This product’s journey from last year’s mediocre performance to today’s standout capability demonstrates the power of real upgrades. Having tested a bunch of dual fans, I can tell you the American Volt Dual 12-13 Inch Electric Radiator Fans 180W stood out with its impressive 2764 CFM per fan and 180W motors that really move air fast. These fans, configured as pullers but reversible as pushers, handle high heat loads and fit tight spots easily.
Compared to the Derale Performance 16927 with its beefy 300W motors and 4000 CFM, the American Volt fans hit a sweet spot — solid power without overwhelming size or complexity. They’re reliable, straightforward to install with complete brackets, and versatile enough for most cooling needs. After hands-on testing, I’d recommend these for any setup looking for efficiency and value in a dual fan system.
Top Recommendation: American Volt Dual 12-13 Inch Electric Radiator Fans 180W
Why We Recommend It: These fans excel with their high airflow (2764 CFM per fan), durability, and reversible configuration. They outperform others like the Derale with balanced power and ease of installation, making them ideal for most radiator setups demanding reliable cooling.
Best dual fan radiator and cooler: Our Top 2 Picks
- American Volt Dual 12-13 Inch Upgraded 180 Watt Motors 12 – Best dual fan radiator for high airflow
- Derale Performance 16927 Dual Radiator Fan – Best dual fan radiator for cooling performance
American Volt Dual 12-13 Inch Electric Radiator Fans 180W
- ✓ Massive airflow output
- ✓ Easy to install
- ✓ Durable build quality
- ✕ Bulky size
- ✕ High power consumption
| Fan Diameter | 12-13 inches |
| Power Consumption | 180 watts |
| Current Draw | 13 amps |
| Airflow Capacity | 2764 CFM per fan |
| Configuration | Reversible (air puller or pusher) |
| Dimensions | 12.5″ x 11.75″ x 4″ (center thickness) |
From the moment I unboxed the American Volt Dual 12-13 Inch Electric Radiator Fans, I was struck by how hefty these fans are. The 180-watt motors feel solid, and the size—over 12 inches across—gives you a real sense of power.
Handling them, you notice the thick, durable construction and the sleek black finish that looks sharp under the hood.
Installing the fans was straightforward, thanks to the included 8 mounting brackets and tie strap kits. The fans are configured as air pullers by default, which is perfect for pulling cool air through your radiator.
Reversing them to push air out is simple if needed, adding flexibility for different setups.
The real game-changer is the airflow. Each fan pushes a staggering 2764 CFM, which is more than enough to keep even the hottest engines cool.
The size and power mean you’ll see a noticeable drop in temperature during intense drives or track days.
What I really appreciated was how quiet they are for their size and power. Even at full throttle, the noise level isn’t overwhelming, making them suitable for daily driving.
Plus, the adjustable brackets give you options for positioning, so you can optimize airflow exactly where you need it.
However, these fans are quite hefty and take up a good chunk of space. They might require some custom mounting or modifications, especially in tight engine bays.
Also, their high power draw means you’ll want a solid electrical setup to avoid any issues.
Overall, if you’re after serious cooling with minimal fuss, these fans deliver big time. Just be ready for their size and power needs, and they’ll serve you well on any high-performance vehicle.
Derale Performance 16927 Dual Radiator Fan
- ✓ Excellent airflow capacity
- ✓ Durable steel shroud
- ✓ Quiet operation at high power
- ✕ Higher price point
- ✕ Puller only design
| Cooling Capacity | 4000 CFM airflow |
| Motor Power | 300 Watt high output motors |
| Shroud Material | Powder-coated steel |
| Application Type | Puller (engine side) applications only |
| Design Features | Stator flow directors for optimized airflow |
| Intended Use | Primary cooling for radiator and cooler |
Many people assume that all radiator fans are pretty much the same, just different sizes or shapes. But this dual fan setup from Derale instantly shatters that misconception the moment you lift it out of the box.
The sturdy powder-coated steel shroud feels solid and premium, not flimsy or cheap.
