R3G220-RC05-03 ebmpapst 230V EC Centrifugal Fan

Description

The ebmpapst R3G220-RC05-03 is a high-efficiency 230V EC Centrifugal Fan (RadiCal® series) with dimensions of 220 mm, featuring a backward curved, single inlet design for optimal airflow. Operating on 230V AC within a nominal voltage range of 200 to 240V at 50/60Hz, this fan draws 0.7A of current and consumes 85W of power, achieving a reliable speed of 2580 RPM. Constructed with a durable die-cast aluminum housing and a PA plastic impeller, the R3G220-RC05-03 utilizes robust ball bearings for long-term performance. It offers IP54 protection, integrated locked-rotor and over-temperature protection for enhanced safety and reliability. With features like tach output, motor current limit, soft start, and 0-10 VDC / PWM control input, it is an ideal solution for precise and energy-efficient ventilation in applications such as air handling units, heat pumps, cleanrooms, and other industrial air conditioning systems requiring controlled air movement.

R3G220-RC05-03 Fan Parameters
Model: R3G220-RC05-03
Manufacturer: ebmpapst
Type: EC Centrifugal Fan (Backward Curved, Single Inlet)
Motor: M3G055-BI
Phase: 1~
Dimensions: 220 mm
Nominal Voltage: 230 V AC
Nominal Voltage Range: 200 .. 240 V AC
Frequency: 50/60 Hz
Speed: 2580 RPM
Power Input: 85 W
Current Draw: 0.7 A
Weight: 1.13 kg
Min. Ambient Temperature: -25 °C
Max. Ambient Temperature: 60 °C
Material of Electronic Housing: Die-cast aluminium
Material of Impeller: PA plastic
Number of Blades: 7
Direction of Rotation: Clockwise, seen on rotor
Protection Class: IP54
Insulation Class: B
Motor Bearing: Ball Bearing
Motor Protection: Locked-rotor protection, Over-temperature protected electronics / motor
Control Features: Output 10 VDC (max. 1.1 mA), Tach output, Motor current limit, Soft start, Control input 0-10 VDC / PWM, Control interface with SELV potential
Cable Exit: Variable
Product Conforming to Standard: EN 60335-1
Approval: CCC
Application: Air handling units, heat pumps, cleanrooms, and industrial air conditioning systems.