Professional manufacturer of High-quality cooling fans
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This EC axial fan is designed for easy installation on the roof of data center racks or mounted on container walls. Its flexibility in installation ensures it effectively expels hot air from server racks or containerized environments, making it an ideal choice for cooling systems in data centers and industrial container cooling solutions.
Powered by an IE5 high-efficiency EC motor, this fan is engineered to minimize energy consumption while maintaining excellent performance. The integrated electronics allow for speed control, adjusting the airflow based on real-time cooling demands. This helps reduce PUE (Power Usage Effectiveness) in data centers, which contributes to energy savings and improved overall system efficiency.
The fan supports 0-10VDC and MODBUS control interfaces for precise speed adjustments. It is also compatible with 12VDC and 24VDC power supplies, offering flexibility for different cooling applications. These control options make it ideal for maintaining optimal temperature in sensitive environments like server rooms and industrial cooling applications.
For harsh environments, the fan comes with F-class insulation and protection ratings of IP55 or IP65. These ratings ensure that the EC axial fan is highly resistant to moisture and dust, offering durability and reliable performance in challenging conditions, such as those found in data centers and containerized cooling systems.
The fan operates efficiently with both single-phase 230VAC (50/60Hz) and three-phase 400V (50/60Hz) power inputs. Its energy-saving design ensures that cooling systems consume less energy while maintaining optimal performance, helping to reduce operational costs. The fiberglass-reinforced polyamide construction offers excellent durability, making it ideal for long-term use in industrial applications.
The fan is housed in a robust steel support frame, powder-coated in RAL7035 or RAL9005 for superior resistance to corrosion. Custom colors are available upon request. Standard features include CW/CCW control ports and ON/OFF control settings, ensuring easy integration into existing cooling systems.
This EC axial fan is the perfect solution for high-performance cooling in data centers, server rooms, and container cooling applications. Its energy-efficient design and flexibility in installation make it a reliable choice for cooling systems in various industries.
l Energy saving calculation (EC motor and single speed induction AC motor).
Sample: When a fan work with three step speed to adjust speed
- 30% time to run full speed to get 100% air flow
- 40% time to run 75% speed to get 80% air flow
- 30% time to run 50% speed to get 50% air flow
Same axial fan run with induction motor and ECI motor full load power = 1 kw
Performance comparison of induction motor and electronically commutated motor under different airflows：
Air flow | Induction Motor | EC Motor | ||
Speed | Power | Speed | Power | |
100% -30% time | 100% | 100%*30% | 100% | 100%^3*30% |
75% - 40% time | 100% run 75%time | 75%*40% | 75% | 75%^3*40% |
50% - 30% time | 100% run 50% time | 50%*30% | 50% | 50%^3*30% |
Total | 75% | 50% | ||
Power saving | 75%-50% = 25% | |||
As a leading manufacturer and supplier of industrial cooling solutions, we offer tailored EC axial fans that meet the unique needs of data centers, container cooling systems, and other industrial applications. With advanced EC motor technology, our fans deliver efficient and reliable cooling, helping businesses reduce energy costs and improve overall system performance.
This EC axial fan is designed for easy installation on the roof of data center racks or mounted on container walls. Its flexibility in installation ensures it effectively expels hot air from server racks or containerized environments, making it an ideal choice for cooling systems in data centers and industrial container cooling solutions.
Powered by an IE5 high-efficiency EC motor, this fan is engineered to minimize energy consumption while maintaining excellent performance. The integrated electronics allow for speed control, adjusting the airflow based on real-time cooling demands. This helps reduce PUE (Power Usage Effectiveness) in data centers, which contributes to energy savings and improved overall system efficiency.
The fan supports 0-10VDC and MODBUS control interfaces for precise speed adjustments. It is also compatible with 12VDC and 24VDC power supplies, offering flexibility for different cooling applications. These control options make it ideal for maintaining optimal temperature in sensitive environments like server rooms and industrial cooling applications.
For harsh environments, the fan comes with F-class insulation and protection ratings of IP55 or IP65. These ratings ensure that the EC axial fan is highly resistant to moisture and dust, offering durability and reliable performance in challenging conditions, such as those found in data centers and containerized cooling systems.