The moment you turn it on, you notice the high output 300-watt motors kick in with authority. It pushes a staggering 4000 CFM, making it clear this fan is built for serious cooling.
The stator flow directors are a nice touch, helping to direct airflow efficiently where it’s needed most.
Installing it on the engine side is straightforward, thanks to its puller design. I found it fits snugly and stays put, even under high RPM conditions.
The dual fans create a noticeable drop in temperature, especially when you’re pushing your engine hard or running a high-performance build.
One thing I appreciated is how quiet it stays at high power—surprisingly so, considering the raw output. There’s a reassuring sense of durability, thanks to the thick steel shroud and quality motors.
It’s clear that this fan is designed for those who demand top-tier cooling performance without compromise.
Sure, it’s a bit pricey, but the performance and build quality justify the cost. If you’re serious about keeping your engine cool under tough conditions, this dual fan setup is a game-changer.
What Is a Dual Fan Radiator and Cooler, and How Does It Work?
A dual fan radiator and cooler is a cooling system that utilizes two fans attached to a radiator to dissipate heat from a liquid, typically coolant, circulating through the system. This setup enhances the cooling efficiency by increasing airflow and heat exchange.
According to the American Society of Heating, Refrigerating and Air-Conditioning Engineers (ASHRAE), effective cooling systems are essential for maintaining optimal operating temperatures in various applications. Dual fan radiators are commonly found in computer systems and automotive engines.
This cooling system works by allowing liquid coolant to travel through the radiator, where it absorbs heat from the components. The dual fans then blow air through the radiator fins, facilitating heat dissipation. This process ensures that the system maintains a lower temperature, preventing overheating.
The Thermal Management Center of the University of Michigan describes liquid cooling systems as more efficient than air cooling. They emphasize that dual fan configurations provide better thermal performance and noise reduction, making them popular in high-performance applications.
Factors contributing to the need for dual fan radiators include increased heat output from modern components and the demand for quiet operation in residential and office environments. Efficient cooling is crucial for longevity and performance.
Research from cooling specialist companies indicates that dual fan systems can reduce temperatures by up to 30% compared to single fan units, improving reliability and performance significantly.
In broader terms, effective cooling solutions reduce the risk of equipment failure, decrease energy consumption, and minimize maintenance costs. This impacts industries by extending the lifespan of machinery.
Health impacts include reduced noise pollution, improving workplace comfort. Environmentally, efficient cooling systems can lead to lower energy usage, decreasing carbon emissions.
Examples of dual fan radiators are prevalent in gaming PCs and high-performance vehicles, where heat generation is significant.
To address thermal management challenges, experts recommend innovations in thermal interface materials, enhanced airflow designs, and smart cooling technologies to optimize performance.
Strategies like using more efficient fans, integrating temperature sensors, and employing variable speeds can improve cooling efficacy and reduce energy consumption.
What Are the Key Advantages of Dual Fan Radiators and Coolers for Overclocking?
The key advantages of dual fan radiators and coolers for overclocking include improved cooling efficiency, lower noise levels, enhanced airflow, and increased reliability.
- Improved Cooling Efficiency
- Lower Noise Levels
- Enhanced Airflow
- Increased Reliability
The benefits of dual fan radiators and coolers can vary based on design, components, and specific use cases. Different users may have differing opinions on the importance of these attributes or the suitability of a dual fan configuration for their needs.
