Waterproof fan motor for LED headlight #LED headlight
Our waterproof fan motor for LED headlights is a waterproof fan motor that excels in heat resistance. #LEDHeadlight #LEDLight
We are selling waterproof fan motors that have been treated for water resistance, manufactured by a well-known coreless motor company, renowned for their high quality, durability, and high-temperature resistance DC fan motors. They are perfect for LED headlamps. Our company is a specialized manufacturer of coreless motors with over 40 years of extensive experience in Japan. In our manufacturing process, we implement automation, standardization of work, and control plans to provide high-quality, low-cost fan motors and waterproof fans, including reflow fan motors. We continue to pursue further improvements and ongoing development and enhancement of our products. To meet our customers' needs, we make continuous efforts in new proposals and improvements to our manufacturing facilities, achieving significant advancements in the development of coreless fan motors. We offer not only standard products listed in our catalog but also customized products tailored to customer specifications. If you are looking for waterproof LED fan motors specifically for LED headlamps, please do not hesitate to contact us. For more details, please inquire or download our catalog.
basic information
We handle low-cost, high-quality DC axial flow fan motors used in mass-market vehicles, as well as quiet DC axial flow fan motors used in luxury cars and waterproof fan motors used in LED headlights. Basic Specifications: Rated Voltage: 5V, 12V, 24V Frame Size: 25mm to 60mm Thickness: 6mm to 10mm Alarm: Compatible with various sensors #LED Headlights #LED Lights #Car LED Headlights #Motorcycle LED Headlights What is LED: LED stands for Light Emitting Diode, which is a semiconductor device that emits light when a voltage is applied in one direction. It is also referred to as a light-emitting diode. The significant difference is that LEDs have a very high energy conversion efficiency because they convert electricity directly into light. Since LEDs convert electricity directly into light, the amount of heat generated by the light source itself is reduced. LEDs do not contain any glass materials internally. They rarely fail unless there is metal degradation or a disconnection.
Price range
P1
Delivery Time
OTHER
Model number/Brand name
IC fan motor
Applications/Examples of results
In-vehicle, car navigation, multifunction devices, LED headlights, LED lamps, surveillance cameras, office automation equipment, factory automation equipment, computer peripherals, broadcasting equipment, desktop personal computers, fax machines, laser beam printers. Electrical Characteristics: Like other common diodes, it has polarity and is used by applying a positive voltage to the anode (positive terminal) relative to the cathode (negative terminal). While the voltage is low, increasing the voltage does not increase the current, and it does not emit light. Once a certain voltage is exceeded, the increase in current in response to the rising voltage becomes steep, and it begins to emit light according to the amount of current. This voltage is referred to as "forward voltage drop (VF)," and compared to typical silicon diodes, light-emitting diodes have a higher forward voltage drop. Depending on the emission color, it varies: approximately 1.4V for infrared, about 2.1V for red, orange, yellow, and green, and around 3.5V for white and blue. Ultraviolet LEDs have the highest VF, requiring between 4.5 to 6V. The reverse voltage tolerance when a voltage is applied in the reverse direction is significantly lower than that of standard silicon diodes, typically around minus 5V. Exceeding this will cause destruction, making it unsuitable for rectification purposes.
