OEM Industries
OEM Industries T124010SL 12V 0.1A 2 Pin CPU Cooler
A transparent 12 V sleeve-bearing fan with a 26 mm mounting pattern and a 2-pin connector for legacy graphics card cooling
- ColorTransparent
- TypeFan only
- Bearing TypeSleeve Bearing
- Power Connector2 Pin
- LEDNo
- Low noise operation from sleeve bearing
- Runs on standard 12V 0.1A power
- Simple two-pin connection for easy fit
- Transparent blades suit visible builds
- 26 mm mounting holes match listed cards
Replacement Fan for Legacy Graphics Cards
This transparent sleeve-bearing fan runs on 12 V and draws 0.1 A through a two-pin connector. It matches the mounting pattern used on several older video cards including the G1975X, X1300, V8502GT51 and EAX1600PRO models. The unit is sold as a fan only without heatsink or shroud.
Thermals Noise and Power Draw
At the rated 12 V the motor consumes 0.1 A, so heat output from the fan itself is minimal. Sleeve bearings typically run quietly at low speed but can become audible as lubricant ages. No LED lighting is present, keeping electrical load unchanged.
Behaviour Under Sustained Load
Continuous operation at the specified voltage keeps airflow steady for the supported cards. Sleeve-bearing life shortens if the fan runs hot for long periods, so monitoring temperatures during extended sessions is advisable. The two-pin design offers no speed control, so the fan runs at a fixed rate regardless of load.
Highlights
- Low noise operation from sleeve bearing
- Runs on standard 12V 0.1A power
- Simple two-pin connection for easy fit
- Transparent blades suit visible builds
- 26 mm mounting holes match listed cards
Specifications
| Model | T124010SL |
|---|---|
| Color | Transparent |
| Type | Fan only |
| Bearing Type | Sleeve Bearing |
| Power Connector | 2 Pin |
| LED | No |
Questions about this item
How do I mount the fan using the 26 mm hole spacing and 2-pin connector?
Align the four mounting holes on the 26 mm square pattern, secure the fan with screws, then plug the 2-pin lead into the motherboard or graphics-card header; the keyed connector prevents reversed polarity.
When should I replace the sleeve-bearing fan?
Plan replacement when bearing noise increases or RPM drops noticeably — sleeve bearings typically wear faster than ball bearings under continuous 12 V 0.1 A operation.
What thermal limit appears first during sustained load on a 12 V 0.1 A fan?
The 0.1 A current ceiling limits airflow, so the heatsink temperature rises until the CPU or GPU hits its own throttle point; the fan itself cannot spin faster to compensate.
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