Hurco winmax Programming Guide

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October 2012 704-0115-307 Revision A

WINMAX LATHE

NC PROGRAMMING

Dual-screen and Max Consoles

for Hurco Turning Centers

Table of Contents

Table of Contents3
Documentation Conventions15
Programming and Operation Information18
- Using the On-Screen Help18
- Printing the Programming Manuals19
Overview21
- NC Part Program Components22
- Off-Line Part Program Formats27
- Default M and G Codes30
- Navigation30
- NC Editor31
- Figure 1-3. NC Editor Status Bar32
- Starting a New NC Program33
  - NC Programming Rules33
- Program Editing Features35
  - Program Review36
  - Figure 1-4. NC Subprogram Review Screen36
- NC Editor Menus37
Basic NC G Codes49
- Overview50
- G00 - Linear Motion at Rapid (Default)53
- G01 - Linear Motion at Feed53
- Figure 2-1. Dimensions for Absolute and Incremental Programing Examples53
- G02 - Clockwise Circular Motion at Feed54
- Figure 2-2. G02 (Clockwise) Circular Motion at Feed54
- G03 - Counterclockwise Circular Motion at Feed55
- G04 - Dwell57
G06 - Probe/Block Skip57
Table 2-3. G04 Dwell Examples57
G07 - Radius Programming58
- Programming Display Mode58
- Table 2-4. Effects of Using G0758
G08 - Diameter (Default) Programming59
- Programming Display Mode59
- Example-G07/G08 Radius/Diameter Programming60
G09 - Exact Stop62
G20 - Inch Mode (Default)62
- Unit Display Mode62
- Table 2-6. Inch Mode Formats62
G21 - Millimeter Mode63
- Unit Display Mode63
- Table 2-7. Millimeter Mode Formats63
G33 - Threading64
- Example-G3364
- Example-G33 with P Value64
G40 - Cutter Radius Compensation off (Default)65
G41 - Cutter Radius Compensation Left66
G42 - Cutter Radius Compensation Right66
- Examples-Cutter Compensation67
G53 - Program Machine Coordinates69
G59 - Cancel Work Coordinate Offsets (Default)69
G73 - Peck Drill with Chip Break Drill Cycle70
- Example-G7370
- Figure 2-9. Tool Motion for G73 Chip Break Drill Cycle70
Figure 2-10.G74 Left Hand Tapping71
G74 - Left Hand Tapping71
G78 - Threading Cycle72
- Table 2-8. Thread Parameters74
- Figure 2-11.Thread Parameters75
- Turn and Face Threading75
- Clearance, Lead in and Lead out Parameters76
- Example-OD Thread with Offsets U and W76
- Figure 2-12.OD Thread with Offsets U and W Example76
- Turn Threading - Inner Diameter and Outer Diameter76
- Example-OD Thread with Chase in (A) and Chase out (C)77
- Figure 2-13.OD Thread with Chase in (A) and Chase out (C) Example77
- Example-Multiple Starting Points at Different Angles78
- Example-Multiple Starting Points at Evenly Spaced Angles78
- Figure 2-14.OD with Multiple Starts at 120°, 170°, and 180° Example78
- Figure 2-15.OD with 3 Evenly Spaced Threads Example78
- Multiple Start Parameters78
- Cutting Parameters79
- Example-No Finish Pass Programmed79
- Figure 2-16.Tapered Thread Example79
- Figure 2-17.No Programmed Finish Pass Example79
- Tapered Thread79
- Example-Three Finished Passes Programmed80
  - Sample Thread Part Programs80
G80 - Cancel Drill Cycle (Default)85
G81 - Drill Cycle85
- Example-G81 Drill Cycle85
- Figure 2-23.G81 Drill Cycle85
G82 - Drill Cycle with Dwell86
- Example-G82 Drill Cycle with Dwell86
- Figure 2-24.G82 Drill Cycle with Dwell86
G83 - Peck Drill Cycle87
- Example-G83 Peck Drill Cycle87
- Figure 2-25.G83 Peck Drill Cycle87
Figure 2-26.G84 Right Hand Tapping88
G84 - Right Hand Tapping88
- Figure 2-27.Absolute Dimensions89
