Tubular motor
A tubular motor is inserted into a shaft and then drives it.
Application examples
control
There are mechanically and electronically controlled tubular motors. They differ in the design of their limit switches .
For electronic motors, the end positions can be defined using cord switch setting devices or cord setting devices. Electronic tubular motors are often equipped with obstacle detection.
To measure the required tensile force of a tubular motor, the area of the window or door and the material of the roller shutter curtain are required. Using the formula W × H × material coefficient (e.g. 5 kg for plastic roller shutter curtains), the required tensile force of the tubular motor is obtained in kg.
The tubular motor has a static holding torque.
Individual evidence
- ↑ a b The mechanical tubular motor / electronic tubular motor , accessed April 24, 2010
- ↑ Operating instructions for cord switch setting device for tubular motors , accessed on July 11, 2011