The typical composition of Atlas Copco's MK5S pressure boosting unit kit
Boosting main unit: The core component, mostly in the form of piston or screw type boosting structure, uses the original low-pressure compressed air as the power source to drive the internal piston or rotor to move and achieve pressure increase.
Control components: Include pressure regulators, safety valves, pressure gauges, etc., for setting the target pressure, monitoring the operating status, and automatically releasing pressure in case of overpressure to ensure system safety.
Connection and adaptation components: Such as inlet and outlet gas interfaces, pipes, filters, check valves, etc., facilitating connection with the original compressed air system and filtering impurities and moisture in the gas source to protect the boosting main unit.
Cooling system (for some models): For continuous operation or high-flow conditions, some kits will integrate air-cooled or water-cooled devices to avoid the high temperature generated during pressure boosting affecting the equipment lifespan.
Performance features
Efficient boosting: Compact design, high boosting efficiency, can quickly boost low-pressure air to the required pressure, fast response, and meet instantaneous high-pressure requirements.
Stable and reliable: Utilizing Atlas Copco's precise manufacturing process, the core components are highly durable, suitable for continuous or intermittent operation in industrial environments.
Safety protection: Built-in multiple safety devices (such as overpressure protection, overheating protection), preventing equipment damage or safety accidents due to abnormal working conditions.
Flexible adaptation: Can be used in conjunction with Atlas Copco's various series of air compressors (such as GA, G series, etc.), and also compatible with third-party compressed air systems that meet industry standards, with convenient installation and commissioning. Application scenario
It is widely used in industries such as automotive manufacturing, mechanical processing, electronic packaging, and food packaging. It is particularly suitable for scenarios where local equipment in the production line requires a pressure higher than the system's main pressure. For example, certain pneumatic fixtures, high-pressure spray guns, leak detection equipment, etc.
When choosing, it is necessary to match the appropriate kit specification based on parameters such as the original system pressure, the required increase in pressure value, and flow demand. It is recommended to have it installed and debugged by professional technicians to ensure compatibility with the system and operational safety.
