Millplus руководство оператора на русском

• Page 3: 344 938-20
• Page 6 and 7: TABLE OF CONTENTS1. Introduction…
• Page 8 and 9: INTRODUCTION1. IntroductionDear Cus
• Page 10 and 11: EXPANDED G FUNCTIONS AND CALCULATIO
• Page 12 and 13: G174 TOOL WITHDRAWAL MOVEMENT3. G17
• Page 14 and 15: 4. G141 3D tool correction with dyn
• Page 16 and 17: G141 3D TOOL CORRECTION WITH DYNAMI
• Page 18 and 19: G141 3D TOOL CORRECTION WITH DYNAMI
• Page 20 and 21: G141 3D TOOL CORRECTION WITH DYNAMI
• Page 22 and 23: G141 3D TOOL CORRECTION WITH DYNAMI
• Page 24 and 25: 5.2 G600 laser system: Calibration{
• Page 26 and 27: 5.4 G602 laser system: Measuring le
• Page 28 and 29: SPECIFIC G FUNCTIONS FOR MACROS6. S
• Page 30 and 31: SPECIFIC G FUNCTIONS FOR MACROS6.5
• Page 32 and 33: 52 Mirroring in Z axis -1—153 Mirr
• Page 34 and 35: 6.8 G329 Query programmable kinemat
• Page 36 and 37: SPECIFIC G FUNCTIONS FOR MACROS6.10
• Page 38 and 39: SPECIFIC G FUNCTIONS FOR MACROS6.10
• Page 40 and 41: SPECIFIC G FUNCTIONS FOR MACROS6.10
• Page 42: SPECIFIC G FUNCTIONS FOR MACROS;—
• Page 45 and 46: TURNING7.2 Machine constantsNew mac
• Page 47 and 48: TURNING7.4 G17 Plane for turning mo
• Page 49 and 50: TURNING7.6 G96/G97 Constant cutting
• Page 51: TURNING7.8 G302 Superimposing tool
• Page 54 and 55:

  TURNING7.9.3 G691 Measure unbalance

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  TURNING7.9.4 G692 Unbalance checkin

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  TURNING7.10 Turning cyclesAVAILABIL

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  TURNINGChamfer length at contour en
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  TURNINGI1= Chamfer length: Basic se

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  TURNINGR1= Rounding: Basic setting

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  TURNINGR1= Rounding: Basic setting

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  TURNINGI1= Chamfer length: Basic se

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  TURNINGChamfer length at start and

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  TURNINGR1= Rounding: Basic setting

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  TURNINGR1= Rounding: Basic setting

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  TURNINGRounding at start and end of
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  TURNINGR1= Rounding: Basic setting

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  TURNINGR1= Rounding: Basic setting

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  TURNINGR1= Rounding: Basic setting

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  TURNINGExample 2:N9999N1 G17N2 G37N

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  TURNINGN27Program end20010321 MillP

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  First edition Software Version V410

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  INTRODUCTION7.1 Free entry 477.2 Ca

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  INTRODUCTION15.10 Tool measurement
• Page 94 and 95:

  INTRODUCTION23. G-Functions …….

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  INTRODUCTION26.5 Maschinenabhängig

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  INTRODUCTION1.2 Software version V4

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  INTRODUCTION-G84 Tapping with activ

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  KEYBOARD AND SCREEN LAYOUT3. Keyboa

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  KEYBOARD AND SCREEN LAYOUT3.3 Machi

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  KEYBOARD AND SCREEN LAYOUT3.5 Exiti

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  3.9 Making selections in the Easy O
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  KEYBOARD AND SCREEN LAYOUTSearch au

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  KEYBOARD AND SCREEN LAYOUT3.13 Proc

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  KEYBOARD AND SCREEN LAYOUT3.16 Proc

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  KEYBOARD AND SCREEN LAYOUTKlickeBes

• Page 120 and 121:

  WORKPIECE COORDINATES4.4 Cartesian

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  START MACHINE / REFERENCE POINT5. S

• Page 125 and 126:

  MANUAL OPERATION6. Manual operation

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  MANUAL OPERATION6.1.4 Free step siz
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  MANUAL OPERATION20000710 MillPlus V

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  MANUAL OPERATION6.4 F, S, T inputEn

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  FREE ENTRY (MDI)7.2 Cancel block (M

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  SET AXIS VALUEInput W activate zero

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  SET AXIS VALUE8.4 Measure toolThe M

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  9. Data input / output and file man
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  DATA INPUT / OUTPUT AND FILE MANAGE

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  DATA INPUT / OUTPUT AND FILE MANAGE

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  DATA INPUT / OUTPUT AND FILE MANAGE

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  DATA INPUT / OUTPUT AND FILE MANAGE

