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General| Control Axes | 4 |
|---|---|
| Control Mode | CNC |
| Series | ADTECH4 |
| Input Voltage | 220V AC |
| Operating Temperature | 0°C to 45°C |
| Storage Temperature | -20°C to 60°C |
Guidelines for safe product transport and storage conditions.
Steps for checking product integrity and contents after unboxing.
Rules for safe and correct electrical wiring connections.
Safety measures and steps for equipment overhaul and component replacement.
General safety and operational advisories for product use.
Detailed specifications and parameters of the CNC system's capabilities.
System checks for CPU, memory, I/O, and other components upon startup.
Automatic compensation functions for various operational aspects.
Overview of the CNC system's extensive instruction set capabilities.
User interface features including Chinese menus and full-screen editing.
Capabilities for identifying and correcting operational errors.
Description of the control panel layout for ADTCNC46 series.
Description of the control panel layout for ADTCNC49 series.
Submenu for monitoring system status and performance.
Submenu for editing and managing CNC programs.
Submenu for accessing and configuring system parameters.
Submenu for managing workpiece coordinate systems.
Submenu for system diagnostics and error checking.
Procedure for manually returning axes to their reference or home positions.
Method for moving tools continuously using manual controls.
Operation for moving the tool in discrete steps with key presses.
Using the hand wheel for precise manual tool movement.
Controls for coolant, lubricant, and spindle rotation in manual modes.
Calculating workpiece center for alignment using M series mode.
Using the tool regulator for setting tool reference points in M series.
Method for tool setting using test cuts in L series operations.
Setting parameters for tool length and radius compensation.
Modifying various system configuration parameters.
Operating the CNC system using programs stored in memory.
Manual Data Input mode for direct program execution.
Running programs directly from a USB disk.
Adjusting feeding and spindle speeds during operation.
Reserved function for idle run states.
Single Block execution mode for program step-through.
Function to invalidate program lines starting with '/'.
Methods for stopping automatic program execution.
Procedure for immediate system shutdown using the E-stop button.
Handling system alarms related to physical axis travel limits.
Managing alarms triggered by software-defined travel limits.
List and explanation of alarms during NC program execution.
Alarms related to system operating conditions and limits.
Procedures for handling and clearing system alarms.
Using the system's diagnostic function for troubleshooting.
Methods for saving CNC programs into system memory.
Loading programs from memory or USB into the active work area.
Procedures for editing and modifying existing CNC programs.
Steps for removing programs and files from system memory.
Displays current machine tool coordinates (absolute, relative, comprehensive).
Interface for viewing and editing CNC programs in the current workpiece.
Manual Data Input mode for writing and executing G-code commands.
Interface for managing system files, including USB and PC connections.
Function to simulate NC processing programs for verification.
Accessing and viewing system parameters like comprehensive, axis, and port settings.
Setting tool length, radius, and other compensation values.
Configuring workpiece coordinate systems and related parameters.
Interface for diagnosing alarms, inputs, outputs, and DA signals.
Viewing and managing macro variables within the system.
Displaying current G-code modes and instructions.
Procedure for restarting the CNC system.
Steps for upgrading the system software via USB.
Restoring default parameters and resetting the system.
Operations for backing up and restoring system parameters.
Accessing the BIOS for system maintenance and upgrades.
Comprehensive list of system parameters, their descriptions, and effective modes.
Configuration of general system parameters like speed and home mode.
Settings for axis-specific parameters like instruction frequency and acceleration.
Parameters for managing user access, system initialization, and security.
Parameters related to the tool magazine's configuration.
Parameters controlling the behavior and settings of the principal axis.
Settings for configuring system input and output ports.
Diagrams and descriptions of external interface connections.
Physical dimensions for mounting the 46 series controller.
Physical dimensions for mounting the 49 series controller.
Guidelines for proper installation to ensure system stability and performance.
Wiring and definition for motor drive control connections.
Definition and wiring for digital input signals, including limit switches.
Pin assignments for default digital inputs on 46M series.
Pin assignments for default digital inputs on 46L series XS5.
Pin assignments for default digital inputs on 49M series XS7.
Pin assignments for expanded digital inputs on 49M series XS14.
Definition and wiring for digital output signals.
Pin assignments for default digital outputs on M series milling machines.
Pin assignments for default digital outputs on CNC4960(XS15).
Pin assignments for default digital outputs on L series lathes.
Definition and wiring for the handheld control box interface.
Wiring and definition for analog output signals.
Wiring and definition for principal axis encoder connections.
Definition and wiring for the RS232 serial communication port.
Definition and wiring for USB memory device connections.
Definition and wiring for PC USB communication.
Standard symbols used in electrical diagrams.
Diagram illustrating the system's power supply connections.
Wiring diagram for connecting servo drives.
Wiring diagram for connecting step motor drives.
General electrical connection diagram for I/O signals.
Wiring diagram for the ADT9163 splitter module.
Wiring diagram for the ET102A splitter module.
Wiring diagram for the ET202A splitter module.
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