The car seat angle adjustment motor is used to adjust the angle of the car seat, which requires high stability. Currently, the rotating part of the car seat motor mostly adopts a worm gear to cooperate with the gear of the gearbox, so the rotor shaft will receive a larger axial force. The axial thrust towards the rotor shaft is required during the assembly process, resulting in a more complicated overall structure of the car seat adjustment motor and higher production cost.
Car seat 12vdc gear motor is a kind of miniature gear motor that is commonly seen when it comes to car seat motor. The main transmission structure of car seat adjustment motors is composed of a driving motor (micro motor) and a gearhead (reducer). As for driving motor, brush DC motor, BLDC motor, coreless motor, stepper motor, servo motor can be used as the driving source. As for the gearhead, planetary gearhead, cylindrical gearhead, general gearhead, and worm gearhead can be used as the reducer. Gear motor used for different car seat adjustment could differ. Customization for parameters is usually adopted, such as output power, voltage, reduction ratio, output torque, output speed, noise, transmission precision, etc.
ZHAOWEI Machinery & Electronics Co., Ltd provides a set of customized development services. In addition to car seat 12vdc gear motor, the customized technical parameters of car seat adjustment motors provided by ZHAOWEI are as below:
Diameter: 3.4mm-38 mm
Output power: ﹤50W
Output speed: 5-1500rpm
Gear ratio: 5-2000
Output torque: 1 gf.cm-50 kgf.cm
Project Name: Gear Motor for Car Seat Adjustment
Project Description: To improve comfort without changing the sitting posture during driving, the control keys can be used to adjust the seat in 12 directions. We use a small permanent magnet DC motor as a car seat adjustment motor combined with helical gears for car seat transmission. The control circuit on the door armrest controls the seat circuit and current direction to achieve the purpose of intelligent adjustment of the seat level, height, and angle.
Solution: An automobile seat reclining motor with a relatively simple structure, stable output, and relatively low production cost is solved, which solves the problems of the existing automobile seat reclining motors on the market, such as poor stability, complicated structure, and high production cost.