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General| Control System | CNC |
|---|---|
| Software Version | 6-2010 |
| Control Type | CNC |
| User Interface | Graphical user interface |
| Programming Language | DIN/ISO |
| Display | Color TFT |
| Number of Axes | Up to 5 axes |
| Communication Interfaces | Ethernet, RS-232, USB |
| Spindle Control | Integrated |
| Tool Management | Integrated |
| Cycle Programming | Yes |
| PLC Integration | Yes |
Procedure for powering on the control and machine, and moving axes to reference points.
Guide to creating and editing your first part program on the TNC.
Steps for simulating program execution and visualizing the machining process.
Procedures for preparing and entering tool data into the tool table.
Steps for clamping and aligning the workpiece for machining.
Guidance on organizing NC programs, defining blanks, and programming tool movements.
Detailed instructions on managing directories, files, copying, deleting, and renaming.
Requirements for tool compensation, tool numbers, names, length, and radius.
Explanation of how TNC adjusts spindle path for tool length and compensates for radius in the working plane.
Functions for defining contours using Cartesian coordinates like lines, chamfers, and arcs.
Opening DXF files to extract contours and machining positions, and saving them.
Using DCM to monitor for collisions between objects during machining and test runs.
Placing, editing, and checking fixtures for collision monitoring with simple fixtures.
Enabling tool holders for collision monitoring by modeling and setting tool holder parameters.
Defining tilted working planes using various methods like space angles, projection angles, and Euler angles.
Using pallet tables to call part programs and activate datum shifts for machining.
Methods for moving machine axes using direction buttons, incremental jog, and electronic handwheels.
Explanation of safety concepts, operating modes, and functions integrated into the TNC.
Overview of touch probe cycles for calibrating, measuring, and setting datums.
Procedures for calibrating touch probe length, radius, and center misalignment.
Using basic rotation and 3-D compensation to correct workpiece misalignment.
Methods for setting datums using touch probe cycles for various geometries.
Using PLANE function or cycles to define tilted working planes via angles or points.
Using MDI mode for simple operations, pre-positioning, and executing short programs.
Simulating programs and program sections to reduce errors before actual machining.
Executing part programs in Full Sequence or Single Block modes, including interruptions.
Steps for assigning, configuring transmission channel, and setting power for the wireless handwheel.
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