To Build a Better Fan
So smart and varied they are, brush less DC fans come in a variety of styles, speeds and voltages and are found in a variety of applications, including auto electronics, computing, servers, telecommunication cabinets, and any equipment where requires thermal control for the improved reliability and life extension of the embedded components.
EC Axial Fans
LONGFLOW EC Axial fans are applied efficiency brushless DC motors with power consumption reduced almost 80% compared with our conventional Shaded Pole Induction fan motor. Furthermore,
it also can be customized with a dust-proof and waterproof rating. Our EC fans meet EU ATEX directive to make sure the safety of commercial refrigerator, freezer, icemaker, heat-pump water heater, and air-conditioning application.
EC Centrifugal Fans
AC Powered EC Series Fans feature improved efficiency and controllability with an electronically commutated (EC), permanent magnet, brushless DC motor. The fans feature a motor speed control capability, allowing the user to exactly match changing performance requirements in an application. Speed control is handled through a simple 0-10VDC control signal to the motor and a 10VDC output is supplied by the EC motor.
So smart and varied they are, brush less DC fans come in a variety of styles, speeds and voltages and are found in a variety of applications, including auto electronics, computing, servers, telecommunication cabinets, and any equipment where requires thermal control for the improved reliability and life extension of the embedded components.
AC Axial Fans
This is the most basic type of cooling device for various electronic appliances, telecom cabinet, and machines. AC fan operates directly on an alternating current and has a simple structure, however, it is not an easy job to find a suitable one for your device while considering cost and effect. LONGFLOW gives you a well-built AC fan series that manufactured with the selected raw material from copper wire to aluminum alloy housing and competitive fan price.
