Deepcool Lt720 Radiator Size: Does It Fit In Compact Cases?

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The Deepcool Lt720 is a popular choice among PC enthusiasts for its impressive cooling performance and sleek design. However, one of the most common questions is whether its radiator size is compatible with compact PC cases. Understanding the dimensions and compatibility can help you make an informed decision when building or upgrading your system.

Deepcool Lt720 Radiator Specifications

The Deepcool Lt720 features a 240mm radiator, which is designed to fit standard liquid cooling setups. Its dimensions are approximately 275mm in length, 120mm in width, and 27mm in thickness. These specifications are essential to determine whether it can be accommodated in smaller cases.

Compatibility with Compact Cases

Many compact cases support radiators up to 240mm, but compatibility depends on the case’s internal layout and available mounting points. Cases designed for all-in-one (AIO) cooling generally specify radiator size limits. It is crucial to check the case specifications before purchasing.

Cases That Typically Support 240mm Radiators

  • NZXT H210
  • Cooler Master MasterBox NR200
  • Phanteks Evolv Shift
  • Lian Li PC-011 Dynamic
  • Fractal Design Meshify C

These cases usually have dedicated mounting points for 240mm radiators, but always verify internal dimensions and clearance for other components like RAM and GPU.

Factors to Consider When Installing

When fitting a Lt720 radiator into a compact case, consider the following:

  • Available mounting points for the radiator
  • Clearance for fans and airflow
  • Space for other components like RAM and GPU
  • Overall case dimensions and internal layout

Proper planning ensures optimal cooling performance without compromising other hardware or airflow.

Conclusion

The Deepcool Lt720 radiator, with its 240mm size, is compatible with many compact cases designed for such radiators. However, verifying your specific case’s internal dimensions and mounting options is essential. By doing so, you can enjoy efficient cooling in a compact build without sacrificing performance or aesthetics.