Views: 0 Author: Mingletec Publish Time: 2025-01-27 Origin: https://www.mingletec.com/
In today's market, the development of industrial fans is moving towards higher efficiency and environmental protection. Many companies are beginning to focus on energy saving and environmental sustainability, and our industrial fans are designed to meet this market demand. With unique motor chip control technology, our fans not only achieve effective energy management, reducing electricity consumption, but also feature low noise operation, making them suitable for various work environments. The flexible wide voltage design allows our fans to operate stably in multiple settings, further enhancing usability and reliability. In the trend of green and sustainable development, our industrial fans undoubtedly hold a competitive advantage, becoming the preferred choice for more and more enterprises and promoting a sustainable future.
This fan utilizes high-quality pure copper material for the motor winding, with copper wire precisely and tightly wound directly onto the stator, ensuring superior conductivity. This design reduces energy loss, improves motor efficiency, and extends the motor’s lifespan. It can maintain good performance even under high temperatures or unstable voltage conditions.
The design of the BLDC fan features extensive voltage adaptability, ensuring stable operation within the voltage range of 160V to 260V. The fan can effectively deal with voltage fluctuations during use, which is often encountered in older neighborhoods or remote areas where voltage instability is common. It can operate normally even in factories or construction sites with unstable power supply.
The motor is equipped with a protective chip that is responsible for monitoring and controlling the motor's operating status.
a. When the fan encounters a malfunction or is obstructed from rotating due to external forces, the chip detects this condition and activates protective mechanisms to prevent overheating or burnout.
b. Additionally, the chip can monitor situations like improper installation or operation without blades and take appropriate actions to protect the motor from damage.
The BLDC industrial fan is equipped with a built-in rectifier that enhances energy efficiency and minimizes power consumption. When we plug in the industrial fan, it first receives alternating current (AC). Then, the internal components of the fan use a device called a rectifier to convert the AC into pulsating direct current (DC). We can imagine this process as flattening a wavy current. Next, through a filter, the pulsating DC is "smoothed out" to become stable DC. This stable DC allows the industrial fan to operate more smoothly, while also improving energy efficiency, achieving the goal of energy saving.
Compared to traditional AC motors, the BLDC industrial fan can effectively save 40% to 80% of energy. If used for 8 hours daily, the monthly electricity consumption reduction is equivalent to the cost of one fan. This lowers electricity bills and contributes positively to environmental protection, making it a more economical choice.
The fan features a fully sealed motor that effectively prevents dust and oil, thereby enhancing the reliability of the motor/fan in various environments. The sealed design makes the fan suitable for kitchens with heavy oil fumes while keeping the internal motor structure clean during cooking. Furthermore, this fan is ideal for dust-prone construction sites, farms, garages, and other outdoor working areas, ensuring stable operation under adverse conditions. Compared to traditional AC motors, the BLDC motor offers superior performance and better cost-effectiveness under the same design conditions.
The fan provides four-speed adjustments, the minimum power is about 20W, and the maximum power is about 130W. Allowing users to choose the most suitable speed according to actual needs to meet different ventilation and cooling requirements.
a. For example, during the hot summer months, while working in a factory or large warehouse, users can set the fan to high speed to rapidly lower indoor temperatures, ensuring that employees work efficiently in a comfortable environment.
b. In meeting rooms or office buildings, when a comfortable and low-noise working atmosphere is needed, users can select a medium speed to maintain proper air circulation while avoiding noise interference from the fan during meetings or work.
c. For those conducting maintenance or cleaning work at night, the low speed can provide gentle airflow, helping to maintain a comfortable working environment without causing an excessive disturbance.
This function allows the fan to flexibly change the direction of airflow within a horizontal range. This provides a wider air circulation and ensures that the air can evenly cover the entire room or workspace, effectively enhancing ventilation. The oscillating mode can be adjusted manually. The manual adjustment design is usually easier to monitor. The user can directly control the operation when using it, effectively preventing children or minors from accidentally operating the fan when unattended, reducing safety risks.
The BLDC motor offers smoother operation and lower noise levels. Compared to traditional AC motors, the brushless design eliminates friction between brushes and the rotor, reducing mechanical vibration and thus decreasing noise generation.
