Thermaltake 92mm Triple Heatpipe CPU Cooler Review: Specs, Pros and Cons
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This thermaltake isgc 200 side flow heatpipe CPU cooler review focuses on a compact air cooling solution built for small form factor cases. The unit features a 92mm fan and three copper heat pipes to manage thermal loads. Its slim profile allows it to fit into tight spaces without blocking other components. The design prioritizes low noise through hydro dynamic bearing technology. You get a straightforward cooling option that relies on physical specifications rather than complex software features. This cooler targets users who need reliable performance in constrained chassis environments. It delivers heat transfer through direct contact with the CPU surface.
What stands out
- 92mm PWM fan with hydro dynamic bearing for stable operation
- Three copper heat pipes for efficient heat transfer
- Sawtooth fin design increases dissipative performance by over 20%
- Compact dimensions of 3.62 x 3.62 x 0.98 inches
Who it fits
Good fit for
You should consider this cooler if you are building in a small form factor case where space is limited. The slim 0.98 inch height ensures it does not interfere with memory modules or nearby components. It suits users who prioritize quiet operation, thanks to the hydro dynamic bearing technology in the 92mm fan. The triple heat pipe design provides adequate cooling for standard processors that do not generate excessive heat. It is ideal for office PCs or media centers where noise levels matter more than extreme overclocking potential.
Who should skip it
You should look at another option if you require a larger cooling surface area. The 92mm fan size limits the total airflow compared to standard 120mm or 140mm coolers. High-end gaming rigs or workstations generating significant heat may exceed the cooling capacity of these three heat pipes. If you need RGB lighting or software control for fan curves, this model does not offer those features. Users seeking maximum thermal headroom for overclocked CPUs will find this compact design insufficient for their needs.
Verdict: This cooler offers a practical, space-saving solution for standard computing tasks. Its compact size and quiet operation make it suitable for small builds.
Key specs explained for this cooler
Fan Size: 92mm
This cooler uses a 92mm fan rather than the more common 120mm or 140mm sizes. Smaller fans generally produce less airflow but can fit into tight spaces where larger fans will not. You should check your case dimensions carefully to ensure this 92mm fan fits without blocking other components. It is a good choice for small form factor builds where space is limited.
Heat Pipes: 3
The unit includes three copper heat pipes to move heat from the CPU base to the fins. Three pipes provide a moderate level of thermal conductivity for standard processors. This count is typical for entry-level or compact coolers. You should compare this against larger coolers that often feature four, five, or six pipes for higher thermal loads. It suits users with modest cooling needs.
Model: CLP0538
This alphanumeric code identifies the specific version of the Thermaltake ISGC-200 cooler. Use this model number when searching for replacement fans or compatible mounting hardware. It ensures you are looking at the exact product with the side-flow design and PWM fan. Matching the model number prevents compatibility errors when upgrading or repairing your cooling system.
Width: 3.62 inches
The cooler measures 3.62 inches in width. This dimension determines if the unit fits between RAM sticks or other components on the motherboard. You must measure the clearance around your CPU socket to ensure the cooler does not interfere with nearby hardware. This width is relatively narrow, making it suitable for compact motherboards or cases with tight internal layouts.
Height: 0.98 inches
The total height of the cooler is 0.98 inches. This slim profile is critical for small form factor cases with low height restrictions. You can install this cooler under low-profile case lids or in compact enclosures where taller coolers would not fit. Always verify your case maximum cooler height before purchasing to ensure this slim design meets your spatial requirements.
Design and Build Quality
The listing describes a copper and aluminum base architecture paired with three heat pipes. This combination is designed to transfer heat directly from the CPU to the dissipation sawtooth fins. The fins feature a sawtooth indentation pattern. According to the listing, this design smooths cold air intake and increases dissipative performance by more than twenty percent. The cooler uses a dual heatsink module layout. This split design helps manage airflow efficiency within the compact chassis.
The unit measures 3.62 inches in width and length, with a height of 0.98 inches. It weighs 1.05 pounds. These dimensions confirm its classification as a low-profile cooler. The slim height allows it to fit into small form factor cases where taller air coolers would interfere with RAM or side panels. The compact footprint also reduces the chance of blocking nearby components on crowded motherboards.
Control is handled by a 92mm PWM fan. The listing notes that this fan uses Hydro Dynamic Bearing technology. This bearing type aims to improve operational stability and reduce noise over time. The fan is described as slim and specifically engineered to reduce air turbulence. This focus on friction reduction suggests an emphasis on quiet operation. The overall build prioritizes fitment in tight spaces while maintaining a functional heat transfer path through its triple heat pipe design.
Setup And Daily Use Guide
Installing this cooler requires careful attention to your case dimensions. The unit measures 3.62 inches in width and length, with a height of just 0.98 inches. This slim profile is designed for small form factor builds where space is limited. You must verify that your case can accommodate a 92mm fan width. The weight of 1.05 pounds is light, but you should still ensure your motherboard mounting points support the load securely. The cooler uses a 4-pin PWM fan connector. This allows your motherboard to adjust fan speed based on CPU temperature. You will need an available 4-pin header on your board for optimal speed control. The Hydro Dynamic Bearing technology is built into the fan mechanism. This design aims to reduce friction and improve stability over time. In daily use, the side flow design directs air away from the CPU socket area. This can help cool nearby components like VRMs in compact cases. The sawtooth fin design is intended to smooth cold air intake. This may improve airflow efficiency compared to flat fins. You should ensure there is adequate clearance around the cooler for air to exit. The three copper heat pipes transfer heat from the base to the fins. You do not need to manage the heat pipes manually. Once installed, the PWM fan will handle the rest. Check your BIOS settings to enable fan control if you want variable speeds. The slim height means you must avoid tall RAM modules that might interfere with the fan. The compact size makes it suitable for tight spaces, but airflow depends on your case fans. Ensure your case has intake and exhaust paths to support this side flow design.
