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| Pulse equivalent | 0.001mm |
|---|---|
| Type | CNC Controller |
| Model | ADT-CNC4640 |
| Power Consumption | ≤100W |
| Control axes | 4 axes |
| Linkage axes | 4 axes |
| Display | LCD |
| Operating Temperature | 0°C - 45°C |
| Storage Temperature | -20°C - 60°C |
Lists key technical specifications like control axes, units, and limits.
Details the capabilities and features of the CNC system, including self-diagnosis and compensation.
Details the functions and purposes of each key on the operating panel for system control.
Covers methods for setting tool length and radius, including centered and test cutting techniques.
Describes running programs stored in the system's memory for automated machining.
Explains the function and operation of the emergency stop button for immediate system halt.
Details how hard limits prevent axis movement beyond physical boundaries, triggering alarms.
Describes how software limits restrict axis movement within defined software boundaries, causing deceleration.
Covers fundamental operational and usage settings for the controller, including speed and acceleration.
Defines the interface characteristics and control settings for each axis, including limits and home modes.
Manages system access levels, passwords, and initialization/configuration functions.
Sets parameters for servo control, speed, acceleration, and encoder configuration of the principal axis.
Configures IO signals, wire assignments, and port functions for various hardware connections.
Details parameters for basic operation, motor control, and acceleration/deceleration settings.
Configures parameters for servo control, axis limits, home operation modes, and encoder logic.
Manages system access levels, passwords, and configuration import from CSV files.
Configuration for servo principal axis control, speed, acceleration, and encoder settings.
Maps IO signals to specific input/output wire numbers and functions, including limits and alarms.
Defines the pinouts and functions of various controller interfaces like motor drives, digital I/O, and encoders.
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