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Brand | WEIHONG |
---|---|
Model | NK300CX |
Category | Control Systems |
Language | English |
Introduces the NK300CX host hardware, covering its layout and mounting dimensions.
Details the layout and mounting dimensions for WH106C operation and WH201C keypad panels.
Covers the layout and mounting dimensions of the WH108C operation panel.
Describes the layout and mounting dimensions for the WH208A1 operation panel.
Illustrates NK300CX connection diagrams, detailing hardware connectivity based on system type.
Provides an overview of the NK300CX integral software's interactive user interface in AUTO mode.
Explains how to check and change the system configuration based on machine tool structure.
Details adjusting input/output port polarities and clearing I/O port alarms for monitoring.
Guides on setting parameters for commissioning to prevent machine damage during movement.
Describes checking and adjusting the positive direction of each axis to prevent damage.
Explains adjusting coordinate position before machining, using incremental or absolute encoders.
Guides on defining valid machining stroke range for X, Y, Z axes to implement soft limits.
Details loading program files from host, USB, or internet for machining.
Explains measuring selected tools to ensure normal operation during machining.
Guides on establishing a new coordinate system (WCS) by selecting a reference point on the workpiece.
Describes defining the workpiece origin relative to a fixed point on the workpiece.
Explains selecting specific tools from a program file for machining different parts.
Allows optional skipping of program file sections by customizing start/end lines for machining range.
Details running the program from beginning to end or until an interruption.
Addresses issues encountered when the system fails to register, providing troubleshooting steps.
Explains causes and solutions for overtravel alarms during tool calibration.
Discusses potential causes and solutions for Z-axis overtravel protection issues.
Covers causes and solutions for axis servo alarms, often related to polarity or drive issues.
Addresses manufacturer-related issues with system registration, offering solutions.
Explains common causes and solutions for Drive 400 alarms, typically related to encoders or batteries.