Machine parameters

The following list shows the machine parameters that you can edit with the code number 123.

Related topics

Details about the user parameters

 
Tip
  • Explanations about the detailed view of user parameters:
  • The indicated path corresponds to the machine parameter structure that you see after entering the machine manufacturer code number. With this information you can also find the desired machine parameter in the alternative structure. With the machine parameter numbers you can search for the machine parameters independently of the structure.
  • The entry after iTNC shows the machine parameter number on the iTNC 530.

DisplaySettings

CfgDisplayData

100800

Settings for screen displays

Path:

System DisplaySettings CfgDisplayData

Structural element:

axisDisplay

100810

Sequence and rules for displayed axes

Path:

System DisplaySettings CfgDisplayData axisDisplay

Input:

Up to 24 lists with parameters MP_axisKey, MP_name and MP_rule. Specifies sequence and rules for the display of an axis.

axisKey

100810.[Index].01501

Key name of the axis

Path:

System DisplaySettings CfgDisplayData axisDisplay [Index] axisKey

Input:

Select the key name of the axis for which this display setting is valid. The key names of the axes are taken from the configuration entity CfgAxis and displayed in a selection menu.

name

100810.[Index].01502

Axis designation

Path:

System DisplaySettings CfgDisplayData axisDisplay [Index] name

Input:

max. 2 Characters

Defines the axis name, also used for the display alternatively to the key name from CfgAxis. If the parameter is not set, the TNC7 displays the key name.

rule

100810.[Index].01503

Display rule for the axes

Path:

System DisplaySettings CfgDisplayData axisDisplay [Index] rule

Input:

Specifies the condition under which the axis is displayed:

ShowAlways

Axis is always shown. The display location remains reserved even if no values for the axis can be displayed, for example if the axis is not contained in the current kinematic model.

IfKinem

The axis is only shown if used as axis or spindle in the active kinematic model.

IfKinemAxis

Axis only shown if used as axis in the active kinematics model.

IfNotKinemAxis

The axis is only shown if it is not used as an axis in the active kinematics model (e.g. as spindle).

Never

The axis is not shown.

axisDisplayRef

100811

Sequence and rules for display axes before crossing the reference marks

Path:

System DisplaySettings CfgDisplayData axisDisplayRef

Input:

Up to 24 lists with parameters MP_axisKey, MP_name and MP_rule.

Specifies the sequence and the rules for the display of axes if the position display is set to REF values (also applies when traversing to the reference point). If this list is empty, the entries from axisDisplay will be used. The top-most entry corresponds to the top-most position.

axisKey

100811.[Index].01501

Key name of the axis

Path:

System DisplaySettings CfgDisplayData axisDisplayRef [Index] axisKey

Input:

Select the key name of the axis for which this display setting is valid. The key names of the axes are taken from the configuration entity CfgAxis and displayed in a selection menu.

name

100811.[Index].01502

Axis designation

Path:

System DisplaySettings CfgDisplayData axisDisplayRef [Index] name

Input:

max. 2 Characters

Defines the axis name, also used for the display alternatively to the key name from CfgAxis. If the parameter is not set, the TNC7 displays the key name.

rule

100811.[Index].01503

Display rule for the axes

Path:

System DisplaySettings CfgDisplayData axisDisplayRef [Index] rule

Input:

Specifies the condition for displaying the axis:

ShowAlways

Axis is always shown.

IfKinem

Axis only shown if used as axis or spindle in the active kinematics model.

IfKinemAxis

Axis only shown if used as axis in the active kinematics model.

IfNotKinemAxis

The axis is only shown if it is not used as an axis in the active kinematics model (e.g. as spindle).

Never

The axis is not shown.

positionWinDisplay

100803

Type of position display in the positioning window

Path:

System DisplaySettings CfgDisplayData positionWinDisplay

Input:

NOML

Nominal position

ACTL

Actual position

REF ACTL

Actual position referenced to the machine datum

REF NOML

Nominal position referenced to the machine datum

LAG

Following error (servo lag)

ACTDST

Distance-to-go in the input system

REFDST

Distance-to-go in the machine system

M118

Traverse paths that were carried out with handwheel superimpositioning (M118)

statusWinDisplay

100804

Type of position display in the status display

Path:

System DisplaySettings CfgDisplayData statusWinDisplay

Input:

NOML

Nominal position

ACTL

Actual position

REF ACTL

Actual position referenced to the machine datum

REF NOML

Nominal position referenced to the machine datum

LAG

Following error (servo lag)

ACTDST

Distance-to-go in the input system

REFDST

Distance-to-go in the machine system

M118

Traverse paths that were carried out with handwheel superimpositioning (M118)

decimalCharacter

100805

Definition of decimal separator for position display

Path:

System DisplaySettings CfgDisplayData decimalCharacter

Input:

"."

","

iTNC 530:

7280

axisFeedDisplay

100806

Display of the feed rate in Manual Operation and El. Handwheel modes of operation

Path:

System DisplaySettings CfgDisplayData axisFeedDisplay

Input:

at axis key

Display of the feed rate only if an axis direction key is pressed. The axis-specific feed rate from CfgFeedLimits/MP_manualFeed is displayed.

always minimum

Display of the feed rate also before an axis direction key is pressed (lowest value from CfgFeedLimits/MP_manualFeed) for all axes.

iTNC 530:

7270

spindleDisplay

100807

Display of spindle position in the position display

Path:

System DisplaySettings CfgDisplayData spindleDisplay

Input:

during closed loop

Display of spindle position only if the spindle is servo controlled

during closed loop and M5

Display of spindle position if the spindle is servo controlled and M5 is active

during closed loop or M5 or tapping

Display of spindle position if the spindle is servo controlled or M5 is active or when tapping

hidePresetTable

100808

Disable the PRESET MANAGEMENT soft key

Path:

System DisplaySettings CfgDisplayData hidePresetTable

Input:

TRUE

Access to the preset table is locked; the soft key is dimmed

FALSE

The preset table can be accessed via soft key

displayFont

100812

Font size for program display in the operating modes Program Run Full Sequence, Program Run Single Block, and Positioning with Manual Data Input.

Path:

System DisplaySettings CfgDisplayData displayFont

Input:

FONT_APPLICATION_SMALL

Small font size. Same font size as in the Programming and Test Run operating modes.

FONT_APPLICATION_MEDIUM

Big font size.

iconPrioList

100813

Sequence of icons in the display

Path:

System DisplaySettings CfgDisplayData iconPrioList

Input:

BASIC_ROT

ROT_3D

TCPM

ACC

TURNING

AFC

S_PULSE

MIRROR

GPS

RADCORR

PARAXCOMP

MON_FS_OVR

compatibilityBits

100815

Settings for display behavior

Path:

System DisplaySettings CfgDisplayData compatibilityBits

Input:

Bit

  • 0: in the small PLC window with half the width and without a bar graph, the characters are always shown in the small font size.
  • 1: in the small PLC window with half the width and with a bar graph, the characters are always shown in the large font size.

axesGridDisplay

100816

Axes as list or group in the position display.

