Product Description
AC Axial Flow Ventilation Fan
The working principle of the AC axial flow ventilation fan is realized by energy conversion,that is:electrical energy→electromagnetic energy→mechanical energy→kinetic energy. The circuit principle is generally divided into a variety of forms, the circuit used is different, the performance of the fan will be different. The blades of the AC axial flow ventilation fan push the air in the same direction as the shaft. The impeller of the AC axial flow ventilation fan is somewhat similar to the propeller, when it is working,the flow of most of the air is parallel to the axis, in other words, along the axis. When the inlet air flow is 0 static pressure free air, its power consumption is the lowest, and when running, the power consumption will increase with the rise of the air flow back pressure. The AC axial flow ventilation fan is usually installed on the cabinet of the electrical equipment, and sometimes integrated on the motor, because the AC axial flow ventilation fan is compact it can save a lot of space, and it is convenient to install, so it is widely used.
MODEL | Bearing System | Rated Voltage | Freq. | Rated Current | Power | Rated Speed | Air Flow | Air Pressure | Noise Level | Weight | |
Ball | Sleeve | VAC | Hz | A | W | RPM | CFM | mmH2O | dBA | g | |
8025MSL110/125A | √ | 110-125 | 50/60 | 0.14/0.12 | 13/11 | 2300/2500 | 17/21 | 3.0/4.6 | 28/32 | 230 | |
8025MBL110/125A | √ | 2400/2600 | 18/22 | 3.3/4.8 | 29/33 | ||||||
8025MSL200/240A | √ | 200-240 | 0.07/0.06 | 2300/2500 | 17/21 | 3.0/4.6 | 28/32 | ||||
8025MBL200/240A | √ | 2400/2600 | 18/22 | 3.3/4.8 | 29/33 |
GENERAL SPECIFICATIONS | |
Bearing Type | Sleeve Bearing&Ball Bearing |
Material | Impeller; Plastic; Frame; Aluminum Alloy |
LeadWire | UL Type |
Operation Temperature | -10℃-65℃,35%-85%RH |
Storage Temperature | -40℃-70℃,35%-85%RH |