Fans
Fans G2E140-PI51-11 180W 230V 50Hz blower
Centrifugal blower delivers 180 W airflow at 2200 rpm for 230 V 50 Hz inverter cooling from −25 °C to 60 °C
- 180 W motor drives strong airflow for inverter cooling
- 230 V 50 Hz single-phase supply fits standard industrial power
- 2200 rpm impeller speed delivers high static pressure
- 78 A current draw keeps energy use low
- Operates from -25 °C to 60 °C for harsh environments
Blower for inverter cooling
The Fans G2E140-PI51-11 is a 180W centrifugal volute blower designed for cooling inverters and similar equipment. It operates on 230V AC at 50Hz with a single-phase motor running at 2200 rpm. The unit suits integrators and maintenance teams needing a compact forced-air solution for electronic enclosures.
Check voltage, frequency and capacitor rating
Verify that your supply provides 230V AC at 50Hz single-phase power before installation. The motor draws 0.78A and requires a 4µF capacitor rated at 450VDB to meet the S0 (CE) standard. Ensure the mounting arrangement accommodates a scroll-housing blower and that the operating ambient range of -25°C to 60°C matches the intended environment.
Thermal and acoustic profile in normal use
The external-rotor motor sits inside the impeller, giving direct airflow cooling across the windings during operation. At 180W input the blower delivers forced electronic cooling suitable for continuous inverter duty. Speed is fully controllable via analog or serial interface, allowing noise and airflow to be matched to load without discrete steps.
Highlights
- 180 W motor drives strong airflow for inverter cooling
- 230 V 50 Hz single-phase supply fits standard industrial power
- 2200 rpm impeller speed delivers high static pressure
- 78 A current draw keeps energy use low
- Operates from -25 °C to 60 °C for harsh environments
Specifications
No published specifications for this item yet.
Questions about this item
Does the G2E140-PI51-11 blower include a capacitor or must I buy one separately?
A 4 µF capacitor rated at 450 VDB is specified for this unit, so it will be required for operation.
Which version of this 230 V blower matches my 50 Hz supply?
The nameplate lists 230 VAC at 50 Hz, making this the correct variant for standard European mains frequency.
What does the 180 W rating mean for actual airflow in my system?
At 2200 rpm the motor draws 180 W and 0.78 A, delivering the airflow performance defined by the ebm-papst centrifugal design.
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