Medium and High Pressure Air Systems
The low-speed, high-efficiency design, combined with the core technologies of advanced materials and processes, ensures reliable operation and meets the diverse requirements of today’s industrial users. Years of design and manufacturing experience and a comprehensive quality control system ensure high quality.
Micro-lubricated medium and high pressure compressor system
Silent models are suffixed with “X” and can be multi-machined to increase gas volume. They feature IoT-linked control and are equipped with integrated drying, purification, and storage equipment. Customizable silent units are available: flow rates 0.3-12 m³/min, pressures 2.0-45 MPa.
Micro-oil medium and high pressure compound compressor system
Quiet, energy-saving, easy to maintain, single machine 6~12m3/min outlet pressure 2.0-45mpa screw supercharger compound model, silent box type is suffix X, can be multi-machine linkage, Internet of Things control, equipped with integrated drying, purification and storage equipment, air-cooled model suffix F, integral box plate air-cooled
Oil-free medium and high pressure compressor system
Air and various gas applications
Direct compression
High reliability accessories
Low speed and high efficiency
Core technology applications of new materials and new processes
Single unit: 0.6-32 m³/min
Outlet pressure: 2.0-35 MPa
Medium- and high-pressure gas purification systems
High-reliability accessories
Refrigerated air dryer skid
Adsorption dryer skid
High-pressure vessel skid
Single unit: 0.6-40 m³/min
Working pressure: 3-45 MPa
Structure and design features of medium and high pressure compressor units
The cylinders and crankcase are constructed of high-grade cast iron to ensure the machine’s long life.
Flywheel Fan – The rotating flywheel blades generate a cyclonic airflow to cool the cylinders, intercooler, aftercooler, and cylinder head.
The intercooler and aftercooler are finned-Tube type, mounted directly on the machine and cooled by the cyclonic airflow generated by the rotating flywheel blades.
Centrifugal Unloader – During startup and shutdown, compressed air is released from the intercooler and cylinders, allowing for restart without additional load, effectively preventing overloaded startup.
Regulator – All high-voltage units are equipped with automatic start/stop control.
Automatic Electronic Condensate Drain System – A highly efficient and reliable electronic drain system is used, allowing for adjustable drain intervals and discharge times based on different operating environments.
Motor – TEFC motor, IP54 protection rating, Class B temperature rise, Class F insulation, compliant with IEC standards.
Drive – A heavy-duty V-belt drive with a steel protective cover ensures operator safety. Low oil level protection switch (optional) – Prevents the unit from operating due to oil shortage. When the oil level falls below the safe level, the control circuit cuts off power to the main motor. The unit cannot be restarted without adding lubricant, ensuring safe operation of the compressor.
Chassis – The heavy-duty chassis is machined using CNC equipment, and the motor can be adjusted horizontally to facilitate tensioning of the V-belt.
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