A 100mm DC Fan is a type of fan with a diameter of 100mm that is designed to operate on low voltage DC power. These fans are commonly used in electronic cooling and ventilation applications where a high air flow with low noise operation is needed. They are equipped with a brushless motor design for a longer lifespan and higher efficiency.
A 170mm DC Fan is a type of fan with a diameter of 170mm, commonly used in heavy duty cooling and ventilation applications. These fans are designed to operate on low voltage DC power and feature high airflow capacity and durable construction.
The 170mm EC fan is an energy-efficient and high-performance fan used in various industrial applications such as cooling, ventilation, and air filtration systems. With its electronically commutated (EC) motor, it provides better control over airflow, speed, and noise levels compared to traditional AC fans. The 170mm size is suitable for use in medium to large industrial settings, and its advanced design offers benefits such as reduced energy consumption, quiet operation, and longer service life.
The 200mm EC fan is a very responsive and energy-efficient fan utilized in many industrial applications, including air filtration, cooling, and ventilation. Compared to conventional AC fans, it offers improved control over airflow, speed, and noise levels because to its electronically commutated (EC) motor. Large-scale industrial applications are appropriate for the 200mm size, and its cutting-edge design provides advantages including decreased energy usage, silent operation, and extended service life.
A 200mm DC Fan is a type of large-sized fan with a diameter of 200mm, commonly used in large-scale cooling and ventilation applications. These fans are designed to operate on low voltage DC power and feature high airflow capacity and efficient operation.
A 20mm DC blower fan is a small, powerful, and efficient device used in industries for cooling, ventilation, and other similar applications. Unlike traditional axial fans, DC blower fans generate a high volume of airflow through a compact and enclosed structure, making them ideal for restricted spaces, such as inside electronic devices or small appliances that require cooling.
80mm DC axial fans are a type of fan with an 80mm diameter, commonly used in electronic cooling, ventilation, and other medium-sized space applications. These fans operate on low voltage DC power, and feature a brushless motor design for high efficiency and low noise operation. 80mm DC axial fans are available in various speeds and airflow capacities, and are designed with additional features such as ball bearings or porous bearings for added durability. They are also available with customizable cable lengths and connectors to fit specific requirements.
The 90mm EC Fan is a type of electronically commutated fan that uses advanced motor technology to provide high efficiency and superior performance with low energy consumption. These fans are ideal for use in various applications, including thermal management, ventilation, and cooling of electronic equipment, as well as in HVAC systems. 90mm EC Fans are renowned for their longevity, dependability, and silent operation.
They are highly versatile and can be used in various applications, including cooling electronic equipment, ventilation systems, and thermal management in industrial processes and building systems. Additionally, the 80mm EC fan is known for its quiet operation, low energy consumption, and reliable performance.
A 90mm DC Fan is a small-sized fan designed to operate on low voltage DC power. These fans are commonly used in electronic cooling and ventilation applications where a high air flow with low noise operation is needed.
AC axial fans are a type of fan that operate on alternating fcurrent (AC) power. These fans consist of a stationary stator with a rotating rotor and blades, creating a flow of air in one direction. AC axial fans are commonly used in cooling systems, ventilation systems, and other applications where high air flow and cooling capacity are required. They tend to be less efficient and noisier than DC or EC axial fans, but are often more cost-effective for large-scale applications.