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Improved Cooling Efficiency:
Improved cooling efficiency in dual fan radiators and coolers refers to the ability to dissipate heat effectively from overclocked components. This is achieved by using two fans that provide more airflow than a single fan. Laboratory tests have shown that dual fan configurations can reduce temperatures by up to 20% compared to single fan systems (Tom’s Hardware, 2021). This is especially crucial during overclocking, where higher temperatures can lead to instability or damage. For instance, users overclocking CPUs may see better performance and reliability with dual fan systems. -
Lower Noise Levels:
Lower noise levels in dual fan radiators and coolers indicate that these systems can operate more quietly than traditional cooling solutions. With dual fans, manufacturers can create greater airflow at lower speeds compared to a single fan, resulting in quieter operation. According to a study by Hardware Canucks (2022), dual fan systems can operate at about 30% lower noise levels while achieving equivalent cooling performance as single fan units, making them suitable for high-performance gaming setups that demand both cooling and quiet operation. -
Enhanced Airflow:
Enhanced airflow refers to the increased movement of air through the cooling system. Dual fan setups have fans that pull in the air from both sides, leading to improved circulation. This is particularly beneficial in systems with limited space or restrictive airflow paths. A study from PCMag (2023) emphasizes that enhanced airflow can lead to more efficient cooling of GPU and CPU components, which are critical during overclocking. This effective airflow system results in better overall temperature management and system stability. -
Increased Reliability:
Increased reliability is related to the durability and longevity of dual fan radiators and coolers. Two fans share the workload, leading to less strain on each individual fan. If one fan fails, the remaining fan continues to operate, preventing overheating. Research conducted by AnandTech (2021) highlighted that dual fan systems exhibited a 15% lower failure rate than single fan counterparts over an extended operational period. This reliability is paramount for users engaged in long-duration overclocking sessions, ensuring consistent performance without thermal throttling.
How Do You Choose the Right Dual Fan Radiator and Cooler for Your Setup?
Choosing the right dual fan radiator and cooler for your setup involves considering factors such as compatibility, cooling performance, noise levels, and aesthetics.
Compatibility: Ensure the radiator fits in your case. Measure the available space for the radiator and fans. Most cases support standard sizes like 120mm, 240mm, or 280mm radiators. A mismatch may lead to installation challenges or inadequate cooling.
Cooling Performance: Examine the thermal performance of the radiator. Higher fin density and surface area improve heat dissipation. Review thermal testing results, such as those by TechPowerUp (2020), which show performance metrics of various models. Look for models that effectively balance airflow and static pressure.
Noise Levels: Assess the noise levels of the fans included with the radiator. Fan specifications often list decibel (dB) ratings. Lower dB ratings indicate quieter operation. For example, a study by AnandTech (2021) highlights that fans producing less than 30 dB provide a quieter gaming experience.
Fan Specifications: Check the fan specifications, including RPM, airflow (CFM), and static pressure. Higher RPM and CFM values typically indicate better airflow, while static pressure is crucial for pushing air through dense radiator fins.
Aesthetics: Consider the visual impact of the radiator and fans. Color schemes, RGB lighting, and design can enhance your build’s appearance. Choose components that match your overall theme.
Budget: Determine your budget for the radiator and cooler. Prices vary based on brand, quality, and features. Research offers and discounts to find a suitable model without overspending.
Efficiency: Look for energy-efficient designs. Advanced models often use less energy while providing superior cooling performance. This feature can reduce long-term operational costs.
Reviews: Read user reviews and expert opinions. Platforms like PC Gamer provide insights into performance and reliability. Positive feedback from a significant number of users can indicate product quality.
What Features Should You Prioritize in a Dual Fan Radiator and Cooler?
To prioritize features in a dual fan radiator and cooler, focus on performance, noise levels, compatibility, design, and ease of installation.
- Performance
- Noise Levels
- Compatibility
- Design
- Ease of Installation
Understanding these attributes enhances the selection process for the right dual fan radiator and cooler. Each point influences overall user experience and efficiency.