- Example-G90 Absolute Mode90
- G91 - Incremental Programming91
  - Figure 2-28.Incremental Dimensions91
  - Example-G91 Incremental92
- G92 - Work Coordinate Offsets or Spindle Max Speed93
  - Example-G9293
- G94 - Feed Per Minute (Default)93
- G95 - Feed Per Revolution93
- G96 - Constant Surface Speed (CSS)94
- Table 2-10. R Values and G96 Programming94
- G97 - Direct Spindle Speed (Default)95
- G98 - Drill Cycle Initial Level Return (Default)95
- G99 - Drill Cycle R Plane Return97
  - Example-G9997
  - Figure 2-30.General Drill Cycle Tool Motion97
G90 - Absolute Programming (Default)89
Basic NC M Codes99
- M00 - Program Stop102
- M01 - Optional Stop102
- M02 - End of Program (no Rewind)102
- M03 - Spindle Clockwise102
- M04 - Spindle Counterclockwise102
- M05 - Spindle off103
- M07 - Secondary Coolant on103
- M08 - Primary Coolant on103
- M09 - Coolant off103
- M10 - Set Chucking Pressure to High103
- M11 - Set Chucking Pressure to Low103
- M12 - Turret Index Reverse103
- M13 - Turret Index Forward104
- M14 - Chuck Open104
- M15 - Chuck Close104
- M16 - Chuck Air Blow on104
- M17 - Chuck Air Blow off104
- M18 - Main Chuck Coolant on104
- M19 - Spindle Orient104
- M20 - Chuck Open for Bar Feeder Start104
- M21 - Bar Feeder Finished Close Chuck105
- M22 - Start Bar Feeder (Bar Load)105
- M23 - Start Bar Feeder for Z Guided Feed105
- M24 - Part Conveyor on105
- M25 - Part Conveyor off105
- M28 - Tailstock Quill Advance105
- M29 - Tailstock Quill Retract105
- M30 - End of Program (Rewind)105
- M31 - Increment Cycle Counter106
- M32 - Increment Setup Cycle Counter106
- M38 - Steady Rest Clamp106
- M39 - Steady Rest Unclamp107
- M41 - Spindle Gear 1 / Low Gear Range107
- M42 - Spindle Gear 2 / High Gear Range107
- M48 - Use Feedrate Override107
- M49 - Ignore Feedrate Override108
- M50 - Conveyor on108
- M51 - Conveyor off108
- M52 - Auxiliary Output 1 on108
- M53 - Auxiliary Output 2 on108
- M54 - Auxiliary Output 3 on108
- M55 - Auxiliary Output 4 on108
- M57 - Use Part Catcher with Bar End Eject108
- M58 - Part Catcher Advance109
- M59 - Part Catcher Retract109
- M60 - Select External Chucking109
- M61 - Select Internal Chucking109
- M62 - Auxiliary Output 1 off109
- M63 - Auxiliary Output 2 off109
- M64 - Auxiliary Output 3 off109
- M65 - Auxiliary Output 4 off109
- M71 - Tool Setter Retract110
- M72 - Tool Setter Advance110
- M74 - Activate Rigid Tapping110
- M85 - Auto Door Open110
- M86 - Auto Door Close110
- M91 - Single Block Inactive110
- M92 - Single Block Active110
- M94 - Set Program Maximum Rapid Rate111
- M114 - Chuck Open - Sub-Spindle111
- M115 - Chuck Close - Sub-Spindle111
- M118 - Sub Chuck Coolant on111
- M128 - Z-Axis Move to and Hitch to Tailstock111
- M129 - Z-Axis Unhitch from Tailstock111
- M130 - Turning Mode112
- M131 - Milling Mode112
- M132 - Enable "C" Axis Clamp112
- M133 - Enable "C" Axis Hold Assist112
- M134 - Release both "C" Axis Clamps112
- M160 - Select External Chucking - Sub-Spindle112
- M161 - Select Internal Chucking - Sub-Spindle112
- M186 - Activate Torque Monitoring for W113
- M187 - De-Activate Torque Monitoring for W113
- M200 - Block Skip Synchronization113
- M203 - Sync Spindles Forward Mode114
- M204 - Sync Spindles Reverse Mode114
- M205 - Clear Spindle Sync114
- M231 - Bypass Chuck Open Interlock - Main Spindle114
- M232 - Enable "C3" Axis Clamp114
- M234 - Release "C3" Axis Clamp114
