SINUMERIK 840D sl. Service - Configuring Commissioning. Manual (2011-2020)

SINUMERIK machine and setting data

2.4 NC setting data

The sign for wear value of length 3 is not influenced by this setting data.

The SD42930 $SC_WEAR_SIGN acts in addition to this setting data.

FALSE:

The sign for wear of the tool length components is unaffected by the tool point

direction.

42930

WEAR_SIGN

Sign of wear

BOOLEAN

Immediately

FALSE, FALSE, FALSE,

7/7

FALSE, FALSE, FALSE,

FALSE, FALSE...

Description:

TRUE:

The sign for wear of the tool length components and the tool radius are inverted, i.e.

if a positive value in entered, the total dimension is decreased.

FALSE:

The sign for wear of the tool length components and the tool radius is not inverted.

42935

WEAR_TRANSFORM

W1, W4

Transformations for tool components

UDWORD

Immediately

0, 0, 0, 0, 0, 0, 0, 0...

0x0

0x03

7/7

Description:

This setting data is bit-coded.

It determines which of the three wear components

wear

($TC_DP12 - $TC_DP14),

additive offsets fine ($TC_SCPx3 - $TC_SCPx5),

and additive offsets coarse ($TC_ECPx3 - $TC_ECPx5)

are subject to adapter transformation and transformation by an orientable tool

holder, if one of the two G codes TOWMCS or TOWWCS from G code group 56 is active. If

initial-setting G code TOWSTD is active, this setting data will not become active.

Then, the following assignment is valid:

Bit 0 = TRUE: Do not apply transformations to $TC_DP12 - $TC_DP14.

Bit 1 = TRUE: Do not apply transformations to $TC_SCPx3 - $TC_SCPx5.

Bit 2 = TRUE: Do not apply transformations to $TC_ECPx3 - $TC_ECPx5.

The bits not mentioned here are (currently) not assigned.

42940

TOOL_LENGTH_CONST

Change of tool length components with change of active plane

DWORD

Immediately

0, 0, 0, 0, 0, 0, 0, 0...

7/7

Description:

If this setting data is not equal to 0, the assignment of tool length components

(length, wear, base dimensions) to geometry axes is not changed when the machining

plane (G17 - G19) is changed.

The assignment of tool length components to geometry axes can be derived from the

value of the setting data according to the following tables.

The assignment of the tool orientation components is not affected by this setting

data. Setting data SD42945 $SC_TOOL_ORI_CONST_M and SD42947 $SC_TOOL_ORI_CONST_T may

have to be set accordingly.

Machine data and parameters

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2.4 NC setting data

A distinction is made between turning and grinding tools (tool types 400 to 599) and

other tools (typically milling tools) in the assignment.

Representation of this information in tables assumes that geometry axes 1 to 3 are

called X, Y and Z. For assignment of an offset to an axis, not the axis identifier but

the axis sequence is relevant.

Assignment for turning tools and grinding tools (tool types 400 to 599):

Content

Length 1 Length 2 Length 3

18*

-17

-18

-19

* Any value which is not 0 and is not one of the six values listed, is treated as value

18.

For values that are the same but with a different sign, assignment of length 3 is

always the same, lengths 1 and 2 are reversed. Assignment for all tools which are

neither turning nor grinding tools (tool types < 400 or > 599):

Content

Length 1 Length 2 Length 3

17*

-17

-18

-19

* Any value which is not 0 and is not one of the six values listed, is treated as

value 17.

For values that are the same but with a different sign, assignment of length 1 is

always the same, lengths 2 and 3 are reversed.

If the 100s digit of the settings data is 1, the sign of the second length component

is inverted.

If the setting data SD42950 $SC_TOOL_LENGTH_TYPE has the value 3, this setting data is

only active with milling tools. Together with setting data SD42942

$SC_TOOL_LENGTH_CONST_T, the length assignments can then be set separately for

turning and milling tools.

42942

TOOL_LENGTH_CONST_T

Change tool length components for turning tools with change of

DWORD

Immediately

active plane

0, 0, 0, 0, 0, 0, 0, 0...

7/7

Description:

This setting data is only evaluated if SD42950 $SC_TOOL_LENGTH_TYPE has the value 3.

Under this condition, it has the following meaning:

If this setting data is not equal to zero, the assignment of the tool length

components (length, wear and base dimensions) of turning and grinding tools (tool

types 400 to 599) to geometry axes is not changed when the machining plane (G17 - G19)

is changed.

The assignment of tool orientation components is not affected by this setting data.

Setting data SD42957 $SC_TOOL_ORI_CONST_T may have to be set correspondingly.

The assignment of tool orientation components to the geometry results from the value

of the setting data according to the following table.

Machine data and parameters

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SINUMERIK machine and setting data

2.4 NC setting data

The representation of this information in tables assumes that geometry axes 1 to 3 are

called X, Y and Z. For assignment of an offset to an axis, not the axis identifier but

the axis sequence is relevant.

Content

Length 1 Length 2 Length 3

18*

-17

-18

-19

* Any value which is not 0 and is not one of the six values listed, is evaluated as

value 18.

For values that are the same but with a different sign, assignment of length 3 is

always the same, lengths 1 and 2 are reversed.

If the 100s digit of the settings data is 1, the sign of the second length component

is inverted.

42950

TOOL_LENGTH_TYPE

Assignment of tool length compensation independent of tool type

DWORD

Immediately

0, 0, 0, 0, 0, 0, 0, 0...

7/7

Description:

This setting data defines the assignment of the tool length components to the geometry

axes irrespective of the tool type. It can assume any value between 0 and 3. Any other

value is interpreted as 0.

Value

Standard assignment. A distinction is made between turning and grinding tools

(tool types 400 to 599) and other tools (milling tools).

The tool length components are assigned irrespective of the actual tool type,

always as for milling tools.

The tool length components are assigned irrespective of the actual tool type,

always as for turning and grinding tools.

The tool length components are assigned separately, on the one hand for turning

and grinding tools (tool types 400 to 599) and, on the other hand, for all other tools

(milling tools).

The assignment of tool components is specified as follows:

Milling tools:

The assignment of tool length components is specified by SD42940

$SC_TOOL_LENGTH_CONST.

Turning and grinding tools:

The assignment of tool length components is specified by SD42942

$SC_TOOL_LENGTH_CONST_T.

The setting data also affects the wear values assigned to the length components.

If SD42940 $SC_TOOL_LENGTH_CONST is set, the tables defined there access the table for

milling and turning tools defined by SD42950 $SC_TOOL_LENGTH_TYPE irrespective of the

actual tool type if the value of the latter is 1 or 2.

42954

TOOL_ORI_CONST_M

Change of the tool orientation component for milling tools on

DWORD

Immediately

plane change

0, 0, 0, 0, 0, 0, 0, 0...

7/7

Machine data and parameters

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2.4 NC setting data

Description:

If this setting data is not equal to zero, a clockwise, orthogonal tool coordinate

system is defined for milling tools (all tool types except 400 to 599), which remains

unchanged when the machining plane is changed (G17 - G19. It has no relevance for

turning and grinding tools.

The orientation coordinate system is determined by the orientation vector and a normal

orientation vector extending perpendicularly to it. It is completed by a third vector,

the binormal vector, which derives from the cross product of the normal orientation

vector and the orientation vector.

The basic orientation is determined by the units and tens digits of the setting data.

Apart from the value 0, only the values 17, 18 and 19 are permissible. All other

values are treated as if their value were 17.

Orientation

Normal orient-

Binormal

Content

vector

ation vector

vector

17*

(0, 0, 1)

(0, 1, 0)

(1, 0, 0)

(0, 1, 0)

(1, 0, 0)

(0, 0, 1)

(1, 0, 0)

(0, 0, 1)

(0, 1, 0)

* Each value not equal to 0 that is not one of the listed values is evaluated as if it

were the value 17.

If n is the content of the 100s digit of the setting data, the coordinate system is

rotated around the orientation vector by the angle n * 90 degrees. n may have the

values 0 to 3. Larger values are evaluated as if they were 0.

If the sign of the setting data is negative, the coordinate system is rotated around

the axis by 180 degrees, which is defined by the original position of the normal

orientation vector (that is, before any rotation due to n being unequal to 0).

Example:

If the content of the setting data is -18, then:

Orientation vector

(0, -1,

Normal orientation vector

(1,

Binormal vector

(0 , 0, -1)

Handling of tools with an explicitly programmed tool orientation by means of cutting

edge data ($TC_DPV..):

This setting data is normally ignored for tools for which the orientation is defined

in this way. This means that the programmed orientation vectors are assigned to the

geometry axes in response to the active machining plane (G17 - G19).

If the setting data is also active for such tools, the 1000s digit must be equal to 1.

However, the 100s digit and the sign are not evaluated. This means that the setting

data only defines how the orientation components are assigned to the geometry axis

directions. No additional rotations are performed.

