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Whether you're a first-time DIY builder or looking to upgrade your cooling system, this tutorial will walk you through

The following image shows all the parts you’ll need for the AIO water cooler installation. From left to right in the first row: motherboard, radiator, and fans. In the second row: backplate, spacer washers for the standoffs, mounting bracket for the CPU cooler, cooler screws, nuts, standoffs, and fan mounting screws for the radiator.

Start by attaching the mounting bracket to the cold plate (the part of the cooler that makes contact with the CPU). This bracket is crucial for securing the cooler properly onto the CPU socket.

Next, attach the fans to the radiator. Make sure to align them correctly for airflow, and secure them with the provided screws. This step ensures that your cooler will provide efficient airflow and cooling.

Adjust the mounting backplate to match the Intel 1700 socket, making sure that the yellow plastic tabs are aligned with the correct mounting holes. Peel off the protective backing from the adhesive side to secure the backplate in place.

Align the mounting backplate with the standoff holes on the motherboard and attach it securely. This step ensures that the cooler will sit properly on the CPU socket.

Step 6: Install the Spacer Washers on the Standoffs

Place the spacer washers onto the standoffs. 

*Note that standoffs have a specific orientation, so make sure to install the spacer washers on the side with the raised edge.

Install the standoffs into the four screw holes on the mounting backplate. Ensure that the raised side of the spacer washers faces toward the motherboard, as this is essential for proper installation.

Step 8: Apply Thermal Paste and Install the Cold Plate

Before installing the cold plate, apply thermal paste to the CPU. Once the paste is applied, position the cold plate (with the copper base) directly on top of the CPU. Secure it in place with the provided nuts.

 Don’t forget to peel off the plastic cover from the bottom of the cold plate before installation. Failing to do so will prevent the cooler from properly transferring heat from the CPU.

Now, connect the fan wires. The PWM and 5V 3-pin connectors on the radiator fans should be linked together. This ensures that the fans can be controlled efficiently by your motherboard or cooling controller.

Connect the PWM cable from the cold plate to the "AIO_Pump" header on the motherboard. Then, connect the radiator fans to the "CPU_Fan" header on the motherboard.

Lastly, link the 5V 3-pin ARGB connectors from both the cold plate and the fans. These should be connected to the 5V ARGB header on the motherboard to enable lighting control.

Once everything is connected, power up your system and check whether the cooler and all components are functioning correctly. Make sure the fans are spinning and the ARGB lights are working as expected. Also, monitor temperatures to ensure that your system is cooling efficiently.

And that's it! With this detailed guide, you should have successfully installed your AIO water cooler. Whether you're upgrading your PC or building from scratch, a good water cooler will significantly improve cooling performance and aesthetics. Happy building!





Whether you're a first-time DIY builder or looking to upgrade your cooling system, this tutorial will walk you through the installation process using an Intel 1700 socket and the darkFlash DXv2.6 360 AIO cooler.



Step 1: Gather the Necessary Components







The following image shows all the parts you’ll need for the AIO water cooler installation. From left to right in the first row: motherboard, radiator, and fans. In the second row: backplate, spacer washers for the standoffs, mounting bracket for the CPU cooler, cooler screws, nuts, standoffs, and fan mounting screws for the radiator.



Step 2: Install the Mounting Bracket

Start by attaching the mounting bracket to the cold plate (the part of the cooler that makes contact with the CPU). This bracket is crucial for securing the cooler properly onto the CPU socket.







Step 3: Install the Fans on the Radiator

Next, attach the fans to the radiator. Make sure to align them correctly for airflow, and secure them with the provided screws. This step ensures that your cooler will provide efficient airflow and cooling.







Step 4: Install the Backplate

Adjust the mounting backplate to match the Intel 1700 socket, making sure that the yellow plastic tabs are aligned with the correct mounting holes. Peel off the protective backing from the adhesive side to secure the backplate in place.







Step 5: Position the Backplate

Align the mounting backplate with the standoff holes on the motherboard and attach it securely. This step ensures that the cooler will sit properly on the CPU socket.







Step 6: Install the Spacer Washers on the Standoffs

Place the spacer washers onto the standoffs. 

