Bykski CP-D5PB-V2 Liquid Cooling 12V PWM Speed Controlled Pump Motor - 720L/H Flow Rate For Custom Watercooling Systems (CP-D5PB-V2)

Experience superior cooling performance and reliability with the Bykski CP-D5PB-V2 D5 Liquid Cooling 12V PWM Speed Controlled Pump Motor - 720L/H Flow Rater. Designed for enthusiasts and professionals alike, this industrial-grade pump integrates seamlessly into your custom cooling system.

Features

• Superior 12 Volts DC convenience: plugs into the computer power supply
• The high pressure capability of the CP-D5PB-V2 is particularly well adapted to high-flow systems
• 4-PIN PWM connector for automatic speed adjustment
• Durable spherical impeller with a single ceramic bearing

Specifications

• Power: 12V DCKEY_TAB
• Voltage: 8-20VKEY_TAB KEY_TAB
• Power Connector: 4-Pin Molex
• Speed Control: 4-Pin PWM
• Working Temp: -25 ~ 70°C
• Maximum head: 4.5m 720L/H
• Performance will vary based on the housing used

Included Parts

• 1x BykskiKEY_TAB CP-D5PB-V2 Liquid Cooling 12V PWM Speed Controlled Pump Motor

Pump Specific Warnings:

Use of caustic and/or abrasive coolant will void your warranty (see warranty section) and may cause your pump to fail. This pump comes stock without any housing, allowing you to integrate any of your favorite pump tops and accessories. Consequently, the pump cannot be used as a standalone unit. Do not run the pump dry.

The D5 and DDC range of pumps are designed to be self-lubricating, meaning the fluid that the pump is designed to move is also used to lubricate its internal parts. Therefore, you should not run the pumps without fluid for any reason. Running these pumps dry creates internal friction between the ceramic bearing and bearing housing, and that heat can quickly crack or melt the bearing housing.

Running D5 pumps dry (without fluid) immediately voids the warranty. Replacements will not be provided under these conditions.

It is easy for us to determine if your pump has been "run dry" or without fluid:

1. Visual scratches along the inside of the housing. These are created when the bearing housing melts and the impeller spins off-center.
2. The bearing housing has stress cracks or is melted, resulting from heat created when the pump is run dry.
3. The impeller sits too low in the housing, usually indicating that the ceramic bearing is falling through the normal housing location.

Warning:KEY_TAB This product is designed for self-installation. The manufacturer is not liable for any damages resulting from misuse, including, but not limited to, improper installation or the use of incompatible hardware or fluids. By using this product, you accept all related risks.