42956

TOOL_ORI_CONST_T

Change in the tool orientation component for turning tools on

DWORD

Immediately

plane change

0, 0, 0, 0, 0, 0, 0, 0...

7/7

Description:

If this setting data is not equal to zero, the assignment of the tool orientation

components of turning and grinding tools (tool types 400 to 599) to the geometry axes

is not changed if the machining plane changes (G17 - G19. It has no relevance for

tools other than turning and grinding tools.

The orientation coordinate system is determined by the orientation vector and a normal

orientation vector lying at right-angles to it. It is completed by a third vector, the

binormal vector, which is given by the cross product of the normal orientation vector

and the orientation vector.

The basic orientation is determined by the units and tens digits of the setting data.

Apart from the value 0, only the values 17, 18 and 19 are permissible. All other

values are treated as if their value were 18.

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2.4 NC setting data

Orientation

Normal orient-

Binormal

Content

vector

ation vector

vector

(0, 0, 1)

(0, 1, 0)

(1, 0, 0)

18*

(0, 1, 0)

(1, 0, 0)

(0, 0, 1)

(1, 0, 0)

(0, 0, 1)

(0, 1, 0)

* Each value not equal to 0, which is not one of the listed values is evaluated as if

it were the value 18.

If n is the content of the 100s digit of the setting data, the coordinate system is

rotated around the orientation vector by the angle n * 90 degrees. n may have the

values 0 to 3. Larger values are evaluated as if they were 0.

If the sign of the setting data is negative, the coordinate system is rotated around

the axis by 180 degrees, which is defined by the original position of the normal

orientation vector (that is before any rotation on account of n being unequal to 0).

Example:

If the content of the setting data is -18, then:

Orientation vector

(0, -1,

Normal orientation vector

(1,

Binormal vector

(0 , 0, -1)

Handling of tools with an explicitly programmed tool orientation by using cutting edge

data ($TC_DPV..):

This setting data is normally ignored for tools for which the orientation is defined

in this way. This means that the programmed orientation vectors are assigned to the

geometry axes according to the active machining plane (G17 - G19).

If the setting data is also active for such tools, then the 1000s digit must be equal

to 1. However, the 100s digit and the sign are not evaluated. This means that the

setting data only defines how the orientation components are assigned to the geometry

axis directions. No additional rotations are executed.

42960

TOOL_TEMP_COMP

Temperature compensation for tool

DOUBLE

Immediately

0.0, 0.0, 0.0, 0.0, 0.0,

-1.0E+301

1.0E+301

7/7

0.0, 0.0, 0.0, 0.0, 0.0,

0.0, 0.0, 0.0,...

Description:

Temperature compensation value for the tool. The compensation value acts as vector

according to the current rotation of the tool direction.

This setting data will only be evaluated, if temperature compensation has been

activated for tools with MD20390 $MC_TOOL_TEMP_COMP_ON.

Apart from that, the temperature compensation type must be set in bit 2 for the

"Compensation in tool direction" MD32750 $MA_TEP_COMP_TYPE.

The "Temperature compensation" is an option that has to be previously enabled.

42970

TOFF_LIMIT

Upper limit of correction value via $AA_TOFF

DOUBLE

Immediately

10.0, 10.0, 10.0, 10.0,

0.0

1.0E+301

7/7

10.0, 10.0, 10.0, 10.0,

10.0, 10.0, 10.0...

Description:

Upper limit of the offset value which can be defined by means of synchronized actions

via the $AA_TOFF system variable.

This limit value influences the absolutely effective amount of offset through

$AA_TOFF.

Machine data and parameters

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2.4 NC setting data

Whether the offset value is within the limit range can be checked via the

$AA_TOFF_LIMIT system variable.

42972

TOFF_LIMIT_MINUS

Lower limit of the offset value $AA_TOFF

DOUBLE

Immediately

0.0, 0.0, 0.0, 0.0, 0.0,

-1.0E+301

0.0

7/7

0.0, 0.0, 0.0, 0.0, 0.0,

0.0, 0.0, 0.0,...

Description:

Lower limit of the offset value which can be specified through synchronous actions via

the system variable $AA_TOFF.

This limit value acts on the active correction through $AA_TOFF in the minus direction.

This limit value is only effective if $MC_TOFF_MODE Bit6 = 1 is set.

Whether the offset value is within the limit range can be checked via the

$AA_TOFF_LIMIT system variable.

42974

TOCARR_FINE_CORRECTION

C08

Fine offset TCARR ON / OFF

BOOLEAN

Immediately

FALSE, FALSE, FALSE,

7/7

FALSE, FALSE, FALSE,

FALSE, FALSE...

Description:

TRUE:

On activating an orientable tool holder, the fine offset values are considered.

FALSE:

On activating an orientable tool holder, the fine offset are not considered.

42977

SLOT_FORM_RECOGN

Slot recognition on/off

BOOLEAN

Immediately

FALSE, FALSE, FALSE,

7/7

FALSE, FALSE, FALSE,

FALSE, FALSE...

Description:

TRUE:

With active tool radius compensation, narrow slots are detected and traversed.

FALSE:

With active tool radius compensation, narrow slots are ignored

42980

TOFRAME_MODE

Frame definition at TOFRAME, TOROT and PAROT

DWORD

Immediately

1000, 1000, 1000,

7/7

1000, 1000, 1000,

1000, 1000...

Description:

This setting data defines the direction of the geometry axes on the machining plane

(XY in the case of G17) in the case of the frame definition by means of (TOROTY,

TOROTX) or for PAROT.

When a frame is calculated, the tool direction (Z in the case of G17) is uniquely

defined so that the tool direction and vertical axis (Z in the case of G17) of the

frame are parallel and lie perpendicular on the machining plane.

Rotation around the tool axis is free at first. This free rotation can be defined

using this setting data so that the newly defined frame deviates as little as possible

from a previously active frame.

Machine data and parameters

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2.4 NC setting data

In all cases in which the setting data is not zero, an active frame remains unchanged

if the tool direction (Z in the case of G17) of the old and the new frame are the same.

SD42980 $SC_TOFRAME_MODE>= 2000:

In the case of TOROT (or TOROTY and TOROTX), the rotations and translations of the

frame chain are used to calculate a frame in the tool reference system frame

($P_TOOLFRAME) berechnet.

Machine data 21110 $MC_X_AXIS_IN_OLD_X_Z_PLANE is not evaluated.

The explantory notes below refer to the G17 plane with the XY axes in the machining

plane and the tool axis being Z.

SD42980 $SC_TOFRAME_MODE = 2000:

Rotation around the Z axis is selected so that the angle between the new X axis and

the old X-Z plane has the same absolute value as the angle between the new Y axis and

the old Y-Z plane. This setting corresponds to the mean value of both settings which

would result for values 2001 and 2002 of this setting data.

It is also applied if the value of the units digit is greater than 2.

SD42980 $SC_TOFRAME_MODE = 2001:

The new X direction is selected so that it lies in the X-Z plane of the old coordinate

system. The angular difference between the old and new Y axes is minimal with this

setting.

SD42980 $SC_TOFRAME_MODE = 2002:

The new Y direction is selected so that it lies in the Y-Z plane of the old coordinate

system. The angular difference between the old and new X axes is minimal with this

setting.

None of the other settings of SD42980 $SC_TOFRAME_MODE (0,1,2,...1000,1001..) should

be used for recommissioning.

For compatibility reasons, the following settings remain valid:

0: The orientation of the coordinate system is determined by the value of machine data

21110 $MC_X_AXIS_IN_OLD_X_Z_PLANE.

1: The new X direction is selected so that it lies in the X-Z plane of the old

coordinate system. The angular difference between the old and new Y axes is minimal

with this setting.

2: The new Y direction is selected so that it lies in the Y-Z plane of the old

coordinate system. The angular difference between the old and new X axes is minimal

with this setting.

3: The average of the two settings resulting from 1 and 2 is selected.

Addition of 100: In the case of a plane change from G17 to G18 or G19, a tool matrix

is generated, in which the new axis directions are parallel to the old directions. The

axes are swapped cyclically accordingly (standard transformation on plane changes).

If the hundreds digit equals zero, a matrix is supplied in the cases of G18 and G19

which is derived from the unit matrix by simply rotating through 90 degrees around the

X axis (G18) or through 90 degrees around the Y axis (G19). Thus in each case one axis

is antiparallel to an initial axis. This setting is required to remain compatible with

old software versions.

Addition of 1000: The tool-frame is linked to any active basic frames and settable

frames. The response is thus compatible with earlier software versions (before 5.3).

If the thousands digit is not set, the tool frame is calculated so that any active

basic frames and settable frames are taken into account.

42984

CUTDIRMOD

C08

Modification of $P_AD[2] or $P_AD[11]

STRING

Immediately

7/7

Description:

States whether the tool point direction and cutting direction are to be modified on

reading the corresponding system variables $P_AD[2] and $P_AD[11].