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  DATA INPUT / OUTPUT AND FILE MANAGE

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  DATA INPUT / OUTPUT AND FILE MANAGE

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  DATA INPUT / OUTPUT AND FILE MANAGE
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  DATA INPUT / OUTPUT AND FILE MANAGE

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  DATA INPUT / OUTPUT AND FILE MANAGE

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  DATA INPUT / OUTPUT AND FILE MANAGE

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  ENTER / EDIT PROGRAMSelect program

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  ENTER / EDIT PROGRAMStorage request

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  ENTER / EDIT PROGRAMNoteIf G0 X100

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  ENTER / EDIT PROGRAM10.13.3 FindEnt

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  ENTER / EDIT PROGRAM10.14 File edit

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  PROGRAM DRY RUN11. Program dry run1

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  PROGRAM DRY RUN11.2.4 Wire plotStar
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  PROGRAM DRY RUN11.3.1 Time for each

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  ACTIVATE / EXECUTE PROGRAM12.3 CAD

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  ACTIVATE / EXECUTE PROGRAM12.8 Exec

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  ACTIVATE / EXECUTE PROGRAM12.10 Rel

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  ACTIVATE / EXECUTE PROGRAM12.11 Aut

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  ACTIVATE / EXECUTE PROGRAMNote:The

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  106 Heidenhain

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  13.4 Interrupt cycleInterrupt the c

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  20000710 MillPlus V410 111

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  F1F2S1S2Feed rate in mm/rev. The fe
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  14.4 Machining typeDefining the mac

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  14.6 Using the technologySelect pro

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  20000710 MillPlus V410 119

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  15. ToolTool used in current progra

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  SSize (0=normal, 1=oversize). The m

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  The existing tools are not changed

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  15.7 Manual change of tool (Example

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  15.8.1 WerkzeugkorrekturWährend de

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  20000710 MillPlus V410 131

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  15.9 To update enhanced tool measur
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  Measure tool manually (see the chap

• Page 223 and 224:

  15.10.2 Measurement of the length o

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  Note:See G60215.10.4 Individual cut

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  15.13 Tool measurement using the TT

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  15.14 Calibration of the TT120/TT13

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  Checking the tool:During the initia

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  15.14.3 Measure the tool completely

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  Synopsis of machine settings:The TT

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  TABLES16.2 Parameter(E)Display and

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  TABLES16.4 Pallet zero pointOnly wi
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  INSTALLATION18. Installation18.1 Lo

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  INSTALLATION18.3 ClockEntering and

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  INSTALLATION18.5 Temperature compen

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  EASY OPERATE19.2 Facing / edgingNot

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  EASY OPERATE, S und F müssen vorhe

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  EASY OPERATE19.5 Boring19.5.1 Borin

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  EASY OPERATE19.7 Example of Easy Op

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  EASY OPERATEStep 3optional20000710

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  EASY OPERATESelect parameter X1Sele

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  20. Interactive contour programming
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  Menu for linear movement horizontal

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  INTERACTIVE CONTOUR PROGRAMMING (IC

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  INTERACTIVE CONTOUR PROGRAMMING (IC

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  INTERACTIVE CONTOUR PROGRAMMING (IC

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  INTERACTIVE CONTOUR PROGRAMMING (IC

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  INTERACTIVE CONTOUR PROGRAMMING (IC

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  INTERACTIVE CONTOUR PROGRAMMING (IC

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  INTERACTIVE CONTOUR PROGRAMMING (IC

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  INTERACTIVE PART PROGRAMMING (IPP)

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  INTERACTIVE PART PROGRAMMING (IPP)
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  INTERACTIVE PART PROGRAMMING (IPP)

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  INTERACTIVE PART PROGRAMMING (IPP)

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  INTERACTIVE PART PROGRAMMING (IPP)

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  INTERACTIVE PART PROGRAMMING (IPP)

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  Select tool.INTERACTIVE PART PROGRA

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  INTERACTIVE PART PROGRAMMING (IPP)

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  INTERACTIVE PART PROGRAMMING (IPP)

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  INTERACTIVE PART PROGRAMMING (IPP)

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  INTERACTIVE PART PROGRAMMING (IPP)

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  INTERACTIVE PART PROGRAMMING (IPP)
• Page 303 and 304:

  INTERACTIVE PART PROGRAMMING (IPP)

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  INTERACTIVE PART PROGRAMMING (IPP)

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  INTERACTIVE PART PROGRAMMING (IPP)

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  INTERACTIVE PART PROGRAMMING (IPP)

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  INTERACTIVE PART PROGRAMMING (IPP)

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  INTERACTIVE PART PROGRAMMING (IPP)

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  INTERACTIVE PART PROGRAMMING (IPP)

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  INTERACTIVE PART PROGRAMMING (IPP)

