Deepcool Ls720 Weight And Size Considerations For Your Case

The Deepcool LS720 is a high-performance liquid CPU cooler designed for gamers and PC enthusiasts. When choosing a cooling solution, it is essential to consider its weight and size to ensure compatibility with your PC case and overall build stability.

Understanding the Dimensions of the Deepcool LS720

The LS720 features a 360mm radiator, which is larger than standard air coolers. Its dimensions are approximately 400mm in length, 120mm in width, and 27mm in thickness. These measurements are crucial when planning your case compatibility, especially for smaller or mid-tower cases.

Weight Considerations of the LS720

The total weight of the LS720, including the radiator, fans, and tubing, is around 1.8 kilograms (approximately 4 pounds). This weight is significant and can impact the mounting stability, especially in cases with limited support for heavy components.

Impact of Weight on Your PC Case

Heavy cooling solutions like the LS720 require sturdy mounting points. Ensure your case has adequate support to prevent stress on the motherboard and other components. In cases with limited reinforcement, additional brackets or supports may be necessary.

Size Compatibility Tips

Before purchasing the LS720, measure your case’s internal dimensions. Confirm that there is enough space for a 360mm radiator and associated fans. Also, verify clearance for the tubing and pump unit to avoid obstruction with other components such as RAM or GPU.

Case Types Suitable for the LS720

  • Full-tower cases
  • Mid-tower cases with dedicated radiator support
  • Some compact cases designed for custom liquid cooling

In smaller cases, consider alternative cooling options or custom mounting solutions to accommodate the LS720’s size and weight.

Final Considerations

Choosing a cooling solution like the Deepcool LS720 involves balancing performance with compatibility. Always check your case specifications and support for large, heavy radiators before installation. Proper support and space ensure optimal cooling performance and system stability.