CNCTRAIN. Cnc Simulation Systems, 1985,2009
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1 CNCTRAIN Cnc Simulation Systems, 1985,2009
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3 Table of Contents CNCTRAIN 4 Introduction 4 CNCWRITE 6 CNCwrite Milling Example 6 CNCwrite Turning Example 7 CNCwrite Slots on Circle Example 8 G and M Code Help 9 CNCDESIGN 10 Create A Drawing 10 Post Process to CNCtrain 11 CNCTEACH 12 CNCteach Milling Example 12 CNCteach Turning Example 14 CNCteach Slot Milling Example 15 CNCteach Pocket Milling Example 16 CNC SIMULATION 17 Simulation Plan and Side View 17 Simulation 3D Graphics 18 Simulation Turning 19 Simulation Punch and Nibble 20 Simulation from On Screen Mdi Panels 21 CNC CODE SPECIFICATION 22 Fanuc0M Milling 22 Fanuc21iM Milling 23 Heidenhain 145 Milling 24 Heidenhain 155 Milling 25 Heidenhain 355 Milling 26 Heidenhain ISO Milling 27 Fanuc0T Turning 29 Fanuc21iT Turning 30 Siemens802D Milling 31 Emcoturn 242 Turning 33 CNC Ponsen Punch and Nibble 34 ON SCREEN MDI PANELS 35 Fanuc0M Mdi Panel 35 Fanuc21iM Mdi Panel 37 Heidenhain 145 Mdi Panel 38 Heidenhain 155 Mdi Panel 40 Heidenhain 355 Mdi Panel 42 Heidenhain ISO Mdi Panel 44 Fanuc0T Mdi Panel 46 Fanuc21iT Mdi Panel 47 CNC MOTION CONTROL 48 Machine Link 48 p3
4 CNCTRAIN Introduction Welcome to CNC SIMULATION SYSTEMS developers of CNC training software for over 25 years.from the early eighties and the Apple11E computers to today's Windows based PC systems CNC SIMULATION SYSTEMS have lead the way in the design and development of CNC training software. p4
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6 CNCWRITE CNCwrite Milling Example CNCwrite is a powerful progamming tool for creating your own CNC part programs. By selecting from a list of G and M codes you can quickly and easily build your own CNC part programs. Descriptive help of the G and M codes is automatically displayed. You are prompted to enter each word of the CNC block as the code is added to the CNC editor. p6
7 CNCwrite Turning Example CNCwrite is a powerful progamming tool for creating your own CNC part programs. By selecting from a list of G and M codes you can quickly and easily build your own CNC part programs. You can switch between entering code directly into the editor and calling up the CNCwrite wizard. You can enter numerical data into the edit box or use the integrated calculator. p7
8 CNCwrite Slots on Circle Example CNCwrite is a powerful progamming tool for creating your own CNC part programs. By selecting from a list of G and M codes you can quickly and easily build your own CNC part programs. p8
9 G and M Code Help CNCwrite is a powerful progamming tool for creating your own CNC part programs. By selecting from a list of G and M codes you can quickly and easily build your own CNC part programs. For more information on the coding or cycles click on the GM help button. See the example above. p9
10 CNCDESIGN Create A Drawing CNCdesign is a powerful yet easy to use design package. Geometry can be accurately and quickly constructed or imported from other Cad packages with DXF or HPGL interface. p10
11 Post Process to CNCtrain Direct link to CNCtrain from CNCdesign for simulating CNC code. p11
12 CNCTEACH CNCteach Milling Example CNCteach is ideal for the beginner. Example programs covering all the cycles and moves of the CNC control can be selected and simulated with descriptive comments guiding the student through the machining process. Student print-outs of the CNC lessons are available at anytime. Select a a group topic and then a lesson from the pulldown menus. Press Cycle Start to begin the simulation. During the simulation a description of the G and M code commands will be displayed. p12
