The Huada LGPM-30 is a 22kW permanent magnet servo screw compressor with NdFeB magnets and a direct-drive split structure, offering stable pressure and ~40% energy savings under frequent start-stop duty.
Dobule stage compression structure, more energy saving. The core is the two-level compression of the injection screw air compressor in same power than single-stage compression of the injection screw air compressor and more 12%-23% air volume.
The SC-30 is a single-stage permanent magnet VSD screw air compressor with a 22 kW motor, designed for workshops and factory air systems with changing demand. Air delivery is 3.45 m³/min at 7 bar, 3.40 m³/min at 8 bar and 2.95 m³/min at 10 bar. Direct drive, variable-speed control and an intelligent controller support demand-responsive operation. The 1050 × 938 × 1220 mm cabinet and G1 outlet help buyers plan installation.
The SE-30 delivers a power output of 22 kW and a stable air flow rate of 3.2 m³/min; its volume is 40% smaller than that of comparable models with the same power rating, making it an ideal cost-effective air supply solution for small to medium-sized workshops, automotive maintenance facilities, and electronic production lines.
The Blue Storm M2.0-10 is an air-cooled permanent magnet VSD screw compressor with 7.5 kW motor power and an air-delivery range of 1.4–1.1 m³/min over 0.7–1.0 MPa. Its IE4 permanent magnet motor, MAXTOP airend and compact upright cabinet suit a workshop air system with changing demand.
The Blue Storm M2.0-20 is an air-cooled permanent magnet VSD screw compressor with 15 kW motor power and an air-delivery range of 2.4–2.0 m³/min over 0.7–1.0 MPa. A direct-drive MAXTOP airend, IE4 permanent magnet motor and integrated inverter support workshops with several machines sharing one air supply.
The Blue Storm M2.0-50 is an air-cooled permanent magnet VSD screw compressor with 37 kW motor power and an air-delivery range of 6.1–5.2 m³/min over 0.7–1.0 MPa. An IE4 permanent magnet motor, direct-drive MAXTOP airend and 1-1/4-inch outlet support production networks requiring more air than the smaller M2.0 models.