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Air Compressor For EV

Liquid-Cooled Scroll Air Compressor

NFDS-CZS4.0
The oil-free scroll air compressor is an advanced air compression device that is oil-free, clean, efficient, and low-noise. It compresses air by meshing and rotating dynamic and static scrolls, requiring no lubrication throughout the process. It can output Class 0 oil-free clean air, making it suitable for scenarios with extremely high air quality requirements.
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Model 

NFDS-CZS4.0-10

Noise dB (A) 

65

Flow (L/min) 

320-450

Power (KW) 

4.5

Pressure (Mpa) 

1.2

Ambient temperature(℃)

-40℃-85℃

Motor type 

Permanent magnet synchronous motor 永磁同步电机

Cooling type 

Water cooling 水冷

Protection level 

IP68

Working life(H) 

16000+

 

Typical Applications

The Oil-Free Liquid-Cooled Scroll Air Compressor is especially suitable for braking systems and power steering systems in various electric vehicle platforms:

  • Electric bus air compressor applications for city and intercity public transit
  • Commercial electric vehicle air compressor systems for delivery trucks and logistics vehicles
  • Electric machinery operating in harsh environments, including:
    • 1. Coal mines
    • 2. Mining sites
    • 3. Quarries (areas with high dust concentration)
Oil-Free Scroll Air Compressor: Core Advantages

Ultimate Cleanliness: The compression process is oil-free, and the output air meets the ISO 8573-1 Class 0 oil-free standard, eliminating the need for post-treatment oil removal and reducing downstream filtration costs.

Low Noise and Vibration: Smooth rotary motion without reciprocating impact; overall noise level is 53–65 dB(A), suitable for indoor and medical environments.

High Efficiency and Reliability: Fewer moving parts, no contact wear; only seals are vulnerable, resulting in long maintenance cycles and low costs; volumetric efficiency under partial load is superior to reciprocating and screw compressors.

Flexible Control: Adaptable to variable frequency drive (VFD), with a wide flow adjustment range; outstanding energy efficiency under partial load, resulting in significant energy savings.