Corsair iCUE H150i ELITE CAPELLIX XT Processor All-in-one liquid cooler 12 cm Black 1 pc(s)

Compatible processor series: AMD Ryzen™ 7 | Compatible processor series: AMD Ryzen™ Threadripper™ | Number of fans: 3 fan(s) | Screws included: Yes | Fan diameter: 12 cm | Illumination LED: Yes | Rotational speed (max): 2100 RPM | Illumination colour: Multi | Maximum airflow: 65.57 cfm | Base plate material: Copper | Maximum air pressure: 2.68 mmH2O | Radiator height: 2.7 cm | Rotational speed (min): 550 RPM | Minimum air pressure: 0.17 mmH2O | Minimum airflow (imperial): 13.8 cfm | Fan thickness: 2.5 cm | Radiator depth: 12 cm | Suitable location: Processor | Radiator material: Aluminum | Tube length: 45 cm | Number of LEDs: 33 | Thermal pad included: Yes | Radiator width: 39.7 cm | Mounting kit: Yes | Quantity per pack: 1 pc(s) | Compatible processor series: AMD A | Product colour: Black | Supported processor sockets: LGA 1200 (Socket H5) | Supported processor sockets: LGA 1156 (Socket H) | Supported processor sockets: LGA 1700 | Warnings: Do not bend or damage cooling cables risk of leakage and corrosion. | Supported processor sockets: LGA 1151 (Socket H4) | Supported processor sockets: Socket sTR4 | Warnings: The product must not be disposed of in the regular refuse bin dispose of in accordance with local regulations for electronic waste. | Package type: Box | Supported processor sockets: Socket AM4 | Compatible processor series: Intel® Core™ i7 | Warnings: Avoid contact with coolant may cause skin and eye irritation. | Supported processor sockets: LGA 2066 | Compatible processor series: Intel® Core™ i5 | Compatible processor series: Intel® Celeron® | Supported processor sockets: LGA 1150 (Socket H3) | Type: All-in-one liquid cooler | Supported processor sockets: Socket sTRX4 | Compatible processor series: Intel® Pentium® | Compatible processor series: AMD Ryzen™ 3 | Weight: 2.61 kg | Compatible processor series: Intel® Core™ i3 | Compatible processor series: AMD Ryzen™ 5 | Supported processor sockets: LGA 1155 (Socket H2)