Machine data and parameters

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2.4 NC setting data

Modification is made by rotating the vector of the tool point direction or cutting

direction by a specific angle in the active machining plane (G17-G19). The resulting

output value is always the tool point direction or cutting direction created by the

rotation or to which the rotated value is closest. the angle of rotation can be

defined by one of the following six options:

The string is empty. The stated data are output unchanged.

The contents of the string is "P_TOTFRAME". The resulting rotation is determined

from the total frame.

The contents of the string is a valid frame name (e.g. $P_NCBFRAME[3]). The

resulting rotation is then calculated from this frame.

The contents of the string has the form "Frame1 : Frame2". The resulting

rotation is determined from the part frame chain that is created by chaining all

frames from Frame1 to Frame2 (in each case inclusive). Frame1 and Frame2 are valid

frame names such as $P_PFRAME or $P_CHBFRAME[5]"

The contents of the frame is the valid name of a rotary axis (machine axis). The

resulting rotation is determined from the programmed end position of this rotary axis.

Additionally, an offset can be stated (in degrees, e.g. "A+90).

The rotation is programmed explicitly (in degrees).

Optionally, the first character of the string can be written as sign (+ or -). A plus

sign will not have any effect on the angle calculation, but a minus sign will invert

the sign of the calculated angle.

42990

MAX_BLOCKS_IN_IPOBUFFER

Maximum number of blocks in IPO buffer

DWORD

Immediately

-1, -1, -1, -1, -1, -1, -1,

7/7

-1...

Description:

This setting data can be used to limit the maximum number of blocks in the

interpolation buffer to the maximum number specified in MD28060

$MC_MM_IPO_BUFFER_SIZE.

A negative value means that no limitation of the number of blocks is active in the

interpolation buffer, and the number of blocks is determined solely by MD28060

$MC_MM_IPO_BUFFER_SIZE (default setting).

42995

CONE_ANGLE

Taper angle

DOUBLE

Immediately

0, 0, 0, 0, 0, 0, 0, 0...

-90

7/7

Description:

This setting data writes the taper angle for taper turning. This setting data is

written via the operator interface.

42996

JOG_GEOAX_MODE_MASK

JOG of geometry axis mode

DWORD

Immediately

0, 0, 0, 0, 0, 0, 0, 0...

0x7

7/7

Description:

This setting data sets the following during JOG of geometry axes:

Bit 0 = 1 :

A traversing request for the 1st geometry axis is inverted, i.e. a traversing request

to + triggers a traversing motion to - .

Bit 1 = 1 :

A traversing request for the 2nd geometry axis is inverted, i.e. a traversing request

to + triggers a traversing motion to -.

Bit 2 = 1:

Machine data and parameters

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2.4 NC setting data

A traversing request for the 3rd geometry axis is inverted, i.e. a traversing request

to + triggers a traversing motion to -.

42998

CUTMOD_PLANE_TOL

degrees

Deviation tool tip/machining plane

DOUBLE

Immediately

5.0, 5.0, 5.0, 5.0, 5.0,

0.0

89.0

7/3

5.0, 5.0, 5.0...

Description:

This setting data specifies by how many degrees the tip of a tool can be rotated as a

maximum from the machining plane when calling the CUTMOD or CUTMODK function, i.e. the

maximum deviation of the angle gamma from one of the two standard positions 0 or 180

degrees.

If the value of this setting data is 0, the absolute value of the specified angle is

a maximum of 89 degrees.

42999

ORISOLH_INCLINE_TOL

degrees

Deviation, tool tip/machining plane for ORISOLH

DOUBLE

Immediately

1.0, 1.0, 1.0, 1.0, 1.0,

0.001

89.0

7/3

1.0, 1.0, 1.0...

Description:

This setting data specifies the maximum permissible inclination of the tool tip with

respect to the machining plane (in the standard case G18) when calling the ORISOLH

function for "Directly swivel tool".

43100

LEAD_TYPE

Defines what is used as master value

DWORD

Immediately

CTEQ

7/7

Description:

Defines which value is to be used as master value:

0: Actual value

1: Setpoint

2: Simulated master value

43102

LEAD_OFFSET_IN_POS

Offset of master value if coupled to this axis

DOUBLE

Immediately

0.0

-1e15

1e15

7/7

Description:

Offset of the master value before use on the coupling.

If this axis is a master value coupled following axis with CTABP as the curve table

and X as the master value, then its position setpoint is calculated from

LEAD_OFFSET_OUT_POS + LEAD_SCALE_OUT_POS * CTABP( LEAD_OFFSET_IN_POS +

LEAD_SCALE_IN_POS * X)

Related to

SD43104 $SA_LEAD_SCALE_IN_POS

SD43106 $SA_LEAD_OFFSET_OUT_POS

SD43108 $SA_LEAD_SCALE_OUT_POS

43104

LEAD_SCALE_IN_POS

Scaling of master value if coupled to this axis

DOUBLE

Immediately

1.0

-1e15

1e15

7/7

Machine data and parameters

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2.4 NC setting data

Description:

Scaling of the master value before use on the coupling.

If this axis is a master value coupled following axis with CTABP as the curve table

and X as the master value, then its position setpoint is calculated from

LEAD_OFFSET_OUT_POS + LEAD_SCALE_OUT_POS * CTABP( LEAD_OFFSET_IN_POS +

LEAD_SCALE_IN_POS * X)

Related to

SD43102 $SA_LEAD_OFFSET_IN_POS

SD43106 $SA_LEAD_OFFSET_OUT_POS

SD43108 $SA_LEAD_SCALE_OUT_POS

43106

LEAD_OFFSET_OUT_POS

mm, degrees

Offset of the functional value of the curve table

DOUBLE

Immediately

0.0

-1e15

1e15

7/7

Description:

Offset of the master value before use on the coupling.

If this axis is a master value coupled following axis with CTABP as the curve table

and X as the master value, then its position setpoint is calculated from

LEAD_OFFSET_OUT_POS + LEAD_SCALE_OUT_POS * CTABP( LEAD_OFFSET_IN_POS +

LEAD_SCALE_IN_POS * X)

Related to

SD43102 $SA_LEAD_OFFSET_IN_POS

SD43104 $SA_LEAD_SCALE_IN_POS

SD43108 $SA_LEAD_SCALE_OUT_POS

43108

LEAD_SCALE_OUT_POS

Scaling of functional value of the curve table

DOUBLE

Immediately

1.0

-1e15

1e15

7/7

Description:

Scaling of the function value before use of the curve table.

If this axis is a master value coupled following axis with CTABP as the curve table

and X as the master value, then its position setpoint is calculated from

LEAD_OFFSET_OUT_POS + LEAD_SCALE_OUT_POS * CTABP( LEAD_OFFSET_IN_POS +

LEAD_SCALE_IN_POS * X)

Related to

SD43102 $SA_LEAD_OFFSET_IN_POS

SD43104 $SA_LEAD_SCALE_IN_POS

SD43106 $SA_LEAD_OFFSET_OUT_POS

43120

DEFAULT_SCALE_FACTOR_AXIS

FBFA

Axial default scaling factor with G51 active

DWORD

Immediately

7/7

Description:

If no axial scaling factor I, J, or K is programmed in the G51 block, SD43120

$SA_DEFAULT_SCALE_FACTOR_AXIS is active. The scaling factor is only active if MD22914

$MC_AXES_SCALE_ENABLE is set.

Related to:

MD22914 $MC_AXES_SCALE_ENABLE,

MD22910 $MC_WEIGHTING_FACTOR_FOR_SCALE

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2.4 NC setting data

43200

SPIND_S

rev/min

Speed for spindle start by VDI

DOUBLE

Immediately

0.0

1.0E+301

7/7

Description:

Spindle speed at spindle start by NC/PLC interface signals DB31, ... DBX30.1 (Spindle

start clockwise rotation) and DB31, ... DBX30.2 (Spindle start counterclockwise

rotation).

Example: SD43200 $SA_SPIND_S[S1] = 600

Spindle 1 is started at a speed of 600 rpm upon detection of the positive edge of one

of the above-mentioned VDI starting signals.

Speed programming values are entered in the SD by setting bit 4=1 in MD35035

$MA_SPIND_FUNCTION_MASK.

The SD becomes active in JOG mode as a default speed by setting bit 5=1 in MD35035

$MA_SPIND_FUNCTION_MASK (exception: the value is zero).

Related to:

MD35035 $MA_SPIND_FUNCTION_MASK

MD10709 $MN_PROG_SD_POWERON_INIT_TAB

MD10710 $MN_PROG_SD_RESET_SAVE_TAB

43202

SPIND_CONSTCUT_S

m/min

Const cut speed for spindle start by VDI

DOUBLE

Immediately

0.0

1.0E+301

7/7

Description:

Definition of the constant cutting speed for the master spindle.