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  INTERACTIVE PART PROGRAMMING (IPP)

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  INTERACTIVE PART PROGRAMMING (IPP)
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  INTERACTIVE PART PROGRAMMING (IPP)

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  G-FUNCTIONS23. G-Functions23.1 Rapi

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  G-FUNCTIONS2. Programming rotary ax

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  G-FUNCTIONSSpiral::N10 G17 T1 M6N11

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  G-FUNCTIONSN10 G1 X55 Y25 F100 Line

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  G-FUNCTIONSIncremental end point co

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  G-FUNCTIONSSpiral interpolationLeve

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  G-FUNCTIONS:N10 G1 X30 Y30 F500N11

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  G-FUNCTIONS23.5 Spline Interpolatio

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  G-FUNCTIONSN107 X8 X61=6 X62=7.5 Y0
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  G-FUNCTIONSG FUNCTIONS WHICH ARE NO

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  G-FUNCTIONSB47= Enthält die Nummer

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  G-FUNCTIONSMC755 free operating pla

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  G-FUNCTIONSN..N300other movements i

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  G-FUNCTIONS23.7 Tilting of the oper

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  G-FUNCTIONSOutline of the most suit

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  G-FUNCTIONSkinematic chain in three

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  G-FUNCTIONS23.7.8 InterruptionIf th

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  G-FUNCTIONS23.8 Swivel tool G8 (fro

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  G-FUNCTIONSTOOL CORRECTIONDuring th
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  G-FUNCTIONS23.9 Defining polar poin

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  G-FUNCTIONSA = end point of last mo

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  G-FUNCTIONSExampleA = new polar poi

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  G-FUNCTIONS23.11 Repeat function G1

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  G-FUNCTIONS23.15 Macro call G22Para

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  G-FUNCTIONS23.17 Enable/disable fee

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  G-FUNCTIONSParameters4. Positioning

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  G-FUNCTIONS23.19 Conditional jump G

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  G-FUNCTIONSExampleRectangular milli

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  G-FUNCTIONS23.22 Tool radius compen
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  G-FUNCTIONSF1=3 constant feed only

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  G-FUNCTIONS23.23 Tool radius compen

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  G-FUNCTIONSMeßergebnisseE Paramete

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  G-FUNCTIONS23.25 Measuring a circle

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  G-FUNCTIONS23.26 Calibrating the me

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  G-FUNCTIONSExample:N10 G49 R.02 R1=

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  X1=KorG-FUNCTIONSNotesMachine confi

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  G-FUNCTIONS1. The C-axis is rotated

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  N7 M19N8 M27Activate measuring prob

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  G-FUNCTIONS23.30 Cancel/activate ze
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  G-FUNCTIONSExample1.N60 G54 I1N600

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  G-FUNCTIONSTANGENTIAL CONTOUR APPRO

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  G-FUNCTIONSExampleN1 G17N2 T1 M6 (c

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  G-FUNCTIONSTANGENTIAL EXIT FROM THE

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  G-FUNCTIONS23.34 Cancel / activate

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  G-FUNCTIONS23.36 Cancel / activate

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  G-FUNCTIONS23.37 Absolute position

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  G-FUNCTIONS:Example of block:N20 G7

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  G-FUNCTIONSExamples:N40 G78 P2 X..

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  G-FUNCTIONS23.39 Point definition G
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  G-FUNCTIONSNoteB1= has two meanings

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  G-FUNCTIONSNoteA machining cycle (G

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  G-FUNCTIONS2.:N.. G83 Y4 Z-150 I2 J

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  G-FUNCTIONSExampleN14 T3 M6N15 G84

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  G-FUNCTIONS23.45 Boring cycle G86N.

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  G-FUNCTIONSN10 T1 M6N20 G87 X200 Y1

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  G-FUNCTIONSN30 G79 X22.5 Y22.5 Z0N4

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  G-FUNCTIONSN10 T1 M6N20 G89 Z-15 B1

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  G-FUNCTIONSNoteN11 G90Change to abs

• Page 443 and 444:

  23.51 Zero point shift incremental
• Page 445 and 446:

  G-FUNCTIONSN30 G93 X-200 Y-10020000

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  G-FUNCTIONS23.52 Feed in mm/min (in

• Page 449 and 450:

  G-FUNCTIONS23.54 Graphic: material

• Page 451 and 452:

  G-FUNCTIONSN20 G141 R.. R1=.. F..N2

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  G-FUNCTIONS20000710 MillPlus V410 3

• Page 455 and 456:

  G-FUNCTIONSNotesTool correction:K0:

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  G-FUNCTIONS23.58 Reading tool or of

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  G-FUNCTIONS23.59 Change tool or off

• Page 461 and 462:

