What is the working principle of tubular motors? The core of tubular motors is to achieve the driving function through the synergy of "electric energy - mechanical energy conversion + speed reduction and torque increase + precise control". The specific process is as follows:

Energy conversion: After receiving electrical energy, the built-in motor mechanism converts it into rotational mechanical energy of the rotor, which forms the basis for power output;

Deceleration and torque increase: Through the deceleration mechanism inside the movement (such as gear sets, turbines, and worm gears), the rotor speed is reduced, while the output torque is significantly enhanced - this design can solve the problem that high-speed motors with low torque cannot directly drive loads such as curtains and blinds. It is also the key for tubular motors to adapt to different weight loads.

Transmission and Execution: The reduced-speed power is transmitted through the output shaft to the tubular housing or the connected roller shaft, driving the curtains, blinds, and other components to perform actions such as rising, lowering, extending, and contracting.

Precise control: By coordinating with controllers (such as built-in limit switches or external intelligent modules), it enables start-stop and positioning control. For example, the control components equipped in the SCVE products can achieve a positioning error control within 0.1mm, and also support the reception and execution of intelligent control instructions such as remote and voice commands.

SCVE, drawing on practical experience, has released a standardized construction guideline covering core contents such as installation preparation and assembly process. It has also established a service team to comprehensively ensure the quality of product application. Welcome to consult SCVE.