Fans
Fans 4C-230HB 12038 230V 19/22W Radiator
230 V AC axial fan with metal frame and plastic blades delivers over 80 CFM airflow at 39 to 42 dBA for UPS cabinet cooling
- Air Flow>80 CFM
- Delivers >80 CFM airflow for effective cabinet cooling
- Operates on 230 V AC at 50/60 Hz for standard mains compatibility
- Runs at 2650/3000 RPM with ball bearing for 50000-hour service life
- Produces 39/42 dBA noise at 19/22 W for quiet, efficient operation
- Compact 120×120×25 mm metal frame fits UPS and radiator enclosures
AC axial fan for cabinets
This 120 mm square axial fan mounts in a metal frame with plastic blades. It runs on 230 V AC at 50 or 60 Hz and draws 19 W at low speed or 22 W at high speed. Airflow exceeds 80 CFM for enclosure cooling.
Installers needing 230 V AC cooling
Suited for UPS cabinets, industrial enclosures and HVAC ducts that demand a compact 12038 footprint. Not for builders who need a DC voltage version, PWM speed control or a lower noise floor below 39 dBA.
230 V AC 19/22 W power rating
The dual-frequency motor delivers 2650 RPM at 50 Hz and 3000 RPM at 60 Hz with ball bearings rated for 50000 hours. Static pressure reaches 2.64 mmH₂O at low speed and 2.43 mmH₂O at high speed.
Highlights
- Delivers >80 CFM airflow for effective cabinet cooling
- Operates on 230 V AC at 50/60 Hz for standard mains compatibility
- Runs at 2650/3000 RPM with ball bearing for 50000-hour service life
- Produces 39/42 dBA noise at 19/22 W for quiet, efficient operation
- Compact 120×120×25 mm metal frame fits UPS and radiator enclosures
Specifications
| Air Flow | >80 CFM |
|---|
Questions about this item
How do I install the 120*120*25 mm 230 V fan in a cabinet, and what step is often missed?
Mount the metal frame with four screws on 120 mm centres, connect the two AC leads to 230 V 50/60 Hz mains, and verify the blade rotation matches the airflow arrow — reversed wiring is the common error.
What maintenance or replacement will the ball-bearing fan need after long-term use?
The ball bearing is rated for 50000 hours; after that period expect rising noise above 39/42 dBA and reduced airflow, so plan a full fan replacement rather than bearing service.
What limit appears first when the fan runs continuously at 3000 RPM in a hot cabinet?
At 75 °C ambient the motor reaches its maximum rated temperature, so sustained operation at the 22 W / 3000 RPM point will hit the thermal limit before the 50000-hour bearing life ends.
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