13 Select a a group topic and then a lesson from the pulldown menus. Press Cycle Start to begin the simulation. During the simulation a description of the G and M code commands will be displayed. p13
14 CNCteach Turning Example CNCteach is ideal for the beginner. Example programs covering all the cycles and moves of the CNC control can be selected and simulated with descriptive comments guiding the student through the machining process. Student print-outs of the CNC lessons are available at anytime. Students can interact with the simulation using the tool bar to change views and control the speed of the simulation. p14
15 CNCteach Slot Milling Example CNCteach is ideal for the beginner. Example programs covering all the cycles and moves of the CNC control can be selected and simulated with descriptive comments guiding the student through the machining process. Student print-outs of the CNC lessons are available at anytime. CNCtrain comes with lessons for all the CNC controls. Lessons can be added to the sytem by the user using an integrated authoring system. p15
16 CNCteach Pocket Milling Example CNCteach is ideal for the beginner. Example programs covering all the cycles and moves of the CNC control can be selected and simulated with descriptive comments guiding the student through the machining process. Student print-outs of the CNC lessons are available at anytime. p16
17 CNC SIMULATION Simulation Plan and Side View CNCtrain offers simulation of the CNC code. Using the tool bar you can select many different options to interact with the simulation. The view below shows the a milling simulation with the side and plan view visible. p17
18 Simulation 3D Graphics CNCtrain also offers superb 3d graphics of the simulation. You can select Single Line, Step by Step, Pause or Auto control of the simulation at anytime. p18
19 Simulation Turning Simulation of the chuck,billet and tooling are available in the turning simulation. Even features like parting the billet off. p19
20 Simulation Punch and Nibble CNCtrain includes a simulation of the CNC Ponsen punch and nibble control. In the view below we have sectioned and zoomed into a part of the billet to get a closer view of the simulation p20
21 Simulation from On Screen Mdi Panels Simulation features are the same for the On Screen Controls and the Off Line programming. CNC SIMULATION OF THE FANUC0M CNC CONTROL MILLING SYSTEM CNC SIMULATION OF THE FANUC0T CNC CONTROL TURNING SYSTEM CNC SIMULATION OF THE FANUC21iM CNC CONTROL MILLING SYSTEM CNC SIMULATION OF THE FANUC21iT CNC CONTROL TURNING SYSTEM CNC SIMULATION OF THE HEIDENHAIN 355 CNC CONTROL MILLING SYSTEM WORD ADDRESS CNC SIMULATION OF THE HEIDENHAIN 355 CNC CONTROL MILLING SYSTEM ISO p21
