Vszerda
Vszerda No.W2S130-BM03-01 130 mm 230 V 46/47 W axial fan
130 mm axial fan moves air at 2700 or 3050 RPM using 46 to 47 W at 230 VAC
- Ball bearing motor reduces friction for longer service life
- 130 mm axial fan moves air at 2700 or 3050 RPM for effective cooling
- IP20 rated housing protects internal parts from solid objects
- Wide -25 to 70 °C operating range suits harsh environments
- 230 VAC 50/60 Hz supply fits standard mains power
130 mm 230 V axial fan
This Vszerda No.W2S130-BM03-01 is a 130 mm axial fan built for 230 VAC mains supply. It runs at 2700 or 3050 RPM depending on frequency and draws 46 to 47 W from a single-phase motor with ball bearings. The impeller uses painted sheet steel inside a die-cast aluminium housing.
Industrial cooling and equipment builders
The unit suits engineers fitting replacement airflow into cabinets, power supplies or machinery that specify a 130 mm frame and 230 V operation. It is not for builders who need a lower-voltage DC fan, a different mounting footprint, or a higher ingress rating than IP20.
46/47 W power consumption at 230 VAC
Power draw is the key figure for matching the fan to existing wiring, fusing or thermal budgets; the motor pulls 0.27 A at 50 Hz and 0.31 A at 60 Hz. If your design calls for a significantly different wattage or current profile, this model will not meet the spec.
Highlights
- Ball bearing motor reduces friction for longer service life
- 130 mm axial fan moves air at 2700 or 3050 RPM for effective cooling
- IP20 rated housing protects internal parts from solid objects
- Wide -25 to 70 °C operating range suits harsh environments
- 230 VAC 50/60 Hz supply fits standard mains power
Specifications
No published specifications for this item yet.
Questions about this item
Should I choose the 50 Hz or 60 Hz rating for my region?
The fan runs at 2700 RPM and 46 W on 50 Hz, and 3050 RPM and 47 W on 60 Hz, so select the row that matches your local mains frequency.
What does the 46/47 W power figure mean once the fan is installed?
It shows the actual electrical draw — 46 W at 50 Hz and 47 W at 60 Hz — so size your circuit and wiring for the higher 47 W value.
The fan connects to 230 V AC mains — what does that cap in practice?
It limits use to standard single-phase 230 VAC supplies at 50/60 Hz; no DC, three-phase or lower-voltage operation is possible.
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