Console Cooler Fan Holder Game Helmet Rack Controller Cooling Station Storage Disc with RGB Light DC5V-5.5V for PS VR2 PS5
Feature:
1. Cooling Base: This bracket has a built-in high-speed fan, and the fan switch on the bracket can adjust the fan to 1/2/3 speed (1: low speed, 2: medium speed, 3: high speed, when the fan is turned off and stopped) to reduce the operating temperature of the console and extend the service life of the for PS5.
2. Charging Function: This bracket can simultaneously charge two game handles. There is a charging indicator that displays a red light during charging; No light standby, and the blue light is fully charged (the blue light always lights up 10 minutes after being fully charged, and then the blue light goes out).
3. Multipurpose: This holder is equipped with a game disc storage holder for storing six game discs, and a headset holder for storing headphones or controllers. The dustproof cover on the top of the console can be dustproof and used to store remote controls, charging cables, charging adapters, and other game accessories.
4. Three Lighting Modes: RGB light automatically changes color through breathing light mode; Lock RGB light mode; Turn off the light. You can press the RGB light switch to control it.
5. Satisfaction Guarantee: We strive to provide each customer with the highest standard of customer service to ensure you have a pleasant shopping experience. If you have any issues, inquiries or need assistance, please feel free to contact us directly.

Specification:
Origin: Mainland China
Material: ABS+PC
Input voltage: DC5V-5.5V
Input current: max. 3A
Fan speed: 3500 RPM ± 1000 RPM/min (first gear: 2400 RPM ± 200, second gear: 2800 RPM ± 200, third gear: 3200 RPM ± 200)
Handle charging time: About 3-4 hours
Product weight: 435g
Product size: About 325x85x32mm/12.79x3.34x1.25inch

Note:
Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!
Please allow 1-2cm measuring deviation due to manual measurement.