High-speed single-stage centrifugal blower adpots overall composition pry structure type. The main body of the compressor is composed of (IGV, diffuser, volute, moving parts, seals and other components), the growth rate of the gear box, the drive system (motor + coupling and guard), lubricating oil passage and docking system and other components. The centrifugal blower adpots design software by the world famous American company Agile CN professional turbomachinery , three-dimensional flow backward curved impeller industry experts and designed by the whole stick CFD analysis to ensure compressor high efficiency, wide range of operating conditions and other characteristics. The centrifugal blower also adopts international advanced rotor dynamics and bearing design software DyRoBeS, finite element analysis software design strength, stiffness, modal, thermal stress on the impeller and other core components of a comprehensive analysis to ensure long-term stable operation of the rotor.
According to customized design to ensure the highest point of each project are efficient.
Technical Parameters of High-speed Single-stage Centrifugal Blower
Main application industry |
Platform |
Model |
Flow m3/min |
Rated working station |
Compression ratio |
Industrial, sewage treatment |
1 |
KCA100-1.7 KCA150-1.9 |
80-125 |
Q=100m3/min Tin = 25°C |
1.7 ~1.9 |
2 |
KCA150-1.7 |
130 〜200 |
Q=150m3/min Tin = 25°C |
1.7 ~1.9 |
|
3 |
KCA250-1.7 |
205-320 |
Q=250m3/min Tin = 25°C |
1.7-1.9 |
|
4 |
KCA450-1.7 |
330〜520 |
Q=450m3/min Tin = 25°C |
1.7-1.9 |
|
5 |
KCA750-1.7 |
540-850 |
Q=750m3/min Tin = 25°C |
1.7 〜1.9 |
|
6 |
KCA1200-1.7 |
880 〜1400 |
Q=1200m3/min Tin = 25°C |
1.7 ~ 1.9 |
Main application industry |
Platform |
Model |
Flow m3/min |
Rated working station |
Compression ratio |
Power plant desulfated NOx |
la |
KCA100-2.9 |
80-125 |
Q=100m3/min Tin=25°C |
1.95-2.9 |
2a |
KCA150-2.9 |
130-200 |
Q=150m3/min Tin=25°C |
1.95〜2.9 |
|
3a |
KCA250-2.9 |
205-320 |
Q=250m3/min Tin=25°C |
1.95-2.9 |
|
4a |
KCA450-2.9 |
330-520 |
Q=450m3/min Tin=25°C |
1.95-2.9 |
|
5a |
KCA750-2.9 |
540-850 |
Q=750m3/min Tin=25°C |
1.95-2.9 |
|
6a |
KCA1200-2.9 |
880 ~ 1400 |
Q=1200m3/min Tin=25°C |
1.95-2.9 |