Thermaltake
Thermaltake CL-W282-CU00BL-A Pacific CLD360 Copper Radiator
★★★★★
Maximize Cooling Performance with Thermaltake Pacific RadiatorThe Thermaltake Pacific CLD360 Radiator is designed for high-performance liquid cooling systems. Its double micro-fin copper construction and thick design deliver exceptional heat dissipation for demanding applications. Specifications:...
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Overview
Maximize Cooling Performance with Thermaltake Pacific Radiator
The Thermaltake Pacific CLD360 Radiator is designed for high-performance liquid cooling systems. Its double micro-fin copper construction and thick design deliver exceptional heat dissipation for demanding applications.
Specifications:
- Dimensions: 406(L) x 119 (W) x 40(H) mm
- Material: Copper
- Fin Density: 25 FPI (Fins Per Inch)
- Thickness: 40mm
- Thread: G¼”
Key Features
Double Copper Micro-fins - The fin density (FPI: 25) is optimally designed to increase surface area allowing heat to be easily carried away.
Fitment - Engineered at 40mm thickness with dual-row 12-set flat tubes and a brass tank.
Reflow Soldering - High-quality and high-temperature soldering at 482℉/250℃ ensures optimal thermal transfer with full strength on all connected area avoiding cracking and fail over time.
Durable Construction - Stainless steel side panels increases the strength of the radiator while reducing the weight
G¼” Thread Ports - Five total ports with one dedicated for coolant drain solutions.
Specifications
Brand
Thermaltake
Model
CL-W282-CU00BL-A Pacific CLD360
Radiator Material
Copper (micro-fins)
Fin Density (FPI)
25
Thickness
40mm
Tube Configuration
Dual-row 12-set Flat Tubes
Tank Material
Brass
Soldering Process
Reflow Soldering (482℉/250℃)
Side Panel Material
Stainless Steel
Thread Ports
G¼” (Five total, one for drain)
Pros & Cons
👍 Pros
- Features double copper micro-fins with an FPI of 25, optimally designed to maximize surface area for efficient heat dissipation
- Engineered with a 40mm thickness, dual-row 12-set flat tubes, and a brass tank, contributing to robust cooling performance
- Utilizes high-quality reflow soldering at 482℉/250℃, ensuring optimal thermal transfer and long-term structural integrity
- Constructed with durable stainless steel side panels, increasing the radiator's strength while effectively reducing its weight
- Includes five G¼” thread ports, with one dedicated for coolant drain solutions, offering flexible installation and maintenance
👎 Cons
- Requires users to implement their own cooling fans, as none are specified as included with the radiator
- The 40mm thickness might pose fitment challenges in smaller PC cases or setups with limited clearance
- Specific thermal performance metrics, such as Watts dissipated per degree Celsius, are not provided for direct comparison
- While durable, the copper and brass construction could be heavier than radiators made from alternative lighter materials
- The radiator features five ports, which might be more than necessary for simpler liquid cooling loops, adding complexity
Frequently Asked Questions
What is the benefit of the double copper micro-fins in this radiator?
The double copper micro-fins, with an FPI of 25, are optimally designed to increase the surface area, allowing heat to be easily carried away for more efficient cooling.
What is the construction of the Thermaltake Pacific CLD360 Radiator?
It is engineered with a 40mm thickness, features dual-row 12-set flat tubes, and incorporates a brass tank for robust and effective cooling.
How does the reflow soldering process enhance the radiator's performance?
High-quality and high-temperature reflow soldering at 482℉/250℃ ensures optimal thermal transfer and full strength on all connected areas, preventing cracking and failure over time.
What materials are used for the external construction of the radiator?
The radiator features durable stainless steel side panels, which enhance its strength while also contributing to a reduction in overall weight.
How many ports does this radiator have, and what are they used for?
This radiator includes five G¼” thread ports in total, with one specifically dedicated for coolant drain solutions, offering flexibility in setting up your liquid cooling loop.
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