22 CNC CODE SPECIFICATION Fanuc0M Milling G and M code list for the FANUC0M CNC control. G00 Positioning (Rapid Traverse) G01 Linear Interpolation (Cutting Feed) G02 Circular Interpolation CW G03 Circular Interpolation CCW G04 Dwell, Exact Stop G17 Plane Switching in XY plane G18 Plane Switching in ZX plane G19 Plane Switching in ZY plane G20 Imperial Data Input (Inches) G21 Metric Data Input (Millimetres) G28 Reference Point Return G40 Cutter Compensation Cancel G41 Cutter Compensation Left G42 Cutter Compensation Right G43 Call Zlength/Radius Offset G73 High Speed Peck Drilling Cycle G74 Counter Tapping Cycle G76 Fine Boring Cycle G80 Canned Cycle Cancel G81 Drilling Cycle, Spot Boring G82 Drilling Cycle, Counter Boring G83 Deep Hole Peck Drilling Cycle G84 Tapping Cycle G85 Boring Cycle G86 Boring Cycle G87 Back Boring Cycle G89 Boring Cycle G90 Absolute Zero Command G91 Incremental Command G94 Feed per Minute G95 Feed per Revolution G98 Return to Initial Level in Canned Cycle G99 Return to R Point Level in Canned Cycle G170 Circular Pocket Canned Cycle G171 Circular Pocket Canned Cycle G172 Rectangular Pocket Canned Cycle G173 Rectangular Pocket Canned Cycle M00 Program Stop M01 Optional Stop M02 Program Reset M03 Spindle Forward (clockwise) M04 Spindle Reverse (counter clockwise) M05 Spindle Stop M06 Automatic Tool Change M08 Coolant On M09 Coolant Off M10 Vice/Work Clamp Open M11 Vice/Work Clamp Close M13 Spindle Forward and Coolant On M14 Spindle Reverse and Coolant On M30 Program Reset and Rewind M70 Mirror in X On M71 Mirror in Y On M80 Mirror in X Off M81 Mirror in Y Off M98 Sub Program Call M99 Sub Program End and Return p22
23 Fanuc21iM Milling G and M code list for the FANUC21iM CNC control. G00 Positioning (Rapid Traverse) G01 Linear Interpolation (Cutting Feed) G02 Circular Interpolation CW G03 Circular Interpolation CCW G04 Dwell, Exact Stop G17 Plane Switching in XY plane G18 Plane Switching in ZX plane G19 Plane Switching in ZY plane G20 Imperial Data Input (Inches) G21 Metric Data Input (Millimetres) G28 Reference Point Return G40 Cutter Compensation Cancel G41 Cutter Compensation Left G42 Cutter Compensation Right G43 Call Zlength/Radius Offset G73 High Speed Peck Drilling Cycle G74 Counter Tapping Cycle G76 Fine Boring Cycle G80 Canned Cycle Cancel G81 Drilling Cycle, Spot Boring G82 Drilling Cycle, Counter Boring G83 Deep Hole Peck Drilling Cycle G84 Tapping Cycle G85 Boring Cycle G86 Boring Cycle G87 Back Boring Cycle G89 Boring Cycle G90 Absolute Zero Command G91 Incremental Command G94 Feed per Minute G95 Feed per Revolution G98 Return to Initial Level in Canned Cycle G99 Return to R Point Level in Canned Cycle G170 Circular Pocket Canned Cycle G171 Circular Pocket Canned Cycle G172 Rectangular Pocket Canned Cycle G173 Rectangular Pocket Canned Cycle M00 Program Stop M01 Optional Stop M02 Program Reset M03 Spindle Forward (clockwise) M04 Spindle Reverse (counter clockwise) M05 Spindle Stop M06 Automatic Tool Change M08 Coolant On M09 Coolant Off M10 Vice/Work Clamp Open M11 Vice/Work Clamp Close M13 Spindle Forward and Coolant On M14 Spindle Reverse and Coolant On M30 Program Reset and Rewind M70 Mirror in X On M71 Mirror in Y On M80 Mirror in X Off M81 Mirror in Y Off M98 Sub Program Call M99 Sub Program End and Return p23
24 Heidenhain 145 Milling Word address list for the Heidenhain 145 CNC control. L Linear interpolation/cartesian coordinates LP Linear interpolation/polar coordinates L Chamfers C Circular contours/cartesian CP Circular contours/polar CR Circular path CT Tangential arc/cartesian CTP Tangential arc/polar RND Rounding Corners LBL REP Labels/Repeat CALL LBL REP Program part repetition LBL Subroutines/Part repetition CALL PGM Program jump CYCL DEF 1 Peck drilling CYCL DEF 2 Tapping CYCL DEF 3 Slot milling CYCL DEF 4 Pocket milling CYCL DEF 5 Circular pocket CYCL DEF 6 not used CYCL DEF 7 Datum shift CYCL DEF 8 Mirror image CYCL DEF 9 Dwell CYCL DEF 10 Rotation CYCL DEF 11 Scaling M00 Stop program run/ Spindle STOP/Coolant OFF. M02 Stop program run/spindle STOP/Coolant OFF. M03 Spindle ON : clockwise. M04 Spindle ON: counterclockwise. M05 Spindle STOP. M08 Coolant On. M09 Coolant Off. M13 Spindle On:clockwise/Coolant ON. M14 Spindle On:counterclockwise/Coolant ON. M30 same as M02. Return to block 1. M89 Cycle Call. modal M99 Cycle Call active. p24
