Question 1

Where should I mount my radiator?

Accepted Answer

It is recommended to install the radiator at the top of the case for better cooling performance. During installation, the radiator tubes can be positioned either downward or toward the memory side (right side), depending on the internal layout of the case. Both orientations work properly.

Question 2

Should the radiator tubes face up or down?

Accepted Answer

When front-mounting the radiator, we recommend positioning the tubes at the bottom whenever possible. This helps reduce the chance of air reaching the pump and may minimize pump noise over time.

Question 3

Does my CPS cooler support Intel LGA1851 / LGA1700?

Accepted Answer

Most current CPS PcCooler CPU coolers support Intel LGA1851 and LGA1700. Please refer to the product specifications or packaging for compatibility details. If you own an older model, contact our support team to check whether an upgrade mounting kit is available.

Question 4

Can I replace the fan on my CPS air cooler?

Accepted Answer

Yes. Most CPS PcCooler air coolers support standard 120 mm or 140 mm PWM fans, depending on the model. Please ensure that the replacement fan matches the supported size, thickness, and mounting clip design for optimal performance.

Question 5

Why is my pump making noise?

Accepted Answer

A small amount of pump noise during startup is normal. If the noise continues, check that the pump is connected correctly, running at the recommended speed, and that the radiator is installed properly. Air trapped inside the loop may also cause temporary noise.

Question 6

Which motherboard RGB software is compatible with CPS PcCooler products?

Accepted Answer

CPS PcCooler ARGB products are compatible with most major motherboard lighting software, including ASUS Aura Sync, MSI Mystic Light, GIGABYTE RGB Fusion, and ASRock Polychrome Sync. Please ensure your motherboard provides a compatible 5V 3-pin ARGB header before connecting the device. Software compatibility may vary depending on your motherboard model and BIOS version.

Question 7

Why doesn&#x27;t the digital display show the same temperature as monitoring software?

Accepted Answer

The temperature shown on the digital display may differ slightly from third-party monitoring software due to different sensor sources, polling intervals, and calculation methods. Small differences are normal and do not indicate a product issue.

Question 8

My cooler fan is making unusual noise. What should I do?

Accepted Answer

Check that no cables are touching the fan blades and that the fan is securely mounted. Dust buildup or debris may also cause abnormal noise. If the issue persists after cleaning and inspection, please contact CPS PcCooler support for further assistance.

Question 9

Which direction should the fan be installed?

Accepted Answer

For tower air coolers, the fan should generally direct airflow toward the rear exhaust fan of the case. Proper airflow direction helps improve overall cooling performance and system ventilation.

Question 10

Why doesn&#x27;t the CPS PcCooler software detect my device?

Accepted Answer

Verify that your cooler supports CPS PcCooler software and that all required USB and power cables are connected correctly. Make sure you are using the latest version of the software and restart your PC after installation. If the device is still not detected, reinstall the software or contact technical support.

Question 11

The CPS Control software is installed successfully, but my cooler isn&#x27;t responding. What should I do?

Accepted Answer

First, confirm that your cooler model supports software control. Then check all USB, power, and communication cable connections. Restart both the software and your computer. If the issue remains, reinstall the software or contact CPS PcCooler support for assistance.

Question 12

Does the warranty cover damage caused by coolant leakage?

Accepted Answer

CPS PcCooler liquid coolers are designed and tested to meet strict quality standards. In the unlikely event of a confirmed product defect resulting in coolant leakage, warranty service will be provided according to the terms of the CPS PcCooler Warranty Policy. Please contact our support team with proof of purchase and photos of the affected product for assistance.

Question 13

Is a 360mm AIO better than a 240mm AIO?

Accepted Answer

A 360mm AIO generally offers greater cooling capacity than a 240mm AIO, making it better suited for high-performance CPUs and demanding workloads. However, the best choice depends on your processor, cooling requirements, and case compatibility. For many mainstream systems, a 240mm AIO provides excellent cooling performance.

Question 14

Should I choose an air cooler or a liquid cooler?

