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General| Control Axis Number | 5 |
|---|---|
| Spindle Number | 2 |
| Minimum Setting Unit | 0.001mm |
| Position Command Range | ±99999.999mm |
| Cutting Feedrate | 1-15000 mm/min |
| Model | GSK 988T |
| Rapid Traverse Override | 25%, 50%, 100% |
| Feedrate Override | 0~150% |
| Interface | RS232, USB |
| Programming Method | ISO code |
| Operating Temperature | 0-45°C |
| Storage Temperature | -20-60°C |
| Type | CNC Controller |
| Electronic Gear Ratio | 1-65535/1-65535 |
| Acceleration and Deceleration Mode | Linear and S-curve |
| Humidity | ≤90% (non-condensing) |
Describes the manual's purpose, limitations, and critical safety warnings for system operation.
Outlines essential cautions for delivery, inspection, connection, and troubleshooting, plus manufacturer/user responsibilities.
Overview of the GSK988T CNC system, its technical characteristics, and advantages.
Details on coordinate systems, increment systems, and interpolation functions.
Explains absolute and incremental programming, diameter/radius programming, and unit conversions.
Defines the components of an NC program including name, block format, words, and numbers.
Describes the sequence of program execution, including modes, stops, and skips.
Details on G command types (modal, non-modal) and lists common G codes.
Explains the command function, format, and explanation for rapid traverse.
Details the command function, format, explanation, and feedrate modes for linear moves.
Explains arc interpolation commands for clockwise and counter-clockwise moves.
Introduces fixed cycles for simplifying programming of common machining operations.
Covers macro command functionality, variable usage, and system variables for advanced programming.
Describes how to view and interpret coordinate data including absolute, relative, and machine positions.
Details on managing local and U disk directories, MDI program input, and item/times display.
Covers access to system settings, parameters, messages, file management, and ladder diagrams.
Provides access to tool offset, CNC setting, and macro variable configuration windows.
Explains how to check alarm messages, history, and diagnosis information.
Details on setting graph parameters, displaying paths, and simulating cutting processes.
Explains the necessity of tool nose radius compensation for machining accuracy.
Guides on setting imaginary tool nose numbers, radius values, and offset values.
Details on commands to cancel, left, or right compensation for tool nose radius.
Explains how to specify compensation direction based on tool nose and workpiece geometry.
Describes tool movements within offset modes, inside and outside corners.
Explains how the system detects and handles potential tool path interferences.
Details the procedure for manually returning the tool to a reference position.
Explains how to move axes manually using switches, buttons, or MPG.
Describes incremental feeding steps and how to set movement distances.
Covers operation in MPG mode, including axis selection and override settings.
Details on starting, pausing, stopping, and resetting programs in automatic mode.
Explains how to edit and run programs directly using the MDI mode.
Describes running programs directly from an external computer via DNC.
Covers machine lock, miscellaneous function lock, dry run, single block, and feedrate overrides.
Provides methods for setting tool offsets and wear values via direct input, measuring, or +input.
Details the procedure for setting tool offsets using a fixed point.
Explains how to set tool offsets using the trial cut method.
Describes how to record the current tool position for toolseting operations.
Explains automatic tool setting and compensation based on measured position.
Guides on setting graph parameters like offset values, workpiece dimensions, and magnification.
Explains how to display and interact with the tool path graph.
Details how to view and operate the simulation graph for checking cutting processes.
Describes the process of copying programs between U disk and local directory.
Covers backing up system files, parameters, and servo parameters to a U disk.
Provides a detailed example of machining an outer end face.
Presents an example of performing compound machining operations.
Details parameters for system configuration, including switches and language settings.
Covers parameters for defining and managing machine, workpiece, and local coordinate systems.
Explains parameters for setting feedrates, rapid traverse, and dry run speeds.
Details parameters for tool offset, wear, and nose radius compensation.
Lists parameters for various canned cycles like drilling, tapping, and roughing.
Covers parameters specific to rigid tapping operations, including override and timing.
Details parameters for polar coordinate interpolation, including axis and override settings.
Explains parameters for user-defined macro programs, variables, and control flow.
Details parameters related to the skip function for G31 commands.
Covers parameters for configuring graphic display elements like path and simulation.
Explains parameters for tracking machine operation time and part counts.
Details parameters for MPG feed, including override and direction settings.
Covers parameters for PLC axis control, including I/O signals and address definitions.
Explains parameters for core functions like machine lock, dry run, and system settings.
Details parameters for GSK-CAN communication setup and servo connections.
Lists common alarms encountered during program execution and their causes.
Details alarms related to incorrect parameter settings or file issues.
Lists common alarms related to servo system faults and communication errors.
Describes alarms generated when axes exceed travel limits or enter forbidden areas.
Covers general system alarms like memory errors, initialization failures, and communication issues.
Lists prompts and possible reasons for GSK-CAN communication errors.
Defines standard PLC addresses for I/O signals and their functions.
Details the functions of keys and indicators on the operation panel.
Provides explanations for PLC parameters like K, DT, D, and A addresses.
Provides dimensional drawings for the GSK988T CNC system.
Shows the appearance dimension of the MPU02A operation panel.
Provides the appearance dimensions for the GSK988T MPU02B operation panel.
Details the appearance dimensions for the horizontal GSK988T-H CNC system.
Shows the appearance dimensions for the GSK988T-H operation panel.
Lists operations for setting workpiece, word, bit, macro variables, and tool offsets.
Details operations for searching programs, system parameters, and servo parameters.
Describes operations for deleting programs, blocks, and tool data.
Explains how to create new programs.
Covers the process of renaming existing programs.
Details how to save a program under a new name.
Explains how to select and execute programs in different modes.