25 Heidenhain 155 Milling Word address list for the Heidenhain 155 CNC control. L Linear interpolation/cartesian coordinates LP Linear interpolation/polar coordinates L Chamfers C Circular contours/cartesian CP Circular contours/polar CR Circular path CT Tangential arc/cartesian CTP Tangential arc/polar RND Rounding Corners LBL REP Labels/Repeat CALL LBL REP Program part repetition LBL Subroutines/Part repetition CALL PGM Program jump BILLET DEF Define billet sizes M00 Stop program run/ Spindle STOP/Coolant OFF. M02 Stop program run/spindle STOP/Coolant OFF. M03 Spindle ON : clockwise. M04 Spindle ON: counterclockwise. M05 Spindle STOP. M08 Coolant On. M09 Coolant Off. M13 Spindle On:clockwise/Coolant ON. M14 Spindle On:counterclockwise/Coolant ON. M30 same as M02. Return to block 1. M89 Cycle Call. modal M99 Cycle Call active. TOOL DEF Define Tool CYCL DEF 1 Peck drilling CYCL DEF 2 Tapping CYCL DEF 3 Slot milling CYCL DEF 4 Pocket milling CYCL DEF 5 Circular pocket CYCL DEF 6 not used CYCL DEF 7 Datum shift CYCL DEF 8 Mirror image CYCL DEF 9 Dwell CYCL DEF 10 Rotation CYCL DEF 11 Scaling p25
26 Heidenhain 355 Milling Word address list for the Heidenhain 355 CNC control. L Linear interpolation/cartesian coordinates LP Linear interpolation/polar coordinates L Chamfers C Circular contours/cartesian CP Circular contours/polar CR Circular path CT Tangential arc/cartesian CTP Tangential arc/polar RND Rounding Corners LBL REP Labels/Repeat CALL LBL REP Program part repetition LBL Subroutines/Part repetition CALL PGM Program jump BILLET DEF Define billet sizes M00 Stop program run/ Spindle STOP/Coolant OFF. M02 Stop program run/spindle STOP/Coolant OFF. M03 Spindle ON : clockwise. M04 Spindle ON: counterclockwise. M05 Spindle STOP. M08 Coolant On. M09 Coolant Off. M13 Spindle On:clockwise/Coolant ON. M14 Spindle On:counterclockwise/Coolant ON. M30 same as M02. Return to block 1. M89 Cycle Call. modal M99 Cycle Call active. TOOL DEF Define Tool CYCL DEF 1 Peck drilling CYCL DEF 2 Tapping CYCL DEF 3 Slot milling CYCL DEF 4 Pocket milling CYCL DEF 5 Circular pocket CYCL DEF 6 not used CYCL DEF 7 Datum shift CYCL DEF 8 Mirror image CYCL DEF 9 Dwell CYCL DEF 10 Rotation CYCL DEF 11 Scaling p26
27 Heidenhain ISO Milling Word address list for the Heidenhain ISO CNC control. G00 Linear interpolation, Cartesian, rapid traverse. G01 Linear interpolation, Cartesian. G02 Circular interpolation, Cartesian, clockwise. G03 Circular interpolation, Cartesian, counterclockwise. G05 Circular interpolation, Cartesian, no direction specified. G06 Circular interpolation, Cartesian,tangential transition from previous contour. G07 Paraxial positioning block. Non-modal G-code. G10 Linear interpolation, polar, rapid traverse. G11 Linear interpolation, polar. G12 Circular interpolation, Polar, clockwise. G13 Circular interpolation, Polar, counterclockwise. G15 Circular interpolation, Polar, no direction specified. G16 Circular interpolation, polar, tangential transition frpm previous contour. G04 Dwell. Non-modal G-code. G28 Mirror image. G36 Spindle Orientation. not incorporated. G37 Pocket contour defintion. not