Accepted Answer

Both air coolers and liquid coolers provide effective CPU cooling. Air coolers are known for their reliability, simplicity, and low maintenance, while liquid coolers are well suited for high-performance processors and sustained heavy workloads. The best option depends on your CPU, PC case compatibility, and cooling requirements.

Question 15

Does a larger radiator provide better cooling performance?

Accepted Answer

In general, a larger radiator offers greater heat dissipation capacity, which can improve cooling performance under heavy workloads. However, overall cooling efficiency also depends on factors such as fan performance, pump design, case airflow, and CPU power consumption.

Question 16

What is TDP in a CPU cooler?

Accepted Answer

TDP (Thermal Design Power) is a thermal design guideline rather than the maximum CPU power consumption. Modern processors can exceed their rated TDP during boost workloads, so CPU coolers should be selected based on the processor’s sustained power consumption and manufacturer recommendations.

Question 17

How much PSU wattage do I need?

Accepted Answer

For optimal performance and future upgrades, we recommend choosing a PSU with approximately 20–30% additional power headroom.

Question 18

How do I calculate the power requirements of my PC?

Accepted Answer

Online PSU calculators can provide a helpful estimate, but you should also refer to the recommended PSU requirements from your CPU and graphics card manufacturers.

Question 19

What is the difference between ATX 3.0 and ATX 3.1?

Accepted Answer

ATX 3.0 and ATX 3.1 are PSU design standards developed by Intel to improve compatibility with modern hardware.ATX 3.0: Introduced support for PCIe 5.0 graphics cards and the 12VHPWR connector, designed for high transient power loads.ATX 3.1: Updated the power specification with improved transient response requirements and introduced the newer 12V-2x6 connector, which provides better connection reliability and safety.ATX 3.1 builds on the ATX 3.0 standard with improved connector design and updated power delivery requirements, providing better compatibility with the latest graphics cards.

Question 20

What does 80 PLUS certification mean?

Accepted Answer

80 PLUS certification measures PSU energy efficiency under different load levels. Bronze through Platinum are tested at 20%, 50%, and 100% load, while Titanium also includes a 10% load efficiency requirement.Common certification levels: 80 PLUS Bronze / Silver / Gold / Platinum / Titanium.Higher certifications generally mean better efficiency, lower energy waste, and reduced heat output. However, 80 PLUS certification mainly reflects efficiency performance and does not fully represent overall PSU quality. Factors such as component quality, circuit design, protection features, and reliability are also important.

Question 21

Should I choose a fully modular PSU?

Accepted Answer

A fully modular PSU allows you to connect only the cables you need.Benefits:• Easier installation and cable management• Improved airflow inside the case• Cleaner-looking builds• Easier upgrades and maintenanceA fully modular PSU is an excellent choice for gaming PCs, high-performance systems, and builds where clean cable management is a priority.

Question 22

Does this PSU support NVIDIA RTX 50 Series graphics cards?

Accepted Answer

Compatibility with NVIDIA RTX 50 Series graphics cards depends on the PSU wattage, connector specifications, and requirements of the specific GPU model. For RTX 50 Series graphics cards, we recommend choosing a PSU that:• Supports the ATX 3.1 standard• Includes a native 12V-2x6 power connector• Meets the recommended wattage requirements of the graphics card manufacturerPlease refer to your graphics card manufacturer’s recommended PSU wattage and connector requirements before installation.

Question 23

Can I reuse cables from another power supply?

Accepted Answer

No. You should only use the cables included with your PSU. Even if connectors look identical, PSU cables from different brands or models may have different wiring configurations, which can damage your components. Always use the original cables supplied with your power supply.

Question 24

Why won&#x27;t my PC power on after installing a new CPS PSU?

Accepted Answer

If your PC does not start after installing a new PSU, check the following:• Make sure the PSU power switch is turned on• Confirm the AC power cable is properly connected• Check that the 24-pin motherboard cable is fully inserted• Check that the CPU 8-pin power cable is connected• Verify GPU power cables are properly installed• Ensure all modular cables are connected correctlyIf the issue continues, test the PSU with another system or contact technical support.

