| Brand： | ebmpapst |
| Part No： | 8214JN |
| Fan Type： | Axial Fan |
| Rated Voltage(V)： | 24 |
| Size(mm)： | 80*80*38 |
| Max.Air Flow(m³/h)： | 132 |
| Max.Pressure(Pa)： | 280 |
| Input Power(W)： | 10.8 |
| Speed(rpm)： | 8400 |
| Noise(db)： | 55 |
Interpretation of key parameters
Rated voltage: The rated voltage is 24V. Compared with high-voltage fans, this low-voltage design is not only safer to use, but also has better adaptability in some environments with strict voltage requirements. For example, in some electronic equipment, a low-voltage power supply system is usually used. The rated voltage of 24V allows the 8214JN fan to be easily integrated into it.
Dimensions: The size of the fan is 808038 mm, which is a relatively compact design. This small shape makes it easy to install in equipment with limited space, providing ventilation and heat dissipation solutions for various miniaturized equipment. Whether in a computer case, a small control cabinet, or inside some precision instruments, the 8214JN fan can find a suitable installation location.
Maximum air volume: The maximum air volume can reach 132m³/h, which shows that the fan has a strong air delivery capacity. In scenarios where rapid ventilation or heat dissipation is required, the air can be quickly and effectively delivered to the designated area to ensure air circulation in the equipment or space and maintain a good working environment.
Maximum pressure: The maximum pressure is 280Pa. The higher pressure value enables the fan to perform well in overcoming the resistance of the air duct. Even in the case of a long air duct, many elbows or certain obstacles, sufficient air volume output can be guaranteed to ensure ventilation effect.
Input power: The input power is only 10.8W, which achieves lower energy consumption while ensuring a large air volume and pressure output. For equipment that runs continuously for a long time, this can significantly reduce energy consumption and operating costs, which is in line with the development trend of energy conservation and environmental protection.
Speed: The speed reaches 8400rpm, and the high-speed rotating fan blades can quickly promote air flow, thereby achieving a large air volume output. However, high speed also puts higher requirements on the stability and reliability of the fan, and ebm-papst uses advanced manufacturing technology and high-quality materials to ensure that the fan can still operate stably at high speed.
Noise level: The noise is 55dB. The relatively low noise level makes the fan not cause obvious interference to the surrounding environment during operation. This is very important for some noise-sensitive application scenarios, such as offices and laboratories.
Product Features Analysis
Efficient ventilation and heat dissipation: With high speed and optimized fan blade design, the 8214JN fan can achieve a large amount of air delivery in a short time, providing efficient heat dissipation and ventilation for the equipment. Whether it is for the heat dissipation of electronic chips or for ventilation of small spaces, it can complete the task quickly and effectively, and improve the working efficiency and service life of the equipment.
Energy saving and low noise: Low input power and low noise level are the two significant advantages of this fan. The energy-saving design not only reduces the cost of use, but also meets environmental protection requirements; low noise operation creates a quiet working and living environment for users.
High reliability: The use of high-quality motor and fan blade materials, as well as advanced manufacturing processes, ensures the stability and reliability of the fan. During long-term operation, it can reduce the probability of failure and reduce maintenance costs.
Easy installation: The compact size and reasonable mounting hole design make the fan very easy to install. It can be easily fixed to the equipment by screws, buckles, etc., saving installation time and cost.
Internal structure and working principle
The 8214JN axial flow fan is mainly composed of motor, fan blades, housing and bearings. The motor is the power source of the fan, converting electrical energy into mechanical energy to drive the fan blades to rotate at high speed. The fan blades adopt a special aerodynamic design, which can generate a strong axial airflow when rotating, sucking air from the air inlet and then discharging it through the air outlet. The shell protects the internal components and guides the airflow to ensure that the airflow can flow smoothly. The bearing supports the rotation of the fan blades, reduces friction and wear, and improves the operating efficiency and life of the fan.
When the fan is connected to a 24V power supply, the motor starts to run, driving the fan blades to rotate at a speed of 8400rpm. Due to the special shape and angle of the fan blades, the air is accelerated under the action of the fan blades and forms an axial airflow, entering from the air inlet of the fan, and after being pushed by the fan blades, it is discharged from the air outlet at high speed. By continuously circulating this process, the functions of rapid air flow and ventilation are achieved.
Application field outlook
Electronic equipment heat dissipation: In electronic fields such as computers, servers, and communication equipment, with the continuous improvement of chip performance, the heat dissipation problem has become increasingly prominent. With its efficient ventilation capacity and compact size, the 8214JN fan can well meet the heat dissipation requirements inside electronic equipment and ensure that the equipment operates in a stable temperature environment.
Industrial automation: On industrial production lines, various automation equipment and control systems require a good ventilation environment to ensure their normal operation. The 8214JN fan can be installed inside the equipment or in the ventilation duct to provide continuous ventilation and heat dissipation for the equipment, improving production efficiency and product quality.
Medical equipment: Medical equipment has extremely high requirements for stability and reliability, and also requires a quiet and efficient ventilation system. The low noise and high reliability characteristics of the 8214JN fan make it very suitable for use in medical equipment, such as imaging diagnostic equipment, monitors, etc., providing a good use environment for patients and medical staff.
Smart home: With the development of smart homes, various smart devices such as smart speakers and smart cameras have an increasing demand for heat dissipation and ventilation. The 8214JN fan can be integrated into these devices to provide them with heat dissipation functions and ensure the stable operation of the equipment. At the same time, its energy-saving and low-noise characteristics meet the requirements of smart homes for environmental protection and comfort.
8214JN axial flow fan works based on the principle of axial flow ventilation. After the core component motor is connected to the 24V power supply, it converts electrical energy into mechanical energy and drives the fan blades to rotate at high speed
Mar 17.2025Regular operation and maintenance of 8214JN axial flow fan is the key to ensure its long-term stable operation and optimal performance
Mar 17.2025the 8214JN axial flow fan can quickly and effectively dissipate heat, ensure that electronic equipment operates at a suitable temperature, and extend the service life of the equipment.
Mar 17.2025When dealing with 8214JN axial flow fan faults, you need to follow certain logic and methods. First, make a comprehensive and detailed observation and record of the fault phenomenon, including the operating status of the fan, whether there is any abnormal sound, whether the air volume is normal
Mar 17.2025