incorporated. G54 Datum shift. G72 Scaling factor. G73 Coordinate system rotation. G74 Slot milling. G75 Rectangular pocket milling clockwise. G76 Rectangular pocket milling counterclockwise. G77 Circular pocket milling clockwise. G78 Circular pocket milling counterclockwise. G83 Peck drilling. G84 Tapping. G17 Plane selection XY, tool axis Z. G18 Plane selection ZX, tool axis Y. G19 Plane selection YZ, tool axis X. G24 Chamfer with R. Non-Modal G-code. G25 Corner rounding with R. Non-Modal G-code. G26 Tangential contour approach with R. Non-Modal G-code. G27 Tangential contour departure with R. Non-Modal G-code. G29 Designate current position value as pole. G30 Blank workpiece definition for graphics min, point. M00 Stop program run/ Spindle STOP/Coolant OFF. M02 Stop program run/spindle STOP/Coolant OFF. M03 Spindle ON : clockwise. M04 Spindle ON: counterclockwise. M05 Spindle STOP. M06 Tool change/stop program run. Spindle Stop. M08 Coolant On. M09 Coolant Off. M13 Spindle On:clockwise/Coolant ON. M14 Spindle On:counterclockwise/Coolant ON. M30 same as M02. Return to block 1. M89 Cycle Call. modal M99 Cycle Call active. p27
28 G31 Blank workpiece definition for graphics max, point. G40 No tool compensation. G41 Tool path compensation, left of contour. G42 Tool path compensation, right of contour. G43 Paraxial compensation extension R+. Non-Modal G-code. G44 Paraxial compensation reduction R-. Non-Modal G-code. G70 Dimensions specified in inches (at start of program). G71 Dimensions specified in millimetres.(at start of program). G79 Call cycle. Non-modal G-code. G90 Absolute dimensions. G91 Incremental dimensions. G98 Set label number. Non-modal G-code G99 Tool definition. Non-modal G-code. p28
29 Fanuc0T Turning G and M code list for the FANUC0T CNC control. G00 Positioning (Rapid Traverse) G01 Linear Interpolation (Feed) G02 Circular Interpolation CW G03 Circular Interpolation CCW G04 Dwell G20 Inch Data Input G21 Metric Data Input G28 Reference Point Return G40 Tool Nose Radius Compensation Cancel G41 Tool Nose Radius Compensation Left G42 Tool Nose Radius Compensation Right G50 Work Co-ordinate Change/Max. Spindle Speed setting G7Ø Finishing Cycle G71 Stock Removal in Turning - X G72 Stock Removal in Facing - Z G73 Pattern Repeating G74 Peck Drilling in Z Axis G75 Grooving in X Axis G76 Multiple Thread Cutting Cycle G81 Deep hole drilling G90 Diameter Cutting Cycle A (Outer/Inner) G92 Thread Cutting Cycle G94 Cutting Cycle B (End Face Cycle) G96 Assessed Surface Speed Control G97 Assessed Surface Speed Control Cancel G98 Feed Per Minute G99 Feed Per Revolution M00 Program stop M01 Optional stop M02 End of program M03 Spindle forward (clockwise) M04 Spindle reverse (counter clockwise) M05 Spindle stop M06 Automatic tool change M08 Coolant on M09 Coolant off M10 Chuck open M11 Chuck close M13 Spindle forward and coolant on M14 Spindle reverse and coolant on M30 Program stop and reset M98 Sub program call M99 Sub program end and return p29
