Fans
Fans UF-12A23BTHMotor case fan 17/15W 230V 50/60Hz
A 160 mm axial fan delivering 17/15 W airflow at 230 V for industrial and server cooling
- Axial airflow for efficient equipment cooling
- 17/15 W motor balances power and energy use
- 230 V 50/60 Hz suits standard mains supply
- 14/0.11 A draw keeps circuit load low
- 160 × 160 × 62 mm frame fits tight spaces
Industrial Axial Fan for 230 V Systems
The UF-12A23BTHMotor is a new axial case fan built for 230 V AC mains at 50 or 60 Hz. It draws 0.14 A at 50 Hz and 0.11 A at 60 Hz with a motor rated at 17 W and 15 W respectively. The 160 mm square frame and 62 mm depth suit industrial enclosures and rack cabinets.
Suited for Mains-Powered Cooling
This unit fits builders who need a direct 230 V fan without an external power supply. It is not for low-voltage PC chassis that rely on 12 V headers or PWM control. Buyers who want variable speed regulation or motherboard monitoring should look at something else.
Steady Operation at Fixed Speed
Under sustained load the fan runs continuously at its rated frequency with constant airflow. There is no thermal throttle curve or spin-up delay because the motor connects straight to the mains. The 17 W and 15 W power levels stay stable during long duty cycles in medical, rail or industrial drive cooling.
Highlights
- Axial airflow for efficient equipment cooling
- 17/15 W motor balances power and energy use
- 230 V 50/60 Hz suits standard mains supply
- 14/0.11 A draw keeps circuit load low
- 160 × 160 × 62 mm frame fits tight spaces
Specifications
No published specifications for this item yet.
Questions about this item
What power supply and mounting space are needed for a 160 mm axial fan rated at 230 V and 17/15 W?
The fan runs on 230 V AC mains power and draws 0.14/0.11 A; it fits a 160 mm square cut-out with a 62 mm depth.
Can this 230 V AC fan share a circuit with older 230 V equipment that runs at 50 or 60 Hz?
Yes, the motor is rated for both 50 Hz and 60 Hz at 230 V, so it can operate on the same mains supply as legacy gear.
How do I confirm the fan is spinning at the correct speed after wiring it to 230 V?
Measure the current draw — it should read approximately 0.14 A at 50 Hz or 0.11 A at 60 Hz when the fan is running freely.
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