News - An Introduction About Motorized Roller Blinds

An Introduction About Motorized Roller Blinds

“Electric roller blinds” is an electric roller shutter mechanism powered by a tubular motor. Its operation only needs to toggle the power switch, the operation is simple, the work is quiet and stable, and it is an upgraded product of manual roller shutters. The motor is directly installed in the aluminum alloy coil tube, which not only reduces the volume of the curtain box and the transmission link of the force, but also avoids the influence of the outside world on the motor, and increases the reliability of the mechanism. The coiled tube is made of high-quality aluminum alloy material, which has high strength and is not easy to deform; the surface is anodized, anti-aging and corrosion-resistant. The installation bracket is made of high-strength alloy steel, which has high bending and shearing strength, ensuring the safety and reliability of the installation and use of the mechanism.

Electric roller shutters are installed indoors or between double-glazed windows to avoid adverse external influences and improve the service life of the system. It can block sunlight in summer and reduce air conditioning load, and can adjust visual comfort in winter. If using radio remote control or building intelligent control, various intelligent control methods can be realized to meet the high-quality requirements of users. Electric roller blinds can be in the form of “one-to-many”, adding a balance or a universal joint to the mechanism, so that one motor can drag multiple pairs of fabrics at the same time. When the motor is running, multiple pieces of fabric move up and down together to achieve better shading and shading effects.

The advantages in reducing the failure rate of the mechanism and reducing the engineering cost are also very prominent. In a modern intelligent building, the control system of the electric roller shutter can also be connected with the control center of the building to facilitate the realization of long-distance and large-scale centralized control.