The setting data is evaluated at spindle start by the NC/PLC interface signals

DB31, ... DBX30.1 (Spindle start clockwise rotation) and DB31, ... DBX30.2 (Spindle

start counterclockwise rotation)

Cutting speed programming values are entered in the SD by setting bit 8=1 in MD35035

$MA_SPIND_FUNCTION_MASK.

Related to:

MD35035 $MA_SPIND_FUNCTION_MASK

MD10709 $MN_PROG_SD_POWERON_INIT_TAB

MD10710 $MN_PROG_SD_RESET_SAVE_TAB

43206

SPIND_SPEED_TYPE

A06

Spindle speed type for spindle start through VDI

DWORD

Immediately

973

7/7

Description:

Definition of the spindle speed type for the master spindle.

The range of values and the functionality correspond to the 15th G group "feed type".

Permissible values are the G values: 93, 94, 95, 96, 961, 97, 971 and 973.

The stated values make a functional distinction between the following variants:

==>

93, 94, 95, 97 and 971: The spindle is started at the speed in SD 43200

$SA_SPIND_S.

==>

96 and 961: The speed of the spindle is derived from the cutting speed of SD

43202 $SA_SPIND_CONSTCUT_S and the radius of the transverse axis.

==>

973: G973 behaves like G97, but the spindle speed limitation is not active

The default value is 94 (corresponds to G94)

The default value becomes active if the SD is written with impermissible values.

Machine data and parameters

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2.4 NC setting data

43210

SPIND_MIN_VELO_G25

rev/min

Programmed spindle speed limitation G25

DOUBLE

Immediately

0.0

1.0E+301

7/7

Description:

A minimum spindle speed limit below which the spindle must not fall is entered in

SPIND_MIN_VELO_G25. The NCK limits the set spindle speed to this value if it is too

low.

The spindle speed may only fall below the minimum as a result of:

• Spindle offset 0%

• M5

• S0

• NC/PLC interface signal DB31, ... DBX4.3 (Spindle stop)

• NC/PLC interface signal DB31, ... DBX2.1 (Servo enable)

• NC/PLC interface signal DB21-30 DBX35.7 (Channel status: Reset)

• NC/PLC interface signal DB31, ... DBX2.2 (Delete distance-to-go/Spindle reset)

• NC/PLC interface signal DB31, ... DBX18.5 (Oscillation speed)

• Cancel S value

SD irrelevant to

other spindle modes used in open-loop control mode (SPOS, M19, SPOSA)

Related to:

MD10709 $MN_PROG_SD_POWERON_INIT_TAB

MD10710 $MN_PROG_SD_RESET_SAVE_TAB

43220

SPIND_MAX_VELO_G26

rev/min

Programmable upper spindle speed limitation G26

DOUBLE

Immediately

1000.0

0.0

1.0E+301

7/7

Description:

A maximum spindle speed is entered in SD43220 $SA_SPIND_MAX_VELO_G26, which the

spindle must not exceed. The NCK limits an excessive spindle speed setpoint to this

value.

SD irrelevant for

all spindle modes except open-loop control mode.

Special cases, errors,

The value in SD43210 $SA_SPIND_MIN_VELO_G26 can be altered by means of:

• G26 S

in the part program

• Operator commands via HMI

The value in SD43210 $SA_SPIND_MIN_VELO_G26 is retained after a reset or Power Off.

Related to

SD43210 $SA_SPIND_MIN_VELO_G25 (programmed spindle speed limit G25)

SD43230 $SA_SPIND_MAX_VELO_LIMS (programmed spindle speed limit G96/961)

MD10709 $MN_PROG_SD_POWERON_INIT_TAB

MD10710 $MN_PROG_SD_RESET_SAVE_TAB

43230

SPIND_MAX_VELO_LIMS

S1, Z1

rev/min

Spindle speed limitation with G96

DOUBLE

Immediately

100.0

0.0

1.0E+301

7/7

Description:

Limits the spindle speed with G96, G961, G97 to the stated maximum value. This setting

data can be written from the block with LIMS.

Machine data and parameters

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2.4 NC setting data

Note:

MD 10710 $MN_PROG_SD_RESET_SAVE_TAB can be set so that the value written by the part

program is transferred into the active file system on reset (that is the value is

retained after reset).

Related to

SD43210 $SA_SPIND_MIN_VELO_G25 (programmed spindle speed limit G25)

SD43230 $SA_SPIND_MAX_VELO_LIMS (programmed spindle speed limit with G96/961)

MD10709 $MN_PROG_SD_POWERON_INIT_TAB

MD10710 $MN_PROG_SD_RESET_SAVE_TAB

43235

SPIND_USER_VELO_LIMIT

A06

S1, Z1

rev/min

Maximum spindle speed

DOUBLE

Immediately

1.0e+8

0.0

1.0E+301

7/7

Description:

The user can enter a maximum spindle speed.

The NCK limits an excessive spindle setpoint speed to this value. The SD is effective

immediately.

Corresponds with:

MD35100 $MA_SPIND_VELO_LIMIT (maximum spindle speed)

MD35110 $MA_GEAR_STEP_MAX_VELO (maxmum speed for gear stage change)

43240

M19_SPOS

, A12

degrees

Spindle position for spindle positioning with M19.

DOUBLE

Immediately

0.0

-10000000.0

10000000.0

7/7

Description:

Spindle position in [ DEGREES ] for spindle positioning with M19.

The position approach mode is defined in SD43250 $SA_M19_SPOSMODE.

Default positions must lie in the range 0 <= pos < MD30330 $MA_MODULO_RANGE.

Path defaults (SD43250 $SA_M19_SPOSMODE = 2) can be positive or negative and are only

limited by the input format.

43250

M19_SPOSMODE

, A12

Spindle position approach mode for spindle positioning with M19.

DWORD

Immediately

7/7

Description:

Spindle position approach mode for spindle positioning with M19.

In which signify:

(default) approach position on the shortest path.

approach position normally.

approach incrementally (as path), sign gives the traversing direction

approach position on the shortest path.

ACP

approach position from the positive direction.

ACN

approach position from the negative direction.

43300

ASSIGN_FEED_PER_REV_SOURCE

V1, P2, S1

Revolutional feedrate for positioning axes/spindles

DWORD

Immediately

CTEQ

-3

7/7

Description:

No revolutional feedrate is active.

Machine data and parameters

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2.4 NC setting data

>0=

Machine axis index of the rotary axis/spindle, from which the revolutional

feedrate is derived.

-1=

The revolutional feedrate is derived from the master spindle of the channel in

which the axis/spindle is active

-2=

The revolutional feedrate is derived from the axis with machine axis index ==

0 or the axis with an index in MD10002 $MN_AXCONF_LOGIC_MACHAX_TAB == 0.

-3=

The revolutional feedrate is derived from the master spindle of the channel in

which the axis/spindle is active. No revolutional feedrate is active if the master

spindle is at a standstill.

Related to

SD42600 $SC_JOG_FEED_PER_REV_SOURCE (revolutional feedrate for geometry axes on

which a frame with rotation acts in JOG mode.)

MD10709 $MN_PROG_SD_POWERON_INIT_TAB

MD10710 $MN_PROG_SD_RESET_SAVE_TAB

43320

JOG_POSITION

mm, degrees

JOG position

DOUBLE

Immediately

0.0

-1.0E+301

1.0E+301

7/7

Description:

Position to be approached in JOG. Depending on MD10735 $MN_JOG_MODE_MASK bit 4 axial

frames and, with an axis configured as geometry axis, the tool length offset are

considered.

43340

EXTERN_REF_POSITION_G30_1

, A12

FBFA

Reference point position for G30.1

DOUBLE

Immediately

0.0

-1.0E+301

1.0E+301

7/7

Description:

Reference point position for G30.1.

This setting data will be evaluated in CYCLE328.

43350

AA_OFF_LIMIT

S5, FBSY

mm, degrees

Upper limit of offset value $AA_OFF with clearance control

DOUBLE

PowerOn

CTEQ

100000000.0

0.0

1e15

7/7

Description:

The upper limit of the offset value, which can be defined by means of synchronized

actions via the variable $AA_OFF.

This limit value acts on the absolutely effective amount of offset by means of $AA_OFF.

It is used for clearance control in laser machining:

The offset value is limited so that the laser head cannot get caught in the plate

recesses.

Whether the offset value lies within the limit range can be queried via system

variable $AA_OFF_LIMIT.

43400

WORKAREA_PLUS_ENABLE

Working area limitation active in positive direction

BOOLEAN

Immediately

CTEQ

FALSE

7/7

Description:

1: The working area limitation of the axis concerned is active in the positive

direction.

0: The working area limitation of the axis concerned is switched off in the positive

direction.

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2.4 NC setting data

The setting data is parameterized via the operator panel in the operating area

"Parameters" by activating/deactivating the working area limitation.

