Fans
Fans D4E180-CA02-36 ABB inverter centrifugal blower
A 230 VAC, 60 Hz centrifugal blower delivering 1300 rpm at 495 W to cool ABB inverters in industrial HVAC and drive applications
- Reduces ABB inverter maintenance costs with original D4E180-CA02-36 fan
- 1300 rpm centrifugal airflow at 495 W power draw
- Runs on 230 VAC single-phase at 60 Hz
- Operates from -25 °C to 35 °C ambient
- 10 µF 400 VDB capacitor ensures stable motor start
Centrifugal Blower for ABB Inverters
This original ABB inverter fan is a single-phase centrifugal blower designed to provide cooling airflow for ABB drive units. It suits maintenance engineers and plant operators who need a direct replacement to restore reliable thermal management in existing installations.
230 VAC 60 Hz Single-Phase Integration
The blower operates on a 230 VAC, 60 Hz supply drawing 2.15 A and 495 W, and it requires a 10 µF, 400 VDB run capacitor. Its M4E068-LA motor runs at 1300 rpm without needing variable-frequency control, freeing the drive’s own inverter resources for the primary application load.
495 Watt Thermal Capacity at 35 °C Ambient
At the rated 495 W power consumption the unit delivers its design airflow up to a maximum ambient temperature of 35 °C, with a minimum operating limit of -25 °C. It cannot meet cooling demands above its rated pressure curve or in ambients exceeding 35 °C, so larger drive cabinets or higher heat loads will require additional or higher-capacity blowers.
Highlights
- Reduces ABB inverter maintenance costs with original D4E180-CA02-36 fan
- 1300 rpm centrifugal airflow at 495 W power draw
- Runs on 230 VAC single-phase at 60 Hz
- Operates from -25 °C to 35 °C ambient
- 10 µF 400 VDB capacitor ensures stable motor start
Specifications
No published specifications for this item yet.
Questions about this item
What is the maximum ambient temperature the D4E180-CA02-36 blower can tolerate during continuous operation?
The blower is rated for a maximum ambient temperature of 35 °C, so sustained use above that limit is outside its design range.
What noise, heat or power characteristics should I expect when this fan runs all day?
It draws 2.15 A at 230 VAC and consumes 495 W while spinning at 1300 rpm, so plan for that continuous power draw and the associated heat output.
What electrical supply and capacitor must already be in place for this blower to operate?
You need a single-phase 230 VAC, 60 Hz supply and a 10 µF, 400 VDB run capacitor wired to the motor.
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