Borstelloze DC-motoren
Of het nu gaat om 4-polige motoren met een hoog koppel, hoogefficiënte platte motoren of compacte sleufloze motoren, FAULHABER is erin gespecialiseerd de beste prestaties uit de kleinste constructies te halen.
Door hun design zijn borstelloze motoren van FAULHABER ideaal voor zware servotoepassingen met regelmatige overbelasting en tevens voor continubedrijf waar de maximale levensduur vereist is.
Borstelloze DC-motoren
Whether it’s high torque 4-pole DC-Servomotors, highly efficient flat DC-Micromotors, or compact slotless motors, FAULHABER specializes in getting the most performance out of the smallest package.
Due to their design FAULHABER Brushless DC-Motors are ideal for heavy duty servo applications with frequent overload conditions as well as for continuous duty applications where maximum operational lifetime is required.
FAULHABER high precision 2-pole Brushless DC-Motors are three phase slotless motors that have a wide speed and torque range and are ideal for mid- to high speed applications requiring smooth speed control, high effi ciency, and long operational lifetimes.
For highly dynamic servo applications requiring very high torque in the most compact dimensions, the FAULHABER BX4 Series 4-pole, DC-Servomotors are ideal. Their robust design with very few parts and no glued components means that they are extremely durable and well suited for challenging ambient conditions such as extreme temperatures and high shock and vibration loads.
FAULHABER brushless fl at DC-Micromotors are 3 phase, slotless, axial fl ux gap motors with a rotating back iron. They have a much higher effi ciency than other fl at brushless motors and their rotating back iron provides a high rotor inertia that is ideal for applications requiring low torque ripple and very precise continuous speed control. FAULHABER also offers a range of 2-pole Brushless Motors with a cylindrical rotating back iron sometimes referred to as ironless outrunner motors. What sets the FAULHABER Motor apart is the slotless design which eliminates the cogging effect. The high inertia rotor makes these motors ideal for continuous duty applications requiring very precise speed control. These motors also have on-board speed control electronics that can be confi gured for different speed profiles.