DISCLAIMER: The weight and dimensions of the item stated may not be accurate and it could potentially affect International and Local Shipping fee. Any additional shipping fee due to discrepancy between stated and actual weight and dimensions of the item will become customer’s responsibility.
DISCLAIMER: Berat dan dimensi barang yang tertera mungkin tidak akurat dan berpotensi mempengaruhi biaya Pengiriman Internasional dan Pengiriman Lokal. Biaya pengiriman tambahan yang terhitung karena perbedaan antara berat dan dimensi yang tertera dan yang sebenarnya akan menjadi tanggung jawab pembeli.
Item dimensions: ;
Package dimensions: 21.3 x 11.1 x 3.05 cm ; 0.09 kg
FH-10 is an integrated fan hub which is capable of powering up to 10 fans (3-pin or 4-pin) , while occupying only one 4-pin motherboard header which can be either system fan or CPU fan.
If PWM fans are connected with FH-10, each port will have its own PWM function and fan speed can be adjusted at the same time (only the speed of Fan 1 can be identified by the system.) If non-PWM fans are connected, FH-10 CANNOT give them extra PWM function.
FH-10 fan hub allows users to fully populate the case with fans while maintaining clean and efficient cable management. At the same time the blue LED indicator light makes it an attractive choice for cooling performance enthusiasts as well as users seeking no-fuss installation.
Supports up to 10 Independent Fans
The ability to deploy up to 10 fans enables users to greatly expand cooling capability within the chassis and enjoy enhanced system performance.
Stable SATA Power Input
Powered by a stable SATA connection to the system PSU, the FH-10 delivers safe and reliable power for up to 10 fans.
PWM Function Design
If PWM fans are connected, each port will have its own PWM function. Fan speed can be adjusted at the same time.
If non-PWM fans are connected, they still don't have PWM function.
Optimized Cable Management
Both Velcro and screw mountings are applicable.
Back side shows Fan numbers. Only the speed of FAN 1 can be identified by the system