SD irrelevant for

G code: WALIMOF

43410

WORKAREA_MINUS_ENABLE

Working area limitation active in the negative direction

BOOLEAN

Immediately

CTEQ

FALSE

7/7

Description:

The working area limitation of the axis concerned is active in the negative

direction.

The working area limitation of the axis concerned is switched off in the

negative direction.

The setting data is parameterized via the operator panel in the operating area

"Parameters" by activating/deactivating the working area limitation.

SD irrelevant for

G code: WALIMOF

43420

WORKAREA_LIMIT_PLUS

mm, degrees

Working area limitation plus

DOUBLE

Immediately

1.0e+8

-1.0E+301

1.0E+301

7/7

Description:

The working area defined in the basic coordinate system in the positive direction of

the axis concerned can be limited with axial working area limitation.

The setting data can be changed on the operator panel in the operating area

"Parameters".

The positive working area limitation can be changed in the program with G26.

SD irrelevant for

G code: WALIMOF

Related to

SD43400 $SA_WORKAREA_PLUS_ENABLE

MD10709 $MN_PROG_SD_POWERON_INIT_TAB

MD10710 $MN_PROG_SD_RESET_SAVE_TAB

43430

WORKAREA_LIMIT_MINUS

mm, degrees

Working area limitation minus

DOUBLE

Immediately

-1.0e+8

-1.0E+301

1.0E+301

7/7

Description:

The working area defined in the basic coordinate system in the negative direction of

the axis concerned can be limited with axial working area limitation.

The setting data can be changed on the operator panel in the operating area

"Parameters".

The negative working area limitation can be changed in the program with G25.

SD irrelevant for

G code: WALIMOF

Related to

SD43410 $SA_WORKAREA_MINUS_ENABLE

MD10709 $MN_PROG_SD_POWERON_INIT_TAB

MD10710 $MN_PROG_SD_RESET_SAVE_TAB

Machine data and parameters

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2.4 NC setting data

43500

FIXED_STOP_SWITCH

Selection of travel to fixed stop

BYTE

Immediately

7/7

Description:

The "Travel to fixed stop" function can be selected and deselected with this setting

data.

SD=0 Deselect "Travel to fixed stop"

SD=1 Select "Travel to fixed stop"

The setting data can only be overwritten by the part program with the command

FXS[x]=1/0 when software version 2.x is installed.

The status of the setting data is indicated on the operator panel in the "Parameters"

area.

43510

FIXED_STOP_TORQUE

Fixed stop clamping torque

DOUBLE

Immediately

5.0

0.0

800.0

7/7

Description:

The clamping torque is entered in this setting data as a % of the maximum motor torque

(corresponds to % of max. current value with FDD).

The setting data is active only if the fixed stop has been reached.

The fixed stop is considered reached when,

• with MD: MD37060 $MA_FIXED_STOP_ACKN_MASK, bit 1 = 0 (no acknowledgment required),

the interface signal DB31, ... DBX62.5 (Fixed stop reached) is set by the NC

• with MD37060 $MA_FIXED_STOP_ACKN_MASK, bit 1 = 1 (acknowledgment required), the

interface signal DB31, ... DBX62.5 (Fixed stop reached) is set by the NC and

acknowledged by interface signal DB31, ... DBX1.1 (Acknowledge fixed stop reached)

The status of the setting data is indicated on the operator panel in the "Parameters"

area.

The FXST[x] command effects a block-synchronous change to this setting data. It can

also be changed by the user or via the PLC. Otherwise the value is transferred from

MD37010 $MA_FIXED_STOP_TORQUE_DEF to the setting data when "Travel to fixed stop" is

active.

Related to

MD37010 $MA_FIXED_STOP_TORQUE_DEF(default setting for clamping torque)

43520

FIXED_STOP_WINDOW

mm, degrees

Fixed stop monitoring window

DOUBLE

Immediately

1.0

0.0

1.0E+301

7/7

Description:

The fixed stop monitoring window is entered in this setting data.

The setting data is active only if the fixed stop has been reached.

The fixed stop is considered reached when,

• with MD37060 $MA_FIXED_STOP_ACKN_MASK, bit 1 = 0 (no acknowledgment required)

interface signal DB31, ... DBX62.5 (Fixed stop reached) is set by the NC

• with MD37060 $MA_FIXED_STOP_ACKN_MASK, bit 1 = 1 (acknowledgment required)

interface signal DB31, ... DBX62.5 (Fixed stop reached) is set by the NC and

acknowledged by interface signal DB31, ... DBX1.1 (Acknowledge fixed stop reached)

If the position at which the fixed stop was detected leaves the tolerance band by more

than the amount specified in SD43520 $SA_FIXED_STOP_WINDOW, then alarm 20093 "Fixed

stop monitoring has responded" is output and the "FXS" function is deselected.

The status of the setting data is indicated on the operator panel in the "Parameters"

area.

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2.4 NC setting data

The FXSW[x] command effects a block-synchronous change to this setting data. It can

also be changed by the user or via the PLC.

The value is otherwise transferred from MD37020 $MA_FIXED_STOP_WINDOW_DEF to the

setting data when "Travel to fixed stop" is active.

Related to

MD37020 $MA_FIXED_STOP_WINDOW_DEF (default setting for fixed stop monitoring window)

43600

IPOBRAKE_BLOCK_EXCHANGE

A06, A10

Block change criterion 'braking ramp'

DOUBLE

Immediately

0.0

100.0

7/7

Description:

Specifies the application time at single axis interpolation for the block change

criterion braking ramp: At 100%, the block change criterion is fulfilled at the time

of application of the braking ramp. At 0%, the block change criterion is identical

with IPOENDA.

Note:

MD10710 $MN_PROG_SD_RESET_SAVE_TAB can be set so that the value written by the part

program is transferred into the active file system on reset (i.e. the value is

retained even after reset).

43610

ADISPOSA_VALUE

A06, A10

mm, degrees

Tolerance window 'braking ramp'

DOUBLE

Immediately

0.0

1.0E+301

7/7

Description:

In case of single-axis interpolation, this value defines the size of the tolerance

window which the axis must have reached in order to enable a block change in case of

the block-change criterion 'braking ramp with tolerance window valid' and when

reaching the corresponding

% value of the braking ramp (SD43600

$SA_IPOBRAKE_BLOCK_EXCHANGE).

Note:

By means of the MD 10710 $MN_PROG_SD_RESET_SAVE_TAB, the user can specify that the

value written by the part program is transferred into the active file system in case

of a reset (i.e. the value is retained even after the reset).

43700

OSCILL_REVERSE_POS1

mm, degrees

Oscillation reversal point 1

DOUBLE

Immediately

0.0

-1.0E+301

1.0E+301

7/7

Description:

Position of the oscillating axis at reversal point 1.

Note:

MD10710 $MN_PROG_SD_RESET_SAVE_TAB can be be set so that the value written by the part

program is transferred to the active file system on reset (that is the value is

retained after RESET.)

Application example(s)

NC language:

OSP1[Axis]=Position

Related to

SD43710 $SA_OSCILL_REVERSE_POS2

MD10709 $MN_PROG_SD_POWERON_INIT_TAB

MD10710 $MN_PROG_SD_RESET_SAVE_TAB

Machine data and parameters

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2.4 NC setting data

43710

OSCILL_REVERSE_POS2

mm, degrees

Oscillation reversal point 2

DOUBLE

Immediately

0.0

-1.0E+301

1.0E+301

7/7

Description:

Position of the oscillating axis at reversal point 2.

Note:

MD 10710 $MN_PROG_SD_RESET_SAVE_TAB can be be set so that the value written

by the

part program is transferred to the active file system on reset (that is the value is

retained after reset.)

Application example(s)

NC language:

OSP2[Axis]=Position

Related to

SD43700 $SA_OSCILL_REVERSE_POS1

MD10709 $MN_PROG_SD_POWERON_INIT_TAB

MD10710 $MN_PROG_SD_RESET_SAVE_TAB

43720

OSCILL_DWELL_TIME1

Hold time at oscillation reversal point 1

DOUBLE

Immediately

0.0

-1.0E+301

1.0E+301

7/7

Description:

Hold time of the oscillating axis at reversal point 1.

Note:

MD 10710 $MN_PROG_SD_RESET_SAVE_TAB can be be set so that the value written

by the

part program is transferred to the active file system on reset (that is the value is

retained after reset.)

Application example(s)

NC language:

OST1[Axis]=Position

Related to

SD43730 $SA_OSCILL_DWELL_TIME2

MD10709 $MN_PROG_SD_POWERON_INIT_TAB

MD10710 $MN_PROG_SD_RESET_SAVE_TAB

43730

OSCILL_DWELL_TIME2

Hold time at oscillation reversal point 2

DOUBLE

Immediately

0.0

-1.0E+301

1.0E+301

7/7

Description:

Hold time of the oscillating axis at reversal point 2.