Question 25

Why does my CPS PSU fan stop spinning?

Accepted Answer

Many modern PSUs feature zero RPM fan mode. When the PSU load and temperature are low, the fan automatically stops to reduce noise and improve lifespan. The fan will start spinning again when the PSU reaches a higher temperature or power load. This is a normal feature on many modern power supplies and does not indicate a malfunction.

Question 26

How long does a CPS PcCooler power supply typically last?

Accepted Answer

Many premium PSUs are designed for 10–12+ years and carry 10- to 12-year warranties. High-quality PSUs commonly provide reliable service for many years, often matching their warranty period when operated under normal conditions.The actual lifespan depends on:• Operating temperature• Usage intensity• Component quality• Power load• Dust and ventilation conditionsUsing a PSU with sufficient wattage headroom and good airflow can help extend its service life.

Question 27

What protections should a quality PSU have?

Accepted Answer

A high-quality PSU should include multiple protection features to help safeguard your system, such as Over Voltage Protection (OVP), Under Voltage Protection (UVP), Over Current Protection (OCP), Over Power Protection (OPP), Short Circuit Protection (SCP), and Over Temperature Protection (OTP). These protections help improve system stability and reduce the risk of hardware damage.

Question 28

Does PSU efficiency affect power consumption?

Accepted Answer

Yes. A more efficient PSU converts more AC power into usable DC power while generating less wasted energy as heat. Higher-efficiency power supplies can help reduce power consumption, lower operating temperatures, and improve overall system efficiency, especially during extended use.

Question 29

Will my graphics card fit inside this case?

Accepted Answer

Graphics card compatibility depends on the available GPU clearance of the case. Before purchasing, compare your graphics card’s length and thickness with the maximum supported dimensions listed in the case specifications. It’s also important to allow enough space for power connectors and cable routing to ensure a proper fit.

Question 30

Which motherboard sizes are supported?

Accepted Answer

Supported motherboard sizes vary by case model. Most CPS cases support standard form factors such as E-ATX, ATX, Micro-ATX, and Mini-ITX. Please refer to the product specifications for detailed compatibility information.

Question 31

What radiator sizes does this case support?

Accepted Answer

Radiator support depends on the case layout and available mounting locations. Depending on the model, CPS cases may support radiators up to 360mm. Please refer to the product specifications for compatible radiator sizes and installation positions.

Question 32

How many cooling fans can I install?

Accepted Answer

The number of supported cooling fans varies by case model and available mounting locations. For the best cooling performance, install fans according to your hardware configuration and maintain balanced airflow throughout the system.

Question 33

What is the best airflow configuration for this case?

Accepted Answer

For most PC builds, the recommended airflow configuration is to use the front and bottom fans as intake and the top and rear fans as exhaust. This setup helps deliver cool air to key components while efficiently removing warm air from the system, resulting in better overall cooling performance.

Question 34

Should I mount my radiator at the top or front?

Accepted Answer

Both mounting positions can provide excellent cooling performance. A top-mounted radiator is generally preferred for balanced system airflow and efficient heat exhaust, while a front-mounted radiator can provide lower CPU temperatures by drawing in cooler outside air. The ideal configuration depends on your hardware and cooling priorities.

Question 35

How many fans should I install in my CPS case?

Accepted Answer

The ideal number of fans depends on your hardware configuration and cooling requirements. Most systems perform well with two to six fans, while high-performance gaming or workstation builds may benefit from additional cooling. Proper fan placement and airflow direction are generally more important than simply installing more fans.

Question 36

Does the CPS case support vertical GPU installation?

Accepted Answer

Vertical GPU support depends on the specific case model. Some cases support vertical installation using a compatible GPU mounting bracket and PCIe riser cable. Please refer to the product specifications to confirm compatibility and installation requirements.

Question 37

How do I improve cable management?

Accepted Answer

Effective cable management improves airflow, simplifies maintenance, and creates a cleaner-looking build. Using the built-in cable routing channels, securing cables behind the motherboard tray, and avoiding airflow obstruction can help improve both cooling performance and overall system organization.