Path:

System DisplaySettings CfgDisplayData axesGridDisplay

Input:

The parameter specifies whether the axes in the position display are shown as a list or as a two-column grid.
Possible settings:0 to

0

Axis display as list (default)

Quantity (n)

Axis display as two-column grid with groups of n x 2 axes

iTNC 530:

7270

CfgPosDisplayPace

101000

Display step for the individual axes

Path:

System DisplaySettings CfgPosDisplayPace

Structural element:

displayPace

101001

Display step for position display in [mm] or [°]

Path:

System DisplaySettings CfgPosDisplayPace [Key name of the axis] displayPace

Input:

0.1

0.05

0.01

0.005

0.001

0.0005

0.0001

0.00005

0.00001

0.000005

0.000001

iTNC 530:

7290.0-8

displayPaceInch

101002

Display step for position display in [inch]

Path:

System DisplaySettings CfgPosDisplayPace [Key name of the axis] displayPaceInch

Input:

0.005

0.001

0.0005

0.0001

0.00005

0.00001

0.000005

0.000001

iTNC 530:

7290.0-8

CfgUnitOfMeasure

101100

Definition of unit of measure in effect for display

Path:

System DisplaySettings CfgUnitOfMeasure

Structural element:

unitOfMeasure

101101

Unit of measure for display and user interface

Path:

System DisplaySettings CfgUnitOfMeasure unitOfMeasure

Input:

metric

Metric measurement system

inch

Inches

CfgProgramMode

101200

Format of the NC programs and cycle display

Path:

System DisplaySettings CfgProgramMode

Structural element:

programInputMode

101201

MDI: Program entry in HEIDENHAIN Klartext format or ISO format

Path:

System DisplaySettings CfgProgramMode programInputMode

Input:

HEIDENHAIN

Program entry with HEIDENHAIN Klartext

ISO

Program entry according to ISO

CfgDisplayLanguage

101300

Definition of the NC and PLC conversational language

Path:

System DisplaySettings CfgDisplayLanguage

Structural element:

ncLanguage

101301

NC conversational language

Path:

System DisplaySettings CfgDisplayLanguage ncLanguage

Input:

ENGLISH

GERMAN

CZECH

FRENCH

ITALIAN

SPANISH

PORTUGUESE

SWEDISH

DANISH

FINNISH

DUTCH

POLISH

HUNGARIAN

RUSSIAN

CHINESE

CHINESE_TRAD

SLOVENIAN

KOREAN

NORWEGIAN

ROMANIAN

SLOVAK

TURKISH

iTNC 530:

7230.0

applyCfgLanguage

101305

Load the language of the NC control

Path:

System DisplaySettings CfgDisplayLanguage applyCfgLanguage

Input:

When booting, the control checks whether the language settings of the operating system and the NC are the same. If the settings differ, the NC applies the language setting of the operating system. If the language defined in the machine parameters of the NC is to be used, then you must the set the parameter applyCfgLanguage to TRUE.

plcDialogLanguage

101302

PLC conversational language

Path:

System DisplaySettings CfgDisplayLanguage plcDialogLanguage

Input:

ENGLISH

GERMAN

CZECH

FRENCH

ITALIAN

SPANISH

PORTUGUESE

SWEDISH

DANISH

FINNISH

DUTCH

POLISH

HUNGARIAN

RUSSIAN

CHINESE

CHINESE_TRAD

SLOVENIAN

KOREAN

NORWEGIAN

ROMANIAN

SLOVAK

TURKISH

iTNC 530:

7230.1

plcErrorLanguage

101303

PLC error message language

Path:

System DisplaySettings CfgDisplayLanguage plcErrorLanguage

Input:

ENGLISH

GERMAN

CZECH

FRENCH

ITALIAN

SPANISH

PORTUGUESE

SWEDISH

DANISH

FINNISH

DUTCH

POLISH

HUNGARIAN

RUSSIAN

CHINESE

CHINESE_TRAD

SLOVENIAN

KOREAN

NORWEGIAN

ROMANIAN

SLOVAK

TURKISH

iTNC 530:

7230.2

helpLanguage

101304

Language for online help

Path:

System DisplaySettings CfgDisplayLanguage helpLanguage

Input:

ENGLISH

GERMAN

CZECH

FRENCH

ITALIAN

SPANISH

PORTUGUESE

SWEDISH

DANISH

FINNISH

DUTCH

POLISH

HUNGARIAN

RUSSIAN

CHINESE

CHINESE_TRAD

SLOVENIAN

KOREAN

NORWEGIAN

ROMANIAN

SLOVAK

TURKISH

iTNC 530:

7230.3

CfgStartupData

101500

Behavior during control startup

Path:

System DisplaySettings CfgStartupData

Structural element:

powerInterruptMsg

101501

Acknowledge the Power interrupted message

Path:

System DisplaySettings CfgStartupData powerInterruptMsg

Input:

TRUE

Start-up is only continued after the message has been acknowledged.

FALSE

The Power interrupted message does not appear

opMode

101503

Operating mode that is switched to when the control has fully booted

Path:

System DisplaySettings CfgStartupData opMode

Input:

Enter here the GUI designator of the desired operating mode. See the Technical Manual for an overview of the permissible GUI designators.max. 500 Characters

subOpMode

101504

Submode to be activated for the operating mode entered in 'opMode'

Path:

System DisplaySettings CfgStartupData subOpMode

Input:

Enter here the GUI designator of the desired operating submode. See the Technical Manual for an overview of the permissible GUI designators.max. 500 Characters

CfgClockView

120600

Display mode for time of day

Path:

System DisplaySettings CfgClockView

Structural element:

displayMode

120601

Display mode for time of day on the screen

Path:

System DisplaySettings CfgClockView displayMode

Input:

Analog

Analog clock

Digital

Digital clock

Logo

OEM logo

Analog and logo

Analog clock and OEM logo

Digital and logo

Digital clock and OEM logo

Analog on logo

Analog clock that superimposes the OEM logo

Digital on logo

Digital clock that superimposes the OEM logo

timeFormat

120602

Time format of digital clock

Path:

System DisplaySettings CfgClockView timeFormat

Input:

Possible settings:

12 h format

Time in 12 hours format

24 h format

Time in 24 hours format

CfgInfoLine

120700

Link row on/off

Path:

System DisplaySettings CfgInfoLine

Structural element:

infoLineEnabled

120701

Enable/disable info line

Path:

System DisplaySettings CfgInfoLine infoLineEnabled

Input:

OFF

The info line is disabled

ON

The info line below the operating mode display is enabled

CfgGraphics

124200

Settings for 3-D simulation graphics

Path:

System DisplaySettings CfgGraphics

Structural element:

modelType

124201

Model type of the 3D simulation graphics

Path:

System DisplaySettings CfgGraphics modelType

Input:

No Model

The model depiction is deactivated. Only the 3D line graphics are shown (lowest processor load, e.g. for fast testing of the NC program and ascertainment of program run times)

3D

Model depiction for complex operations (highest processor load, e.g. for turning or undercuts)

2.5D

Model depiction for 3-axis operations (medium processor load)

modelQuality

124202

Model quality of the 3D simulation graphics

Path:

System DisplaySettings CfgGraphics modelQuality

Input:

very high

Very high model quality, the production result can be precisely judged. This setting requires the highest computing power.

