Stainless Steel Backward Energy Efficiency Induced Draft Blower Fan
Introduction
The Stainless Steel Backward Energy Efficiency Induced Draft Blower
Fan is generally used for forging furnace and high pressure forced
ventilation and widely used for material transportation.
Stainless Steel Backward Energy Efficiency Induced Draft Blower Fan
is suitable for conveying air and non-corrosive, unnatural and
non-viscous gases.
The temperature of the medium is generally not more than 80°C, and
the dust and hard fine particles contained in the medium are not
more than 150mg/m3.
The fan can also be used in cement kiln decomposition process,
steel smelting and other special occasions use of high temperature
fan (use heat resistant & high strength material).
The Stainless Steel Backward Energy Efficiency Induced Draft Blower
Fan is the latest developed high-efficiency and energy-saving product,
whose performance fully meets the aerodynamic performance of
general fan 9-08 series, and has the characteristics of high
efficiency, low noise, flat performance curve, large flow
regulation range and wide efficient area.
Technical data
| series | model | Induced Draft Blower Rotation Speed
(r/min) | Induced Draft Blower Total Pressure
(Pa) | Induced Draft Blower Air Capacity
(m³/h) | Power
(kW) |
|---|
9-10 Induced Draft Blower | 8C | 1450～2900 | 3231～15034 | 3297～14287 | 7.5～110 |
| 9C | 1450 | 4101～4597 | 4695～10717 | 15～22 |
| 10C | 1450 | 4958～5840 | 6440～15455 | 30～37 |
| 11.2C | 960～1450 | 2705～7364 | 5990～21713 | 15～75 |
| 12.5C | 960～1450 | 3975～9229 | 8327～30186 | 22～110 |
| 14C | 960～1450 | 4249～11668 | 11699～42409 | 37～220 |
| 16C | 960～1450 | 5575～15425 | 17463～63305 | 75～315 |
Advantages and Features
1.Stainless Steel Backward Energy Efficiency Induced Draft Blower Fan
can output higher gas pressure, and can provide more gas flow at
the same time, low noise.
2. In the case of using the common base, the installation is very
simple and basically does not require the support of professional
technicians.
3. The motor shaft is elastically connected with the drive shaft.
It is not necessary to tighten the belt or replace the belt
frequently, and the maintenance workload is small.
4. The fan system running at normal temperature with an impeller
diameter of less than 1400 mm does not require additional
configuration of bearing cooling device, which reduces the user's
investment and maintenance workload.
5. When the airflow resistance is increased, the motor load will be
automatically reduced and the motor will not be burnt.
6.The fan is made of high quality carbon steel, and can also use
stainless steel or other metal materials according to customer
requirements.
7. Running test and vibration value detection after the production
is completed, the fan operation is reliable.