  23.60 Cancel cylinder interpolation

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  G-FUNCTIONSG182 A1 X2 Z3 R..or (as
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  G-FUNCTIONSN16 G1 C365N17 G40N18 G4

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  G-FUNCTIONS23.63 End graphic model

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  G-FUNCTIONS23.65 Begin graphic mode

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  G-FUNCTIONSN11 Y0N12 G197 X-30 Y-15

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  G-FUNCTIONS23.67 Create pocket cycl

• Page 475 and 476:

  G-FUNCTIONS23.69 End contour pocket

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  G-FUNCTIONS23.74 Call island contou

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  G-FUNCTIONS23.75 Quadrangle contour

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  G-FUNCTIONSN26 G91N27 Y50 (Island 2

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  SPECIAL G FUNCTIONS FOR MACROS24.2
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  SPECIAL G FUNCTIONS FOR MACROS24.4

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  SPECIAL G FUNCTIONS FOR MACROS24.5

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  SPECIAL G FUNCTIONS FOR MACROS24.7

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  SPECIAL G FUNCTIONS FOR MACROS24.9

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  SPECIAL G FUNCTIONS FOR MACROSN30 T

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  25. G-functions produced by cycle d

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  25.4 Laser: Measureng length and ra

• Page 501 and 502:

  25.6 Laser: Tool breakage control G

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  25.8 TT120/TT130: Measure tool leng

• Page 505:

  G-FUNCTIONS PRODUCED BY CYCLE DESIG

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  LISTE DER G-FUNKTIONEN UND M-FUNKTI

• Page 510 and 511:

  LISTE DER G-FUNKTIONEN UND M-FUNKTI

• Page 512 and 513:

  LISTE DER G-FUNKTIONEN UND M-FUNKTI

• Page 514 and 515:

  TECHNOLOGICAL COMMANDS27.3 Tool num

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  E PARAMETERS AND ARITHMETIC FUNCTIO

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  MISCELLANEOUS29. Miscellaneous29.1

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  MISCELLANEOUS434 Heidenhain

• Page 522 and 523:

  MISCELLANEOUS29.4 Configuring the E

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  MISCELLANEOUSHardware sectionThis i

• Page 526 and 527:

  MISCELLANEOUSCaseSensitive = y | n
• Page 528 and 529:

  MISCELLANEOUS; must match a [hardwa

• Page 530 and 531:

  MISCELLANEOUS29.5 DigitizingThe pur

• Page 532:

  MISCELLANEOUS446 Heidenhain

• Page 3: 344 938-20
• Page 6 and 7: TABLE OF CONTENTS1. Introduction…
• Page 8 and 9: INTRODUCTION1. IntroductionDear Cus
• Page 10 and 11: EXPANDED G FUNCTIONS AND CALCULATIO
• Page 12 and 13: G174 TOOL WITHDRAWAL MOVEMENT3. G17
• Page 14 and 15: 4. G141 3D tool correction with dyn
• Page 16 and 17: G141 3D TOOL CORRECTION WITH DYNAMI
• Page 18 and 19: G141 3D TOOL CORRECTION WITH DYNAMI
• Page 20 and 21: G141 3D TOOL CORRECTION WITH DYNAMI
• Page 22 and 23: G141 3D TOOL CORRECTION WITH DYNAMI
• Page 24 and 25: 5.2 G600 laser system: Calibration{
• Page 26 and 27: 5.4 G602 laser system: Measuring le
• Page 28 and 29: SPECIFIC G FUNCTIONS FOR MACROS6. S
• Page 30 and 31: SPECIFIC G FUNCTIONS FOR MACROS6.5
• Page 32 and 33: 52 Mirroring in Z axis -1—153 Mirr
• Page 34 and 35: 6.8 G329 Query programmable kinemat
• Page 36 and 37: SPECIFIC G FUNCTIONS FOR MACROS6.10
• Page 38 and 39: SPECIFIC G FUNCTIONS FOR MACROS6.10
• Page 40 and 41: SPECIFIC G FUNCTIONS FOR MACROS6.10
• Page 42: SPECIFIC G FUNCTIONS FOR MACROS;—
• Page 45 and 46: TURNING7.2 Machine constantsNew mac
• Page 47 and 48: TURNING7.4 G17 Plane for turning mo
• Page 49 and 50: TURNING7.6 G96/G97 Constant cutting
• Page 51: TURNING7.8 G302 Superimposing tool
• Page 54 and 55:

  TURNING7.9.3 G691 Measure unbalance

• Page 56 and 57:

  TURNING7.9.4 G692 Unbalance checkin

• Page 58 and 59:

  TURNING7.10 Turning cyclesAVAILABIL

• Page 60 and 61:

  TURNINGChamfer length at contour en

• Page 62 and 63:

  TURNINGI1= Chamfer length: Basic se

• Page 64 and 65:

  TURNINGR1= Rounding: Basic setting

• Page 66 and 67:

  TURNINGR1= Rounding: Basic setting

• Page 68 and 69:

  TURNINGI1= Chamfer length: Basic se

• Page 70 and 71:

  TURNINGChamfer length at start and

• Page 72 and 73:

  TURNINGR1= Rounding: Basic setting

• Page 74 and 75:

  TURNINGR1= Rounding: Basic setting

• Page 76 and 77:

  TURNINGRounding at start and end of

• Page 78 and 79:

  TURNINGR1= Rounding: Basic setting

• Page 80 and 81:

  TURNINGR1= Rounding: Basic setting

• Page 82 and 83:

  TURNINGR1= Rounding: Basic setting

• Page 84 and 85:

  TURNINGExample 2:N9999N1 G17N2 G37N
• Page 86 and 87:

  TURNINGN27Program end20010321 MillP

• Page 88 and 89:

  First edition Software Version V410

• Page 90 and 91:

  INTRODUCTION7.1 Free entry 477.2 Ca

• Page 92 and 93:

  INTRODUCTION15.10 Tool measurement

• Page 94 and 95:

  INTRODUCTION23. G-Functions …….

• Page 96 and 97:

  INTRODUCTION26.5 Maschinenabhängig

• Page 98 and 99:

  INTRODUCTION1.2 Software version V4

• Page 100 and 101:

  INTRODUCTION-G84 Tapping with activ

• Page 103 and 104:

  KEYBOARD AND SCREEN LAYOUT3. Keyboa

• Page 105 and 106:

  KEYBOARD AND SCREEN LAYOUT3.3 Machi

• Page 107 and 108:

  KEYBOARD AND SCREEN LAYOUT3.5 Exiti

• Page 109 and 110:

  3.9 Making selections in the Easy O

• Page 111 and 112:

  KEYBOARD AND SCREEN LAYOUTSearch au

• Page 113 and 114:

  KEYBOARD AND SCREEN LAYOUT3.13 Proc

• Page 115 and 116:

  KEYBOARD AND SCREEN LAYOUT3.16 Proc

• Page 117:

  KEYBOARD AND SCREEN LAYOUTKlickeBes

• Page 120 and 121:

  WORKPIECE COORDINATES4.4 Cartesian

• Page 123 and 124:

  START MACHINE / REFERENCE POINT5. S

• Page 125 and 126:

  MANUAL OPERATION6. Manual operation

• Page 127 and 128:

  MANUAL OPERATION6.1.4 Free step siz
• Page 129 and 130:

  MANUAL OPERATION20000710 MillPlus V

• Page 131:

  MANUAL OPERATION6.4 F, S, T inputEn

• Page 134 and 135:

  FREE ENTRY (MDI)7.2 Cancel block (M

• Page 136 and 137:

  SET AXIS VALUEInput W activate zero

• Page 138 and 139:

  SET AXIS VALUE8.4 Measure toolThe M

• Page 141 and 142:

  9. Data input / output and file man

• Page 143 and 144:

  DATA INPUT / OUTPUT AND FILE MANAGE

• Page 146 and 147:

  DATA INPUT / OUTPUT AND FILE MANAGE

• Page 148 and 149:

  DATA INPUT / OUTPUT AND FILE MANAGE

• Page 150 and 151:

  DATA INPUT / OUTPUT AND FILE MANAGE

• Page 152 and 153:

  DATA INPUT / OUTPUT AND FILE MANAGE

• Page 154 and 155:

  DATA INPUT / OUTPUT AND FILE MANAGE

• Page 156 and 157:

  DATA INPUT / OUTPUT AND FILE MANAGE

• Page 158 and 159:

  DATA INPUT / OUTPUT AND FILE MANAGE

• Page 160 and 161:

  DATA INPUT / OUTPUT AND FILE MANAGE

• Page 162 and 163:

  DATA INPUT / OUTPUT AND FILE MANAGE

• Page 164 and 165:

  ENTER / EDIT PROGRAMSelect program

• Page 166 and 167:

  ENTER / EDIT PROGRAMStorage request

• Page 168 and 169:

  ENTER / EDIT PROGRAMNoteIf G0 X100

• Page 170 and 171:

  ENTER / EDIT PROGRAM10.13.3 FindEnt

• Page 172 and 173:

  ENTER / EDIT PROGRAM10.14 File edit

• Page 175 and 176:

  PROGRAM DRY RUN11. Program dry run1

• Page 177 and 178:

  PROGRAM DRY RUN11.2.4 Wire plotStar

• Page 179:

  PROGRAM DRY RUN11.3.1 Time for each

• Page 182 and 183:

  ACTIVATE / EXECUTE PROGRAM12.3 CAD

• Page 184 and 185:

  ACTIVATE / EXECUTE PROGRAM12.8 Exec

• Page 186 and 187:

  ACTIVATE / EXECUTE PROGRAM12.10 Rel

• Page 188 and 189:

  ACTIVATE / EXECUTE PROGRAM12.11 Aut

• Page 190 and 191:

  ACTIVATE / EXECUTE PROGRAMNote:The

• Page 192 and 193:

  106 Heidenhain
• Page 194 and 195:

  13.4 Interrupt cycleInterrupt the c

• Page 197 and 198:

  20000710 MillPlus V410 111

• Page 199 and 200:

  F1F2S1S2Feed rate in mm/rev. The fe

• Page 201 and 202:

  14.4 Machining typeDefining the mac

• Page 203 and 204:

  14.6 Using the technologySelect pro

• Page 205 and 206:

  20000710 MillPlus V410 119

• Page 207 and 208:

  15. ToolTool used in current progra

• Page 209 and 210:

  SSize (0=normal, 1=oversize). The m

• Page 211 and 212:

  The existing tools are not changed

• Page 213 and 214:

  15.7 Manual change of tool (Example

• Page 215 and 216:

  15.8.1 WerkzeugkorrekturWährend de

• Page 217 and 218:

  20000710 MillPlus V410 131

• Page 219 and 220:

  15.9 To update enhanced tool measur

• Page 221 and 222:

  Measure tool manually (see the chap

• Page 223 and 224:

  15.10.2 Measurement of the length o

• Page 225 and 226:

  Note:See G60215.10.4 Individual cut

• Page 227 and 228:

  15.13 Tool measurement using the TT

• Page 229 and 230:

  15.14 Calibration of the TT120/TT13

• Page 231 and 232:

  Checking the tool:During the initia

• Page 233 and 234:

  15.14.3 Measure the tool completely

• Page 235 and 236:

  Synopsis of machine settings:The TT

• Page 237 and 238:

  TABLES16.2 Parameter(E)Display and

• Page 239:

  TABLES16.4 Pallet zero pointOnly wi

• Page 243 and 244:

  INSTALLATION18. Installation18.1 Lo

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  INSTALLATION18.3 ClockEntering and

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  INSTALLATION18.5 Temperature compen

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  EASY OPERATE19.2 Facing / edgingNot

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  EASY OPERATE, S und F müssen vorhe

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  EASY OPERATE19.5 Boring19.5.1 Borin

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  EASY OPERATE19.7 Example of Easy Op

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  EASY OPERATEStep 3optional20000710

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  EASY OPERATESelect parameter X1Sele

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  20. Interactive contour programming

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  Menu for linear movement horizontal

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  INTERACTIVE CONTOUR PROGRAMMING (IC

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  INTERACTIVE CONTOUR PROGRAMMING (IC

• Page 269 and 270:

  INTERACTIVE CONTOUR PROGRAMMING (IC

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  INTERACTIVE CONTOUR PROGRAMMING (IC

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  INTERACTIVE CONTOUR PROGRAMMING (IC

• Page 275 and 276:

  INTERACTIVE CONTOUR PROGRAMMING (IC

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  INTERACTIVE CONTOUR PROGRAMMING (IC

• Page 279 and 280:

  INTERACTIVE PART PROGRAMMING (IPP)

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  INTERACTIVE PART PROGRAMMING (IPP)

• Page 283 and 284:

  INTERACTIVE PART PROGRAMMING (IPP)

• Page 285 and 286:

  INTERACTIVE PART PROGRAMMING (IPP)

• Page 287 and 288:

  INTERACTIVE PART PROGRAMMING (IPP)

• Page 289 and 290:

  INTERACTIVE PART PROGRAMMING (IPP)

• Page 291 and 292:

  Select tool.INTERACTIVE PART PROGRA

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  INTERACTIVE PART PROGRAMMING (IPP)

• Page 295 and 296:

  INTERACTIVE PART PROGRAMMING (IPP)

• Page 297 and 298:

  INTERACTIVE PART PROGRAMMING (IPP)

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  INTERACTIVE PART PROGRAMMING (IPP)

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  INTERACTIVE PART PROGRAMMING (IPP)

• Page 303 and 304:

  INTERACTIVE PART PROGRAMMING (IPP)

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  INTERACTIVE PART PROGRAMMING (IPP)

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  INTERACTIVE PART PROGRAMMING (IPP)

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  INTERACTIVE PART PROGRAMMING (IPP)

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  INTERACTIVE PART PROGRAMMING (IPP)

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  INTERACTIVE PART PROGRAMMING (IPP)