Before You Buy This Cooler
You need to verify motherboard compatibility before purchasing. This model includes a 4-pin PWM fan connector. You must ensure your motherboard has a compatible CPU fan header to control speed. The unit weighs 1.05 pounds. Your case standoffs must support this weight without sagging. Check that your RAM clearance allows the 92mm fan to operate freely. Dust accumulation on the sawtooth fins can reduce efficiency. You should clean the fins periodically with compressed air. This cooler sits alongside other options in CPU Air Coolers & Thermal Paste. It suits users who prioritize compact dimensions over maximum airflow. If you need higher thermal capacity, consider larger 120mm or 140mm alternatives. However, for tight spaces, this slim profile remains a practical choice. Ensure your thermal paste application is even. This helps the copper base transfer heat efficiently to the three heat pipes. Proper installation ensures the Hydro Dynamic Bearing fan runs quietly. Avoid obstructing airflow paths around the dual heatsink modules.
Check before you buy
- Verify motherboard has a 4-pin PWM CPU fan header.
- Check RAM clearance for the 92mm fan height.
- Confirm case supports the 1.05-pound weight.
- Ensure side-flow airflow matches your case intake.
The product at a glance
Thermaltake 92mm Triple Heatpipe CPU Cooler
Best for: small form factor cases and low-TDP CPUs
- Heat Pipes
- 3
- Fan Size
- 92mm
- Features
- Fan
- Dimensions
- 3.62 × 3.62 × 0.98 inches
- Weight
- 1.05 pounds
View on Amazon: Thermaltake 92mm Triple Heatpipe CPU Cooler Affiliate link
This Thermaltake ISGC-200 is a low-profile air cooler designed for small form factor cases. It uses three copper heat pipes to transfer heat to aluminum sawtooth fins. The unit includes a 92mm PWM fan with hydro dynamic bearing technology. Its slim 0.98-inch height makes it suitable for tight spaces. You get a 3.62-inch wide base that mounts directly to the CPU.
Pros
- Three copper heat pipes for efficient heat transfer
- 92mm PWM fan with hydro dynamic bearing
- Slim 0.98-inch height fits low-profile cases
- Sawtooth fin design improves airflow smoothness
Cons
- Small 92mm fan size limits total airflow
- Heavier at 1.05 pounds compared to lighter alternatives
- Only three heat pipes for high-end CPUs
Good fit if
- You need a cooler under 1 inch tall
- You use a small form factor case
- You have a low-to-mid power CPU
Skip if
- You have a high-TDP gaming processor
- You need maximum cooling performance
- You prefer larger 120mm or 140mm fans
Verdict: Thermaltake ISGC-200 92mm CPU Cooler fits users with space constraints and modest thermal needs. It works well for office builds or compact PCs that cannot accommodate taller heatsinks.
Specifications side by side
| Spec | Thermaltake 92mm Triple Heatpipe CPU Cooler |
|---|---|
| Heat Pipes | 3 |
| Fan Size | 92mm |
| Features | Fan |
| Dimensions | 3.62 × 3.62 × 0.98 inches |
| Weight | 1.05 pounds |
| Model | CLP0538 |
Frequently asked questions
Does the Thermaltake ISGC-200 fit in small form factor cases?
Yes, this cooler is designed for space-constrained builds. It measures 3.62 inches in width and length, with a slim height of 0.98 inches. This profile allows it to fit where taller standard coolers cannot. You should verify your case clearance before installing.
What mounting hardware does the Thermaltake ISGC-200 include?
The product listing does not specify the exact mounting brackets or screws included in the box. You must check the manufacturer documentation or the retailer page for the full list of compatible socket types. Ensure your motherboard supports the included hardware.
Is the fan on this cooler PWM controlled?
Yes, the unit features a 4-pin PWM fan connector. This allows your motherboard to automatically adjust fan speed based on CPU temperature. You need a motherboard header that supports PWM signals to utilize this variable speed control effectively.
How much does the Thermaltake ISGC-200 weigh?
The cooler weighs 1.05 pounds. This weight is distributed across the heatsink and fan assembly. You must ensure your motherboard standoffs can support this load without sagging, especially in compact cases where mounting points may be less robust.
What is the maximum height clearance for this CPU cooler?
The maximum height clearance required is 0.98 inches. This slim dimension is critical for small form factor cases. You must measure the available space above the CPU socket to ensure the fan and heatsink fit without obstructing side panels or RAM.
Does this cooler work with high-end gaming CPUs?
No, it is best for low-TDP CPUs and office builds. The 92mm fan and triple heatpipe design manage modest thermal loads. High-performance gaming processors generate more heat than this unit can dissipate efficiently. Use it only for systems with modest thermal requirements.
What materials are used in the heatsink construction?
The heatsink uses a copper and aluminum base architecture. Three heat pipes transfer heat from the CPU to the aluminum fins. The fins feature a sawtooth indentation pattern to increase surface area. This combination helps move air through the compact design.