Fans
Fans A17251-V2HBTPForm 172×151×51 mm case fan 2800 RPM 230 CFM 230 V 50/60 Hz
A 172 × 151 × 51 mm axial fan moves 230 CFM at 2800 RPM on 230 V 50/60 Hz power
- RPM2000-2499 RPM
- High airflow of 230 CFM for effective cabinet cooling
- 2800 RPM delivers strong static pressure of 0.68 Inch-H₂O
- 27 W power draw at 230 V keeps energy use low
- Ball bearing construction rated for continuous industrial operation
- Compact 172×151×51 mm frame fits standard network enclosures
Industrial cabinet cooling fan
The Fans A17251-V2HBTPForm is an AC axial fan built for network cabinets and industrial enclosures. It runs on 230 V at 50/60 Hz and delivers 230 CFM of airflow at 2800 RPM. The ball-bearing design supports continuous operation in demanding environments.
Upgrade from lower-CFM axial units
Replacing a fan rated below 230 CFM or 0.68 Inch-H2O static pressure closes the gap when equipment runs hotter or cabinet density increases. The jump is worth it when the existing 230 V supply cannot be changed and a direct dimensional fit is required.
Suits rack and cabinet integrators
This unit fits builders who need a 172×151×51 mm footprint with 27 W draw and 52 dBA output. Buyers who need variable-speed PWM control, lower noise levels, or DC voltage input should look at something else.
Highlights
- High airflow of 230 CFM for effective cabinet cooling
- 2800 RPM delivers strong static pressure of 0.68 Inch-H₂O
- 27 W power draw at 230 V keeps energy use low
- Ball bearing construction rated for continuous industrial operation
- Compact 172×151×51 mm frame fits standard network enclosures
Specifications
| RPM | 2000-2499 RPM |
|---|
Questions about this item
What mounting holes or frame dimensions does the 172×151×51 mm fan require?
The fan measures 172 mm length, 151 mm width and 51 mm thickness; mount it to a panel cut-out matching those dimensions using the four corner holes on the 172 mm by 151 mm frame.
How do I wire the 230 V AC fan and what polarity mistake should I avoid?
Connect live and neutral to the two lead wires — there is no polarity, but do not apply DC voltage or a PWM signal; the motor runs directly on 230 V 50/60 Hz mains.
When should I plan to replace the ball-bearing fan running at 2800 RPM?
Expect bearing wear after several years of continuous 2800 RPM operation; replace the unit when noise rises above the rated 52 dBA or airflow drops below 230 CFM.
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