PV76W20-16P L/C

The PV76W20-16P L/C is an adjustable linear motion actuator commonly used in automatic linear motion systems such as conveyors, printing machines, robots, packaging machines and other applications. The PV76W20-16P L/C is composed of a controller, a motor and a gear unit. The controller provides power for the actuator to move linearly and control its position within a certain range. The motor provides power to the corresponding gear system which converts the rotational motion of the motor into linear motion.

The actuator can be adjusted in speed and can reach a maximum speed of 24 m/min. It offers an adjustable range of travel distance up to 600 mm. The control circuit of the device offers 7 different speed settings allowing the user to adjust its behaviour according to the application. Its overload protection mechanism eliminates sudden overcurrents, thus helping the motor to run safely and reliably for a longer period of time. It offers a power range of 10W to 80W, which makes it suitable for applications of various power requirements.

The working principle of the PV76W20-16P L/C is relatively simple. The motor is connected to a gearbox which converts the rotational motion of the motor to a linear motion in order to move the actuator along the guide rail. The controller provides power to the motor and controls the speed of the actuator, thus allowing it to move linearly with minimal effort. In order for the actuator to move accurately and safely, the gearbox is equipped with adjustable stops and travel sensors to ensure that the actuator\'s movement is accurate and controlled.

The PV76W20-16P L/C is an adjustable linear motion actuator designed for use in a wide variety of applications. Its adjustable speed and overload protection mechanisms make it suitable for applications with high performance and reliability demands. It has high accuracy, long service life and low noise levels due to its sound dampening construction. Its easy to install and adjust design makes it an ideal choice for automation systems and industrial processes.