SXDOOL
SXDOOL GA81B2U-PFTA 75mm 12V .38A 4-pin VGA fan for RX560 RX460
A 75 mm 12 V 0.38 A 4-pin replacement cooler fan for RX 560 and RX 460 graphics cards
- 75 mm diameter keeps RX 560 and RX 460 cool
- 12 V 0.38 A draw matches original cooler specs
- 4-pin connector enables PWM speed control
- Direct replacement for Dataland and PowerColor RX cards
- GA81B2U-PFTA model ensures exact fit
Replacement fan for RX 460 and RX 560
This 75 mm cooler fits Dataland and POWERCOLOR RX 460 and RX 560 graphics cards. It runs on 12 V DC and draws 0.38 A through a standard four-pin connector. The unit is supplied new and ready to install as a direct replacement for a worn or noisy original fan.
Four-pin connector enables speed control
The 4-wire PWM interface lets the graphics card regulate fan speed automatically based on temperature. This reduces noise during light loads while still delivering full airflow when the GPU is under stress. No extra cables or adapters are required for the supported models.
Cooling headroom for mid-range GPUs
The fan provides adequate airflow for the thermal output of RX 460 and RX 560 boards in typical gaming or compute workloads. It is not suited for higher-power cards that demand larger heatsinks or greater static pressure. Builders needing dual-fan or larger-diameter coolers should look elsewhere.
Highlights
- 75 mm diameter keeps RX 560 and RX 460 cool
- 12 V 0.38 A draw matches original cooler specs
- 4-pin connector enables PWM speed control
- Direct replacement for Dataland and PowerColor RX cards
- GA81B2U-PFTA model ensures exact fit
Specifications
No published specifications for this item yet.
Questions about this item
How often should the 75mm fan on my RX560 be cleaned or replaced?
Clean the 75mm blades and heatsink fins every six to twelve months with compressed air; replace the fan only if bearing noise appears or the 0.38A motor stops spinning at 12V.
What limit appears first when the GA81B2U-PFTA runs continuously on an RX460?
The 0.38A current ceiling at 12V is reached before thermal throttling, so sustained loads are capped by the motor’s rated draw rather than temperature.
How loud and hot does the 4-pin VGA cooler get during all-day operation?
The 4-pin PWM control ramps the 75mm rotor only as needed, keeping acoustics low at idle and power draw at 0.38A maximum under full load.
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