Common Fault Analysis of Star Discharge Valve
Release date:
2022-03-14
The star-shaped rotary valve is currently one of the most commonly used dust removal devices. It can achieve reasonable ash discharge during continuous material conveying, reducing dust hazards. Especially in the transportation of special materials such as dust explosions, the dangers brought by dust are significant. Therefore, the use of star-shaped rotary valves is very necessary. They ensure safety and airtightness even in high static charge environments, and the noise is relatively low. Now, let's learn about the common fault analysis of star-shaped rotary valves!
Star-shaped discharge valve It is currently one of the most commonly used dust removal devices, capable of reasonable ash discharge during continuous material conveying, reducing dust hazards. Especially in the transportation of special materials like dust explosions, the dangers brought by dust are numerous. Therefore, the use of star-shaped discharge valves is very necessary, ensuring safety and tightness even in high static charge environments, with relatively low noise. Now, let's understand the common fault analysis of star-shaped discharge valves!
Star-shaped discharge valve Some faults may also occur during use. Common faults are easy to resolve, and operators need to master the solutions themselves. This allows timely problem-solving during production, extends problem duration, avoids downtime caused by faults, and ensures normal production.
During Star-shaped discharge valve operation, it can work continuously. Additionally, it can rotate in both forward and reverse directions, showing great capability. However, when the damping valve is working, the input shaft and other rotating parts are very fragile and should not directly collide with hard objects or be struck with a hammer. Otherwise, damage is likely.
Star-shaped discharge valve It is mainly used as a component to regulate the flow of media inside pipelines, but now let's talk about the star dust black valve.
The star-shaped discharge valve is a mainstream component among active regulating valves. So, what are the advantages of such a machine? The main advantage of this equipment lies in the use of the star dust black valve. The electric actuator assembly can provide certain propulsion to the equipment through process power, and the internal opener of the equipment can perform fully active operation. This is the basic principle by which this type of star dust black valve achieves active regulation. This valve not only further facilitates media flow but also promotes pipeline automation.
This machine also has manual control. By setting the switch to the LOCAL position, the star-shaped discharge valve can be operated locally. The star-shaped discharge valve opens properly and even stops working actively when closing. Finally, the operation switch is adjusted to the middle position. On the other hand, if there is no need to stop during normal manual control in non-emergency situations, usually the electric actuator of the star dust shut-off valve has issues. However, when forced operation is necessary, manual operation is required at that moment to stop the star dust shut-off valve's manual drive.
When the star-shaped discharge valve was introduced, a lot of lubricating oil was added to the reducer and several rotating shafts. After a period of use, the amount of lubricating oil should be checked regularly. When the lubricating oil decreases, it needs to be added while the equipment is stopped. Otherwise, it can easily cause severe wear on some bearings, resulting in significant damage and possibly leading to equipment scrapping. This is something the operators of the star-shaped discharge valve must keep firmly in mind.
The above is an introduction to the common fault analysis of star-shaped discharge valves. If you want to learn more, feel free to contact us at any time!
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