- M241 - Allow Sub-Spindle Chuck to Open While Spindle Is Running for Part Transfer114
ISNC G Codes115
- Overview117
  - G Code Groups117
  - G Code Table117
  - Table 4-1. G Code Groups117
  - Table 4-2. G Codes119
- G00 - Rapid Traverse (Default)120
- G01 - Linear Interpolation121
- Figure 4-1. G01 Dimensions for Absolute and Incremental Programing Examples121
- G02/G03 - Clockwise/Counterclockwise Arc122
  - Program Arc with Endpoint and Center Coordinates123
  - Figure 4-2. G02 (Clockwise) Circular Motion at Feed123
  - Figure 4-3. Arc with Endpoint and Center Coordinates123
  - Figure 4-4. Arc with Endpoint and Center Coordinates124
  - Program Arc with Endpoint and Radius125
  - Figure 4-5. Arc with Endpoint and Radius125
- G04 - Dwell126
- Table 4-3. G04 Dwell Examples126
- G06 - Probe/Block Skip127
- G07 - Radius Programming127
- G08 - Diameter Programming (Default)128
  - G07/G08 Radius/Diameter Programming Examples128
  - Figure 4-6. G07 Radius Programming and G08 Diameter Programming129
- G09 - Exact Stop130
- G10 - Data Setting (Work Offsets, Tool Offsets, or Tool Geometry)130
  - Work Offsets130
  - Tool Offset or Tool Geometry131
- G11 - Data Setting Cancel (Default)131
- G17 - XY Plane132
- Figure 4-7. G17, G18, and G19 Planes132
- Figure 4-8. XY Plane Selection133
- G18 - XZ Plane (Default)134
- Figure 4-9. G18 XZ Plane Selection134
- G19 - YZ Plane135
- Figure 4-10.G19 YZ Plane Selection135
- G20 - Inch Mode (Default)136
  - Unit Display Mode136
  - Table 4-5. Inch Mode Formats136
- G21 - Millimeter Mode137
  - Unit Display Mode137
  - Table 4-6. Millimeter Mode Formats137
- G28 - Automatic Return to Reference Point138
- G32 - Constant Lead Thread Cutting139
- Figure 4-11.G32 Constant Lead Thread Cutting140
- G33 - Threading141
- Cutter Compensation (G40-G42)143
- Figure 4-12.G40 Cutter Compensation off143
- Figure 4-13.G41 Cutter Compensation Left143
- Figure 4-14.G42 Cutter Compensation Right143
- G40 - Cutter Radius Compensation off (Default)144
- G41 - Cutter Radius Compensation Left144
- G42 - Cutter Radius Compensation Right145
- Figure 4-15. Cutter Compensation off (G40) and Right (G42)145
- G50 - Set Part Setup or Set Max RPM147
  - Set Part Setup147
  - Set Max RPM147
- G53 - Machine Coordinates148
- G54-G59 - Work Coordinates (G54 Default)149
- Figure 4-16.G54-G59 Work Offset G Codes for Multiple Parts150
- G54.1 - G54.93 - Aux Work Coordinates151
- G61 - Precision Cornering152
- G64 - Precision Cornering Cancel (Default)152
- G65 - Subprogram Call152
  - Arguments152
  - Multiple Arguments153
  - Passing Argument Lists to Subprograms in Macro Mode B153
  - Table 4-7. Macro Mode B Local Variables and Subprogram Arguments153
  - Layering of Local Variables Within Subprogram Calls154
  - Specifying Subprogram Iterations154
    - Using G65 and G66154
    - Using M98154
  - Macro Instruction (G65)156
  - Table 4-8. H Code Descriptions and Instruction Functions for157
- G66 - Modal Subprogram Call159
- G67 - Modal Subprogram Call Cancel (Default)161
- G70 - Finishing Cycle161
- Figure 4-17.G70 Finish Cycle162
- G71 - Stock Removal in Turning163
  - Sign of U and W163
  - Figure 4-18.Sign of U and W Determines Stock Removal163
  - Figure 4-19.G71 Stock Removal in Turning165
- G72 - Stock Removal in Facing166
- Figure 4-20.G72 Stock Removal in Facing167
- G73 - Pattern Repeating168
- Figure 4-21.G73 Pattern Repeating169
