This invention discloses a modular, customizable
motor system and its
combination method, belonging to the field of
motor system technology. It includes a
power module, a
functional module, and a control module. The
power module includes a
stator, a rotor, a pair of end caps, and a housing. The
stator windings are fixedly connected inside the housing. The rotor passes through the central area of the
stator, and its two ends are rotatably connected to both ends inside the housing via bearings. The
functional module includes a rear cover, several crown spring connectors, and an equal number of pin-type
copper terminals. The control module is fixedly installed inside the rear cover and fixedly connected to several crown spring connectors. The pair of end caps are fixedly connected to both ends of the housing, with one end cap fixedly connected to the rear cover. The terminals of several pin-type
copper terminals are fixedly connected to the end of the stator near the rear cover. The pin-type
copper terminals are sequentially inserted into the crown spring connectors, achieving fast, reliable, and reversible electrical connections, solving the problems of poor
soldering and difficult maintenance in traditional methods.