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General| Control axes | 3 |
|---|---|
| Minimum input unit | 0.001mm |
| Operating temperature | 0°C to 45°C |
| Storage temperature | -20°C to 60°C |
| Cooling Method | Natural cooling |
| Maximum speed | 24m/min |
| Output Voltage | 24VDC |
Explains the main interface for NK105 with four axes, including activated axes and status indicators.
Details the main interface for NK105 with double Z axes, including axes, coordinates, and status.
Procedure to adjust input/output port polarities based on switch type.
Instructions on setting pulse equivalent for accurate machine tool control.
Procedure to check and adjust axis direction for correct machine operation.
How to set upper/lower limits for workbench travel, defining soft limits for axis motion.
Steps to define the machine origin, a critical fixed point for machine tool operation.
Configuration of spindle parameters like ON/OFF delay, speed, and maximum speed.
Steps to return the machine tool to its origin point before starting operations.
Guide on loading machining program files from USB or host storage.
Process to establish a new Work Coordinate System (WCS) for machining.
Setting the workpiece origin based on actual position for machining.
Calibrating the tool sensor for accurate tool length and offset.
Initiating the machining process for the loaded program file.
Options for adjusting machining parameters during operation.
Manual adjustments for fine-tuning machining during running or pause status.
Procedures for managing soft limit triggers that stop axis movement.
Steps to release the hard limit triggered by limit switches.
Using wizards to machine rectangular or circular faces.
Customizing start and end lines for specific machining sequences.
Setting up parameters for array machining, generating program files automatically.
Creating a backup file of system parameters for safety.
Loading previously saved parameters to restore system settings.
Resetting all system parameters to their default factory values.
Procedures for updating the system software, potentially after parameter file deletion.
Updating the system application, typically after a breakdown.
Updating the system's operation system using a system image file.
Configuration settings adjustable by the operator for various system functions.
Parameters for the machining wizard, controlling engraving depth and tool paths.
Parameter controlling whether to return to machine origin before starting operations.
Parameters related to processing DXF, ENG, and PLT file formats.
Configuration for ATC capacity, current tool number, and tool change prompts.
Enabling and configuring tool compensation modes.
Advanced settings and configurations for system manufacturers.
Parameters for controlling speed, acceleration, and jerk during motion.
Parameters for coarse positioning speed and direction during machine origin return.
Visual wiring diagrams connecting the control box to various drive types.