Block numbers and block end points can only be displayed in the 3D line graphics with this setting.

high

High model quality

medium

Medium model quality

low

Low model quality

clearPathAtBlk

124203

Reset tool paths for new BLK FORM

Path:

System DisplaySettings CfgGraphics clearPathAtBlk

Input:

ON

With a new BLK FORM in the Test Run graphic, the tool paths are reset

OFF

With a new BLK FORM in the Test Run graphic, the tool paths are not reset

extendedDiagnosis

124204

Write graphics journal files after restart

Path:

System DisplaySettings CfgGraphics modelType

Input:

Activate diagnostic information for HEIDENHAIN (journal files) for the analysis of graphics problems.

OFF

Do not create journal files (default).

ON

Create journal files.

CfgPositionDisplay

124500

Settings for the digital readout

Path:

System DisplaySettings CfgPositionDisplay

Structural element:

progToolCallDL

124501

Position display with TOOL CALL DL

Path:

System DisplaySettings CfgPositionDisplay progToolCallDL

Input:

As Tool Length

Default behavior of the TNC7. The oversize DL programmed in the TOOL CALL block is taken into account as part of the tool length in the nominal position display.

As Workpiece Oversize

iTNC 530-compatible setting.
The oversize DL programmed in the TOOL CALL block is not considered in the nominal position display. Thus, it is effective as workpiece oversize.

CfgTableEditor

125300

Table editor configuration

Path:

System TableSettings CfgTableEditor

Structural element:

Specifies properties and settings for the table editor.

deleteLoadedTool

125301

Behavior when deleting tools from the pocket table

Path:

System TableSettings CfgTableEditor deleteLoadedTool

Input:

Possible settings:

DISABLED

Tool deletion is not possible

WITH_WARNING

Tool deletion is possible; Note must be confirmed

WITHOUT_WARNING

Tool deletion is possible without confirmation

iTNC 530:

7263 Bit4, 7263 Bit5

indexToolDelete

125302

Behavior when deleting a tool's index entries

Path:

System TableSettings CfgTableEditor indexToolDelete

Input:

Possible settings:

ALWAYS_ALLOWED

Deletion of index entries is always possible

TOOL_RULES

Behavior depends on the setting of the parameter deleteLoadedTool

iTNC 530:

7263 Bit6

showResetColumnT

125303

Show the RESET T soft key

Path:

System TableSettings CfgTableEditor showResetColumnT

Input:

The parameter specifies whether the RESET T soft key will be offered when a pocket table is open in the table editor.

TRUE

The soft key is displayed. All tools can be deleted from the tool memory by the user.

FALSE

The soft key is not displayed.

iTNC 530:

7263 Bit3

CfgDisplayCoordSys

127500

Setting the coordinate systems for the display

Path:

System DisplaySettings CfgDisplayCoordSys

Structural element:

transDatumCoordSys

127501

Coordinate system for the datum shift

Path:

System DisplaySettings CfgDisplayCoordSys transDatumCoordSys

Input:

The parameter specifies the coordinate system in which the datum shift is displayed.

WorkplaneSystem

Datum is displayed in the system of the tilted plane (WPL-CS)

WorkpieceSystem

Datum is displayed in the workpiece coordinate system (W-CS)

CfgGlobalSettings

128700

GPS display settings

Path:

System DisplaySettings CfgGlobalSettings

Structural element:

enableOffset

128702

Show offset in the GPS dialog

Path:

System DisplaySettings CfgGlobalSettings enableOffset

Input:

OFF

Offset is not displayed

ON

Offset is displayed

enableBasicRot

128703

Show an additive basic rotation in the GPS dialog

Path:

System DisplaySettings CfgGlobalSettings enableBasicRot

Input:

OFF

Additive basic rotation is not displayed

ON

Additive basic rotation is displayed

enableShiftWCS

128704

Show shift of W-CS in the GPS dialog

Path:

System DisplaySettings CfgGlobalSettings enableShiftWCS

Input:

OFF

Shift of W-CS (workpiece coordinate system) is not displayed

ON

Shift of W-CS (workpiece coordinate system) is displayed

enableMirror

128712

Show mirror image in the GPS dialog

Path:

System DisplaySettings CfgGlobalSettings enableMirror

Input:

OFF

Mirroring is not displayed

ON

Mirroring is displayed

enableShiftMWCS

128711

Show shift of mW-CS in the GPS dialog

Path:

System DisplaySettings CfgGlobalSettings enableShiftMWCS

Input:

OFF

Shift of mW-CS (modified workpiece coordinate system) is not displayed

ON

Shift of the mW-CS (modified workpiece coordinate system) is displayed

enableRotation

128707

Show rotation in the GPS dialog

Path:

System DisplaySettings CfgGlobalSettings enableRotation

Input:

OFF

Rotation is not displayed

ON

Rotation is displayed

enableFeed

128708

Show feed rate the GPS dialog

Path:

System DisplaySettings CfgGlobalSettings enableFeed

Input:

OFF

Feed rate is not displayed

ON

Freed rate is displayed

enableHwMCS

128709

M-CS coordinate system is selectable

Path:

System DisplaySettings CfgGlobalSettings enableHwMCS

Input:

OFF

Coordinate system M-CS (machine coordinate system) cannot be selected

ON

Coordinate system M-CS (machine coordinate system) can be selected

enableHwWCS

128710

W-CS coordinate system is selectable

Path:

System DisplaySettings CfgGlobalSettings enableHwWCS

Input:

OFF

Coordinate system W-CS (workpiece coordinate system) cannot be selected

ON

Coordinate system W-CS (workpiece coordinate system) can be selected

enableHwMWCS

128711

mW-CS coordinate system is selectable

Path:

System DisplaySettings CfgGlobalSettings enableHwMWCS

Input:

OFF

Coordinate system mW-CS (modified workpiece coordinate system) cannot be selected

ON

Coordinate system mW-CS (modified workpiece coordinate system) can be selected

enableHwWPLCS

128712

WPL-CS coordinate system is selectable

Path:

