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General| Minimum Input Unit | 0.001mm |
|---|---|
| Minimum Command Unit | 0.001mm |
| Minimum Input Increment | 0.001mm |
| Maximum Command Value | ±99999.999mm |
| Feedrate Override | 0-150% |
| Spindle Override | 50%~120% |
| Display | 8.4 inch LCD |
| Control Axis | 3 axes |
Process of creating sequence programs, covering specifications and debugging.
Specifications and details of the GSK980TC3 PLC.
Methods for debugging sequence programming.
Explanation of sequence programs, their performance, and structures.
Explanation of the sequential operation process in PLC programming.
Explanation of how input and output signals are processed.
Details on PLC addresses, including types and rules for machine/PLC communication.
Explanation of X addresses for machine to PLC communication.
Explanation of Y addresses for PLC to machine tool communication.
Description of various PLC functional codes for programming.
Function, limits, format, and control conditions for calling subprograms.
Function, format, control conditions, and parameters for setting a specified address.
Function, format, control conditions, parameters, and notes for an on-delay timer.
Function and types of binary counters.
Overview of the PLC interface, including display types and settings.
Description of automatic PLC operation after power-on.
Details on displaying the INFO interface.
Details on accessing and using the PLCGRA interface.
Details on accessing and using the PLCPAR interface.
Details on accessing and using the PLCDGN interface.
Details on accessing and using the PLCTRA interface.
Setting PLC addresses and parameters, including relays, timers, and counters.
Explanation and settings for nonvolatile/hold relays.
Details on checking and setting timer parameters.
Details on checking and setting counter parameters.
Information on controllable axes and their output signals.
Explanation of output signals indicating controllable axis movement state.
Explanation of the servo ready signal and its function.
Steps and signals required for preparing system operation.
Information on the emergency stop button and signal.
Description of CNC overtravel signals and their behavior.
Explanation of alarm signals and their output conditions.
Detailed procedures for manual operation modes.
Explanation of JOG and incremental feed modes, including signals and operations.
Explanation of MPG/Step feed mode and related signals for movement amount.
Procedures and signals for automatic operation.
Explanation of cycle start and feed hold signals and their operations.
Explanation of the reset function and conditions.
Control of feedrates, including rapid traverse and overrides.
Explanation of rapid traverse rates and override signals.
Functionality of feedrate override for adjusting cutting feedrates.
Explanation of miscellaneous functions like M, S, T codes, and strobe signals.
Explanation of M code functions, signals, and basic procedures.
Explanation of S code functions for spindle speed control.
Explanation of T code functions for tool control.
Details on controlling spindle speed and modes.
Modes for controlling spindle speed: gear and analog.
Functionality of Cs contour control for spindle positioning and interpolation.
Information on programming code, including custom macros.
Using custom macros for variables, logic, and conditional branches.
Functions for displaying system information and settings.
Displaying the date and time in a specific format.
Displaying system alarm and operation history.
Displaying detailed reports about alarms and CNC operations.
Measurement functions, including skip signal.
Function of the SKIP signal to terminate skip cutting.
Settings for locking and unlocking panel functions.
Function of the LEDT signal to lock/disable panel keys.
Overview of system components and guidelines for installation.
Overview of the GSK980TC3 CNC system components.
General guidelines and precautions for system installation and connection.
Diagrams showing installation dimensions for the CNC system.
Description of available additional panels for the GSK980TC3.
Details on connecting various devices and interfaces.
Layout and diagrams for CNC external connections.
Diagram illustrating the bus servo connection.
System interface drawings and signal explanations for drive unit connection.
Connection details for RS232 serial communication with a PC.
Interface diagrams for connecting MPG and handhold units.
Connection details for the spindle encoder.
Connection diagram for the GL200 bus module.
Definition of Y addresses for GL200 bus I/O module output.
Interface signal diagrams for machine control.
Diagram of the XS40 input signal interface.
Methods and steps for machine debugging and trial operation.
Steps and considerations for preparing machine debugging.
Procedure for powering on the system and initial checks.
Information on emergency stop and limit switch functions and connections.
Method for measuring and compensating backlash for machining precision.
Setting machine screw pitch compensation for precision.
Concept and types of mechanical zero return.
Setting up incremental and absolute zero return for bus servo systems.
Control of spindle gear changes using signals and parameters.
Explanation of external cycle start and feed hold signals.
Address definitions, control parameters, and logic for chuck control.
Control logic and parameters for tool changing.
Relative signals, diagnosis, control parameters, and time sequence for tailstock.
Address definitions and control parameters for C/S axis.
Parameters for configuring bus servo settings.
Methods for common debugging tasks, including zero return.
Methods for zero return and common parameter configuration.
Steps for setting up Cs axis control.
Wire table for Taiwan Liuxin tool post compatibility.
Format for ladder configuration files, including signal meanings.
Meaning and format of F signals for M codes.
Codes and meanings of X signals.
Codes and meanings of Y signals.
Codes and meanings of K signals.
Codes and meanings of A signals.
