. All the pulse valves provided are high-quality products.

The quality of the pulse valve directly affects the cleaning effect of the bag filter. Poor cleaning will result in high resistance of the bag filter, greatly reducing the lifespan of the bag, and easily causing bag breakage, leading to substandard emissions. Hundreds of pulse valves are hundreds of fault points in large bag filters, and the damage of individual pulse valves can affect the entire cleaning effect. Therefore, the quality of pulse valves is very important.

Suzhou Xiechang Environmental Protection Technology Co., Ltd. is the general agent of Watson Company in the Asia Pacific region, providing technical support and product quality tracking to customers, ensuring the optimal operation of their production equipment. As Watson’s agent in China, Suzhou Xiechang Environmental Protection Technology Co., Ltd., has a large amount of stock available for a long time, timely meeting the production needs of customers and ensuring their normal production as soon as possible.

Watson Advantage：

• Professional manufacturer；
• Five year quality assurance；
• Comprehensive after-sales service.

Working principle:

The pulse valve consists of an solenoid post, a diaphragm, and a valve body. The area of the rear chamber of the diaphragm is larger than that of the front chamber, and the pressure force is large, causing the diaphragm to be in the closed position.

The pulse controller inputs an electrical signal, causing the solenoid post to engage the moving column, open the unloading hole, and quickly discharge the pressure gas in the rear chamber of the diaphragm. The pressure gas in the front chamber of the diaphragm lifts the diaphragm, opens the channel, and the pulse valve blows.

The electric pulse signal disappears, and the spring of the solenoid post immediately resets the moving column to close the unloading hole. The gas pressure and spring force in the rear chamber of the diaphragm close the channel, and the valve stops blowing.

The damping hole on the diaphragm plays a role in damping the airflow when the pilot head moves the column to lift the gas pressure for unloading. When the unloading hole is closed, the pressure gas quickly fills the rear chamber, causing the diaphragm to close the channel and stop blowing.

Installation instructions：

When the TG type right angle pulse valve (internal thread connection) is connected to multiple valves, it is difficult to ensure consistency in the accurate position of the threaded insertion in order to ensure the sealing of the connection. A feasible installation method is to use a dedicated union to connect the exhaust pipe of the gas storage box to the pulse valve in place, which can ensure the accurate position of each valve with consistent installation height.

The exhaust pipe and blow pipe of the electromagnetic pulse valve are connected by air hose clamps, which can be moved back and forth in the horizontal direction for easy installation and maintenance.

Product parameters:

Technical standard：