Fans
Fans AC230V 240/280W Turbine G2E160-AY47-01 industrial cooling fan
AC 230 V centrifugal blower runs at 2100 rpm drawing 240 W at 50 Hz or 280 W at 60 Hz
- Operates on standard 230 VAC single-phase supply
- Delivers 2100 rpm at both 50 Hz and 60 Hz
- Draws 1.05 A at 50 Hz and 1.23 A at 60 Hz
- Runs from -25 °C up to 50 °C ambient temperature
- Handles back-pressure from 0 Pa to 50 Pa
Industrial AC230V Turbine Blower
This new industrial cooling fan operates on single-phase 230 VAC at 50 or 60 Hz. It is built for HVAC and machinery installations that require a centrifugal blower with an external rotor motor. The G2E160-AY47-01 model suits engineers specifying airflow for enclosures, ducting or process cooling.
Sustained-load airflow and power
At 50 Hz the unit draws 1.05 A and consumes 240 W while turning at 2100 rpm. At 60 Hz the draw rises to 1.23 A and 280 W at the same speed. A 6 µF 400 VDB capacitor is fitted for both frequencies. Minimum back pressure is rated at 0 Pa for 50 Hz and 50 Pa for 60 Hz, showing the curve under continuous duty.
Temperature range and acoustic profile
The fan is rated for ambient temperatures from -25 °C up to 50 °C at 50 Hz and 30 °C at 60 Hz. The external rotor design provides forced motor cooling within the airstream, contributing to a compact footprint. No sound-pressure level is published in the supplied data.
Highlights
- Operates on standard 230 VAC single-phase supply
- Delivers 2100 rpm at both 50 Hz and 60 Hz
- Draws 1.05 A at 50 Hz and 1.23 A at 60 Hz
- Runs from -25 °C up to 50 °C ambient temperature
- Handles back-pressure from 0 Pa to 50 Pa
Specifications
No published specifications for this item yet.
Questions about this item
How much heat and power does the 240 W or 280 W turbine produce when running continuously?
At 50 Hz it draws 240 W and 1.05 A; at 60 Hz it draws 280 W and 1.23 A, with the motor cooled by the impeller airflow.
What electrical supply and capacitor must I already have to install this G2E160-AY47-01 blower?
A single-phase 230 VAC supply at 50 Hz or 60 Hz plus a 6 µF, 400 VDB run capacitor are required.
Will this fan still operate reliably in a cabinet that sees -25 °C in winter and 50 °C in summer?
Yes — the rated ambient range is -25 °C to 50 °C at 50 Hz and -25 °C to 30 °C at 60 Hz.
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