How to identify the function of electric ball valve? How to distinguish the functions of electric ball valves? There are three items as follows:
1. Leakage problem The action principle of the electric ball valve is angular travel, double-sided sealing, good sealing function, not easy to leak. The operating principle of the solenoid valve is straight stroke, diaphragm or pilot type. The sealing face has very high requirements for the purity of the medium, and impurities in the medium are easy to cause leakage. How to identify the function of electric ball valve?
2. The orientation of the device requires that the electric ball valve has no requirements for the device's viewpoint. The solenoid valve is a straight stroke action principle, and the sealing needs to be realized by the force of the gravity of the valve core and the electromagnet, so the solenoid valve can only be installed horizontally, and other sight devices will cause the leakage of the solenoid valve. How to identify the function of electric ball valve?
3. Service life The electric ball valve actuator will be powered off by the internal microswitch after the switch is in place, and it has the position holding function. It only needs to be powered on when it is in place. The motor will not be electrified after it is in place. Its service life is longer than that of the solenoid valve, and its function is stable. The opening and closing of the solenoid valve depends on the coil being energized before it can act. The coil needs to be energized all the time when the station is held (for example, the normally closed solenoid valve needs to be turned over for a long time). The coil will heat if it is charged for a long time, which is easy to cause the coil to burn out. This kind of fault is relatively common.

It can better extend the service life of the electric butterfly valve and reduce the mistakes in the work. It is really necessary to avoid unexpected problems during use. Errors or problems caused by equipment problems during work will directly affect the quality of the whole project, and there will be a lot of chain reactions, which will eventually cause incalculable consequences for us. Sometimes there are problems in one part of the whole system, which will have a great impact. If you can avoid these problems, you can finally avoid similar losses.