1617088-9

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

A 1617088-9 is a Motion System that enables control signals to operate a Machine Tool, or a similar Mechanical Component, in order to move, rotate, and accelerate the Machine Tool along a given route or vector. It is a specialized electronic controller unit designed to control the motion of Machine Tool components and may include digital or analog control systems.

The 1617088-9 motion system is a complete system designed to control the motion of machine tools, from simple three-axis positioners to more complex multi-axis configurations. It is composed of several key components: an embedded motion controller, a mechanical axis “drive”, and motorized drives. The embedded controller is programmed to interpret input signals and control the motion of the associated Machine Tool components. The motion controller acts similar to a mini computer, providing the necessary calculations needed for motion control. The mechanical axis “drive” is a device that provides the necessary forces required to move the axis. Finally, the motorized drives are power sources used to move the axis with specific speeds and accelerations.

The same system architecture is also employed when dealing with robotics. Instead of machine tool motors, robotics use servo motors, which employ feedback from sensors and encoders in order to move, rotate, and accelerate the robot along a trajectory set by the system. These servo motor feedback systems ensure the robots stay within the desired parameters and prevent damage to surrounding equipment.

In conclusion, the 1617088-9 is a specialized motion system designed to control the motion of machine tools and robots. The system is composed of several key components, including an embedded motion controller, a mechanical axis "drive," and motorized drives. The embedded motion controller is programmed to interpret input signals and control the motion of associated Machine Tool components, while servo motors provide feedback from sensors and encoders in order to move, rotate, and accelerate robots along a set trajectory. This motion system can be used for a variety of different applications, withstanding the test of time and proving to be a reliable controller unit for many years.

The specific data is subject to PDF, and the above content is for reference