System DisplaySettings CfgGlobalSettings enableHwWPLCS

Input:

OFF

Coordinate system WPL-CS (working plane coordinate system) cannot be selected

ON

Coordinate system WPL-CS (working plane coordinate system) can be selected

CfgRemoteDesktop

133500

Settings for Remote Desktop connections

Path:

System DisplaySettings CfgRemoteDesktop

Structural element:

connections

133501

List of Remote Desktop connections to be displayed

Path:

System DisplaySettings CfgRemoteDesktop connections

Input:

Enter here the name of a RemoteFX connection from Remote Desktop Manager.max. 80 Characters

title

133502

Name of the OEM operating mode

Path:

System DisplaySettings CfgRemoteDesktop title

Input:

Specifies the name of the OEM operating mode for display on the TNC and in the information bar.

dialogRes

133502.00501

Name of a text

Path:

System DisplaySettings CfgRemoteDesktop title dialogRes

Input:

If the text is not meant to be language-sensitive, then it must be available with this name in a text resource file. In this case, enter the text at the “text” attribute.max. 40 Characters

text

133502.00502

Language-sensitive text

Path:

System DisplaySettings CfgRemoteDesktop title text

Input:

This text is loaded from a text resource file and should not be changed here. If the text is not language-sensitive, then you must directly provide the text here. In this case, do not enter anything at the “dialogRes” attribute.max. 60 Characters

icon

133503

Path/name for optional icon graphic file

Path:

System DisplaySettings CfgRemoteDesktop icon

Input:

max. 260 Characters

locations

133504

List with positions where this Remote Desktop connection is displayed

Path:

System DisplaySettings CfgRemoteDesktop locations

Input:

opMode

133504.[Index].133401

Operating mode

Path:

System DisplaySettings CfgRemoteDesktop locations [Index] opMode

Input:

max. 80 Characters

subOpMode

133504.[Index].133402

Optional submode for the operating mode specified in 'opMode'

Path:

System DisplaySettings CfgRemoteDesktop locations [Index] subOpMode

Input:

max. 80 Characters

ProbeSettings

CfgTT

122700

Configuration of the tool calibration

Path:

System ProbeSettings CfgTT

Structural element:

spindleOrientMode

122704

M function for spindle orientation

Path:

System ProbeSettings CfgTT [Key name of the TT] spindleOrientMode

Input:

-1 to 999

  • -1
    Spindle orientation directly by NC
  • 0
    Function inactive
  • 1 to 999
    Number of the M function for spindle orientation by the PLC

iTNC 530:

MP6560

probingRoutine

122705

Probing routine

Path:

System ProbeSettings CfgTT [Key name of the TT] probingRoutine

Input:

MultiDirections

The probe contact is probed from several directions.

SingleDirection

The probe contact is probed from one direction.

iTNC 530:

6500 Bit 8

probingDirRadial

122706

Probing direction for tool radius measurement

Path:

System ProbeSettings CfgTT [Key name of the TT] probingDirRadial

Input:

X_Positive

Y_Positive

X_Negative

Y_Negative

Z_Positive

Z_Negative

iTNC 530:

MP6505

offsetToolAxis

122707

Distance from lower edge of tool to upper edge of stylus

Path:

System ProbeSettings CfgTT [Key name of the TT] offsetToolAxis

Input:

0.001 to 99.9999 [mm], max. 4 decimal places

iTNC 530:

MP6530

rapidFeed

122708

Rapid traverse in probing cycle for TT tool touch probe

Path:

System ProbeSettings CfgTT [Key name of the TT] rapidFeed

Input:

10 to 300000

iTNC 530:

MP6550

probingFeed

122709

Probing feed rate for tool measurement with non-rotating tool

Path:

System ProbeSettings CfgTT [Key name of the TT] probingFeed

Input:

1 to 3000

iTNC 530:

6520

probingFeedCalc

122710

Calculation of the probing feed rate

Path:

System ProbeSettings CfgTT [Key name of the TT] probingFeedCalc

Input:

ConstantTolerance

Calculation of the probing feed rate with constant tolerance

VariableTolerance

Calculation of the probing feed rate with variable tolerance

ConstantFeed

Constant probing feed rate

iTNC 530:

6507

spindleSpeedCalc

122711

Speed determination method

Path:

System ProbeSettings CfgTT [Key name of the TT] spindleSpeedCalc

Input:

Automatic

Automatically determine speed

MinSpindleSpeed

Always use minimum spindle speed

iTNC 530:

6500 Bit4

maxPeriphSpeedMeas

122712

Maximum permissible surface speed of the tool edge for radius measurement

Path:

System ProbeSettings CfgTT [Key name of the TT] maxPeriphSpeedMeas

Input:

1 to 129 [m/min], max. 4 decimal places

iTNC 530:

6570

maxSpeed

122714

Maximum permissible speed during tool measurement

Path:

System ProbeSettings CfgTT [Key name of the TT] maxSpeed

Input:

0 to 1000

iTNC 530:

6572

measureTolerance1

122715

Maximum permissible measuring error for tool measurement with rotating tool (first measurement error)

Path:

System ProbeSettings CfgTT [Key name of the TT] measureTolerance1

Input:

0.001 to 0.999 [mm], max. 3 decimal places

iTNC 530:

6510.0

measureTolerance2

122716

Maximum permissible measuring error for tool measurement with rotating tool (second measurement error)

Path:

System ProbeSettings CfgTT [Key name of the TT] measureTolerance2

Input:

0.001 to 0.999 [mm], max. 3 decimal places

iTNC 530:

6510.1

stopOnCheck

122717

NC stop during tool check

Path:

System ProbeSettings CfgTT [Key name of the TT] stopOnCheck

Input:

TRUE

If the breakage tolerance is exceeded, the NC program is stopped and the error message Tool broken is displayed.

FALSE

The NC program is not stopped when the breakage tolerance is exceeded

iTNC 530:

6500 Bit5

stopOnMeasurement

122718

NC stop during tool measurement

Path:

System ProbeSettings CfgTT [Key name of the TT] stopOnMeasurement

Input:

TRUE

If the breakage tolerance is exceeded, the NC program is stopped and the error message Touch point inaccessible is displayed

FALSE

The NC program is not stopped when the breakage tolerance is exceeded

iTNC 530:

6500 Bit6

adaptToolTable

122719

Change the tool table during tool check and tool measurement

Path:

System ProbeSettings CfgTT [Key name of the TT] adaptToolTable

Input:

AdaptNever

The tool table is not changed after tool check and tool measurement.

AdaptOnBoth

The tool table is changed after tool check and tool measurement.

