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General| Resolution | 0.001mm |
|---|---|
| Feed rate override | 0-120% |
| Emergency stop | Yes |
| Storage Temperature | -20-60°C |
| Cooling Method | Natural cooling |
| Display | LCD |
| Input Method | USB |
| Interpolation mode | Linear |
| Positioning mode | Absolute, incremental |
| Communication port | USB |
| Operating Temperature | 0-45°C |
Provides an overview of the manual's structure and content.
Lists the specific NK200 integrated system model this manual applies to.
Details company contact information for technical support and services.
Details the components that make up the NK200 integrated CNC system.
Provides an introduction to the hardware aspects of the NK200 system.
Presents specifications and a visual overview of the NK200 system.
Details the physical dimensions and cutout requirements for NK200 installation.
Illustrates the wiring and connection diagram for the NK200 system.
Classifies signals used in the NK200 system into four main types.
Explains binary input signals, including connection methods and power requirements.
Describes binary output signals, their technical parameters, and external circuit connections.
Details relay output signal capabilities and connection examples.
Explains differential signal transmission mode for driver motion control.
Describes the analog output signal for controlling spindle speed via inverter.
Introduces various terminal interfaces on the NK200 chassis.
Details the +24V power input interface and its pin definition.
Describes the brake output and input interfaces and their pin definitions.
Explains the driver interface, including pulse outputs and pin definitions.
Details the handwheel interface and its pin definition specification.
Describes the analog interface for analog output (0-10V).
Explains the USB interface for connecting external USB devices.
Provides a detailed specification of input and output ports on the terminal board.
Outlines the sequential steps for debugging the NK200 system.
Covers adjusting input/output port polarities and using manipulation buttons.
Explains the specification of port polarities and system interface indicators.
Describes the function of manipulation buttons used in the diagnosis section.
Details how to adjust axial directions and pulse equivalents.
Explains how to confirm and set the positive direction of each axis.
Describes how to calculate and set pulse equivalents for different motor systems.
Covers setting upper and lower limits for the workbench range to protect the machine.
Explains the process, principle, and interface for returning the machine to its origin.
Details the steps for returning to machine origin for X, Y, and Z axes.
Illustrates the principle of returning to machine origin with servo motors.
Describes the interface and shortcut keys for backing to machine origin.
Lists parameters related to safe operations and the backing process.
Provides answers to frequently asked questions and troubleshooting for origin return.
Covers setting spindle speed and related parameters.
Explains how to directly set spindle speed via the system interface.
Lists and explains parameters related to spindle speed and coolant control.
Details how to adjust feedrate, traverse speed, and related parameters.
Explains setting feedrate and its relation to feedrate override.
Describes setting traverse speed for G00 commands.
Lists parameters for velocity, acceleration, and circular limits.
Explains the process of establishing workpiece coordinate system using tool sensors.
Shows the software interface for entering tool presetting.
Describes executing tool presetting with tool sensor thickness for Z-axis origin.
Details measuring tool length and saving it as tool offset.
Outlines the steps for performing first and second presetting operations.
Covers setting workpiece coordinate systems (WCS) and extended coordinate systems.
Explains selecting a point on the workpiece as the origin for WCS.
Details the NK200's support for extended coordinate systems G154-G173.
Shows the interface for viewing and editing workpiece offset and public offset.
Explains methods for manual centering using an edge finder.
Describes two-point centering for locating the midpoint of a line.
Details three-point centering for calculating circular blank center coordinates.
Covers simulating processing and viewing the tool path in 3D.
Explains how to simulate processing for previewing tool path and avoiding errors.
Describes the motion trace screen for viewing the tool path in real-time.
Details various compensation methods for improving machining accuracy.
Covers compensation for screw pitch error and backlash.
Explains the causes of screw error and methods for pitch and backlash compensation.
Describes the operation of screw error compensation using a file.
Details the software interface and buttons for screw error compensation.
Explains tool diameter and length compensation for machining accuracy.
Details tool radius compensation codes and their function.
Describes three types of tool compensation establishment: Normal, Intersect, Insert.
Illustrates the schematic diagrams for left and right tool compensation.
Addresses compensation for distortion occurring during circular machining quadrants.
Explains how to view and export system log information.
Covers managing processing files, including wizards, array processing, and file operations.
Introduces five basic processing program wizards for creating machining programs.
Details the system's support for array processing on the same program.
Describes the interface and operations for loading, unloading, and editing program files.
Explains how to operate the machine tool using the handwheel.
Details the available operation modes including manual mode with handwheel.
Describes the handwheel guide function for manual control of automatic execution speed.
Covers managing system information, registration, language, and updates.
Displays system information such as software version and hardware details.
Explains the process of registering the system and managing service time.
Details how to switch between supported system languages.
Provides steps for updating the system software.
Explains how to switch between standard and turntable configurations.
Covers various auxiliary functions like jiggle, breakpoint resume, and parameter backup.
Explains the jiggle function for fine-tuning axes during machining or pause.
Describes resuming processing from the last stop point after power failure.
Covers the advanced start function for realizing block skip.
Details the parameter backup and restore functions.
Explains how to input G-code for testing system functions and parameters.
Covers saving and restoring workpiece coordinate systems.
Explains automatic tool change processes for linear and circular tool magazines.
Details the process of automatic tool change for a linear tool magazine.
Describes the process of automatic tool change for a circular tool magazine.
Lists parameters related to tool change operations and magazine configuration.
Covers software upgrade, mirror upgrade, and system eboot procedures.
Provides steps for updating the system software via USB.
Explains the procedure for mirror update when the system is damaged or unbootable.
Details entering the system Eboot interface for various update options.
Introduces the interface for software upgrade and its functions.
Lists common warning and error messages with their causes and solutions.
Provides solutions for common issues like spindle not rotating or axes not moving.
Troubleshooting steps for issues where the spindle does not rotate.
Troubleshooting steps for issues where an axis does not move.
Troubleshooting steps for servo motor Z brake not opening.
Addresses issues related to abnormal machine origin return.
Troubleshooting for machine tool motion upward after arriving at the tool presetter.
Lists and details parameters for various servo drivers.
Provides wiring diagrams for connecting stepping and various servo drivers to the NK200.
Covers general operation, motion control, spindle settings, compensation, and related parameters.
Details DXF and ENG file translation parameters for machining operations.
Covers machine origin return, speeds, retract distances, and screw pitch parameters.
Details tool magazine capacity, tool change parameters, speeds, and positions.
Important terms and conditions for using the software product.
Outlines user rights regarding installation, copying, and transfer of the software.
States Weihong Company's ownership of intellectual property rights for the software.
Details the company's 90-day guarantee for software carrier defects.
Limits the company's liability regarding potential losses from software use.
Specifies conditions under which the license agreement may be terminated.
Lists the governing laws and regulations for the agreement.
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