30 Fanuc21iT Turning G and M code list for the FANUC21iT CNC control. G00 Positioning (Rapid Traverse) G01 Linear Interpolation (Feed) G02 Circular Interpolation CW G03 Circular Interpolation CCW G04 Dwell G20 Inch Data Input G21 Metric Data Input G28 Reference Point Return G40 Tool Nose Radius Compensation Cancel G41 Tool Nose Radius Compensation Left G42 Tool Nose Radius Compensation Right G50 Work Co-ordinate Change/Max. Spindle Speed setting G7Ø Finishing Cycle G71 Stock Removal in Turning - X G72 Stock Removal in Facing - Z G73 Pattern Repeating G74 Peck Drilling in Z Axis G75 Grooving in X Axis G76 Multiple Thread Cutting Cycle G81 Deep hole drilling G90 Diameter Cutting Cycle A (Outer/Inner) G92 Thread Cutting Cycle G94 Cutting Cycle B (End Face Cycle) G96 Assessed Surface Speed Control G97 Assessed Surface Speed Control Cancel G98 Feed Per Minute G99 Feed Per Revolution M00 Program stop M01 Optional stop M02 End of program M03 Spindle forward (clockwise) M04 Spindle reverse (counter clockwise) M05 Spindle stop M06 Automatic tool change M08 Coolant on M09 Coolant off M10 Chuck open M11 Chuck close M13 Spindle forward and coolant on M14 Spindle reverse and coolant on M30 Program stop and reset M98 Sub program call M99 Sub program end and return p30
31 Siemens802D Milling G and M code list for the Siemens802D CNC control. G00 Positioning (Rapid Traverse) G01 Linear Interpolation (Cutting Feed) G02 Circular Interpolation CW G03 Circular Interpolation CCW G04 Dwell, Exact Stop G17 Plane Switching in XY plane G18 Plane Switching in ZX plane G19 Plane Switching in ZY plane G20 Imperial Data Input (Inches) G21 Metric Data Input (Millimetres) G28 Reference Point Return G40 Cutter Compensation Cancel G41 Cutter Compensation Left G42 Cutter Compensation Right G43 Call Zlength/Radius CYCLE71_Face_Milling CYCLE72_Contour_Milling CYCLE76_Rectangular_Spigot_Milling CYCLE77_Circular_Spigot_Milling LONGHOLE_Slots_On_Circle POCKET3_Rectangular_Cycle POCKET4_Circular_Cycle SLOT1_Slots_On_Circle SLOT2_Radial_Slots CIP Intermediate Point CT Tangential transition CT Tangential transition Add Mirror Factor Add Rotation Add Scale Factor Add Work Shift Offset Cancel Work Shift Offset Cancel Mirror Factor Cancel Rotation Cancel Scale Factor New Mirror Factor New Rotation New Scale Factor New Work Shift Offsets CYCLE81_Drilling_Centering CYCLE82_Drilling_Counter_Boring CYCLE83_Deep_Hole_Drilling CYCLE84_Rigid_Tapping CYCLE85_Reaming1_Boring1 CYCLE86_Boring2 CYCLE87_Boring3_Stop1 CYCLE88_Drilling_Stop2_Boring4 CYCLE89_Reaming2_Boring5 HOLES1_Row_Of_Holes HOLES2_Circle_Of_Holes MCALL M00 Program Stop M01 Optional Stop M02 Program Reset M03 Spindle Forward (clockwise) M04 Spindle Reverse (counter clockwise) M05 Spindle Stop M06 Automatic Tool Change M08 Coolant On M09 Coolant Off M10 Vice/Work Clamp Open M11 Vice/Work Clamp Close M13 Spindle Forward and Coolant On M14 Spindle Reverse and Coolant On M30 Program Reset and Rewind p31
32 p32
33 Emcoturn 242 Turning G and M code list for the Emcoturn242 CNC control. G00 Fast Traverse G01 Linear Traverse G02 Circular Interpolation Clockwise G03 Circular Interpolation Anti Clockwise G84 Facing Cycle G84 Longitudinal Cycle G85 Repeat Threading Cycle G86 Grooving Cycle G87 Chip Cutting Drill Cycle G88 Chip Cutting Drill Cycle with Redraw G20 Imperial Programming G21 Metric Programming M00 Program Stop M01 Optional Stop M02 Program Reset M03 Spindle Forward (clockwise) M04 Spindle Reverse (counter clockwise) M05 Spindle Stop M06 Automatic Tool Change M08 Coolant On M09 Coolant Off M10 Vice/Work Clamp Open M11 Vice/Work Clamp Close M13 Spindle Forward and Coolant On M14 Spindle Reverse and Coolant On M30 Program Reset and Rewind p33