AdaptOnMeasure

The tool table is changed after tool measurement.

iTNC 530:

6500 Bit11

CfgTTRoundStylus

114200

Configuration of a round stylus

Path:

System ProbeSettings CfgTTRoundStylus

Structural element:

centerPos

114201

Coordinates of the TT tool touch probe stylus contact center with respect to the machine datum

Path:

System ProbeSettings CfgTTRoundStylus [Key name of the TT] centerPos

Input:

-99999.9999 to 99999.9999 [mm], max. 4 decimal places

[0]: X coordinate
[1]: Y coordinate
[2]: Z coordinate

iTNC 530:

6580, 6581, 6582

safetyDistToolAx

114203

Safety clearance around the probe contact of the TT tool touch probe for pre-positioning in the tool-axis direction

Path:

System ProbeSettings CfgTTRoundStylus [Key name of the TT] safetyDistToolAx

Input:

0.001 to 99999.9999 [mm], max. 4 decimal places

iTNC 530:

6540.0

safetyDistStylus

114204

Safety zone around the stylus for pre-positioning

Path:

System ProbeSettings CfgTTRoundStylus [Key name of the TT] safetyDistStylus

Input:

0.001 to 99999.9999 [mm], max. 4 decimal places

Safety clearance in the plane perpendicular to the tool axis

iTNC 530:

6540.1

CfgTTRectStylus

114300

Configuration of a rectangular stylus

Path:

System ProbeSettings CfgTTRectStylus

Structural element:

centerPos

114313

Coordinates of the stylus center

Path:

System ProbeSettings CfgTTRectStylus [Key name of the TT] centerPos

Input:

Coordinates of the stylus center with respect to the machine datum-99999.9999 to 99999.9999 [mm], max. 4 decimal places

iTNC 530:

6580, 6581, 6582

safetyDistToolAx

114317

Set-up clearance above the stylus for pre-positioning

Path:

System ProbeSettings CfgTTRectStylus [Key name of the TT] safetyDistToolAx

Input:

0.001 to 99999.9999 [mm], max. 4 decimal places

Safety clearance in tool axis direction

iTNC 530:

6540.0

safetyDistStylus

114318

Safety zone around the stylus for pre-positioning

Path:

System ProbeSettings CfgTTRectStylus [Key name of the TT] safetyDistStylus

Input:

0.001 to 99999.9999 [mm], max. 4 decimal places

iTNC 530:

6540.1

ChannelSettings

CfgActivateKinem

204000

Active kinematics

Path:

Channels ChannelSettings CfgActivateKinem

Structural element:

kinemToActivate

204001

Kinematics to be activated / Active kinematics

Path:

Channels ChannelSettings [Key name of the machining channel] CfgActivateKinem kinemToActivate

Input:

max. 18 Characters

Key names from Channels/Kinematics/CfgKinComposModel. Select the key name of the kinematics configuration to be activated. You can also see from this parameter which kinematics model is currently active.

kinemAtStartup

204002

The kinematics to be activated during control start-up

Path:

Channels ChannelSettings CfgActivateKinem [Key name of the machining channel] kinemAtStartup

Input:

max. 18 Characters

Here, you can enter the key name of a default kinematic model (from CfgKinComposModel) that is activated during every start-up of the control (regardless of which key name has been entered in CfgActivateKinem/kinemToActivate).

iTNC 530:

7506

CfgNcPgmBehaviour

200800

Specify the behavior of the NC program.

Path:

Channels ChannelSettings CfgNcPgmBehaviour

Structural element:

operatingTimeReset

200801

Reset the machining time when program starts.

Path:

Channels ChannelSettings [Key name of the machining channel] CfgNcPgmBehaviour operatingTimeReset

Input:

TRUE

The machining time is reset at each program start.

FALSE

The machining time is totaled.

plcSignalCycle

200803

PLC signal for the number of the pending machining cycle

Path:

Channels ChannelSettings [Key name of the machining channel] CfgNcPgmBehaviour plcSignalCycle

Input:

max. 500 Characters

Name or number of a PLC word marker

CfgGeoTolerance

200900

Geometry tolerances

Path:

Channels ChannelSettings CfgGeoTolerance

Structural element:

circleDeviation

200901

Permissible deviation of the radius

Path:

Channels ChannelSettings [Key name of the machining channel] CfgGeoTolerance circleDeviation

Input:

0.0001 to 0.016 [mm], max. 4 decimal places

Enter the permissible deviation of the radius between the end point and starting point of the arc.

iTNC 530:

7431

threadTolerance

200902

Permissible deviation in successive threads

Path:

Channels ChannelSettings [Key name of the machining channel] CfgGeoTolerance threadTolerance

Input:

0.0001 to 999.9999 [mm], max. 9 decimal places

Permissible deviation of the dynamically smoothed contour from the programmed thread contour.

moveBack

200903

Reserve for retraction movements

Path:

Channels ChannelSettings [Key name of the machining channel] CfgGeoTolerance moveBack

Input:

0.0001 to 10 [mm], max. 9 decimal places

With this parameter you specify how far before a limit switch or a collision object a retraction movement should end.

CfgGeoCycle

201000

Configuration of the fixed cycles

Path:

Channels ChannelSettings CfgGeoCycle

Structural element:

pocketOverlap

201001

Overlap factor for pocket milling

Path:

Channels ChannelSettings [Key name of the machining channel] CfgGeoCycle pocketOverlap

Input:

0.001 to 1.414, max. 3 decimal places

iTNC 530:

7430

posAfterContPocket

201007

Traverse after machining the contour pocket

Path:

Channels ChannelSettings [Key name of the machining channel] CfgGeoCycle posAfterContPocket

Input:

PosBeforeMachining

Move to the position from which the SL cycle was started.

ToolAxClearanceHeight

Move the tool axis to clearance height.

iTNC 530:

7420 Bit 4

displaySpindleErr

201002

Display the Spindle is not rotating error message if M3/M4 is not active

Path:

Channels ChannelSettings [Key name of the machining channel] CfgGeoCycle displaySpindleErr

Input:

on

The error message is displayed

off

The error message is not displayed

iTNC 530:

7441

displayDepthErr

201003

Display the Check the depth sign error message

Path:

Channels ChannelSettings [Key name of the machining channel] CfgGeoCycle displayDepthErr

Input:

on

Error message is displayed

off

Error message is not displayed

iTNC 530:

7441

apprDepCylWall

201004

Behavior when moving to wall of slot in the cylinder surface

Path:

Channels ChannelSettings [Key name of the machining channel] CfgGeoCycle apprDepCylWall

Input:

Defines the behavior for cutter movements to the wall of a slot in the cylinder surface when machining the slot with a milling cutter whose diameter is less than the slot diameter (e.g. Cycle 28).

LineNormal

The slot wall is approached and departed linearly.