*Note that standoffs have a specific orientation, so make sure to install the spacer washers on the side with the raised edge.







Step 7: Secure the Standoffs

Install the standoffs into the four screw holes on the mounting backplate. Ensure that the raised side of the spacer washers faces toward the motherboard, as this is essential for proper installation.







Step 8: Apply Thermal Paste and Install the Cold Plate

Before installing the cold plate, apply thermal paste to the CPU. Once the paste is applied, position the cold plate (with the copper base) directly on top of the CPU. Secure it in place with the provided nuts.

Tip: Don’t forget to peel off the plastic cover from the bottom of the cold plate before installation. Failing to do so will prevent the cooler from properly transferring heat from the CPU.







Step 9: Connect the Fan Wires

Now, connect the fan wires. The PWM and 5V 3-pin connectors on the radiator fans should be linked together. This ensures that the fans can be controlled efficiently by your motherboard or cooling controller.







Step 10: Connect the Cold Plate Wires

Connect the PWM cable from the cold plate to the "AIO_Pump" header on the motherboard. Then, connect the radiator fans to the "CPU_Fan" header on the motherboard.





Step 11: Connect the ARGB Wires

Lastly, link the 5V 3-pin ARGB connectors from both the cold plate and the fans. These should be connected to the 5V ARGB header on the motherboard to enable lighting control.



Step 12: Power On and Test

Once everything is connected, power up your system and check whether the cooler and all components are functioning correctly. Make sure the fans are spinning and the ARGB lights are working as expected. Also, monitor temperatures to ensure that your system is cooling efficiently.







And that's it! With this detailed guide, you should have successfully installed your AIO water cooler. Whether you're upgrading your PC or building from scratch, a good water cooler will significantly improve cooling performance and aesthetics. Happy building!

If you're new to building PCs and want to install an all-in-one (AIO) water cooler, this step-by-step guide will help you do it right.

How to Install an AIO Water Cooler in One Go: A Detailed Guide for Beginners

Produktbewertungen

Wenn Sie noch keine Erfahrung im PC-Bau haben und eine All-in-One-Wasserkühlung (AIO) einbauen möchten, hilft Ihnen diese Schritt-für-Schritt-Anleitung dabei, alles richtig zu machen.

So installieren Sie eine AIO-Wasserkühlung in einem Arbeitsgang: Eine detaillierte Anleitung für Anfänger

As CPU processing power continues to increase, so do operating temperatures, making effective cooling solutions essential. Many DIY PC enthusiasts now prefer AIO liquid coolers for better temperature management. While the pump and water block are crucial components, the placement of the radiator plays a vital role in achieving optimal cooling performance. But where is the best place to install it in your PC case?

Depending on the size of your case, radiators can typically be installed in three positions: the top panel, the front panel, or the side panel.

This is the most popular and efficient position for radiator installation. Hot air naturally rises, and a top-mounted radiator allows the heated air inside the case to be expelled directly upward. This aligns perfectly with the principles of thermal dynamics, making it the best choice for effective heat dissipation.

Matches the natural upward flow of hot air.

There are two ways to orient the fans when installing a radiator on the front panel: intake (blowing air into the case) or exhaust (blowing air out of the case).

Blowing air into the case can cause hot air from the radiator to enter the case, potentially overheating key components like the GPU if airflow is not well-managed.

Blowing air outward prevents heat accumulation inside the case but might not effectively cool the GPU, which is often the hottest component.

Front panel installation is usually chosen when top mounting is not supported due to case size limitations.

Careful fan orientation is needed to balance airflow and prevent heat buildup.

This option is typically used in cases with unique designs, such as tempered glass top and front panels that do not allow radiator installation. Side panel installation, like the front panel, offers two fan orientations: intake or exhaust.

However, hardware like GPUs often obstruct airflow in side panel installations, reducing cooling efficiency regardless of the fan orientation.

Suitable for unconventional case designs.

Limited airflow effectiveness due to obstructions from hardware components.

Recommended Radiator Installation Directions

Reason: The top-mounted radiator is the best option for efficient heat dissipation as it aligns with the natural upward flow of hot air.

Reason: Ideal for cases that do not support top panel installation. Orient the fans to blow air outward to avoid heat accumulation.

