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General| Minimum input unit | 0.001 mm |
|---|---|
| Tool magazine control | Yes |
| Input Voltage | 220VAC |
| Control axes | 4 |
| Linkage axes | 4 |
| PLC | Built-in |
| Spindle override | 50%~120% |
| Interpolation mode | Linear, Circular, Helical |
| Communication interface | USB |
| Programming language | G-code |
Guidelines for safe handling and storage of product packages.
Steps for checking package contents and identifying transport damage.
Requirements for safe electrical wiring and ensuring proper grounding resistance.
Safety measures to follow during machine maintenance and component replacement.
Miscellaneous safety and operational guidelines for system use.
Detailed specifications for control axes, input, feeding, and interpolation.
Environmental requirements including voltage, temperature, and humidity.
Overview of system capabilities like self-diagnosis, compensation, and instruction sets.
Description of the system's LCD screens and keypad layouts for different models.
How to navigate through the system's cascading menus and submenus.
Definition and purpose of various keys on the operating panel.
Procedures for manually homing machine axes to their reference points.
Steps to reset the machine tool's current position to origin or relative zero.
How to perform continuous, single-step, and handwheel feeding operations.
Using manual auxiliary functions and performing tool setting procedures.
How to run programs from memory, MDI, and USB disk.
Adjusting feed and spindle rates, and using SBK/BDT functions.
Methods for pausing, stopping, or ending automatic program execution.
Procedures for emergency stops and handling hard/soft travel limit alarms.
Overview of alarm codes, processing, and system self-diagnosis capabilities.
How to create, edit, save, and manage programs via keypad or network.
Copying files from USB, reading programs, and deleting files.
Navigation and display of position, edit, MDI, and file management interfaces.
Using graphic simulation and accessing system parameter settings.
Comprehensive, Axis, Management, Tool Magazine, Spindle, IO, and Compensation parameters.
Steps for system restart, software upgrade, and parameter reset.
How to back up/restore parameters and access the system BIOS.
Detailed listing and configuration of comprehensive system parameters.
Configuration settings for each machine axis, including limits and speeds.
Parameters for system management, tool handling, spindle control, and I/O ports.
Diagrams and guidelines for installing the CNC system and its components.
Detailed pinouts and definitions for various hardware interfaces.
Schematic diagrams for power, servo, step motor, and splitter connections.
Overview of external connection ports for CNC9 series controllers.
Details on motor driver, digital input/output, and handheld box interfaces.
Wiring for analog outputs, spindle encoders, and splitter modules.
Configuring network settings and verifying connectivity using IPCONFIG and ping.
Wiring definitions for common servo drivers from various manufacturers.
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