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  INTERACTIVE PART PROGRAMMING (IPP)

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  INTERACTIVE PART PROGRAMMING (IPP)

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  INTERACTIVE PART PROGRAMMING (IPP)

• Page 321 and 322:

  INTERACTIVE PART PROGRAMMING (IPP)

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  INTERACTIVE PART PROGRAMMING (IPP)

• Page 327 and 328:

  G-FUNCTIONS23. G-Functions23.1 Rapi

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  G-FUNCTIONS2. Programming rotary ax

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  G-FUNCTIONSSpiral::N10 G17 T1 M6N11

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  G-FUNCTIONSN10 G1 X55 Y25 F100 Line

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  G-FUNCTIONSIncremental end point co

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  G-FUNCTIONSSpiral interpolationLeve

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  G-FUNCTIONS:N10 G1 X30 Y30 F500N11

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  G-FUNCTIONS23.5 Spline Interpolatio

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  G-FUNCTIONSN107 X8 X61=6 X62=7.5 Y0

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  G-FUNCTIONSG FUNCTIONS WHICH ARE NO

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  G-FUNCTIONSB47= Enthält die Nummer

• Page 349 and 350:

  G-FUNCTIONSMC755 free operating pla

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  G-FUNCTIONSN..N300other movements i

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  G-FUNCTIONS23.7 Tilting of the oper

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  G-FUNCTIONSOutline of the most suit

• Page 357 and 358:

  G-FUNCTIONSkinematic chain in three

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  G-FUNCTIONS23.7.8 InterruptionIf th

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  G-FUNCTIONS23.8 Swivel tool G8 (fro

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  G-FUNCTIONSTOOL CORRECTIONDuring th

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  G-FUNCTIONS23.9 Defining polar poin

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  G-FUNCTIONSA = end point of last mo

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  G-FUNCTIONSExampleA = new polar poi

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  G-FUNCTIONS23.11 Repeat function G1

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  G-FUNCTIONS23.15 Macro call G22Para

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  G-FUNCTIONS23.17 Enable/disable fee

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  G-FUNCTIONSParameters4. Positioning

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  G-FUNCTIONS23.19 Conditional jump G

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  G-FUNCTIONSExampleRectangular milli

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  G-FUNCTIONS23.22 Tool radius compen

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  G-FUNCTIONSF1=3 constant feed only

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  G-FUNCTIONS23.23 Tool radius compen

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  G-FUNCTIONSMeßergebnisseE Paramete

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  G-FUNCTIONS23.25 Measuring a circle

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  G-FUNCTIONS23.26 Calibrating the me

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  G-FUNCTIONSExample:N10 G49 R.02 R1=

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  X1=KorG-FUNCTIONSNotesMachine confi

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  G-FUNCTIONS1. The C-axis is rotated

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  N7 M19N8 M27Activate measuring prob

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  G-FUNCTIONS23.30 Cancel/activate ze

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  G-FUNCTIONSExample1.N60 G54 I1N600

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  G-FUNCTIONSTANGENTIAL CONTOUR APPRO

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  G-FUNCTIONSExampleN1 G17N2 T1 M6 (c

• Page 411 and 412:

  G-FUNCTIONSTANGENTIAL EXIT FROM THE

• Page 413 and 414:

  G-FUNCTIONS23.34 Cancel / activate

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  G-FUNCTIONS23.36 Cancel / activate

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  G-FUNCTIONS23.37 Absolute position

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  G-FUNCTIONS:Example of block:N20 G7

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  G-FUNCTIONSExamples:N40 G78 P2 X..

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  G-FUNCTIONS23.39 Point definition G

• Page 425 and 426:

  G-FUNCTIONSNoteB1= has two meanings

• Page 427 and 428:

  G-FUNCTIONSNoteA machining cycle (G

• Page 429 and 430:

  G-FUNCTIONS2.:N.. G83 Y4 Z-150 I2 J

• Page 431 and 432:

  G-FUNCTIONSExampleN14 T3 M6N15 G84

• Page 433 and 434:

  G-FUNCTIONS23.45 Boring cycle G86N.