Reason: Side-mounted radiators often face airflow blockages from hardware, limiting their cooling potential.

By understanding the pros and cons of each radiator installation position, you can make an informed decision that maximizes cooling efficiency for your custom PC build. Choose the placement that best suits your case design and cooling requirements!





Why Proper Radiator Installation Matters

As CPU processing power continues to increase, so do operating temperatures, making effective cooling solutions essential. Many DIY PC enthusiasts now prefer AIO liquid coolers for better temperature management. While the pump and water block are crucial components, the placement of the radiator plays a vital role in achieving optimal cooling performance. But where is the best place to install it in your PC case?



Depending on the size of your case, radiators can typically be installed in three positions: the top panel, the front panel, or the side panel.



1. Top Panel Installation

This is the most popular and efficient position for radiator installation. Hot air naturally rises, and a top-mounted radiator allows the heated air inside the case to be expelled directly upward. This aligns perfectly with the principles of thermal dynamics, making it the best choice for effective heat dissipation.

Advantages:

Optimal heat exhaust efficiency.

Matches the natural upward flow of hot air.







2. Front Panel Installation

There are two ways to orient the fans when installing a radiator on the front panel: intake (blowing air into the case) or exhaust (blowing air out of the case).

Intake Orientation:

Blowing air into the case can cause hot air from the radiator to enter the case, potentially overheating key components like the GPU if airflow is not well-managed.

Exhaust Orientation:

Blowing air outward prevents heat accumulation inside the case but might not effectively cool the GPU, which is often the hottest component.

Considerations:

Front panel installation is usually chosen when top mounting is not supported due to case size limitations.

Careful fan orientation is needed to balance airflow and prevent heat buildup.







3. Side Panel Installation

This option is typically used in cases with unique designs, such as tempered glass top and front panels that do not allow radiator installation. Side panel installation, like the front panel, offers two fan orientations: intake or exhaust.

However, hardware like GPUs often obstruct airflow in side panel installations, reducing cooling efficiency regardless of the fan orientation.

Considerations:

Suitable for unconventional case designs.

Limited airflow effectiveness due to obstructions from hardware components.







Recommended Radiator Installation Directions

Top Panel Installation

Recommendation Level: ★★★★★

Reason: The top-mounted radiator is the best option for efficient heat dissipation as it aligns with the natural upward flow of hot air.



Front Panel Installation

Recommendation Level: ★★★★☆

Reason: Ideal for cases that do not support top panel installation. Orient the fans to blow air outward to avoid heat accumulation.



Side Panel Installation

Recommendation Level: ★★★☆☆

Reason: Side-mounted radiators often face airflow blockages from hardware, limiting their cooling potential.



By understanding the pros and cons of each radiator installation position, you can make an informed decision that maximizes cooling efficiency for your custom PC build. Choose the placement that best suits your case design and cooling requirements!

The installation direction and placement of an all-in-one (AIO) liquid cooler radiator are critical. Choosing the optimal position can significantly enhance your computer's overall cooling performance.

The Best Position for Installing an AIO Liquid Cooler Radiator

Die Einbaurichtung und der Einbauort eines All-in-One-Wasserkühlungsradiators (AIO) sind entscheidend. Die Wahl der optimalen Position kann die Kühlleistung Ihres Computers deutlich verbessern.

Die beste Position für den Einbau eines AIO-Flüssigkeitskühler-Radiators

Als begeisterte Spiele- und Computerbastler sind wir von darkFlash stolz und dankbar, dass wir weiterhin daran arbeiten, beeindruckende und außergewöhnliche Produkte mit modernster Technik zu entwickeln. Wir montieren und testen PC-Gehäuse, CPU-Kühler, Gehäuselüfter und sogar Gaming-Stühle und -Tische selbst.

Unser Ziel ist es, Produkte zu schaffen, die bei jedem Nutzer ein maximales Leistungspotenzial entfalten.

dunkler Blitz

As an enthusiast of games and computer DIY in this age, we, darkFlash, feel proud and grateful for keep thinking how to develop impressive and extraordinary products with high-end facilities by assembling and using the PC cases, CPU coolers, case fans, and even gaming chairs and tables in person.

Our goal is to create products that could extremely exert its effect by every user.