When we talk about vacuum pump, we have to mention rotary vane vacuum pump. Rotary vane pump is composed of pump body, rotor, rotary vane, end cover, spring, etc. So, do you know how to use it? Today, I’d like to show you how to use rotary vane vacuum pump.
Rotary-vane vacuum pump is low, it is one of the main equipment in vacuum, it can be used alone, also can become the roots vacuum pump, diffusion pump, worm gear, molecular pump such as ultrahigh vacuum pump of the pump. It is the basic equipment used to remove the gas from the sealed container and obtain the vacuum. Its working principle is the same as that of a general accretion pump. It is composed of a rotor with the same core as the transmission shaft and in an eccentric position in the pump body. There are two radial sliding blades on the rotor.
Due to the height of the development of modern science and technology, the application of the rotary-vane vacuum pump in various scientific fields and various enterprises and institutions for metallurgy, chemical industry, light industry, atomic energy, electric vacuum, oil, printing and dyeing, semiconductor, food, electrical appliances, textiles and other scientific research institutions, universities and colleges, industrial and mining enterprises for use in scientific research and production with teaching.
How to use rotary vane vacuum pump:
Before starting, we first check whether the cooling water of the water cooling pump is connected. When the ambient temperature is low, we can move the belt pulley by hand to discharge the oil in the pump chamber into the tank. Button and then press the motor power, at this point, we should pay attention to whether meet the power direction, pump rotation direction is correct, check whether the vacuum pump oil is near the oil line, when turned on by the pumping system valve don’t drive too fast, to prevent a large number of injection, attention has all the normal noise and shock during operation, pay attention to the oil temperature rise high pump, if you have stop the pump immediately when local overheating and to prevent the pump or wear phenomenon. When stopping the pump must release the air from the pump entrance, after power off, the water will be cut off.
If possible, kindly suggest please your working industry/process, working pressure, working medium, etc. Given detailed request helps to gain better-matched customized solution. Thanks for your patience.
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