BSJ300L 300L/S Vacuum Booster Pump 50Hz 5HP Mechanical Vacuum Booster System

Product Specification

Whole Aluminium Alloy Made 300L/s 50Hz 5hp Army Green Booster Pump,Mechanical Roots Pump BSJ300L

Description :

We offer you a comprehensive consultation service.

Only the vacuum technology combined with application experience can find the right solution.

Characteristics:

• A special shaft seal is used to achieve long, stable running without oil leakage.
• The use of an oil-free intermediate seal, multiple sealed ways to ensure a hight clean vacuum environment in the rotor chamber.
• Advanced processing to ensure the good geometrical symmetry of the rotors, as well as low noise and long service life.
• Compact structure, light weight, and small volume.

​Technical Parameter :

Note: The value of 'Ultimate Pressure' in this sheet is measured by the Pirani gauge when the Baosi special pump oil is used, and the value should be 4x10^-2  Pa if the McLeod gauge is used.

Performance Curve:

Dimensions:

Applications

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It can be matched with a backing pump used in Leak testing systems, Vacuum Coating, Semiconductor production, Vacuum Furnace, Chemistry, Electric Power Engineering, Machine manufacturing,

Optical Filming, Solar energy, Analysis and laboratory, and many other fields.

Description :

• Achieving high-vacuum conditions: It can pump gases out of a sealed chamber to create a high-vacuum environment. It is often used in applications where a high degree of vacuum is required, such as in semiconductor manufacturing, vacuum coating, and scientific research.

• Enhancing pumping speed: The roots vacuum pump has a relatively high pumping speed, which means it can remove gases from a chamber quickly. This is important in processes where rapid evacuation is necessary to save time and increase productivity.

• Maintaining vacuum stability: Once the desired vacuum level is reached, the roots vacuum pump helps to maintain the stability of the vacuum by continuously removing any gases that may leak into the chamber or be released from the materials inside the chamber.