The fan operates efficiently with both single-phase 230VAC (50/60Hz) and three-phase 400V (50/60Hz) power inputs. Its energy-saving design ensures that cooling systems consume less energy while maintaining optimal performance, helping to reduce operational costs. The fiberglass-reinforced polyamide construction offers excellent durability, making it ideal for long-term use in industrial applications.
The fan is housed in a robust steel support frame, powder-coated in RAL7035 or RAL9005 for superior resistance to corrosion. Custom colors are available upon request. Standard features include CW/CCW control ports and ON/OFF control settings, ensuring easy integration into existing cooling systems.
This EC axial fan is the perfect solution for high-performance cooling in data centers, server rooms, and container cooling applications. Its energy-efficient design and flexibility in installation make it a reliable choice for cooling systems in various industries.
l Energy saving calculation (EC motor and single speed induction AC motor).
Sample: When a fan work with three step speed to adjust speed
- 30% time to run full speed to get 100% air flow
- 40% time to run 75% speed to get 80% air flow
- 30% time to run 50% speed to get 50% air flow
Same axial fan run with induction motor and ECI motor full load power = 1 kw
Performance comparison of induction motor and electronically commutated motor under different airflows：
Air flow | Induction Motor | EC Motor | ||
Speed | Power | Speed | Power | |
100% -30% time | 100% | 100%*30% | 100% | 100%^3*30% |
75% - 40% time | 100% run 75%time | 75%*40% | 75% | 75%^3*40% |
50% - 30% time | 100% run 50% time | 50%*30% | 50% | 50%^3*30% |
Total | 75% | 50% | ||
Power saving | 75%-50% = 25% | |||
As a leading manufacturer and supplier of industrial cooling solutions, we offer tailored EC axial fans that meet the unique needs of data centers, container cooling systems, and other industrial applications. With advanced EC motor technology, our fans deliver efficient and reliable cooling, helping businesses reduce energy costs and improve overall system performance.
In data centers, the EC axial fan is positioned at the center of racks to expel the hot air generated by servers. By effectively removing this hot air, it helps maintain optimal operating temperatures and prevents overheating. The fan’s high airflow capacity and energy-efficient EC motor make it an ideal solution for data center cooling, improving overall system efficiency and reducing energy consumption.
EC axial fans are also used in industrial equipment enclosures to expel hot air and prevent overheating of sensitive components. The fan is strategically installed in the cabinet to reduce heat buildup, ensuring that equipment operates efficiently and has a longer lifespan. Its compact design and quiet operation make it suitable for various industrial environments, providing reliable cooling for a range of applications.
Telecom cabinets house delicate electronic equipment that generates heat during operation. The EC axial fan helps expel hot air from these racks, maintaining optimal temperatures and preventing potential damage from overheating. Its durable construction and high performance make it a dependable choice for cooling telecom infrastructure, ensuring continuous operation and minimizing downtime. Integrating the fan into rack cooling systems boosts equipment reliability and overall network performance.
This fan offers flexible installation options for various environments, including mounting on data center racks or industrial containers. It supports both 0-10VDC and MODBUS control interfaces for precise speed adjustment, offering customization based on cooling demands. This makes it highly adaptable for different cooling applications, whether in data centers, telecom systems, or industrial equipment.
The fan uses an IE5 EC motor with integrated electronics that enhances energy efficiency and reduces power consumption. The motor’s efficiency helps optimize airflow based on real-time thermal load, minimizing operational costs. Its direct integration with speed controllers and sensors ensures precise control and further contributes to energy savings, making it an eco-friendly solution for cooling systems in demanding environments.
This EC axial fan provides a reliable, energy-efficient solution for cooling data centers, telecom racks, and industrial equipment enclosures. With its advanced motor technology and flexible control options, it is an ideal choice for optimizing cooling efficiency while reducing energy consumption in a variety of applications.
In data centers, the EC axial fan is positioned at the center of racks to expel the hot air generated by servers. By effectively removing this hot air, it helps maintain optimal operating temperatures and prevents overheating. The fan’s high airflow capacity and energy-efficient EC motor make it an ideal solution for data center cooling, improving overall system efficiency and reducing energy consumption.
