Centrifugal Compressor

Centrifugal Compressor

  • Working Pressure :0.6-25[ bar ] 8.7-362.5[ psig ]

  • Free Air Delivery :882.75-105930[ cfm ] 25-3000[ m3/min ]

  • Working Power :132-14500[ kw ] 175-20000[ hp ]

Centrifugal Compressor

Centrifugal Air Compressor Freatures and Advantages:


01 Rotor dynamic analysis

Rotor system critical speed analysis is the theory of safety operation of compressor.

Centrifugal Air Compressor

02 Rotor modal analysis

Analyze various vibration modes of impeller under high speed rotating state, and adjust relevant design parameters to avoid resonance, ensure stable operation and work of the compressor.

Centrifugal Air Compressor

03 Stress and strain analysis of impeller

Use the professional designing tool, the impeller strength analysis, and the selection of different materials and structures, the impeller is safe loaded which ensure the long life and stable operation of itself.

Centrifugal Air Compressor

04 The aerodynamic design

Through CFD calculation and analysis of the basic model, the shape and collocation of blade, diffuser and scroll are optimized, and the aerodynamic design is constantly improved to achieve higher efficiency and wider turndown range.

Centrifugal Air Compressor

Advanced control system

  • Standard 12〞touch screen, all parameters of the compressor can be viewed on it, easy to operate;
  • Standard Siemens PLC, automatic dual mode + constant voltage control mode can be switched locally and remotely to ensure safe and stable operation;
  • Automatic remind when the faults occur or maintenance is needed;
  • Historical data can be viewed locally and remotely.

Centrifugal Air Compressor

Energy saving and emission reduction

Centrifugal Air Compressor

Generally, the larger volume, the higher efficiency. One centrifuge can save about 20% energy when replacing several small screws.

Centrifugal Air Compressor

Use centrifuge to replace many screw machines, save maintenance cost & time and site area.

 

Centrifugal Compressor Technical Parameters:

Model Maximum Working
Pressure barg
Capacity(FAD)
m³/min
Installed Motor Power Dimensions(mm) Weight
kW Hp L W H Kg
DAC50 0.6-8 25-48 132-263 175-350 2650 1650 1850 3860
DAC80 0.6-10 40-85 225-450 300-600 3350 1860 2150 6500
DAC120 0.6-13 75-123 400-630 535-850 3850 2100 2250 8250
DAC200 0.6-13 115-208 618-1120 830-1120 4250 2150 2350 11500
DAC250 0.6-20 175-260 925-1375 1250-1850 4500 2250 2380 16000
DAC300 0.6-25 228-310 1225-1600 1650-2200 4650 2250 2450 17500
DAC350 0.6-25 283-360 1500-1850 2000-2500 4850 2250 2500 18500
DAC450 0.6-25 350-460 1800-2350 2400-3150 5250 2300 2950 21500
DAC550 0.6-25 430-586 2250-3150 3000-4200 6250 4550 3550 41500
DAC1000 0.6-25 550-1015 2850-5000 3800-5750 8350 3850 3850 45500
DAC1500 0.6-25 920-1650 4500-7850 6000-10500 12500 4550 4550 62500
DAC3000 0.6-25 1680-3000 7980-14500 10800-20000 14500 5350 5350 78500


 

Turbocharger series

Model Inlet Pressure
barg
Capacity(FAD)
m³/min
Outlet Pressure
barg
Installed Motor
Power kW
Dimensions(mm) Weight
L W H Kg
DAC550-HB 0.3-1.0 436-586 16-50 1214-1758 5250 3250 2850 25000
DAC1000-HB 0.3-1.0 550-1020 16-50 1925-3570 5850 3550 3150 32500
DAC1500-HB 0.3-1.0 920-1650 16-50 3220-5775 6500 4350 3550 42500
DAC3000-HB 0.3-1.0 1680-3000 16-50 5880-10500 7500 5350 4250 58500

 

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