- G74 - End Face Peck Drilling170
- Figure 4-22.G74 End Face Peck Drilling171
- G75 - Outer Diameter/Inner Diameter Drilling172
- Figure 4-23.G75 Outer Diameter/Inner Diameter Drilling173
- G76 - Multiple Threading Cycle174
- G77 - Outer Diameter/Inner Diameter Cutting Cycle176
  - Sign of U and R176
  - Figure 4-24.G76 - Multiple Threading Cycle176
  - Figure 4-25.Sign of U and R Determines the Angle of the Taper for Canned Cycles176
  - Figure 4-26.G77 External Diameter/Internal Diameter Cutting Cycle177
- G78 - Threading Cycle178
- G79 - Stock Removal in Facing Cycle179
- G80 - Canned Cycle Cancel (Default)180
- G81 - Drill Cycle181
  - Example-G81 Drill Cycle182
- G82 - Drill Cycle with Dwell182
  - Figure 4-27.G81 Drill Cycle182
  - Example-G82 Drill Cycle with Dwell183
  - Figure 4-28.G82 Drill Cycle with Dwell183
- G83 - Face Drilling with Pecks184
  - Example-G83 Peck Drill Cycle185
  - Figure 4-29.G83 Peck Drill Cycle185
- G83.1 - Chip Breaker Peck Drilling186
- G84 - Face CW Tapping187
- Figure 4-30.G84 Face CW Tapping188
- G84.2 (or G84 M29) - Rigid CW Tapping189
- G85 - Boring Cycle190
- Figure 4-31.G85 Tool Movement for the Boring Cycle191
- G86 - Bore Rapid out Cycle192
- Figure 4-32.G86 Tool Movement for the Bore Rapid out Cycle193
- G87 - Side Drilling with Pecks/Dwell194
- G88 - Side CW Tapping195
- G89 - Side Boring Cycle196
- G90 - Absolute Programming (Default)197
- Figure 4-33.G90 Absolute Dimensions (Mode B)197
- G91 - Incremental Programming199
- Figure 4-34.G91 Incremental Dimensions (Mode B)199
- G92 - Work Coordinate Offsets/Spindle Max Speed/Multiple Thread Cutting Cycle201
- G92 - Work Coordinate Offsets / Spindle Max Speed / Multiple Thread Cutting Cycle201
- Figure 4-35.G92 Multiple Thread Cutting-Tapered Thread202
- G93 - Inverse Time Feedrate203
- G94 - Feed Per Minute (Default)204
- G95 - Feed Per Revolution204
- G96 - Constant Surface Speed (CSS)205
- G97 - Direct Spindle Speed (Default)205
- G98 - Return to Initial Level (Default)206
- Figure 4-36.G98 Drill Cycle Initial Level Return (Default)206
- G99 - Return to R Point Level207
- Figure 4-37.G99 General Drill Cycle Tool Motion207
ISNC M Codes209
- ISNC M Code Overview210
- M Code Translation210
- Importing and Exporting M Code Data213
- Figure 5-6. Import and Export Functions Screen213
- Figure 5-7. Save NC State to File Screen214
- Figure 5-8. Save NC State to File Screen with New Folder and NC State File215
- Figure 5-9. Import NC State Screen216
- ISNC M Code Definitions217
- ISNC M Code Translation List221
- ISNC M Code Translation List225
- ISNC M Code Translation List227
- ISNC M Code Translation List232
E Codes237
Figure 6-1. Work Offset: Immediate Activation237
T Codes239
- Tool Change Sequence239
- Tool Offsets240
Record of Changes241
Index243

Other manuals for Hurco winmax

Programming Manual303 pages

Getting Started Guide276 pages

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Hurco winmax Specifications

General

Control System	WinMax
Machine Dimensions	Varies by model
Maximum Turning Diameter	Varies by model
Maximum Turning Length	Varies by model
Spindle Speed	Varies by model
Spindle Motor Power	Varies by model
X-Axis Travel	Varies by model
Z-Axis Travel	Varies by model
Turret Stations	Varies by model
Tool Type	Varies by model
Chuck Size	Varies by model
Machine Weight	Varies by model

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