Note:

MD 10710 $MN_PROG_SD_RESET_SAVE_TAB can be be set so that the value written

by the

part program is transferred to the active file system on reset (that is the value is

retained after reset.)

Application example(s)

NC language:

OST2[Axis]=Position

Related to

SD43720 $SA_OSCILL_DWELL_TIME1

MD10709 $MN_PROG_SD_POWERON_INIT_TAB

MD10710 $MN_PROG_SD_RESET_SAVE_TAB

Machine data and parameters

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2.4 NC setting data

43740

OSCILL_VELO

mm/min, rev/min

Feedrate of reciprocating axis

DOUBLE

Immediately

0.0

1.0E+301

7/7

Description:

Feed rate of the oscillating axis

Note:

MD 10710 $MN_PROG_SD_RESET_SAVE_TAB can be be set so that the value written by the

part program is transferred to the active file system on reset (that is the value is

retained after reset.)

Application example(s)

NC language:

FA[Axis]=F value

Related to

MD10709 $MN_PROG_SD_POWERON_INIT_TAB

MD10710 $MN_PROG_SD_RESET_SAVE_TAB

43750

OSCILL_NUM_SPARK_CYCLES

Number of spark-out strokes

DWORD

Immediately

7/7

Description:

Number of sparking-out strokes performed after ending the oscillating movement

Application example(s)

NC language:

OSNSC[Axis]=Stroke number

Note:

MD 10710 $MN_PROG_SD_RESET_SAVE_TAB can be be set so that the value written by the

part program is transferred to the active file system on reset (that is the value is

retained after reset.)

Related to

MD10709 $MN_PROG_SD_POWERON_INIT_TAB

MD10710 $MN_PROG_SD_RESET_SAVE_TAB

43760

OSCILL_END_POS

mm, degrees

End position of the reciprocating axis

DOUBLE

Immediately

0.0

-1.0E+301

1.0E+301

7/7

Description:

Position the oscillating axis travels to after ending the sparking-out strokes.

Note:

MD 10710 $MN_PROG_SD_RESET_SAVE_TAB can be be set so that the value written by the

part program is transferred to the active file system on reset (that is the value is

retained after reset.)

Application example(s)

NC language:

OSE[Axis]=Position

Related to

MD10709 $MN_PROG_SD_POWERON_INIT_TAB

MD10710 $MN_PROG_SD_RESET_SAVE_TAB

43770

OSCILL_CTRL_MASK

Oscillation sequence control mask

UDWORD

Immediately

0x7FFFFFFF

7/7

Machine data and parameters

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2.4 NC setting data

Description:

Bit mask:

Bit no.

| Meaning in OSCILL_CTRL_MASK

------------------------------------------------------------------------------

0(LSB)-1

| 0: Stop at the next reversal point if the

oscillating movement is switched off

| 1: Stop at reversal point 1 if the

oscillating movement is switched off

| 2: Stop at reversal point 2 if the

oscillating movement is switched off

| 3: Do not approach a reversal point when the oscillating movement is

switched off

if no sparking-out strokes are programmed

------------------------------------------------------------------------------

| 1: Approach end position after sparking out

------------------------------------------------------------------------------

| 1: If the oscillating movement is canceled by delete distance-to-go,

then the sparking-out strokes are to be executed afterwards

and the end position approached if necessary

------------------------------------------------------------------------------

| 1: If the oscillating movement is canceled by delete distance-to-go,

then the corresponding reversal point

is approached on switch off

------------------------------------------------------------------------------

| 1: Changed feedrate does not become active until the next reversal point

------------------------------------------------------------------------------

| 1: Path override is active if the feed rate is 0,

otherwise speed override is active

------------------------------------------------------------------------------

| 1: In the case of rotary axes DC (shortest path)

------------------------------------------------------------------------------

| 1: Execute sparking-out stroke as single stroke not as double stroke

------------------------------------------------------------------------------

| 1: On starting, first approach the starting position, see

SD43790 $SA_OSCILL_START_POS

------------------------------------------------------------------------------

Application example(s)

NC language:

OSCTRL[Axis]=(setting options, reset options)

Related to

MD10709 $MN_PROG_SD_POWERON_INIT_TAB

MD10710 $MN_PROG_SD_RESET_SAVE_TAB

43780

OSCILL_IS_ACTIVE

Activate oscillation movement

BOOLEAN

Immediately

FALSE

7/7

Description:

Switching the oscillating movement on and off

Note:

Machine data and parameters

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SINUMERIK machine and setting data

2.4 NC setting data

MD 10710 $MN_PROG_SD_RESET_SAVE_TAB can be be set so that the value written by the

part program is transferred to the active file system on reset (that is the value is

retained after reset.)

Application example(s)

NC language:

OS[Axis]=1, OS[Axis]=0

Related to

MD10709 $MN_PROG_SD_POWERON_INIT_TAB

MD10710 $MN_PROG_SD_RESET_SAVE_TAB

43790

OSCILL_START_POS

mm, degrees

Start position of reciprocating axis

DOUBLE

Immediately

0.0

-1.0E+301

1.0E+301

7/7

Description:

Position approached by the oscillating axis at the start of oscillation if this is set

in SD43770 $SA_OSCILL_CTRL_MASK.

Note:

MD 10710 $MN_PROG_SD_RESET_SAVE_TAB can be be set so that the value written by the

part program is transferred to the active file system on reset (that is the value is

retained after reset.)

43900

TEMP_COMP_ABS_VALUE

Position-independent temperature compensation value

DOUBLE

Immediately

0.0

-1.0E+301

1.0E+301

7/7

Description:

The position-independent temperature compensation value is defined by SD43900

$SA_TEMP_COMP_ABS_VALUE.

The machine axis traverses this additional compensation value as soon as the position-

independent temperature compensation has been activated (MD32750 $MA_TEMP_COMP_TYPE =

1 oder 3).

SD irrelevant for

MD32750 $MA_TEMP_COMP_TYPE = 0 or 2

Related to

MD32750 $MA_TEMP_COMP_TYPE

Temperature compensation type

MD32760 $MA_COMP_ADD_VELO_FACTOR

Velocity overshoot caused by compensation

43910

TEMP_COMP_SLOPE

Lead angle for position-dependent temperature compensation

DOUBLE

Immediately

0.0

-1.0E+301

1.0E+301

7/7

Description:

In the case of position-dependent temperature compensation, the error curve

characteristic of the temperature-dependent actual-value deviation can often be

approximated by a straight line. This straight line is defined by a reference point

P_0 and a slope tan-ß.

SD43910 $SA_TEMP_COMP_SLOPE defines the slope tan-ß. This slope can be changed by the

PLC user program as a function of the current temperature.

The axis traverses additionally the compensation value calculated for the relevant

actual position as soon as the position-dependent temperature compensation becomes

active (MD32750 $MA_TEMP_COMP_TYPE = = 2 or 3).

MD32760 $MA_COMP_ADD_VELO_FACTOR limits the maximum angle of slope tan-ß_max of the

error curve. This maximum angle of slope cannot be exceeded.

SD irrelevant for

Machine data and parameters

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2.5 Machine and setting data cycles

MD32750 $MA_TEMP_COMP_TYPE = 0 or 1

Special cases, errors,

When SD43910 $SA_TEMP_COMP_SLOPE is greater than tan-ß_max, the slope tan-ß_max is

used to calculate the position-dependent temperature compensation value internally.

No alarm is output.

Related to

MD32750 $MA_TEMP_COMP_TYPE

Temperature compensation type

SD43920 $SA_TEMP_COMP_REF_POSITION

Reference position for position-dependent

temperature compensation

MD32760 $MA_COMP_ADD_VELO_FACTOR

Velocity overshoot caused by compensation

43920

TEMP_COMP_REF_POSITION

Ref. position of position-dependent temperature compensation

DOUBLE

Immediately

0.0

-1.0E+301

1.0E+301

7/7

Description:

In the case of position-dependent temperature compensation, the error curve

characteristic of the temperature-dependent actual-value deviation can often be

approximated by a straight line. This straight line is defined by a reference point

P_0 and a slope tan-ß.

SD43920 $SA_TEMP_COMP_REF_POSITION defines the position of the reference point P_0.

This reference position can be changed by the PLC user program as a function of the

current temperature.

The axis traverses additionally the compensation value calculated for the relevant

actual position as soon as the position-dependent temperature compensation becomes

active (MD32750 $MA_TEMP_COMP_TYPE = 2 or 3).