34 CNC Ponsen Punch and Nibble G and M code list for the CNCPONSEN CNC control. G00 Program Stop G01 Move on X and Y G02 Move on X Y and Punch G03 End Of Program G20 DatumShift G80 Nibble along a line G81 Nibbling along an arc G83 Macro repeat routine G84 Macro repeat routine G63 Pocket Clearance X Direction with micro joints G64 Pocket Clearance Y Direction with micro joints G65 Pocket Clearance X Direction G66 Pocket Clearance Y direction G61 Punch line at angle G70 Repeat routine G71 Hole punching at an angle G72 Hole punching along an arc G73 Hole punching a rectangle array on X G74 Hole punching a rectangle array on Y p34
35 ON SCREEN MDI PANELS Fanuc0M Mdi Panel A fully functional on screen simulation of the FANUC0M CNC control system. Write CNC part programs using the Fanuc0M editor. Set up a Tool Library from the MDI screen. Drive the tools on screen in Jog Mode to set datum positions and tool offsets. Select Cycle Start in Auto or Single Block mode to show a graphical simulation of the machining process. Store and load programs using the controls filing system. Set up a RS232 DNC link to download and upload part programs from a real FANUC0M control. Comprehensive context sensitive help covers all aspects of CNC control and G and M code programming p35
36 p36
37 Fanuc21iM Mdi Panel A fully functional on screen simulation of the FANUC21iM CNC control system. Write CNC part programs using the Fanuc21iM editor. Set up a Tool Library from the MDI screen. Drive the tools on screen in Jog Mode to set datum positions and tool offsets. Select Cycle Start in Auto or Single Block mode to show a graphical simulation of the machining process. Store and load programs using the controls filing system. Set up a RS232 DNC link to download and upload part programs from a real FANUC21iM control. Comprehensive context sensitive help covers all aspects of CNC control and G and M code programming. p37
38 Heidenhain 145 Mdi Panel A fully functional on screen simulation of the HEIDENHAIN 145 CNC control system. Write CNC part programs using the HeidenHain 145 editor. Word address language. Set up a Tool Library from the MDI screen. Drive the tools on screen in Jog Mode to set datum positions and tool offsets. Select Cycle Start in Auto or Single Block mode to show a graphical simulation of the machining process. Store and load programs using the controls filing system. Set up a RS232 DNC link to download and upload part programs from a real HeidenHain 145 control. Comprehensive context sensitive help covers all aspects of CNC control and G and M code p38
39 programming. p39
40 Heidenhain 155 Mdi Panel A fully functional on screen simulation of the HEIDENHAIN 155 CNC control system. Write CNC part programs using the HeidenHain 155 editor. Word address language. Set up a Tool Library from the MDI screen. Drive the tools on screen in Jog Mode to set datum positions and tool offsets. Select Cycle Start in Auto or Single Block mode to show a graphical simulation of the machining process. Store and load programs using the controls filing system. Set up a RS232 DNC link to download and upload part programs from a real HeidenHain 155 control. Comprehensive context sensitive help covers all aspects of CNC control and G and M code p40
41 programming. p41
42 Heidenhain 355 Mdi Panel A fully functional on screen simulation of the HEIDENHAIN 355 CNC control system. Write CNC part programs using the HeidenHain 355 editor. Word address language. Set up a Tool Library from the MDI screen. Drive the tools on screen in Jog Mode to set datum positions and tool offsets. Select Cycle Start in Auto or Single Block mode to show a graphical simulation of the machining process. Store and load programs using the controls filing system. Set up a RS232 DNC link to download and upload part programs from a real HeidenHain 355 control. Comprehensive context sensitive help covers all aspects of CNC control and G and M code p42
