Advantages and Applications of Electric Butterfly Valves
An electric butterfly valve, in simple terms, is just an "electric switch" that specifically controls whether things can pass through the pipeline. Its most remarkable feature is that it can "operate by itself", without the need for someone to manually turn it. Pressing a button or using computer control can turn it on or off. You can open it as wide as you want. It is particularly suitable for those high-tech factories and buildings nowadays. It is also a choice for many people.
This thing has many advantages:
Very obedient. Just move aside and it will open. Just close it and it will shut.
It can be automatically controlled by the computer, eliminating the need for manual operation.
Strong enough to handle even thick pipes
It's very easy to use. Just plug it in and it's ready to go.
However, there are also quite a few problems:
If there is a power outage, it will be impossible to use it.
The price is not cheap. It is much more expensive than ordinary valves.
In damp or hazardous areas, use the special models. The price will be higher.
It's difficult to repair when it breaks down.
Most suitable for use in:
Modern factory
Intelligent Building
Water Supply Company
Places that need to be frequently opened and closed
If you are in a remote area or in a place with unstable voltage and power supply, it is still more reliable to use manual methods. In simple terms: highly advanced but fragile. It has both advantages and disadvantages, and it depends on the actual needs of the customer.
In a large-scale water treatment project, Zhongguan Valve Co., Ltd.In a large-scale water treatment project, Zhongguan Valve Co., Ltd. provided the client with multiple electric butterfly valves, which were applied in the raw water transportation and filtration system. The electric butterfly valves from Zhongguan Valve Co., Ltd., with their high-quality valve body materials, high-protective-grade electric actuators, and precise regulating capabilities, ensured that the system maintained a low leakage rate and stable flow control over a long period of operation. After the project was put into use, the client reported that the valves ran smoothly, required low maintenance, significantly improved the overall operational efficiency, and reduced the operation and maintenance costs.
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