SD irrelevant for

MD32750 $MA_TEMP_COMP_TYPE = 0 or 1

Related to

MD32750 $MA_TEMP_COMP_TYPE

Temperature compensation type

SD43910 $SA_TEMP_COMP_SLOPE Angle of slope for position-dependent temperature

compensation

2.5

Machine and setting data cycles

51000

DISP_RES_MM

Display resolution in mm

BYTE

PowerOn

7/3

Description:

Display resolution in mm

51001

DISP_RES_MM_FEED_PER_REV

Display resolution in mm feedrate/rev

BYTE

PowerOn

7/3

Description:

Display resolution in mm feedrate/rev

Machine data and parameters

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SINUMERIK machine and setting data

2.5 Machine and setting data cycles

51002

DISP_RES_MM_FEED_PER_TIME

Display resolution in mm feedrate/min

BYTE

PowerOn

7/3

Description:

Display resolution in mm feedrate/min

51003

DISP_RES_MM_FEED_PER_TOOTH

Display resolution in mm feedrate/tooth

BYTE

PowerOn

7/3

Description:

Display resolution in mm feedrate/tooth

51004

DISP_RES_MM_CONST_CUT_RATE

Display resolution constant cutting speed m/min

BYTE

PowerOn

7/3

Description:

Display resolution constant cutting speed m/min

51010

DISP_RES_INCH

Display resolution in inch

BYTE

PowerOn

7/3

Description:

Display resolution in inch

51011

DISP_RES_INCH_FEED_P_REV

Display resolution in inch feedrate/rev

BYTE

PowerOn

7/3

Description:

Display resolution in inch feedrate/rev

51012

DISP_RES_INCH_FEED_P_TIME

Display resolution in inch feedrate/min

BYTE

PowerOn

7/3

Description:

Display resolution in inch feedrate/min

51013

DISP_RES_INCH_FEED_P_TOOTH

Display resolution in inch feedrate/tooth

BYTE

PowerOn

7/3

Description:

Display resolution in inch feedrate/tooth

51014

DISP_RES_INCH_CUT_RATE

Display resolution constant cutting speed ft/min

BYTE

PowerOn

7/3

Description:

Display resolution constant cutting speed ft/min

Machine data and parameters

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2.5 Machine and setting data cycles

51018

DISP_RES_SCALE

Display resolution scaling

BYTE

PowerOn

7/3

Description:

Display resolution scaling

51019

DISP_RES_ROT_WO

Display resolution of rotation in work offsets

BYTE

PowerOn

7/3

Description:

Display resolution of rotation in work offsets

If the value of the data is 0, MD51020 $MNS_DISP_RES_ANGLE is used.

51020

DISP_RES_ANGLE

Display resolution of angle

BYTE

PowerOn

7/3

Description:

Display resolution of angle

51021

DISP_RES_SPINDLE

Display resolution of spindles

BYTE

PowerOn

7/3

Description:

Decimal places in speed entry field

51022

DISP_RES_ROT_AX_FEED

Display resolution of rotary axis feedrate

BYTE

PowerOn

7/3

Description:

Display resolution of rotary axis feedrate

51023

ACT_VALUE_SPIND_MODE

Only display spindles in actual values window when in axis mode

BYTE

PowerOn

3/4

Description:

This affects the display of the spindles in the axis actual values window. If the

value is set to 1, only those spindles in axis mode are displayed, those in spindle

mode are shown as gaps. If the value is set to 0, all spindles are displayed.

51024

BLOCK_SEARCH_MODE_MASK_JS

Bit mask for available search modes (ShopMill, ShopTurn single-

BYTE

PowerOn

channel)

4/3

Description:

Bit mask for available search modes (ShopMill, ShopTurn single-channel)

Bit 0:

Block search with calculation without approach

Bit 1:

Block search with calculation with approach

Bit 2:

reserved

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2.5 Machine and setting data cycles

Bit 3:

Skip EXTCALL programs

Bit 4:

reserved

Bit 5:

Block search with test run without approach

Bit 6:

Block search with test run with approach

51025

FRAMES_ACT_IMMEDIATELY

Activate active offset immediately

BYTE

PowerOn

4/3

Description:

Active data (frames) are activated immediately after change

51026

AXES_SHOW_GEO_FIRST

Actual value display with leading geometry axes

BYTE

PowerOn

4/3

Description:

When the machine data value is 1, the geometry axes of the channel are displayed first.

51027

ONLY_MKS_DIST_TO_GO

Distance-to-go display in the Work window

BYTE

PowerOn

4/3

Description:

Distance-to-go display in the Work window

51028

BLOCK_SEARCH_MODE_MASK

Bit mask for available block search modes

BYTE

PowerOn

4/3

Description:

Bit mask for available search modes

Bit 0:

Block search with calculation without approach

Bit 1:

Block search with calculation with approach

Bit 3:

Skip EXTCALL programs

Bit 4:

Block search without calculation

Bit 5:

Block search with test run without approach

Bit 6:

Block search with test run with approach

51029

MAX_SKP_LEVEL

Maximum number of skip levels in the NC program

BYTE

PowerOn

4/3

Description:

The machine data defines how many skip levels are made available for operation.

51030

SPIND_MAX_POWER

Maximum value of spindle power rating display

DWORD

PowerOn

100

255

4/3

Description:

Maximum value of the permissible spindle power as a percentage; the display bar in the

machine image "spindle diagnosis" is shown green in the range between 0 and the value

set in SPIND_MAX_POWER.

Machine data and parameters

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2.5 Machine and setting data cycles

In the case of a SINAMICS drive, the drive parameter r0033 "Torque utilization

smoothed" is shown in the load bar.

51031

SPIND_POWER_RANGE

Display range of spindle power rating display

DWORD

PowerOn

100

255

4/3

Description:

Scale end value for spindle power rating in percent; value must be equal to or greater

than SPIND_MAX_POWER.

The display bar in the machine image is shown in red in the range between the values

of SPIND_MAX_POWER and SPIND_POWER_RANGE.

51034

TEACH_MODE

Teach mode to be activated

DWORD

PowerOn

4/3

Description:

Teach mode to be activated

Bit 0: default teach-in

Taught-in block is transferred to the program using the Accept softkey.

Bit 1: transfer of teach block can be blocked by the PLC.

SINUMERIK

840D sl:

DB19.DBX13.0 = 0 block is transferred.

DB19.DBX13.0 = 1 block is not transferred.

SINUMERIK

828D:

DB1700.DBX1000.0 = 0 block is transferred.

DB1700.DBX1000.0 = 1 block is not transferred.

Bit 2: block selection only explicitly

Bits 16-31 are reserved for the OEM.

51035

WRITE_FRAMES_FINE_LIMIT

Input limit for all WO fine

DOUBLE

PowerOn

0.999

4/3

Description:

Input limit for all work offsets fine

51036

ENABLE_COORDINATE_REL

Enable REL coordinate system

BYTE

PowerOn

7/3

Description:

Display REL coordinate system

0 = No relative coordinate system selectable

1 = REL coordinate system can be selected as an alternative to the Work (WCS)/SZS

coordinate system

51037

ENABLE_COORDINATE_ACS

Enable settable coordinate system

BYTE

PowerOn

7/3

Description:

Activate settable coordinate system

0 = WCS coordinate system is displayed

Machine data and parameters

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SINUMERIK machine and setting data

2.5 Machine and setting data cycles

1 = SZS coordinate system is displayed

(SZS is WCS reduced by the offset components defined in MD24030)

51038

SET_ACT_VALUE

Set actual value selection

BYTE

PowerOn

7/3

Description:

Set actual value selection

0 = Set actual value is not offered.

1 = if a user frame (settable work offset e.g. G54) is active, it will be used. In G500

Set actual values is not offered (system frame is no longer used).

51039

PROGRAM_CONTROL_MODE_MASK

Options for machine - program influence

DWORD

PowerOn

7/3

Description:

Options for machine - program influence:

Bit 0: program test function available

51040

SWITCH_TO_MACHINE_MASK

Automatic operating area switchover to machine

BYTE

PowerOn

7/3

Description:

Automatic area switchover dependent upon machine

Bit 0: No automatic switch to Machine operating area when the program is selected in

the Program Manager.

Bit 1: No automatic switch to Machine operating area when the operating mode is

changed over via the machine control panel (MCP).

Bit 2: No automatic switch to Machine operating area when the program is selected in

the Programs operating area.

Bit 3: No automatic start of block search when the program is selected / executed in

the Programs operating area.

51041

ENABLE_PROGLIST_USER

Activation of PLC program list, USER area

BYTE

Immediately

7/3

Description:

Activates the PLC program list of the USER area. The programs entered there can be

selected by the PLC for processing.

51042

ENABLE_PROGLIST_INDIVIDUAL

Activation of PLC program list, INDIVIDUAL area

BYTE

Immediately

7/3

Description:

Activates the PLC program list of the INDIVIDUAL area. The programs entered here can

be selected by the PLC for processing.

Machine data and parameters

650

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2.5 Machine and setting data cycles

51043

ENABLE_PROGLIST_MANUFACT

Activation of PLC program list, MANUFACTURER area

BYTE

Immediately

7/3

Description:

Activates the PLC program list of the MANUFACTURER area. The programs entered here can

be selected by the PLC for processing.