EC axial fans are also used in industrial equipment enclosures to expel hot air and prevent overheating of sensitive components. The fan is strategically installed in the cabinet to reduce heat buildup, ensuring that equipment operates efficiently and has a longer lifespan. Its compact design and quiet operation make it suitable for various industrial environments, providing reliable cooling for a range of applications.
Telecom cabinets house delicate electronic equipment that generates heat during operation. The EC axial fan helps expel hot air from these racks, maintaining optimal temperatures and preventing potential damage from overheating. Its durable construction and high performance make it a dependable choice for cooling telecom infrastructure, ensuring continuous operation and minimizing downtime. Integrating the fan into rack cooling systems boosts equipment reliability and overall network performance.
This fan offers flexible installation options for various environments, including mounting on data center racks or industrial containers. It supports both 0-10VDC and MODBUS control interfaces for precise speed adjustment, offering customization based on cooling demands. This makes it highly adaptable for different cooling applications, whether in data centers, telecom systems, or industrial equipment.
The fan uses an IE5 EC motor with integrated electronics that enhances energy efficiency and reduces power consumption. The motor’s efficiency helps optimize airflow based on real-time thermal load, minimizing operational costs. Its direct integration with speed controllers and sensors ensures precise control and further contributes to energy savings, making it an eco-friendly solution for cooling systems in demanding environments.
This EC axial fan provides a reliable, energy-efficient solution for cooling data centers, telecom racks, and industrial equipment enclosures. With its advanced motor technology and flexible control options, it is an ideal choice for optimizing cooling efficiency while reducing energy consumption in a variety of applications.
Model | Impeller dimension (mm) | Max. Power (W) | Speed range(rpm) | Airflow (m3/h) | Static pressure (Pa) | Noise level (dB) |
ECLZF6.3-35 x 6 | 600 | 750 | 200-950 | 3000~13800 | 0~90 | <65 |
ECDZF7.1C-24 x 4 | 700 | 750 | 4000-15000 | 0~100 | <68 | |
ECDZF7.6C-26 x 4 | 760 | 1100 | 4000~17500 | 0~100 | <69 | |
ECDZF8C-27 x 4 | 800 | 1500 | 7700~23200 | 0~100 | <73 | |
ECDZF8.5C-25 x 4 | 850 | 1800 | 7700-25500 | 0~100 | <74 | |
ECDZF9.1C-24 x 4 | 910 | 2200 | 7700-25500 | 0~110 | <77 |
Model | Impeller dimension (mm) | Max. Power (W) | Speed range(rpm) | Airflow (m3/h) | Static pressure (Pa) | Noise level (dB) |
ECLZF6.3-35 x 6 | 600 | 750 | 200-950 | 3000~13800 | 0~90 | <65 |
ECDZF7.1C-24 x 4 | 700 | 750 | 4000-15000 | 0~100 | <68 | |
ECDZF7.6C-26 x 4 | 760 | 1100 | 4000~17500 | 0~100 | <69 | |
ECDZF8C-27 x 4 | 800 | 1500 | 7700~23200 | 0~100 | <73 | |
ECDZF8.5C-25 x 4 | 850 | 1800 | 7700-25500 | 0~100 | <74 | |
ECDZF9.1C-24 x 4 | 910 | 2200 | 7700-25500 | 0~110 | <77 |
The EC axial fan is a highly efficient solution for cooling critical infrastructure in industries such as data centers, telecom power centers, energy storage, and wind turbine systems. Its energy-saving features, combined with quiet operation and reliable performance, make it the ideal choice for applications requiring precise thermal management.
Efficient cooling is crucial for data centers to ensure the reliability of IT equipment and prevent overheating. The EC axial fan with a permanent magnet brushless motor and integrated inverter optimizes energy usage and noise levels. By offering high airflow, it helps lower the Power Usage Effectiveness (PUE) of the data center, resulting in significant energy savings. The fan is easy to install with its plug-and-play design, making it an efficient and practical solution for cooling server racks. This makes it an ideal choice for data center cooling systems looking to improve energy efficiency while maintaining optimal performance.