43 programming. p43
44 Heidenhain ISO Mdi Panel A fully functional on screen simulation of the HEIDENHAIN ISO CNC control system. Write CNC part programs using the HeidenHain ISO editor. Set up a Tool Library from the MDI screen. Drive the tools on screen in Jog Mode to set datum positions and tool offsets. Select Cycle Start in Auto or Single Block mode to show a graphical simulation of the machining process. Store and load programs using the controls filing system. Set up a RS232 DNC link to download and upload part programs from a real HeidenHain ISO control. Comprehensive context sensitive help covers all aspects of CNC control and G and M code p44
45 programming. p45
46 Fanuc0T Mdi Panel A fully functional on screen simulation of the FANUC0T CNC control system. Write CNC part programs using the Fanuc0T editor. Set up a Tool Library from the MDI screen. Drive the tools on screen in Jog Mode to set datum positions and tool offsets. Select Cycle Start in Auto or Single Block mode to show a graphical simulation of the machining process. Store and load programs using the controls filing system. Set up a RS232 DNC link to download and upload part programs from a real FANUC0T control. Comprehensive context sensitive help covers all aspects of CNC control and G and M code programming. p46
47 Fanuc21iT Mdi Panel A fully functional on screen simulation of the FANUC21iT CNC control system. Write CNC part programs using the Fanuc21iT editor. Set up a Tool Library from the MDI screen. Drive the tools on screen in Jog Mode to set datum positions and tool offsets. Select Cycle Start in Auto or Single Block mode to show a graphical simulation of the machining process. Store and load programs using the controls filing system. Set up a RS232 DNC link to download and upload part programs from a real FANUC21iT control. Comprehensive context sensitive help covers all aspects of CNC control and G and M code programming. p47
48 CNC MOTION CONTROL Machine Link CNC SIMULATION SYSTEMS can offer a direct software link from the CNCTRAIN software to the latest range of NEXTMOVE motion controllers. Using the offline programming system and graphical simulation as the front end with the option to drive a CNC machine tool directly from the software. p48
49 - C - CNC Ponsen Punch and Nibble 34 CNCteach Milling Example 12 CNCteach Pocket Milling Example 16 CNCteach Slot Milling Example 15 CNCteach Turning Example 14 CNCwrite Milling Example 6 CNCwrite Slots on Circle Example 8 CNCwrite Turning Example 7 Create A Drawing 10 - E - Emcoturn 242 Turning 33 - F - Fanuc0M Mdi Panel 35 Fanuc0M Milling 22 Fanuc0T Mdi Panel 46 Fanuc0T Turning 29 Fanuc21iM Mdi Panel 37 Fanuc21iM Milling 23 Fanuc21iT Mdi Panel 47 Fanuc21iT Turning 30 - G - G and M Code Help 9 - H - Heidenhain 145 Mdi Panel 38 Heidenhain 145 Milling 24 Heidenhain 155 Mdi Panel 40 Heidenhain 155 Milling 25 Heidenhain 355 Mdi Panel 42 Heidenhain 355 Milling 26 Heidenhain ISO Mdi Panel 44 Heidenhain ISO Milling 27 - I - Introduction 4 Index p49
50 - M - Machine Link 48 - P - Post Process to CNCtrain 11 - S - Siemens802D Milling 31 Simulation 3D Graphics 18 Simulation from On Screen Mdi Panels 21 Simulation Plan and Side View 17 Simulation Punch and Nibble 20 Simulation Turning 19 p50
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