Air Suspension Turbo Blower Fan
Product Description
Product Detail
Air suspension turbo blower fan is a new type of CASON® Aerobic Vertical Fermentation Machine air supply system. The advantages of Air suspension turbo blower fan are as follows:
High efficiency, significant energy saving; Low noise, optimized working environment.
Save space and reduce investment in auxiliary facilities.
Simple operation, high degree of automation.
No lubricating oil, no maintenance, high reliability of equipment.
(1) Principle of Air suspension turbo blower fan bearing
Startup, when the Air suspension turbo blower fan motor rotor shaft and relative movement, air bearing rotor shaft speed increase rapidly, along with the rotating shaft surface gas quickly create tension, make the open foil air bearing, bearing and shaft, the shaft and bearing air film formed between foils, using gas transmission, adsorption and condensability, A complete air film is formed under the aerodynamic dynamic effect, and the bearing of the Air suspension turbo blower fan supports the rotating shaft through the air film pressure field, so that the rotor shaft is in stable suspension state.
The Air suspension turbo blower fan adopts high speed permanent magnet synchronous motor. The motor of Air suspension turbo blower fan has convenient speed regulation, can easily realize stepless speed regulation; Wide speed range, large working speed range; Stable operation, no vibration, low noise; High efficiency (≥97%), no rotor loss; Less heat dissipation, life is much higher than ordinary AC motor; Small size, light weight, simple structure and other advantages.

Specifications
1. Energy consumption of Air suspension turbo blower fan in Aerobic Vertical Fermentation Machine
Energy consumption comparison table of one air suspension fan and two Roots fans in fermenter |
|||||
Item |
Energy consumption of classification |
Fermenter energy consumption (using air suspension fan) |
Fermenter energy consumption (using a Fan from Japan) |
Units |
|
1 |
Actual daily electricity consumption |
400 |
666 |
KWH |
|
2 |
Actual monthly electricity consumption |
12000 |
19980 |
KWH |
|
3 |
Actual annual electricity consumption |
144000 |
239760 |
KWH |
|
4 |
Actual daily electricity bill |
200 |
333 |
RMB |
|
5 |
Actual monthly electricity bill |
6000 |
10000 |
RMB |
|
6 |
Actual annual electricity bill |
72000 |
120000 |
RMB |
|
Conclusion:The use of air suspension fan can reduce power consumption by 40% compared with roots motor.It can save 48,000 yuan of electricity per year. |
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Comparison table of Air suspension turbo blower fan and Roots fan parameters
Item |
Comparison of operating parameters |
Anair suspension fan |
Twofans from Japan |
Notes |
1 |
Frequency(Hz) |
50 |
50 |
A single parameter |
2 |
Maximum output power(KW) |
11 |
22 |
Two parameters of Roots fan |
3 |
Actual output power(KW) |
9 |
15 |
Two parameters of Roots fan |
4 |
Voltage(V) |
380 |
380 |
A single parameter |
5 |
Electric current(A) |
13.3 |
14 |
A single parameter |
6 |
Noise dB(A) |
75 |
77.5 |
A single parameter |
7 |
Actual maximum flow(m³/h) |
480 |
480 |
Two parameters of Roots fan |
8 |
Actual output pressure(mbar) |
440 |
260 |
A single parameter |
9 |
Theoretical 24-hour power consumption(kwh) |
216 |
360 |
Two parameters of Roots fan |
Conclusion: The air volume of one air suspension fan is equal to that of two Roots fans. But the wind pressure is much higher than the roots fan. It consumes as much electricity as a single Roots fan. In practice, our fermenter works with two Roots fans. But only one air suspension fan is needed. According to practical operation, one air suspension fan (total power 9KW) can completely replace two Roots fans (bottom fan and fixed complementary fan, total power 24.2KW). |
Air suspension turbo blower fan and other fan parameters comparison table
Item |
Performances contrast |
Air suspension fan |
Magnetic levitation blower |
Single stage centrifugal blower |
Multi-stage centrifugal blower |
Roots blower |
Notes |
1 |
Bearing mode |
Air bearing |
Magnetic suspension bearing |
Tilting tile bearing |
Ball bearings |
Ball bearings |
|
2 |
Bearing life |
Semi-permanent |
Semi-permanent |
Longer |
Longer |
General |
|
3 |
Bearing lubrication |
Don't need |
Don't need |
Need |
Need |
Need |
|
4 |
Impeller form |
High efficiency impeller |
High efficiency impeller |
High efficiency impeller |
High efficiency impeller/Conventional impeller |
Conventional impeller |
|
5 |
Impeller life |
20 years |
20 years |
15 years |
15 years |
5-8 years |
|
6 |
Impeller efficiency |
High |
High |
High |
Higher |
General |
|
7 |
Motor type |
High speed permanent magnet motor |
High speed permanent magnet motor |
Conventional motor |
Conventional motor/permanent magnet motor |
Conventional motor |
|
8 |
Transmission form |
Direct connection |
Direct connection |
Coupling |
Coupling |
Coupling/belt |
|
9 |
Motor efficiency |
≥95% |
≥95% |
85-95% |
85-95% |
85-95% |
|
10 |
Motor cooling mode |
Low power air cooling/high power water cooling |
Air cooling/water cooling |
Air cooling |
Air cooling/water cooling |
Air cooling |
|
11 |
Lubricating oil maintenance |
Don't need |
Don't need |
Need |
Need |
Need |
|
12 |
Maintenance of vulnerable parts |
Filter |
Filter/bearing |
Lubricating oil pump/bearing/gear |
Seal/bearing |
Belt pulley/bearing |
|
13 |
Maintenance costs |
Low |
higher |
High |
Higher |
Low |
|
14 |
Control form |
Frequency conversion |
Frequency conversion |
Imports of throttling |
Inlet and outlet throttling |
Frequency conversion |
|
15 |
Running costs |
Lowest |
Low |
Middle |
Middle |
Highest |
|
16 |
Machine efficiency |
Highest |
High |
Middle |
Middle |
Lowest |
|
17 |
Machine price |
High |
Highest |
High |
Middle |
Lowest |
|
Deliver, Shipping And Serving
Time of delivery: Within 30 days after down payment received.
The shipping way: By sea
We welcome your inquiry.
