Cnc Simulator Turning

CNC-Simulator Turning
with Driven Tools and Counter Spindle

Programmer's Guide

Version 6.07

Mathematisch Technische Software - Entwicklung GmbH Kaiserin-Augusta-Allee 101 D • 10553 Berlin • ( +49 / 30 / 34 99 600

Programmer's Guide CNC Simulator for Turning Version6.7 © MTS Mathematisch Technische Software-Entwicklung GmbH Kaiserin-Augusta-Allee 101 • D-10553 Berlin ( + 49 /30 / 34 99 600 • Fax +49 / 30 / 34 99 60 25 eMail: mts@mts-cnc.com • WWW: http://www:mts-cnc.com Berlin, May 1995ofp, June 1998 akss, ofp, July 1998 BM; All rights reserved, including photomechanical reproduction and storage on electronic media.

DIN (Deutsche Industrie Norm), is the German Standard Specification as defined by the "Deutsches Institut für Normung e. V." MS-DOS is atrademark of Microsoft Corporation PAL is short for "Prüfungs- Aufgaben und Lehrmittelentwicklungsstelle" (Institute for the Development of Examination Standards and Training Aids), a division of the "IHK Mittlerer Neckar" (Chamber of Industry and Commerce of the Middle-Neckar Region)

Contents

Table of Contents
0Introduction.....................................................................................................................9
0.1 CNC Simulator Turning with Driven Tools and Counter Spindle ...........................................................10 0.2 Changes and Supplements to the Version 5.x ......................................................................................11

1 Basic Geometry............................................................................................................13
1.1 The Coordinate System .........................................................................................................................13 1.2 Reference Points ...................................................................................................................................15 1.3 Absolute Dimensioning,Incremental Dimensioning ..............................................................................17 1.4 Tool Geometry.......................................................................................................................................19 1.4.1 Compensation Value Storage.......................................................................................................21 1.4.2 Tool Nose Compensation TNC .....................................................................................................23

2 Introduction into NC Programming.............................................................................25
2.1 Structure of an NC Block (Format)........................................................................................................25 2.2 Modal Commands and Non-modal Commands ....................................................................................26 2.3 Application and Representation of Addresses.......................................................................................27

3 Miscellaneous Functions (M-Functions) .................................................................... 283.1 Activate/Deactivate Spindle ...................................................................................................................28 3.2 Coolant ..................................................................................................................................................28 3.3 Programmed Halt..................................................................................................................................28 3.4 Program End .........................................................................................................................................29 3.5 Lock / Unlock Centre Sleeve .................................................................................................................29 3.6 Feedrate...