In computing power centers, maintaining a stable temperature is essential for continuous operation and minimizing energy consumption. The EC axial fan is designed to meet the high cooling demands of these systems. Its permanent magnet motor and inverter technology ensure quiet, efficient operation, helping reduce overall energy consumption. The fan's remote control functionality enables easy monitoring and adjustment of airflow to meet varying cooling needs, making it a flexible solution for computing power centers. With its simple installation and high performance, this fan provides the best solution for cooling high-performance computing systems.
Energy storage systems, which are crucial for optimizing power generation and storage, require effective cooling to maintain efficiency. The EC axial fan provides reliable, high-efficiency cooling for energy storage containers. With its low-noise operation and energy-saving brushless motor, this fan ensures optimal temperature regulation, preventing overheating and improving energy efficiency. The remote control feature offers easy monitoring and operation, while the plug-and-play design makes it simple to install on rooftops or doors of containers, providing a hassle-free solution for thermal management.
In wind turbine systems, keeping the nacelle cool is essential for optimal performance and longevity. The EC axial fan delivers effective cooling for wind turbine nacelles, using its permanent magnet brushless motor and integrated inverter to reduce energy consumption while ensuring quiet operation. By providing high airflow, it effectively dissipates heat from the nacelle, preventing overheating and component damage. With remote control capabilities and easy installation, this fan is an ideal solution for wind turbine cooling, contributing to the overall reliability and energy efficiency of wind turbine systems.
In summary, the EC axial fan is designed to provide energy-efficient and reliable cooling for various industrial applications. Whether used in data centers, telecom power centers, energy storage containers, or wind turbines, this fan offers a versatile and energy-saving solution that enhances performance while reducing operational costs. As a leading manufacturer of energy-efficient cooling solutions, this fan is the preferred choice for businesses seeking to optimize their cooling systems and reduce energy consumption.
The EC axial fan is a highly efficient solution for cooling critical infrastructure in industries such as data centers, telecom power centers, energy storage, and wind turbine systems. Its energy-saving features, combined with quiet operation and reliable performance, make it the ideal choice for applications requiring precise thermal management.
Efficient cooling is crucial for data centers to ensure the reliability of IT equipment and prevent overheating. The EC axial fan with a permanent magnet brushless motor and integrated inverter optimizes energy usage and noise levels. By offering high airflow, it helps lower the Power Usage Effectiveness (PUE) of the data center, resulting in significant energy savings. The fan is easy to install with its plug-and-play design, making it an efficient and practical solution for cooling server racks. This makes it an ideal choice for data center cooling systems looking to improve energy efficiency while maintaining optimal performance.
In computing power centers, maintaining a stable temperature is essential for continuous operation and minimizing energy consumption. The EC axial fan is designed to meet the high cooling demands of these systems. Its permanent magnet motor and inverter technology ensure quiet, efficient operation, helping reduce overall energy consumption. The fan's remote control functionality enables easy monitoring and adjustment of airflow to meet varying cooling needs, making it a flexible solution for computing power centers. With its simple installation and high performance, this fan provides the best solution for cooling high-performance computing systems.
Energy storage systems, which are crucial for optimizing power generation and storage, require effective cooling to maintain efficiency. The EC axial fan provides reliable, high-efficiency cooling for energy storage containers. With its low-noise operation and energy-saving brushless motor, this fan ensures optimal temperature regulation, preventing overheating and improving energy efficiency. The remote control feature offers easy monitoring and operation, while the plug-and-play design makes it simple to install on rooftops or doors of containers, providing a hassle-free solution for thermal management.
In wind turbine systems, keeping the nacelle cool is essential for optimal performance and longevity. The EC axial fan delivers effective cooling for wind turbine nacelles, using its permanent magnet brushless motor and integrated inverter to reduce energy consumption while ensuring quiet operation. By providing high airflow, it effectively dissipates heat from the nacelle, preventing overheating and component damage. With remote control capabilities and easy installation, this fan is an ideal solution for wind turbine cooling, contributing to the overall reliability and energy efficiency of wind turbine systems.
In summary, the EC axial fan is designed to provide energy-efficient and reliable cooling for various industrial applications. Whether used in data centers, telecom power centers, energy storage containers, or wind turbines, this fan offers a versatile and energy-saving solution that enhances performance while reducing operational costs. As a leading manufacturer of energy-efficient cooling solutions, this fan is the preferred choice for businesses seeking to optimize their cooling systems and reduce energy consumption.