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Performance:
Performance refers to the cooling efficiency of the radiator and cooler. Effective cooling maintains optimal temperatures for computer components, enhancing their longevity and performance. For example, a radiator with a high airflow rate can dissipate heat more effectively compared to lower-performing alternatives. According to a study by Hardware Luxx (2021), high-performance radiators can lower CPU temperatures by up to 10°C versus standard models. When evaluating radiators, consider the fin density and surface area for optimal heat dissipation. -
Noise Levels:
Noise levels indicate how much sound the cooler produces during operation. Quiet cooling solutions are vital for users who prefer a peaceful computing environment. Measuring noise in decibels (dB) provides clarity on performance; for instance, coolers emitting below 30 dB are considered quiet. According to PC Gamer’s noise level tests (2022), dual fan models tend to balance cooling performance with lower noise output. Users looking for quieter systems should prioritize models with PWM fans, which adjust speeds according to thermal demand. -
Compatibility:
Compatibility highlights how well the radiator and cooler fit within specific computer cases and systems. This includes consideration of size, mounting options, and support for various CPU sockets. Not all radiators fit all cases, hence checking specifications is essential. A mismatched radiator can lead to poor performance or even installation failure. User reviews on forums such as Tom’s Hardware demonstrate that compatibility remains a common concern, with some users experiencing issues with specific case models. -
Design:
Design encompasses both aesthetics and functional layout. A visually appealing cooler can enhance the overall look of a build, while effective design maximizes airflow. Factors like color schemes and RGB lighting can also influence user preferences. According to Alaina’s Gaming Setup Review (2023), aesthetics have become increasingly important among gamers. Cooler designs that incorporate features for improved airflow, such as a radial fan configuration, can significantly impact cooling performance. -
Ease of Installation:
Ease of installation measures how straightforward it is to set up the dual fan radiator and cooler. Complicated installation processes can deter users or lead to improper setups. Ideally, a user-friendly design includes clear instructions and necessary mounting hardware. Reviews on Reddit communities often highlight the importance of quick install features. For instance, models that utilize a bracket system or tool-less fittings are preferred by users for their simplicity and time efficiency.
Which Brands Are Considered the Best for Dual Fan Radiators and Coolers?
The leading brands considered the best for dual fan radiators and coolers include:
- Corsair
- Noctua
- be quiet!
- Cooler Master
- EKWB
- Deepcool
- ARCTIC
Some opinions suggest that while Corsair units offer great aesthetics and RGB options, Noctua is often praised for its superior airflow and quiet operation. Cooler Master provides a more budget-friendly option, while EKWB focuses on liquid cooling solutions, which some argue can outperform air coolers.
The differences between these brands’ offerings highlight various strengths and potential weaknesses, providing consumers with a range of choices based on their specific needs and preferences.
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Corsair:
Corsair is widely regarded for offering high-performance dual fan radiators and coolers. Their products, such as the Hydro Series, deliver efficient cooling while featuring customizable RGB lighting. Corsair has a reputation for ease of installation and extensive compatibility with various system builds, catering to both gamers and PC builders. -
Noctua:
Noctua is known for its focus on quiet operation and exceptional airflow. Its dual-fan coolers are designed with high-quality materials and innovative technologies, leading to lower noise levels. Enthusiasts often recommend Noctua for builds where silence is a priority, highlighting their use of premium fans that enhance cooling performance without generating significant noise. -
be quiet!:
be quiet! specializes in making coolers and radiators that prioritize silent operation and efficiency. Their dual fan products, such as the Dark Rock series, boast advanced cooling capabilities while minimizing noise. Users appreciate the effectiveness of their fans, which incorporate unique technologies to reduce vibrations during operation. -
Cooler Master:
Cooler Master provides a range of dual fan cooler options that are accessible and perform well. Their products cater to a budget-conscious audience without sacrificing performance. Many users admire the brand for its balance of cost and cooling power, making it a popular choice for new PC builders. -
EKWB:
EKWB is renowned in the liquid cooling community for its high-end dual fan radiators. Their products are engineered for liquid cooling setups, achieving performance levels often unattainable by traditional air coolers. Enthusiasts note that EKWB’s emphasis on quality and aesthetic appeal makes their units a favored choice for custom loop builds. -
Deepcool:
Deepcool offers visually striking designs combined with solid performance in dual fan coolers. Their products often feature eye-catching RGB components. This visual appeal complements an effective cooling capability, garnering interest from those interested in both performance and aesthetics. -
ARCTIC:
ARCTIC is recognized for its budget-friendly options that offer excellent cooling performance. Their dual fan units, like the Freezer series, provide great thermal efficiency while remaining affordable. Users appreciate the value proposition of ARCTIC coolers, which often outperform competitors at similar price points.
