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General| Brand | Mitsubishi Electric |
|---|---|
| Model | CR800-05VD |
| Category | Controller |
| Language | English |
Details on the structural components of the robot, including standard and optional equipment.
Explanation of how to identify the robot's model based on its designation.
Lists and describes the components included in the robot's structural configuration.
Details and lists of various optional equipment available for the robot arm and controller.
Presents the fundamental technical specifications of the robot arm, including performance and environmental limits.
Defines key technical terms and metrics related to robot performance, such as repeatability and load capacity.
Identifies and labels the various physical components and operational parts of the robot arm.
Illustrates the robot's physical dimensions and its operational movement range.
Details on connecting and configuring tools, including wiring, piping, and electrical specifications.
Lists and describes optional accessories designed to enhance robot functionality and ease of setup.
Provides information and recommendations regarding the periodic overhaul and maintenance of the robot.
Outlines the basic electrical and operational specifications of the CR800-05VD controller.
Identifies and labels the various connectors, ports, and indicators on the controller.
Provides detailed physical dimensions and guidance for installing the robot controller.
Describes the different types of external input and output interfaces available for the controller.
Details the functions and signal assignments for dedicated input and output points of the controller.
Explains the wiring and configuration for emergency stop, door switches, and mode selector switches.
Lists and describes various optional components and software for the controller, such as teach pendants.
Covers critical safety information, including self-diagnosis functions and safe operation practices.
Specifies suitable environmental conditions and precautions for operating the robot to ensure safety.
Outlines essential precautions for safe handling, operation, and maintenance of the robot.
Explains how to calculate load inertia and moment for matching hands and workpieces to the robot.
Provides connection details for recommended hands, vision sensors, and force sensors.
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