The optimized screw air-end, high-efficiency motor, and 1:1 direct-drive transmission system minimize energy loss, achieving an efficiency of over 96%.
Stable Air Supply
The Mega series screw air compressors meet large-scale industrial air demands, delivering a stable compressed air supply of up to 67 m³/min.
Compact and Quiet
Compared to traditional high-power compressors, the Mega series features a compact enclosure and an optimized design for cooling and noise reduction.
Maintenance-Friendly
A 180° access door and user-friendly internal layout simplify filter replacement, oil-air separation, and routine inspections.
Intelligent HMI + PLC Control
Integrated display and control, remote screen projection, data monitoring, and remote upgrades of HMI and PLC.
Mega Series Screw Compressor Stable Supply
1
Stacked Two-Stage Air-End
Features a vertically stacked layout with a low-noise gear drive; compared to horizontal main units, this design reduces shaft power loss. Equipped with 15 bearings, ensuring an exceptionally long service life and low-vibration operation.
2
IE4 Permanent Magnet Motor
The IE4 high-efficiency permanent magnet synchronous motor design offers 20–25% energy savings compared to traditional induction motors.
3
Intelligent Control Panel
Dual-stage pressure and temperature monitoring, real-time and cumulative energy consumption monitoring, helping users track energy usage and optimize operating costs.
Mega Screw Compressor Stable Supply
Stacked Two-Stage Air-End
Equipped with 15 bearings, ensuring an exceptionally long service life and low-vibration operation.
IE4 Permanent Magnet Motor
The IE4 high-efficiency permanent magnet synchronous motor design offers 20–25% energy savings.
Intelligent Control Panel
Dual-stage pressure and temperature monitoring, real-time and cumulative energy consumption monitoring.
Easy-to-Maintain Mega High Volume Air Compressor
The service door opens a full 180°, and key maintenance components are centrally located; filter elements, oil separators, and lubrication points are easily accessible.
1
Internal Filter Cartridge Assembly
Common maintenance replacement parts
2
Intake Hose
Connect the air intake to the main unit area
3
Permanent magnet motor
Drives the compressor air end
4
Screw Air-End
The core component of the compressed air system
5
Cooling Fan
Bottom fan and top heatsink module
6
Oil Filter
Located inside the oil-air separation tank
7
Variable Frequency Drive
Used for speed and energy consumption contro
8
Oil and Gas Piping
Connects the main unit, oil-gas separator, and cooling system
Easy-to-Maintain Mega High Volume Air Compressor
The service door opens a full 180°, and key maintenance components are centrally located; filter elements, oil separators, and lubrication points are easily accessible.
1
Filter Cartridge Assembly
Common maintenance replacement parts
2
Intake Hose
Connect the air intake to the main unit area
3
Permanent magnet motor
Drives the compressor air end
4
Screw Air-End
The core component of the compressed air system
5
Cooling Fan
Bottom fan and top heatsink module
6
Oil Filter
Located inside the oil-air separation tank
7
Variable Frequency Drive
Used for speed and energy consumption contro
8
Oil and Gas Piping
Connects the main unit, oil-gas separator, and cooling system
Compact Cabinet Design with Lower Noise
The Mega series screw type air compressor features a compact chassis design. An optimized cooling system helps control operating temperatures and maintains stable compressor performance.
Compact Cabinet Design with Lower Noise
The Mega series screw type air compressor features a compact chassis design. An optimized cooling system helps control operating temperatures and maintains stable compressor performance.
Energy Recovery for Lower Operating Costs
During air compression, a large amount of electrical energy is converted into heat energy. Mega series screw type air compressors can recover up to 96% of the generated heat.
The Mega series screw type air compressor covers a power range of 132–355 kW, making it suitable for medium and large industrial compressed air systems.
Suitable for factories with high and continuous compressed air demands, such as those in automotive manufacturing, machining, food and beverage production.
Yes. Up to 96% of the heat generated during compression can be recovered and reused. The system can output hot water up to 70°C for heating, cleaning, or process water.
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