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General| Control System Type | CNC |
|---|---|
| Model | GSK218MC-H |
| Minimum Command Unit | 0.001 mm |
| Maximum Command Value | ±99999.999 mm |
| Display | LCD |
| PLC Function | Yes |
| Communication Interface | USB |
| Programming Language | G code |
| Power Supply | AC 220V |
| Operating Temperature | 0-45 ℃ |
| Storage Temperature | -20-60 ℃ |
| Humidity | 5-95% (non-condensing) |
| Interpolation Function | Linear, Circular |
Details the specifications of the GSK218MC Series PLC.
Explains the fundamental principles of sequence programming in PLCs.
Describes the initial step of distributing the interface signals.
Covers the process of creating control logic using ladder diagrams.
Outlines methods for debugging sequence programs.
Explains the sequential execution flow of PLC programs.
Describes the cycle time and response capacity of the PLC.
Details the execution priority between different program levels.
Explains the advantages of structured programming in ladder diagrams.
Covers the methods for handling input and output signals.
Discusses the importance and implementation of interlocking for safety.
Defines X addresses for machine inputs to PLC.
Defines Y addresses for PLC outputs to machine tools.
Defines G addresses for PLC outputs to CNC.
Defines F addresses for CNC inputs to PLC.
Explains the use of internal relay addresses (R).
Details nonvolatile relay addresses (K) for parameter storage.
Covers A addresses for requesting information display.
Explains the use of counter addresses (C).
Details addresses for counter preset values (DC).
Explains the use of timer addresses (T).
Details addresses for timer preset values (DT).
Explains data table addresses (D) for data storage.
Describes address marks (L) used in JMPB code.
Explains subprogram numbers (P) for CALL and SP codes.
Explains basic PLC codes for data manipulation and logic.
Details PLC codes for logical AND operations.
Details PLC codes for logical OR operations.
Explains the OR.STK code for stacked register logic.
Explains the AND.STK code for stacked register logic.
Specifies the end of the first level sequence program.
Specifies the end of the second level sequence program.
Describes how to call a subprogram within the PLC logic.
Explains how to unconditionally call a subprogram.
Details the SP code for generating subprograms.
Specifies the end of a subprogram.
Explains how to set a bit to 1 in a specified address.
Explains how to set a bit to 0 in a specified address.
Describes how to transfer control to a mark number in ladder programming.
Specifies a mark number as a skip destination for JMPB.
Details the function and parameters of timers.
Explains the function and parameters of fixed timers.
Details the TMRC timer function.
Explains the function and parameters of binary counters.
Covers binary system code decoding using the DEC function.
Explains binary system code conversion using the COD function.
Describes the COM code for controlling coils within a range.
Specifies the controllable range end for concentric line control.
Details the ROT code for revolving control operations.
Explains the SFT code for register displacement and shifting.
Detects rising edges on input signals.
Detects descending edges on input signals.
Compares dimensions of two binary numbers.
Detects if input and comparison values are consistent.
Transmits data from a source address to a destination address.
Transfers 1 byte of data to a specified destination.
Transfers 2 bytes of data to a specified destination.
Reads or writes data from/to a data table using indexed addressing.
Indexes binary data within a data table.
Performs binary addition operations on data.
Performs binary subtraction operations on data.
Performs bit-by-bit logical AND operations.
Performs bit-by-bit logical OR operations.
Reverses bit content in an address.
Performs exclusive OR operations on data.
Explains navigation and information within PLC interfaces.
Provides a brief overview of PLC operations.
Explains the basic command codes used in PLC programming.
Describes how to add, delete, and edit components in ladder diagrams.
Lists and explains the available PLC function codes.
Details the command table for ladder diagram operations.
Explains commands used for compiling ladder diagrams.
Provides a step-by-step guide for PLC operations.
Explains settings for nonvolatile and hold relays.
Details the configuration and setting of timers.
Covers the management and setting of data lists.
Explains the configuration and setting of counters.
Maps M functions to F addresses for system control.
Provides a brief overview of the ladder diagram compilation software.
Introduces the features and components of the software.
Details how to operate the software, including toolbars and editing.
Explains axis movement signals and outputs.
Covers essential operations before starting machine functions.
Details manual feed modes and axis selection.
Describes the process of returning axes to their reference positions.
Explains signals related to detecting reference position return.
Covers signals related to detecting axis positions within defined areas.
Explains cycle start and feed dwell functions for automatic operation.
Details the CNC reset procedure and signals.
Covers methods for testing programs before machining.
Explains how to ignore optional blocks in programs.
Describes how to restart programs from a specified sequence number.
Covers setting and controlling rapid traverse rates.
Explains how to adjust programming feedrate by percentage.
Details how to fix feedrate override to 100%.
Explains the usage of M codes for various functions.
Explains the usage of S codes for spindle control.
Explains the usage of T codes for tool control.
Covers functions to lock miscellaneous operations.
Describes control methods for spindle speed (gear and analog).
Explains synchronized tapping operations.
Details creating and using user-defined macro programs.
Explains how canned cycles simplify machining operations.
Describes how year, month, and day are displayed.
Explains how to view history operation records.
Covers how to display CNC alarms and operation details.
Explains how to interrupt command execution based on external signals.
Details system components and installation requirements.
Explains how to connect various system components.
Defines the interface signals for machine control.
Covers methods and steps for installing and debugging the system.
Provides diagrams for external system connections and interface layouts.
Explains connections between the CNC system and drive units for each axis.
Details the RS232 communication interface connections.
Covers the connection of MPG and hand units for manual control.
Explains the interface signal table for spindle unit connections.
Lists and defines input and output interface signals for machine control.
Explains the interface circuit and definition for input signals from the machine.
Explains the interface circuit and definition for output signals to the machine.
Outlines essential steps and checks before system debugging.
Describes the procedure for powering on the CNC system.
Covers ESP function and limit switch settings for safety.
Details how to adjust gear ratios for axis movement accuracy.
Explains how to measure and compensate for backlash.
Covers configuration settings related to the drive unit.
Details the process for compensating machine tool pitch errors.
Explains the concept and methods for mechanical zero return.
Provides guidance on using ladder diagrams with cone type tool magazines.
Offers guidance on using ladder diagrams with disc tool magazines.
Describes the file format for ladder diagram configuration.
