Roots vacuum pumps are becoming increasingly popular due to their widespread application. Now let's learn about the characteristics of the Z vacuum pump.

The Roots vacuum pump operates with low vibration, large volume, and a volume utilization coefficient of around 0.5. Start quickly and achieve vacuum in a short period of time. Low electricity and low maintenance costs. There is a certain gap between the rotor and the pump chamber, and there is no contact between the rotor and the pump chamber, which does not require oil lubrication. The rotor has several symmetries, which can increase the speed and then be made into a tightly structured large pump.

The pump chamber does not experience compression phenomena such as mechanical vacuum pumps, so there is no need for an exhaust valve. Therefore, solidified steam can be removed. Within a larger pressure range, there is a higher extraction speed, which can quickly discharge suddenly released gas, allowing diffusion pumps and oil sealed mechanical pumps to compensate for small defects. Therefore, it is suitable for use with booster pumps. The rotary variable capacity vacuum pump requires multi-directional pump collaboration to operate, and has a large extraction speed within a large pressure range. It is not sensitive to dust and water vapor in the extracted gas and is widely used in industries such as metallurgy, chemical industry, food, electronics, and coatings.

Roots vacuum pump uses two 8-shaped rotors to rotate synchronously in the pump chamber, completing respiration and exhaust. Roots pump is a type of booster pump commonly used in other vacuum pumps, such as water ring vacuum pumps, screw vacuum pumps, etc. Each additional level of Roots pump vacuum can increase by an order of magnitude, but it cannot be directly used. However, if a built-in anti pass valve is installed between the air inlet, its function is as follows: it reduces the operating load of the Roots pump and the front stage vacuum pump under high pressure difference, thereby reducing the possibility of motor overload during operation of the Roots vacuum pump and protecting the motor.

Roots vacuum pump is a mechanical vacuum pump with a pair of synchronous high-speed rotating sole-shaped rotors. The pump cannot be sucked in alone, and the previous level needs to be equipped with oil seals, water rings, etc., which can be upright and atmospheric.

Its structure and working principle are similar to Roots blower, and its suction port is connected to the main pump of the vacuum container or vacuum system being evacuated during operation. A machine that sucks gas into the equipment and the pressure inside the equipment is lower than the air pressure is called a vacuum pump. In fact, a vacuum pump is a gas conveying machine that transports gas from an environment below atmospheric pressure to the atmosphere or atmospheric pressure.

In chemical production, vacuum pumps are often used to create a certain degree of vacuum, thereby achieving process operations. For example, inhalation accelerates the filtration rate of the solution. When separating liquid mixtures, the distillation temperature can be lowered to avoid possible coking and decomposition phenomena during high-temperature distillation.

The above are the various characteristics of Roots vacuum pumps, which are increasingly popular in industries such as petroleum, chemical, metallurgy, and textiles. As long as the operating procedures are strictly followed, it can be applied well.