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General| Minimum Input Unit | 0.001 mm |
|---|---|
| Input Voltage | 220VAC |
| Rapid Traverse Override | 25%, 50%, 100% |
| Feedrate Override | 0-150% |
| Interpolation | Linear, Circular |
| PLC Function | Built-in |
| Display | LCD |
| Communication Interface | RS232 |
| Positioning Accuracy | ±0.005mm |
Guidelines for safe handling and storage of the product package and components.
Procedure for verifying product integrity and checking for transport damage after unboxing.
Ensuring proper and safe electrical connections by specialized personnel.
Safety measures and procedures for performing maintenance and component replacement.
General operational notes and precautions for system use and maintenance.
Details on control axes, input instructions, feeding, manual operations, and interpolation.
Specifies operating voltage, temperature, humidity, and environmental requirements.
Overview of system capabilities including self-diagnosis, compensation, and instruction systems.
Description and diagram of the LCD and keypad interface for ADTCNC96 systems.
Description and diagram of the LCD and keypad interface for ADTCNC99 and 98 series.
Explanation of the cascading menu structure and available main menus.
Definition and purpose of various keys on the CNC system's operating panel.
Procedure for manually homing the machine axes to their reference points.
Steps to return individual axes to their reference point manually.
Steps to return all axes to their reference point simultaneously.
Procedure for resetting the machine tool's current position to origin.
Manually resetting the relative position of axes to zero.
Manual control of tool movement along axes using operation panel or handwheel.
Moving the tool in small, specified increments with each key press.
Using a handwheel for precise manual control of axis movement.
Operation of auxiliary functions like coolant, lubricant, and spindle control.
Procedures for setting tool parameters, crucial for machining precision.
Methods for entering and modifying coordinate data and parameters.
Configuration of extended offset coordinates for the system.
Setting tool compensation and system parameters for optimal operation.
Description of quick operations and key combinations for system efficiency.
Operating the machine using programs stored in system memory.
Executing single G-code instructions manually via the MDI interface.
Running programs directly from a USB disk without saving to CNC memory.
Adjusting feeding and spindle rotation speeds during automatic or manual operation.
Enabling single-block step-by-step program execution for checking.
Disabling specified lines in a program by using the BDT function.
Methods to stop automatic operation using program commands or panel keys.
Immediate system halt and output shutdown using the emergency stop button.
System alarms and behavior when physical travel limit switches are activated.
System alarms and deceleration when programmed travel limits are reached.
List of G-code program running alarm codes and their meanings.
List of system environment alarm codes and their descriptions.
Procedures for identifying, clearing, and resolving system alarms.
Using the system's self-diagnosis feature to check processes and troubleshoot issues.
Methods for creating and saving NC programs using keypad or network input.
Procedures for editing, copying, pasting, and deleting program lines.
Steps for removing programs and files from the system memory.
Display of current machine tool coordinates: absolute, relative, and comprehensive.
Interface for editing program information and content in the work area.
Interface for executing single G-codes and program blocks manually.
Managing system files, including copying, pasting, and upgrading software.
Functionality to simulate NC processing programs and visualize tool paths.
Accessing and configuring system parameters like comprehensive, axis, and management settings.
Procedure for restarting the CNC system through the software interface.
Steps for upgrading the system software using a USB disk.
Restoring system parameters to default values and restarting the system.
Procedures for backing up and restoring system parameters to maintain configurations.
Accessing the system's BIOS for maintenance, upgrades, and disk operations.
Comprehensive list of all system parameters with descriptions and default values.
Detailed settings for comprehensive system functions and operations.
Configuration parameters specific to each axis's movement and control.
Parameters related to system management, user access, and initialization.
Parameters for configuring the tool magazine and its operations.
Parameters for controlling spindle speed, rotation, and related functions.
Overview of the physical layout and connection points for external interfaces.
Detailed definitions and descriptions of various hardware interfaces and connectors.
Schematic diagrams illustrating the electrical connections for system components.
Diagram showing the external interface connections for CNC9 series controllers.
Definitions for motor driver control interface signals and connections.
Details on the digital input interface, including limit signals and definitions.
Wiring and function definitions for the digital output interface.
Definition of signals and connections for the handheld operator's interface.
Wiring diagram and definition for the analog output interface.
Definition and wiring for the spindle encoder interface.
Wiring diagram for the ADT9163 splitter, used for signal distribution.
Wiring diagram for the ET102A splitter, used for signal distribution.
Wiring diagram for the ET202A splitter, used for signal distribution.
Configuration of IP addresses and network settings for PC communication.
Wiring definitions for pulse control ports across various servo driver brands.
Procedure for restarting the CNC system through the software interface.
Steps for upgrading the system software using a USB disk.
Restoring system parameters to default values and restarting the system.
Procedures for backing up and restoring system parameters to maintain configurations.
Accessing the system's BIOS for maintenance, upgrades, and disk operations.
Comprehensive list of all system parameters with descriptions and default values.
Detailed settings for comprehensive system functions and operations.
Configuration parameters specific to each axis's movement and control.
Parameters related to system management, user access, and initialization.
Parameters for configuring the tool magazine and its operations.
Parameters for controlling spindle speed, rotation, and related functions.
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