CircleTangential

The slot wall is approached and departed tangentially; at the beginning and end of the slot a rounding arc with a diameter equal to the slot width is inserted.

iTNC 530:

7680 Bit 12

mStrobeOrient

201005

M function for spindle orientation in machining cycles

Path:

Channels ChannelSettings [Key name of the machining channel] CfgGeoCycle mStrobeOrient

Input:

-1 to 999

-1: Spindle orientation directly through the NC
0: Function not active
1 to 999: Number of the M function for spindle orientation through the PLC.

iTNC 530:

7442

suppressPlungeErr

201006

Do not show 'Plunging type is not possible' error message

Path:

Channels ChannelSettings [Key name of the machining channel] CfgGeoCycle suppressPlungeErr

Input:

on

Error message is not displayed

off

Error message is displayed

restoreCoolant

201008

Behavior of M7 and M8 with Cycles 202 and 204

Path:

Channels ChannelSettings [Key name of the machining channel] CfgGeoCycle restoreCoolant

Input:

TRUE

At the end of Cycles 202 and 204, the status of M7 and M8 is restored to that before the cycle call.

FALSE

At the end of Cycles 202 and 204, the status of M7 and M8 is not restored automatically.

iTNC 530:

7682

facMinFeedTurnSMAX

201009

Automatic feed rate reduction after attaining SMAX

Path:

Channels ChannelSettings [Key name of the machining channel] CfgGeoCycle facMinFeedTurnSMAX

Input:

1 to 100 [%], max. 1 decimal places

If the maximum spindle speed SMAX is reached, the turning operation can no longer maintain the constant surface speed (VCONST:ON). The parameter determines whether the feed should be automatically reduced from this point to the center of rotation.
Possible settings:

  • Factor = 100% (default value):
    Feed rate reduction deactivated. The feed rate from the turning cycle is used.
  • 0 < factor < 100%:
    Feed rate reduction is activated. The minimum feed rate Fmin is:
    Fmin = feed rate from turning cycle * factor

suppressResMatlWar

201010

Do not show "Residual material" warning

Path:

Channels ChannelSettings [Key name of the machining channel] CfgGeoCycle suppressResMatlWar

Input:

Never

The "Residual material due to cutter geometry" warning is never suppressed

NCOnly

The “Residual material due to cutter geometry” warning is suppressed only in the Machine operating modes.

Always

The "Residual material due to cutter geometry" warning is always suppressed.

CfgStretchFilter

201100

Geometry filter for filtering out linear elements

Path:

Channels ChannelSettings CfgStretchFilter

Structural element:

filterType

201101

Type of stretch filter

Path:

Channels ChannelSettings [Key name of the machining channel] CfgStretchFilter filterType

Input:

Off

The filter is switched off.

ShortCut

Individual points on the polygon are omitted. If the connecting line from the middle point to the previous point or to the next point of three subsequent points on a polygon is within the tolerance band, the middle point will be omitted.

Average

The geometry filter smooths corners. This method moves the contour points in such a way that changes in direction are less distinct.

tolerance

201102

Maximum distance of the filtered to the unfiltered contour

Path:

Channels ChannelSettings [Key name of the machining channel] CfgStretchFilter tolerance

Input:

0 to 10 [mm], max. 5 decimal places

Points that lie within this tolerance on the resulting new path will be filtered out.

0: Stretch filter is off

maxLength

201103

Maximum length of the distance resulting from filtering

Path:

Channels ChannelSettings [Key name of the machining channel] CfgStretchFilter maxLength

Input:

0 to 1000 [mm], max. 3 decimal places

0: Stretch filter is off

CfgThreadSpindle

113600

Path:

Channels ChannelSettings CfgThreadSpindle

Structural element:

sourceOverride

113603

Effective override potentiometer for feed rate during thread cutting

Path:

Channels ChannelSettings [Key name of machining channel] CfgThreadSpindle sourceOverride

Input:

The adjusted potentiometer is effective during thread cutting for shaft speed and feed rate.

FeedPotentiometer

(previous behavior of the TNC 640)
During thread cutting, the potentiometer is effective for the feed rate knob. The potentiometer for the spindle speed knob is not active.

SpindlePotentiometer

(iTNC 530-compatible setting)
During thread cutting, the potentiometer is effective for the spindle speed knob. The potentiometer for the feed rate override is disabled.

thrdWaitingTime

113601

Waiting time at reversal point in thread base

Path:

Channels ChannelSettings [Key name of machining channel] CfgThreadSpindle thrdWaitingTime

Input:

0 to 1 000 [s], max. 9 decimal places

The spindle stops for this time at the bottom of the thread before starting again in the opposite direction of rotation.

iTNC 530:

7120.0

thrdPreSwitchTime

113602

Advanced switching time of spindle

Path:

Channels ChannelSettings [Key name of machining channel] CfgThreadSpindle thrdPreSwitchTime

Input:

0 to 1 000 [s], max. 9 decimal places

The spindle is stopped at this time before reaching the bottom of the thread.

iTNC 530:

7120.1

limitSpindleSpeed

113604

Limit of spindle speed with Cycles 17, 207 and 18

Path:

Channels ChannelSettings [Key name of machining channel] CfgThreadSpindle limitSpindleSpeed

Input:

TRUE

Spindle speed is limited so that it runs with constant speed approx. 1/3 of the time

FALSE

Limit not active

iTNC 530:

7160, Bit1

CfgEditorSettings

CfgEditorSettings

105400

Settings for the NC editor

Path:

System EditorSettings CfgEditorSettings

Structural element:

createBackup

105401

Generate a backup file *.bak

Path:

System EditorSettings CfgEditorSettings createBackup

Input:

TRUE

After you have edited a file, a backup file *.bak is automatically created before you save the file and exit the NC editor.

FALSE

No backup file *.bak is created. Select this setting if you do not need any backup files and want to save memory space.

deleteBack

105402

Behavior of the cursor after deletion of lines

Path:

System EditorSettings CfgEditorSettings deleteBack

Input:

TRUE

Behavior as with iTNC 530, the cursor is on the previous line

FALSE

The cursor is on the next line

cursorAround

105403

Behavior of the cursor on the first or last line

Path:

System EditorSettings CfgEditorSettings cursorAround

Input:

TRUE

Cursor jumps to the last or first line

FALSE

Cursor stands ready at the first or last line. Jumping not possible.

lineBreak

105404

Line break on NC blocks with more than one line

Path:

System EditorSettings CfgEditorSettings lineBreak

Input:

ALL

Always break and display lines completely (multiline)

ACT

Only display the selected NC block completely (multiline)

NO

Only display all lines when the selected NC block is edited

iTNC 530:

7281.0

stdTNChelp

105405

Activate help graphics when entering cycle data

Path:

System EditorSettings CfgEditorSettings stdTNChelp

Input:

TRUE

Behavior as with iTNC 530: the help graphics are displayed automatically during cycle entry.

