ASRock WS TR 360D 360mm AIO Liquid Cooler - Threadripper
ASRock
ASRock WS TR 360D 360mm AIO Liquid Cooler - Threadripper
The ASRock WS TR 360D is a 360mm liquid cooler engineered specifically for AMD Ryzen Threadripper processors in high-core workstations. Its dual-pump architecture with redundancy and brazed copper cold plate delivers stable thermal performance for professional creators and engineers running continuous heavy workloads.
Why this product
Dual-pump redundancy with alarm
If one pump fails, an audible alert activates instantly. The second pump continues cooling, minimizing downtime risk in professional environments.
38mm high-density radiator
Thick fin array sustains continuous heavy workloads. Designed to dissipate heat from processors with high core counts over extended runs.
Brazed monolithic copper cold plate
Precision-brazed construction ensures zero-leak integrity and maximum thermal conductivity for 24/7 operation.
0dB silent cooling at low load
Fans stop completely under low thermal demand, reducing power draw and extending bearing lifespan.
6-year warranty
Industrial-grade components and dual-ball bearing fans backed by six years of coverage.
- Radiator size360mm
- TDP support500W+
- Max airflow89.7 CFM
- Max noise level39.7 dB(A)
- Fan speed range0–3000 ± 10% RPM
- Warranty6 years
- SKUASR-3564
- EAN4711581494237
- AMD Threadripper sockets: sTR5, SP6, sWRX9, sWRX8, sTRX4, TR4, SP3
- Supports processors with TDP of 500W and above
- Not compatible with Intel sockets or other AMD socket types
Best for
- High-core Threadripper workstations requiring 24/7 thermal stability
- Professional render farms and long-duration compute tasks where downtime is costly
- Dust-prone or high-humidity environments needing IP54 protection
- Users prioritizing redundancy and audible failure alerts over single-pump simplicity
Trade-offs
- Single-pump simplicity. The dual-pump design adds complexity and cost compared to conventional single-pump coolers.
- Silent-first builds. Maximum noise reaches 39.7 dB(A); quieter single-fan coolers exist.
- Low-TDP or light workloads. Sized and priced for high-core professional work, not gaming or casual use.
WS redefines workstation-class cooling with a dual-pump architecture, 38 mm high-density radiator, and brazed full-copper cold plate—delivering stable thermal performance for high-core processors. Precision CNC mounting, LCP fan blades, and industrial-grade dual-ball bearings ensure lasting reliability and continuous performance for professional creators and engineers.
Designed to deliver powerful performance, manageability and reliability for high speed computing workstations.
Specifically engineered for the AMD TR socket, CNC-machined mounting system ensures uniform pressure distribution across the large copper cold plate, optimizing heat transfer for high-core processors.
Ensures redundant, uninterrupted cooling for high-core, long-duration workloads—delivering stability and reliability for professional workstation environments. Audible alert activates instantly if one pump fails, ensuring system protection and minimizing downtime risk.
Thick, high-density fin array provides exceptional heat dissipation capacity to sustain continuous heavy workloads. Precision-brazed monolithic copper cold plate enables maximum thermal conductivity and zero-leak integrity for ultra-reliable 24/7 operation.
Crafted from aerospace-grade LCP (Liquid Crystal Polymer), the blades maintain flawless geometry under extreme RPM and thermal stress — ensuring enduring precision, durability, and performance stability. Crafted for superior concentricity, ensuring stable and effortless rotation under extreme conditions. The dual-bearing mechanism delivers consistent, long-lasting performance even under continuous high-temperature operation. Exclusive striped-ring design enhances lateral airflow for deeper fin penetration and superior radiator cooling efficiency. IP54 environmental protection safeguards the motor and bearing assembly, improving reliability in dust-prone and high-humidity operating conditions. Fan stops completely under low load for absolute silence and extended lifespan.
Integrated connectors provide a firm and precise connection between fans to ensure stable power and signal transmission for consistent operation. The 450mm tubing uses a multi-layer IIR + EPDM construction with a braided outer sleeve, providing high pressure resistance, low coolant permeation, and long-term bend durability. Secure tubing placement, simplify installation, and maintain a clean, organized build.
Pre-applied ASRock Therm-X1 Thermal Grease ensures consistent contact, improves heat transfer, and streamlines installation for reliable long-duration performance.
Fan
| Brand | ASRock |
|---|---|
| Dimensions | 120 × 120 × 28 mm |
| Speed range | 0–3000 ± 10% RPM |
| Airflow | Max 89.7 CFM |
| Static pressure | Max 4.7 mmH2O |
| Noise level | Max 39.7 dB(A) |
| Bearing type | Dual-ball |
| Blade material | Aerospace-grade LCP |
| Connector | PWM 4-pin |
| Power draw | 0.36 A / 12 V |
| Environmental protection | IP54 |
Performance
| Radiator thickness | 38 mm (high-density) |
|---|---|
| Cold plate material | Brazed monolithic copper |
| Pump architecture | Dual-pump with redundancy and audible alarm |
| TDP support | 500W+ |
| Tubing construction | 450 mm, multi-layer IIR + EPDM with braided sleeve |
| Thermal grease | ASRock Therm-X1 (pre-applied) |
Compatibility
| Socket compatibility | AMD sTR5, SP6, sWRX9, sWRX8, sTRX4, TR4, SP3 |
|---|
Durability
| Warranty | 6 years |
|---|
Shipping
All our products are shipped from the United Kingdom within 24 to 48 hours of purchase. See our Shipping and Returns page for full details.
Returns
- Tech Syndicate offers a full money-back guarantee on all purchases made in our store. If you are not satisfied with your purchase, we will provide a full refund, no questions asked.
- Refunds are available within 45 days of delivery.
- After the 45-day period you are no longer eligible for a refund, so we encourage you to try the product within the first few weeks to make sure it fits your needs.