NDLIULEI
NDLIULEI 4650N-465 230V 120mm Case Fan 19/18W 12038
A 230 V AC case fan measuring 120 × 120 × 38 mm draws 110/120 mA at 18/19 W
- TypeCase Fan
- Fits standard 120 mm mounting with 38 mm depth
- Runs directly from 230 V mains supply
- Draws 120 or 110 mA depending on load
- Consumes 19 W or 18 W for efficient cooling
- Brand new condition ensures reliable operation
What this 230 V case fan does
The NDLIULEI 4650N-465 is a 120 × 120 × 38 mm case fan that runs directly from 230 V mains power. It draws 120/110 mA and consumes 19/18 W, making it suitable for industrial enclosures or server chassis that already have a 230 V supply.
Practical limits of mains-powered cooling
Because the fan connects to 230 V, it cannot be controlled by a standard motherboard PWM header or a 12 V fan controller. Speed is fixed at the rated current, so airflow and noise stay constant. The unit also lacks a tachometer signal, so the host system cannot monitor rotation.
Installation notes and common issues
Mounting uses the four corner holes on the 120 mm square frame; no screws are included. Wiring must follow mains-voltage safety rules — use proper connectors, insulation and strain relief. A frequent mistake is trying to power the fan from a low-voltage PSU, which will not work and may damage the motor.
Highlights
- Fits standard 120 mm mounting with 38 mm depth
- Runs directly from 230 V mains supply
- Draws 120 or 110 mA depending on load
- Consumes 19 W or 18 W for efficient cooling
- Brand new condition ensures reliable operation
Specifications
| Type | Case Fan |
|---|
Questions about this item
Should I pick the 19 W or the 18 W version of the 4650N-465 fan?
The fan draws 19 W at 120 mA and 18 W at 110 mA; both ratings apply to the same 230 V unit, so choose based on the airflow or noise level you need rather than a separate model.
What does the 19/18 W rating mean once the fan is installed in a PC case?
At 230 V the motor pulls 19 W on the higher speed tap and 18 W on the lower tap, giving you two fixed airflow levels without a PWM controller.
How does the 230 V AC interface limit the way I can control this 4650N-465 fan?
Because it runs directly on 230 V mains, speed can only be changed by switching between the two internal windings or by using an external AC phase-cut controller; standard 4-pin PWM headers cannot drive it.
New to this? Which coin should you pay with — what to check, what it costs to pay, and what is never asked for.
Also in this aisle
People compared these
Same shelf, same checkout — eight coins and a 30-minute rate lock.