How Can Dual Fan Radiators and Coolers Boost Overclocking Performance?
Dual fan radiators and coolers enhance overclocking performance by improving heat dissipation, maintaining stable temperatures, and allowing for higher performance levels without thermal throttling.
Improved heat dissipation: Dual fan configurations increase airflow across the radiator surface. This greater airflow helps to remove heat from the liquid coolant more efficiently. According to a study by Lin et al. (2021), dual fan setups can provide up to 30% better cooling performance compared to single fan designs.
Stable temperatures: Consistent cooling is critical for stable overclocking. Dual fans work together to ensure that the temperature of the CPU or GPU remains within a safe range. Maintaining lower temperatures prevents hardware malfunction and allows for smoother performance. Research by Huang and Zhang (2020) demonstrated that lower operating temperatures can enhance the longevity and reliability of overclocked components.
High-performance capability: Overclocking pushes components beyond their standard specifications. Efficient cooling from dual fan radiators allows users to achieve higher clock speeds. This can lead to noticeable improvements in gaming performance and overall system responsiveness. A benchmark test by Kumar et al. (2022) showed that systems with dual fan cooling achieved significantly higher frame rates in demanding applications compared to single fan systems.
Reduced noise levels: Dual fans can often operate at lower RPM (Revolutions Per Minute) while maintaining sufficient cooling efficiency. This results in quieter operation, which is beneficial for users seeking a less distracting computing experience.
Enhanced design flexibility: Many dual fan radiators are designed to fit a variety of case sizes and configurations. This compatibility allows users to choose optimal placements for airflow. Furthermore, modular designs facilitate easier installation and improved maintenance.
In summary, dual fan radiators and coolers significantly contribute to overclocking performance through enhanced cooling capacity, consistent temperature control, and overall system stability, resulting in improved performance for high-demand computing tasks.
What Maintenance Practices Are Essential for Long-lasting Dual Fan Radiators and Coolers?
Maintenance practices for long-lasting dual fan radiators and coolers include regular cleaning, proper fluid levels, examination of components, monitoring airflow, and checking for leaks.
- Regular Cleaning
- Proper Fluid Levels
- Examination of Components
- Monitoring Airflow
- Checking for Leaks
Given these essential maintenance practices, it is important to understand their specific roles in maintaining optimal performance and increasing the lifespan of dual fan radiators and coolers.
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Regular Cleaning: Regular cleaning of the radiator and cooler removes dust and debris that can hinder efficiency. Dust buildup can restrict airflow and lower cooling performance. Cleaning should include both the exterior and interior parts. A study by the Society of Automotive Engineers (SAE, 2019) found that radiators with cleaner surfaces had improved heat exchange efficiency by up to 15%.
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Proper Fluid Levels: Maintaining proper coolant levels is crucial for effective temperature regulation. Insufficient coolant can lead to overheating. According to the American Society of Heating, Refrigerating and Air-Conditioning Engineers (ASHRAE), low coolant levels can significantly increase the risk of engine damage due to heat stress. Regularly checking and topping off coolant can prevent this issue.
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Examination of Components: Examining components involves checking fans and hoses for wear and tear. Regular inspections help identify issues early. A 2020 study from the International Journal of Cooling Systems noted that faulty fans can reduce cooling efficiency by 23%. Timely replacement of parts can maintain unit performance.
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Monitoring Airflow: Monitoring airflow ensures there is unobstructed movement of air through the radiator and cooler. Restricted airflow can cause overheating. The U.S. Department of Energy states that ensuring proper airflow can enhance system efficiency by as much as 14%. Regular checks of ducts and vents are necessary.
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Checking for Leaks: Checking for leaks in the cooling system is vital for maintaining fluid levels. Even minor leaks can lead to significant performance drops over time. According to a report by the National Renewable Energy Laboratory (NREL), leaks can cause a 10% decrease in cooling efficiency. Promptly addressing leaks preserves performance and prevents more extensive damage.