FALSE

The help graphics have to be called via the CYCLE HELP ON/OFF soft key.

toggleCyclDef

105406

Behavior of the cycle soft key row after a cycle entry

Path:

System EditorSettings CfgEditorSettings toggleCyclDef

Input:

TRUE

The cycle soft key row remains active after the cycle entry

FALSE

The cycle soft key row is hidden after the cycle entry

warningAtDEL

105407

Confirmation request when deleting an NC block.

Path:

System EditorSettings CfgEditorSettings warningAtDEL

Input:

TRUE

The confirmation request is displayed and must be confirmed by pressing DEL again.

FALSE

iTNC 530 behavior: The NC block is deleted without any request for confirmation.

iTNC 530:

7246

maxLineGeoSearch

105408

Line number up to which a test of the NC program is to be run.

Path:

System EditorSettings CfgEditorSettings maxLineGeoSearch

Input:

The available value range depends on the performance of the control. For the TNC7, you can enter a value between 100 and 100 000.

If the parameter is not part of the configuration, the minimal value 100 becomes effective.

iTNC 530:

7229

blockIncrement

105409

ISO programming: Block number increment

Path:

System EditorSettings CfgEditorSettings blockIncrement

Input:

0 to 250

iTNC 530:

7220

useProgAxes

105410

Specify programmable axes

Path:

System EditorSettings CfgEditorSettings useProgAxes

Input:

TRUE

Use the axis configuration defined in the CfgChannelAxes/progAxis parameter (200301). On machines with traverse range switchover, the editor offers all axes that are included in at least one kinematic model of the machine.

FALSE

Use the default axis configuration XYZABCUVW.

enableStraightCut

105411

Allow or lock paraxial positioning blocks

Path:

System EditorSettings CfgEditorSettings enableStraightCut

Input:

TRUE

Paraxial positioning blocks are allowed. When an orange axis key is pressed, and in DIN/ISO when G07 is programmed, a paraxial positioning block is generated.

FALSE

Paraxial positioning blocks are locked. When an orange axis key is pressed, the TNC7 generates a straight-line interpolation (L block) instead of a paraxial positioning block.

iTNC 530:

7246

maxLineCommandSrch

105412

Number of lines for searching for identical syntax elements

Path:

System EditorSettings CfgEditorSettings maxLineCommandSrch

Input:

The available value range depends on the performance of the control. For the TNC7, you can enter a value between 500 and 400 000.

If the parameter is not part of the configuration, the initial value 20 000 becomes effective.

noParaxMode

105413

Allow/lock FUNCTION PARAXCOMP/PARAXMODE via soft key

Path:

System EditorSettings CfgEditorSettings noParaxMode

Input:

The input possibility over SPEC FCT soft key PROGRAM FUNCTIONS soft key FUNCTION PARAX is permitted or locked using MP_noParaxMode.
(Machine parameter not part of the configuration means that the behavior is the same as FALSE)

FALSE

The FUNCTION PARAX soft key is displayed

TRUE

The FUNCTION PARAX soft key is not displayed

CfgPgmMgt

CfgPgmMgt

122100

Settings for the file management

Path:

System ProgramManager CfgPgmMgt

Structural element:

dependentFiles

122101

Display of dependent files

Path:

System ProgramManager CfgPgmMgt dependentFiles

Input:

AUTOMATIC

Dependent files are not displayed

MANUAL

Dependent files are displayed

CfgProgramCheck

CfgProgramCheck

129800

Settings for tool-usage files

Path:

System ToolSettings CfgProgramCheck

Structural element:

autoCheckTimeOut

129803

Timeout for creation of tool-usage files

Path:

System ToolSettings CfgProgramCheck autoCheckTimeOut

Input:

Automatic creation of the tool-usage file is aborted if this time is exceeded.1 to 500

autoCheckPrg

129801

Create tool-usage file for NC program

Path:

System ToolSettings CfgProgramCheck autoCheckPrg

Input:

NoAutoCreate

No tool-usage list will be generated upon selection of a program

OnProgSelectionIfNotExist

A tool-usage list will be generated upon program selection if the list does not already exist

OnProgSelectionIfNecessary

A tool-usage list will be generated upon program selection if the list does not already exist or if it contains obsolete data

OnProgSelectionAndModify

A tool usage list will be generated upon program selection if the list does not already exist, if it contains obsolete data, or if the NC program is modified afterwards using an editor

autoCheckPal

129802

Create pallet-usage files

Path:

System ToolSettings CfgProgramCheck autoCheckPal

Input:

NoAutoCreate

No tool-usage files will be generated upon pallet selection

OnProgSelectionIfNotExist

Upon pallet selection, those tool-usage lists that do not already exist will be generated

OnProgSelectionIfNecessary

Upon pallet selection, those tool-usage lists that do not already exist or that contain obsolete data will be generated

OnProgSelectionAndModify

Upon pallet selection, tool-usage lists will be generated that do not already exist, that contain obsolete data, or whose NC programs are modified via the editor

CfgUserPath

CfgUserPath

102200

Paths for the end user

Path:

System Paths CfgUserPath

Structural element:

ncDir

102201

List of drives and/or directories

Path:

System Paths CfgUserPath ncDir

Input:

max. 260 Characters

This parameter is available only on the Windows programming stations of the TNC7. The parameter is not evaluated on a programming station with virtualization software (VBox) or on the TNC target system.

The drives and/or directories entered here are visible in the file manager, provided that you have the required access rights.

These paths may contain NC programs or tables. Possible entries are, for example: floppy-disk, HDR and CFR directories as well as network drives.

fn16DefaultPath

102202

Default output path for the FN16: F-PRINT function in the Program Run operating modes

Path:

System Paths CfgUserPath fn16DefaultPath

Input:

max. 260 Characters

Select the folder in the dialog window and confirm it with the SELECT soft key

Default path for output with FN 16: F-PRINT. If no path is defined for the FN 16 function in the NC program, the output destination is in the directory specified here.

fn16DefaultPathSim

102203

Default output path for the FN16: F-PRINT function in the Programming and Test Run operating modes

Path:

System Paths CfgUserPath fn16DefaultPathSim

Input:

max. 260 Characters

Select the folder in the dialog window and confirm it with the SELECT soft key

Default path for output with FN 16: F-PRINT. If no path is defined for the FN 16 function in the NC program, the output destination is in the directory specified here.

serialInterfaceRS232

CfgSerialPorts

106600

Data record belonging to the serial port

Path:

System Network Serial CfgSerialPorts

Structural element:

activeRs232

106601

Enable the RS-232 interface in the program manager

Path:

System Network Serial CfgSerialPorts activeRs232

Input:

TRUE

The RS-232 interface is enabled in the program manager and shown as a drive icon (RS232:).