• Page 435 and 436:

  G-FUNCTIONSN10 T1 M6N20 G87 X200 Y1

• Page 437 and 438:

  G-FUNCTIONSN30 G79 X22.5 Y22.5 Z0N4

• Page 439 and 440:

  G-FUNCTIONSN10 T1 M6N20 G89 Z-15 B1

• Page 441 and 442:

  G-FUNCTIONSNoteN11 G90Change to abs

• Page 443 and 444:

  23.51 Zero point shift incremental

• Page 445 and 446:

  G-FUNCTIONSN30 G93 X-200 Y-10020000

• Page 447 and 448:

  G-FUNCTIONS23.52 Feed in mm/min (in

• Page 449 and 450:

  G-FUNCTIONS23.54 Graphic: material

• Page 451 and 452:

  G-FUNCTIONSN20 G141 R.. R1=.. F..N2

• Page 453 and 454:

  G-FUNCTIONS20000710 MillPlus V410 3

• Page 455 and 456:

  G-FUNCTIONSNotesTool correction:K0:

• Page 457 and 458:

  G-FUNCTIONS23.58 Reading tool or of

• Page 459 and 460:

  G-FUNCTIONS23.59 Change tool or off

• Page 461 and 462:

  23.60 Cancel cylinder interpolation

• Page 463 and 464:

  G-FUNCTIONSG182 A1 X2 Z3 R..or (as

• Page 465 and 466:

  G-FUNCTIONSN16 G1 C365N17 G40N18 G4

• Page 467 and 468:

  G-FUNCTIONS23.63 End graphic model

• Page 469 and 470:

  G-FUNCTIONS23.65 Begin graphic mode

• Page 471 and 472:

  G-FUNCTIONSN11 Y0N12 G197 X-30 Y-15

• Page 473 and 474:

  G-FUNCTIONS23.67 Create pocket cycl

• Page 475 and 476:

  G-FUNCTIONS23.69 End contour pocket

• Page 477 and 478:

  G-FUNCTIONS23.74 Call island contou

• Page 479 and 480:

  G-FUNCTIONS23.75 Quadrangle contour

• Page 481:

  G-FUNCTIONSN26 G91N27 Y50 (Island 2

• Page 484 and 485:

  SPECIAL G FUNCTIONS FOR MACROS24.2

• Page 486 and 487:

  SPECIAL G FUNCTIONS FOR MACROS24.4

• Page 488 and 489:

  SPECIAL G FUNCTIONS FOR MACROS24.5

• Page 490 and 491:

  SPECIAL G FUNCTIONS FOR MACROS24.7

• Page 492 and 493:

  SPECIAL G FUNCTIONS FOR MACROS24.9

• Page 494 and 495:

  SPECIAL G FUNCTIONS FOR MACROSN30 T

• Page 497 and 498:

  25. G-functions produced by cycle d

• Page 499 and 500:

  25.4 Laser: Measureng length and ra

• Page 501 and 502:

  25.6 Laser: Tool breakage control G

• Page 503 and 504:

  25.8 TT120/TT130: Measure tool leng

• Page 505:

  G-FUNCTIONS PRODUCED BY CYCLE DESIG

• Page 508 and 509:

  LISTE DER G-FUNKTIONEN UND M-FUNKTI

• Page 510 and 511:

  LISTE DER G-FUNKTIONEN UND M-FUNKTI

• Page 512 and 513:

  LISTE DER G-FUNKTIONEN UND M-FUNKTI

• Page 514 and 515:

  TECHNOLOGICAL COMMANDS27.3 Tool num

• Page 516 and 517:

  E PARAMETERS AND ARITHMETIC FUNCTIO

• Page 518 and 519:

  MISCELLANEOUS29. Miscellaneous29.1

• Page 520 and 521:

  MISCELLANEOUS434 Heidenhain

• Page 522 and 523:

  MISCELLANEOUS29.4 Configuring the E

• Page 524 and 525:

  MISCELLANEOUSHardware sectionThis i

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  MISCELLANEOUSCaseSensitive = y | n

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  MISCELLANEOUS; must match a [hardwa

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  MISCELLANEOUS29.5 DigitizingThe pur

• Page 532:

  MISCELLANEOUS446 Heidenhain

Подскажите пожалуйста.

Станок Микрон UCP 800 система iTNC 530/

на малых подачах ось Х идет рывками т.е. неравномерно.

Как можно запустить автоматическую оптимизацию оси.

Или какие машинные данные оси изменять, например Kv фактор,

режим разгона, торможения чтоб добиться плавности хода оси.

На синумериках 840D я это делал все нормально было.

А этот у нас один такой станок.

Кто может подскажите. мой адр ntsev387 dog yandex.ru

Помогите пожалуйста.

Станок Микрон UCP800 система iTNC530.

Ось Х на малых подачах идет неравномерно рывками.

Как с помощью машинных данных оси можно добиться

равномерного перемещения, подобрать разгон торможение, Kv-фактор.

Или возможно на этой системе запустить функцию автоматической

оптимизации оси. Если возможно опишите пожалуйста пошагово.

На синумериках 840D в подобных ситуациях я запускаю автоматическую

оптимизацию оси и таким способом устраняется неравномерность перемещения.

На этой системе тоже вероятно есть подобная функция, но нет

соответствующей дукументации.

мой адр ntsev387(dog)yandex.ru

Автор:

Bot · Опубликовано: 6 часов назад

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