ASUS ProArt LC 360 360mm Liquid Cooler

Professional Cooling for Demanding Workloads

Keep your system running at peak efficiency with the ProArt LC 360, a high-performance 360mm all-in-one liquid cooler crafted for creators, developers, and power users. Whether you edit 4K video, render complex 3D scenes, or compile large projects, this cooler maintains stable CPU temperatures under sustained loads. As a result, your workstation performs consistently without thermal throttling.

Engineered by ASUS, the ProArt series focuses on reliability, quiet operation, and minimalist aesthetics tailored for professional environments.

Key Features & Specifications

Efficient 360mm Radiator

The 360mm aluminum radiator offers excellent heat dissipation while fitting into most mid-tower and full-tower cases. Additionally, three 120mm high-performance fans deliver optimized airflow to maintain consistent thermal control.

Advanced Pump Architecture

The precision-engineered pump increases coolant flow and enhances heat transfer efficiency. Therefore, your processor sustains higher boost clocks during heavy multitasking and demanding applications.

Low-Noise Performance

The included 120mm fans balance airflow and acoustics. Moreover, intelligent PWM control adjusts speeds dynamically based on CPU temperature, keeping your workspace quiet and distraction-free.

Clean ProArt Design

Unlike RGB-heavy gaming coolers, the ProArt LC 360 features a subtle, professional look that integrates seamlessly into creator builds and studio setups.

For official specifications and compatibility details, visit:
https://www.asus.com/proart/

Performance for Creators & Enthusiasts

The ProArt LC 360 handles high-core-count Intel and AMD processors with confidence. Whether you process large media files or push your CPU during extended workloads, this cooler maintains thermal stability. Furthermore, the 360mm radiator provides strong cooling headroom for high-TDP CPUs and moderate overclocking.

Consequently, your components operate more efficiently and benefit from improved longevity.

Why Choose This Product

Professionals demand dependable cooling without unnecessary lighting or noise. However, performance remains critical. The ProArt LC 360 delivers both efficiency and acoustic balance in a refined package. Additionally, reinforced tubing and durable materials enhance long-term reliability.

Pair it with our Workstation Motherboards for maximum stability, explore compatible PC Cases that support 360mm radiators, or upgrade your system with high-speed DDR5 Memory Kits.

Compatibility & Requirements

The cooler supports Intel LGA 1700 / 1200 / 115x and AMD AM5 / AM4 sockets. Ensure your case includes 360mm radiator mounting support before installation. Additionally, connect the fans to PWM headers for intelligent speed control.

PRODUCT SPECIFICATIONS:

• Radiator Size: 360mm

• Radiator Material: Aluminum

• Cooling Type: All-in-One Liquid Cooling

• Fans: 3 x 120mm High-Performance Fans

• Fan Speed: Up to approx. 2000 RPM

• Socket Support: Intel LGA 1700 / 1200 / 115x, AMD AM5 / AM4

• Tubing: Reinforced sleeved tubing

• Power Requirements: 4-pin PWM

• Radiator Dimensions: Approx. 399 x 120 x 30 mm

• Color: Black (ProArt design)

• Noise Level: Optimized low-noise operation

• Warranty: 6 Years Manufacturer Warranty

• Package Contents:

  • ProArt LC 360 Cooler

  • Intel & AMD Mounting Kits

  • PWM Cables

  • Installation Guide

Does the ProArt LC 360 support Intel 14th Gen CPUs?

Yes, it supports the LGA 1700 socket, making it compatible with Intel 14th Gen processors.

Is this cooler suitable for workstation builds?

Yes, it is optimized for creators, engineers, and professionals running demanding workloads.

Does it include RGB lighting?

No, it features a clean and professional design without RGB lighting.

Will it fit in most PC cases?

It fits in cases that support 360mm radiator mounting. Always check case compatibility before purchase.

Can it handle high-TDP CPUs?

Yes, the 360mm radiator provides strong cooling performance for high-core-count and high-TDP processors.