FALSE

The RS-232 interface cannot be accessed via the program manager.

baudRateLsv2

106606

Data transfer rate for LSV2 communication in baud

Path:

System Network Serial CfgSerialPorts baudRateLsv2

Input:

Use a selection menu to define the transfer rate for the LSV2 communication. Minimum value is 110 baud, maximum value 115200 baud.

BAUD_110

BAUD_150

BAUD_300

BAUD_600

BAUD_1200

BAUD_2400

BAUD_4800

BAUD_9600

BAUD_19200

BAUD_38400

BAUD_57600

BAUD_115200

CfgSerialInterface

106700

Definition of data records for the serial ports

Path:

System Network Serial CfgSerialInterface

Structural element:

baudRate

106701

Data transfer rate for communication in baud

Path:

System Network Serial CfgSerialInterface [Key names of the interface parameters] baudRate

Input:

Use a selection menu to define the transfer rate for the data transmission. Minimum value is 110 baud, maximum value 115200 baud.

BAUD_110

BAUD_150

BAUD_300

BAUD_600

BAUD_1200

BAUD_2400

BAUD_4800

BAUD_9600

BAUD_19200

BAUD_38400

BAUD_57600

BAUD_115200

iTNC 530:

5040

protocol

106702

Communications protocol

Path:

System Network Serial CfgSerialInterface [Key names of the interface parameters] protocol

Input:

STANDARD

Standard data transfer. Data transferred line-by-line.

BLOCKWISE

Packet-based data transfer, ACK/NAK protocol. The control characters ACK (Acknowledge) and NAK (not Acknowledge) are used to control block-wise data transfer.

RAW_DATA

Data transferred without protocol. Transfer of characters without control characters. Protocol intended for transfer of data of the PLC.

iTNC 530:

5030

dataBits

106703

Data bits in each transferred character

Path:

System Network Serial CfgSerialInterface [Key names of the interface parameters] dataBits

Input:

7 bits

7 data bits are transferred for each character transferred.

8 bits

8 data bits are transferred for each character transferred.

iTNC 530:

5020 Bit0

parity

106704

Type of parity checking

Path:

System Network Serial CfgSerialInterface [Key names of the interface parameters] parity

Input:

NONE

No parity

EVEN

Even parity

ODD

Odd parity

iTNC 530:

5020 Bit4/5

stopBits

106705

Number of stop bits

Path:

System Network Serial CfgSerialInterface [Key names of the interface parameters] stopBits

Input:

1 stop bit

1 stop bit is appended after each transferred character.

2 stop bits

2 stop bits are appended after each transferred character.

iTNC 530:

5020 Bit6/7

flowControl

106706

Type of data-flow checking

Path:

System Network Serial CfgSerialInterface [Key names of the interface parameters] flowControl

Input:

Configure here whether there is to be a data-flow check (handshake).

NONE

No data-flow check; handshake not active

RTS_CTS

Hardware handshake. Transmission stop through RTS active

XON_XOFF

Software handshake; Transfer stop by DC3 (XOFF) active

iTNC 530:

5020 Bit2/3

fileSystem

106707

File system for file operation via serial interface

Path:

System Network Serial CfgSerialInterface [Key names of the interface parameters] fileSystem

Input:

EXT

Minimum file system for external devices. Corresponds to the EXT1 and EXT2 modes of earlier TNC controls. Use these settings if you are using printers, punches, or non-HEIDENHAIN data transfer software.

FE1

Use this setting for communication with the external HEIDENHAIN FE 401 B or FE 401 floppy disk unit as of software 230626-03, or for communication with the "TNCserver" PC software from HEIDENHAIN.

bccAvoidCtrlChar

106708

Avoid control characters in the block check character (BCC)

Path:

System Network Serial CfgSerialInterface [Key names of the interface parameters] bccAvoidCtrlChar

Input:

TRUE

Ensures that the check sum does not correspond to a control character

FALSE

Function not active

iTNC 530:

5020 Bit1

rtsLow

106709

Idle state of the RTS line

Path:

System Network Serial CfgSerialInterface [Key names of the interface parameters] rtsLow

Input:

TRUE

The idle state of the RTS line is logical LOW

FALSE

The idle state of the RTS line is at logical HIGH

iTNC 530:

5020 Bit8

noEotAfterEtx

106710

Behavior after reception of an ETX control character

Path:

System Network Serial CfgSerialInterface [Key names of the interface parameters] noEotAfterEtx

Input:

TRUE

No EOT control character is sent after reception of an ETX control character.

FALSE

The control sends an EOT control character after reception of an ETX control character.

iTNC 530:

5020 Bit9

Monitoring

CfgMonUser

129400

Monitoring settings for the user

Path:

System Monitoring ComponentMonitoring CfgMonUser

Structural element:

enforceReaction

129401

The configured error reactions are enforced

Path:

System Monitoring ComponentMonitoring CfgMonUser enforceReaction

Input:

TRUE

FALSE

showWarning

129402

Display warnings of monitoring tasks

Path:

System Monitoring ComponentMonitoring CfgMonUser showWarning

Input:

TRUE

FALSE

CfgMonMbSection

133700

CfgMonMbSection defines monitoring tasks for a certain section of an NC program

Path:

System Monitoring ProcessMonitoring CfgMonMbSection

Structural element:

tasks

133701

List of monitoring tasks to be performed

Path:

System Monitoring ProcessMonitoring CfgMonMbSection [Key name] tasks

Input:

CfgMachineInfo

CfgMachineInfo

131700

General information of the machine operator

Path:

System CfgMachineInfo

Structural element:

  • Defines general information about this machine:
  • Settable by the user of the machine
  • Can be queried (e.g., via the OPC UA NC Server)

machineNickname

131701

Custom name (nickname) of the machine

Path:

System CfgMachineInfo machineNickname

Input:

max. 64 Characters

Machine designation freely selectable by the user.

inventoryNumber

131702

Inventory number or ID

Path:

System CfgMachineInfo inventoryNumber

Input:

max. 64 Characters

Internal inventory number of the operator's machine.

image

131703

Photo or image of the machine

Path:

System CfgMachineInfo image

Input:

max. 260 Characters

Path to an image file (*.jpg or *.png).

location

131704

Machine location

Path:

System CfgMachineInfo location

Input:

max. 64 Characters

department

131705

Department or division

Path:

System CfgMachineInfo department

Input:

max. 64 Characters

responsibility

131706

Responsible for the machine

Path:

System CfgMachineInfo responsibility

Input:

max. 64 Characters

Contact partner responsible for the machine, can be a person or a department.

contactEmail

131707

Contact email address

Path:

System CfgMachineInfo contactEmail

Input:

max. 64 Characters

E-mail address of the responsible person or department.

contactPhoneNumber

131708

Contact phone number

Path:

System CfgMachineInfo contactPhoneNumber

Input:

max. 32 Characters

Telephone number of the responsible person or department.