Huada 2.0 Series HD-45T 45kW Two-Stage PM VFD Screw Compressor

The Huada 2.0 Series HD-90T delivers 19.8 m3/min at 0.8 MPa, a robust 90 kW two-stage PM VFD compressor engineered for continuous mid-duty industrial production.

The Huada 2.0 Series HD-55T 55 kW unit supplies up to 12.5 m3/min at 0.8 MPa, an ideal balance of capacity and footprint for growing workshops and light industrial lines.

The Huada 2.0 Series HD-132T provides 28.0 m3/min at 0.8 MPa, a heavy-duty 132 kW two-stage PM VFD compressor for large-scale and multi-machine centralized air stations.

The flagship Huada 2.0 Series HD-160T outputs 33.6 m3/min at 0.8 MPa, a 160 kW two-stage PM VFD compressor with ultra-long-life rotors for the heaviest industrial duty.

The two-stage compression energy-saving oil-injected screw compressor has a unique host design. It not only has all the advantages of a single-stage oil-injected screw air compressor, but also has a more reliable and energy-saving operation due to the low compression ratio of each stage, small force on the rotor and bearings, large rotor diameter and low speed.

The Huada SG-50, as the flagship model of the SG series, is equipped with a 37 kW single-stage permanent magnet variable-frequency drive unit with a maximum exhaust capacity of 6.1 m³/min (0.7 MPa), delivering high airflow, exceptional energy efficiency, and robust performance to meet the demanding requirements of heavy-duty applications such as large-scale manufacturing and energy & chemical industries.

Air compressors are the "power tigers" in industrial electricity consumption, with an average power consumption of 20%. How to use the same amount of electricity to produce more air and help users save energy? We have made a series of efforts and research, and have made important breakthroughs. The permanent magnet variable frequency screw compressor developed by the company saves about 40% of electricity for users while ensuring the original working efficiency.

Two stage compression screw air compressor reduces the compression ratio per level,reducing internal leakage and increase the volumetric efficiency,reduces the bearing load,improve the working life of the host.Two stage compression instead of single stage compression,nearly a 15% increase in displacement,can realize a 15% more energy saving effect.