Question 38

What is the maximum CPU cooler height supported?

Accepted Answer

The maximum CPU cooler height depends on the specific case model. Before installing an air cooler, compare its overall height with the maximum CPU cooler clearance listed in the case specifications to ensure proper fitment and side panel clearance.

Question 39

Does this case support back-connect motherboards?

Accepted Answer

Back-connect motherboards place power connectors on the rear of the PCB, helping create a cleaner-looking build with improved cable management. Compatibility depends on the specific case model. Please refer to the product specifications to determine whether back-connect motherboard designs are supported.

Question 40

Does this case include dust filters?

Accepted Answer

Many CPS cases include removable dust filters to help reduce dust buildup while maintaining efficient airflow. The location and number of dust filters may vary by model. Please refer to the product specifications for detailed information.

Question 41

What is an AI workstation?

Accepted Answer

An AI workstation is a high-performance computer designed for artificial intelligence, machine learning, deep learning, and data-intensive workloads. Compared to a standard desktop PC, an AI workstation typically features more powerful CPUs, one or more high-performance GPUs (including consumer GeForce RTX or professional RTX GPUs depending on workload), larger memory capacity, faster storage, and better cooling to handle demanding AI applications efficiently.

Question 42

What components are important for building an AI workstation?

Accepted Answer

Building an AI workstation requires selecting hardware that can support intensive computing workloads. Key components include:• A high-performance CPU• One or more powerful GPUs• High-capacity system memory• Fast NVMe SSD storage• A reliable high-wattage power supply• Efficient CPU cooling• A high-airflow PC case• PCIe lane availability• GPU spacing• PSU connector planningChoosing compatible, high-quality components helps maximize performance and system stability.

Question 43

What is the difference between an AI workstation and a gaming PC?

Accepted Answer

Although AI workstations and gaming PCs may use similar hardware, they are designed for different workloads. AI workstations prioritize sustained computing performance, scalability, and reliability for AI development, while gaming PCs are primarily optimized for gaming performance and graphics rendering.

Question 44

Can an AI workstation also be used for gaming?

Accepted Answer

Yes. A properly configured AI workstation can also run modern games. However, its hardware configuration is typically selected to prioritize AI development, content creation, or professional computing workloads.

Question 45

Can I use standard PC components to build an AI workstation?

Accepted Answer

Yes. Most AI workstations are built using standard PC components, including compatible motherboards, CPUs, GPUs, memory, storage, cooling solutions, power supplies, and PC cases. The key is selecting components that meet the performance, power, and cooling requirements of your workload.

Question 46

Do AI workstations require liquid cooling?

Accepted Answer

Not necessarily. One of the main advantages of a liquid cooling solution is reduced noise. For high-performance AI workstations that require a quiet operating environment, liquid cooling is often the preferred choice.

Question 47

What should I look for in an AI workstation case?

Accepted Answer

When choosing a case for an AI workstation, look for excellent airflow, support for high-performance hardware, cooling compatibility, and sufficient space for future upgrades. These features help ensure reliable cooling, stable performance, and long-term system scalability.

Question 48

Can I build an AI workstation in a mid-tower case?

Accepted Answer

Yes. Many AI workstations can be built in a mid-tower case, provided it offers enough space for your components and supports efficient cooling. For more demanding configurations, such as multi-GPU systems, a larger case may provide additional room for expansion and improved airflow.

Question 49

What type of CPU cooler is recommended for AI workstation builds?

Accepted Answer

The ideal CPU cooler depends on your processor, workload, and chassis compatibility. For high-performance AI workstations, high-end air coolers and AIO liquid coolers are recommended to provide efficient heat dissipation during continuous workloads. Always verify CPU socket compatibility and case clearance before installation.

Question 50

What is a workstation-style CPU cooler, and when is it needed?

Accepted Answer

A workstation-style CPU cooler is engineered for sustained heavy loads and 24/7 operation, with thicker radiators, dual-ball-bearing fans, and high-static-pressure designs. Use one when running continuous rendering, simulation, or AI training workloads on Xeon / Threadripper / EPYC platforms.

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