Industrial 6 inch (150mm) inline centrifugal duct fan can be used for various applications, including improving air circulation, removing stale air, or enhancing HVAC system efficiency. This centrifugal extractor blower is commonly installed in line within ductwork to provide ventilation for spaces that require significant air movement, such as industrial facilities, commercial buildings, or large residential homes.
Specification
Model |
ATO-QL-P150B-EC-00 |
Operating Voltage |
230V AC |
Frequency |
50Hz/60Hz |
Max. Power |
85W |
Motor Power |
85W |
Max. Current |
0.65A |
Noise |
66dB(A) |
Speed |
2650rpm |
Impeller Diameter |
150mm (6 inch) |
Air Volume |
680m3/h (400 cfm) |
Speed Regulation |
0~10VDC / PWM |
Impeller Material |
Plastic |
Rotation Direction |
Clockwise CW (from the rotor end) |
Operation Mode |
S1 |
Bearing |
Ball Bearing |
Operating Temperature |
-25~60℃ |
Motor Protection |
Thermal Protection, Soft Start Protection, Stall Protection |
Performance |
Low Noise Fan |
Protection Level |
IP55 |
Insulation Level |
B |
Certificate |
CCC, RoHS |
Dimension (Unit: mm)
Performance Curve
Wiring
Tips: Inline centrifugal duct fan applications
Inline centrifugal duct fans are widely used across various applications due to their efficient airflow and high-pressure capabilities. In commercial buildings, they enhance HVAC systems by ensuring consistent air circulation, reducing hot and cold spots, and improving overall indoor air quality. In industrial settings, these fans are crucial for ventilating workspaces, extracting fumes, dust, and other airborne contaminants, thereby maintaining a safe and healthy environment for workers.
In residential properties, inline centrifugal duct fans are used in larger homes to boost airflow in complex duct systems, ensuring even temperature distribution. They are also ideal for ventilating areas with high moisture levels, such as bathrooms and kitchens, preventing mold growth and improving air quality. Additionally, these fans are employed in agricultural facilities to regulate temperature and humidity, crucial for maintaining optimal conditions for livestock and crops. Their adaptability and reliability make them an essential component in diverse ventilation and air quality control applications.