Programmer V5 EN

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9 | G codesMemoG95 Disables G96 internally, i.e. G95 corresponds to G95 G97.G96Enables G95 internally and then may apply the feedrate value in mm/min.G153 The reference point in channel 1 (milling spindle) is the centre of rotationof the B axis and that in channel 2 (disc-type turret) is the toolmounting.GOTOB Jump is omitted if the specified label does not exist. A distinctionbetween jump in forward and backward direction is not made, i.e. GO-TOB and GOTOF can be used both to jump forwards and backwards.GOTOF See GOTOBIC()Incremental programming is supported for axes (X,Y,Z,C,...) but not forlengths (I,J,K,...) and the axis of counter spindle Z3.IFCondition may only contain arithmetical comparisons of numbers and'normal' variables. Enquiries e.g. about the machine status or systemvariables are not possible. The conditional execution is limited to jumpcommands.LJump is omitted if the specified subroutine does not exist. The nestingdepth is not controlled. At the moment, parameter transfer is supportedonly for standard subroutines from template_twin500.tnc. TheSAVE option and the repeated run of a subroutine when being calledare not supported.M336 The chuck is unclamped /even with the spindle running). The spindleis not clamped, i.e. M336 has the same function as M333.RET Works in the same way as M17.SAssignment of the spindle speed to the active spindle only(see SETMS)SPCOF Only the current machining spindle can be addressed.Position control for spindles 1 and 2 (driven tools) has no effect duringsimulation.SPOS Only the current machining spindle can be addressed.Position control for spindles 1 and 2 (driven tools) has no effect duringsimulation.126A-D821UK-1_200420
9 | G codes9.2.1 Commands not supported (examples)MemoThe following NC commands are not implemented. If required and technically feasible,they can be implemented later (if required for specific machine models).General commands:ACNAbsolute dimensions for rotary axes, negative direction of rotationACPAbsolute dimensions for rotary axes, positive direction of rotationAMIRRORANGAPARASCALECASECHFCHRCIPDCDITEDITSFAFFWOFFGROUPFLFXSMIRRORPPOSPOSAPOSPREPEATREPEATBRNDRNDMRPMRPSCALESETALSUPATOFRAMETRAANGTRAORITURNWAITPWAITSMirror image on the specified axis is not supported yet. The assignmentof MD10610 and MD 10612 is not clear.Contour anglePolar angle when programming with polar coordinatesOpening angle for arcsScaling of the specified axesBranchingLength of chamfer for contoursLength of chamfer in direction of movement for contoursCircular interpolation via intermediate pointAbsolute dimensions for rotary axes, shortest pathThread run-out pathThread run-in pathAxial feedPilot control OFF (by analogy, FFWON)Feedrate value applies all axes specifiedLimit speed for synchronous axesRetraction from fixed stop ON (by analogy, FXST, FXSW)Mirror image on the specified axis is not supported yet.The assignment of MD10610 and MD 10612 is not clear.Repetitive call of subroutinesPositioning of the specified axis (axes) without block advancePositioning of the specified axis (axes) with block advancePositioning of the specified axis (axes) via intermediate pointsRepetitive execution of a specific part of the programRepetitive execution of the specified blockContour corner roundingContour corner rounding (modal)Polar radius when programming with polar coordinatesRotation of machining plane with ROT or AROTScaling of the specified axis (axes)Setting an alarmDisabling all zero offsets block by blockFrame generation after tool orientationTransformation to inclined axisthree, four and five-axis transformationSelection of additional circular passes for G2/G3Waiting for end of traverse movementWaiting for reaching the spindle position9127G codesA-D821UK-1_200420127
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www.dmgmori.comTurning technologyDM
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Dear customer!Quality is our progra
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Table of Contents4.14 Cylindrical i
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B78E30°F3632014557142520M 42323140
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1 | DMG Programmer 3D Turning1.1 Ba
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1 | DMG Programmer 3D Turning1.3.1
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1 | DMG Programmer 3D TurningIf dat
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1 | DMG Programmer 3D TurningMemo11
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1 | DMG Programmer 3D Turning1.5 De
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1 | DMG Programmer 3D TurningFinall
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1 | DMG Programmer 3D TurningYou ca
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1 | DMG Programmer 3D TurningMemo12
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2ChapterSimulation
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2 | Simulation2.1 Simulation toolba
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2 | Simulation2.3 Simulation settin
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3ChapterOperation planmanager
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3 | Operation plan managerMemo333Th
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4ChapterCAD / CAM
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4 | CAD/CAM operations4.2 Computer-
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4 | CAD/CAM operationsMemo439CAD/CA
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4 | CAD/CAM operations4.3 Generate
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4 | CAD/CAM operationsA tool select
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4 | CAD/CAM operationsThe 2D or 3D
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4 | CAD/CAM operationsMemoDefine th
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4 | CAD/CAM operations4.5 Operation
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4 | CAD/CAM operations4.5.2 Constru
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4 | CAD/CAM operations4.6 RecessesM
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4 | CAD/CAM operationsMemo459Define
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4 | CAD/CAM operations4.9 Milling o
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4 | CAD/CAM operationsDefine the sq
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4 | CAD/CAM operationsNow define th
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4 | CAD/CAM operationsSelect the "D
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4 | CAD/CAM operations4.12 Pocket m
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Page 77 and 78: 4 | CAD/CAM operationsDefine a new
Page 79 and 80: 4 | CAD/CAM operations4.13.1 Y-axis
Page 81 and 82: 4 | CAD/CAM operationsMemo481CAD/CA
Page 91 and 92: 5ChapterMachining withtailstock 4A
Page 93 and 94: 4 | Machining with tailstock on the
Page 99 and 100: 6Chapter4-axismachining
Page 101 and 102: 4 | 4-axis machiningTool selection
Page 103 and 104: 4 | 4-axis machiningMemo61034-axis
Page 105 and 106: 4 | 4-axis machiningOnce the insert
Page 107 and 108: 7ChapterRaw part definition
Page 109 and 110: 4 | Defining the raw partUse the ed
Page 111 and 112: 4 | Defining the raw part7.1 Creati
Page 113 and 114: 4 | Defining the raw part7.2 Readin
Page 115 and 116: 3x45˚70˚8R2R235M162558DIN 76 - AA
Page 117 and 118: 1 2 34ARaw part 160 x 78A8 H7BB8117
Page 119 and 120: 1 2 34AA7.5 tiefBB8119CCDefining th
Page 121 and 122: 1 2 34AABB8121CCDefining the raw pa
Page 123 and 124: T M336 G153 G96 G95 G94 WANS DIAM90
Page 125: 9 | G codes9.2 High-level language
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