Low noise EC (electronically commutated) forward curved centrifugal fan comes with 200mm (8 inch) impeller working at 230V voltage, which combines the efficiency of EC motors with the effective airflow characteristics of forward inclined blades. EC motors are high efficiency and have variable speed control, and integrated electronics, allowing precise performance adjustments.
Specification
Model |
ATO-BL-F200B-EC-07 |
Operating Voltage |
230V AC |
Frequency |
50/60Hz |
Max. Power |
230W |
Motor Power |
230W |
Max. Current |
1.5A |
Noise |
70dB(A) |
Impeller Diameter |
200mm (8 inch) |
Speed |
2450rpm |
Air Volume |
820m3/h (480 cfm) |
Speed Regulation |
0~10VDC / PWM |
Impeller Material |
PA6+GF |
Rotation Direction |
Clockwise CW (from the rotor end) |
Operation Mode |
S1 |
Bearing |
Ball Bearing |
Operating Temperature |
-25~60℃ |
Motor Protection |
Thermal Protector Automatically Reset |
Performance |
Low Noise Fan |
Protection Level |
IP55 |
Insulation Level |
B |
Certificate |
CCC, RoHS |
Dimension (Unit: mm)
Performance Curve
Wiring
Detail
Tips: How does an EC forward curved centrifugal fan work?
An EC (Electronically Commutated) forward curved centrifugal fan operates using a combination of a centrifugal fan design and electronic motor control. The forward curved blades, which are curved in the direction of the airflow, draw air into the fan and then propel it outward at a high velocity. This design is ideal for creating high static pressure and ensuring consistent airflow.
The EC motor, a type of brushless DC motor, integrates electronic controls within the motor itself, allowing precise control of speed and efficiency. Unlike traditional motors with separate speed controllers, EC motors adjust the fan speed based on real-time demand and operational conditions. This results in energy savings, reduced noise, and improved reliability. The synergy between the forward inclined blade design and the EC motor’s control system enhances overall performance and efficiency in ventilation and air handling applications.