51044

ACCESS_SHOW_SBL2

Display protection level SBL2

BYTE

PowerOn

4/3

Description:

Display protection level SBL2

51045

ACCESS_TEACH_IN

Protection level TEACH IN

BYTE

PowerOn

4/3

Description:

Protection level TEACH IN

51046

ACCESS_CLEAR_RPA

Protection level delete R variables

BYTE

PowerOn

4/3

Description:

Protection level delete R variables

51047

ACCESS_READ_GUD_LUD

Read user variable protection level

BYTE

PowerOn

4/3

Description:

Read user variable protection level

51048

ACCESS_WRITE_GUD_LUD

Write protection level of user variables

BYTE

PowerOn

4/3

Description:

Write protection level of user variables

51049

ACCESS_WRITE_PRG_COND

Write program control protection level

BYTE

PowerOn

4/3

Description:

Write program control protection level

51050

ACCESS_WRITE_PROGRAM

Write part program protection level

BYTE

PowerOn

4/3

Description:

Write part program protection level

Machine data and parameters

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SINUMERIK machine and setting data

2.5 Machine and setting data cycles

51051

ACCESS_WRITE_RPA

Protection level write R variables

BYTE

PowerOn

4/3

Description:

Protection level write R variables

51052

ACCESS_WRITE_SEA

Protection level write setting data

BYTE

PowerOn

4/3

Description:

Protection level write setting data

51053

ACCESS_WRITE_BASEFRAME

Write basic work offset protection level

BYTE

PowerOn

4/3

Description:

Write basic work offset (basic frame) protection level

51054

ACCESS_WRITE_CYCFRAME

Write cycle frame protection level

BYTE

PowerOn

4/3

Description:

Write cycle frame protection level

51055

ACCESS_WRITE_EXTFRAME

Write external WO protection level

BYTE

PowerOn

4/3

Description:

Write external work offset protection level

51056

ACCESS_WRITE_PARTFRAME

Write table reference protection level

BYTE

PowerOn

4/3

Description:

Write table reference protection level

51057

ACCESS_WRITE_SETFRAME

Write basic reference protection level

BYTE

PowerOn

4/3

Description:

Write basic reference protection level

51058

ACCESS_WRITE_TOOLFRAME

Write basic tool reference protection level

BYTE

PowerOn

4/3

Description:

Write basic tool reference protection level

Machine data and parameters

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2.5 Machine and setting data cycles

51059

ACCESS_WRITE_TRAFRAME

Write transformation frame protec. level

BYTE

PowerOn

4/3

Description:

Write transformation frame protec. level

51060

ACCESS_WRITE_USERFRAME

Write settable work offset protection level

BYTE

PowerOn

4/3

Description:

Write settable work offset (G54 ... G599) protection level

51061

ACCESS_WRITE_WPFRAME

Write workpiece reference protection level

BYTE

PowerOn

4/3

Description:

Write workpiece reference protection level

51062

ACCESS_WRITE_FINE

Write protection level for fine offset of all work offsets

BYTE

PowerOn

4/3

Description:

Write protection level for fine offset of all work offsets

51063

ACCESS_SET_ACT_VALUE

Set actual value protection level

BYTE

PowerOn

4/3

Description:

Set actual value protection level

51064

ACCESS_WRITE_PROGLIST

Write protection level of program list in USER area

BYTE

Immediately

4/3

Description:

Minimum protection level required to change the program list in the USER area (program

manager)

51065

NUM_DISPLAYED_CHANNELS

Number of channels displayed simultaneously

BYTE

PowerOn

4/3

Description:

Setting of the number of channels to be displayed simultaneously in the machine

operating area and in the multi-channel editor.

51066

ORDER_DISPLAYED_CHANNELS

Channel numbers of the channels displayed

STRING

PowerOn

4/3

Machine data and parameters

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2.5 Machine and setting data cycles

Description:

Contains the numbers of the channels to be displayed under machine in the multi-

channel view, in the desired order and separated by commas, semicolons or spaces.

51067

ENABLE_HANDWHEEL_WINDOW

Show handwheel window

BYTE

PowerOn

4/2

Description:

If the machine data is set to 0, the window for handwheel assignment is hidden

51068

SPIND_DRIVELOAD_FROM_PLC1

Machine axis index of spindle 1 utilization display from PLC

BYTE

PowerOn

4/2

Description:

Machine axis index of a spindle (analog), which obtains the data for the utilization

display in the T,F,S window from the PLC.

SINUMERIK

840D sl: DB19.DBB6

SINUMERIK

828D

DB1900.DBB5006

51069

SPIND_DRIVELOAD_FROM_PLC2

Machine axis index of spindle 2 utilization display from PLC

BYTE

PowerOn

4/2

Description:

Machine axis index of a spindle (analog), which refers to the data for the utilization

display in the T,F,S window from the PLC (DB19.DBB7).

51070

ACCESS_CAL_TOOL_PROBE

Protection level for calibration of the tool probe (ShopTurn)

BYTE

PowerOn

4/3

Description:

Protection level for calibration of the tool probe (ShopTurn)

51071

ACCESS_ACTIVATE_CTRL_E

Protection level of Ctrl-Energy

BYTE

PowerOn

4/3

Description:

Protection level for activating, disabling and enabling energy-saving profiles.

51072

ACCESS_EDIT_CTRL_E

Protection level of Ctrl-Energy for changing profiles

BYTE

PowerOn

4/3

Description:

Protection level of Ctrl-Energy: Definition of energy-saving profiles

51073

ACCESS_SET_SOFTKEY_ACCESS

Protection level of "Adapt softkeys"

BYTE

PowerOn

4/3

Description:

Protection level for the softkey "Adapt softkeys", which is used to change the access

levels of other softkeys.

Machine data and parameters

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2.5 Machine and setting data cycles

51074

ACCESS_WRITE_WPC_COUNTER

Write protection level of workpiece counter

BYTE

PowerOn

4/3

Description:

Write protection level of workpiece counter in the Times/Counters mask in the machine

area

51075

ACCESS_WRITE_MDI

Write protection level MDI program

BYTE

PowerOn

4/3

Description:

Write protection level MDI program

51160

ACCESS_WRITE_CA_MACH_JOG

Write protection level collision monitoring machine jog

BYTE

PowerOn

7/1

Description:

This machine data defines the protection level from which the machine/machine

collision monitoring can be activated or deactivated under jog.

51161

ACCESS_WRITE_CA_MACH_AUTO

Write protection level, collision monitoring machine automatic

BYTE

PowerOn

7/1

Description:

This machine data defines the protection level from which the machine/machine

collision monitoring can be activated or deactivated under automatic.

51162

ACCESS_WRITE_CA_TOOL

Write protection level collision monitoring tool

BYTE

PowerOn

7/4

Description:

This machine data defines the protection level from which the collision monitoring for

tools can be activated or deactivated.

51198

ACCESS_READ_TM_ALL_PARAM

Protection level tool management details - read all parameters

BYTE

PowerOn

7/4

Description:

Protection level tool management details - read all parameters

51199

ACCESS_WRITE_TM_GRIND

Protection level of tool management for writing grinding data

BYTE

PowerOn

7/4

Description:

Protection level of tool management for writing grinding data

Machine data and parameters

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SINUMERIK machine and setting data

2.5 Machine and setting data cycles

51200

ACCESS_WRITE_TM_GEO

Write tool offset geometry data protection level

BYTE

PowerOn

7/4

Description:

Write tool offset geometry data protection level

51201

ACCESS_WRITE_TM_WEAR

Write tool offset wear data protection level

BYTE

PowerOn

7/4

Description:

Write tool offset wear data protection level

51202

ACCESS_WRITE_TM_WEAR_DELTA

Protection level for tool offset restricted writing of wear data

BYTE

PowerOn

7/4

Description:

Protection level for restricted writing of tool wear values

S. MD51213: TM_WRITE_WEAR_DELTA_LIMIT

51203

ACCESS_WRITE_TM_SC

Write tool offset sum offset protection level

BYTE

PowerOn

7/4

Description:

Write tool offset sum offset protection level

51204

ACCESS_WRITE_TM_EC

Write tool offset use offsets protection level

BYTE

PowerOn

7/4

Description:

Write tool offset use offsets protection level

51205

ACCESS_WRITE_TM_SUPVIS

Write tool offset monitoring data protection level

BYTE

PowerOn

7/4

Description:

Write tool offset monitoring data protection level

One authorization applies to all limit values: quantity, service life, wear and the

monitoring type.

51206

ACCESS_WRITE_TM_ASSDNO

Write tool offset unique D number protection level

BYTE

PowerOn

7/4

Description:

Write tool offset unique D number protection level

Machine data and parameters

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2.5 Machine and setting data cycles

51207

ACCESS_WRITE_TM_WGROUP

Write tool offset wear groups protection level

BYTE

PowerOn

7/4

Description:

Write tool offset wear groups (magazine location / magazine) protection level

51208

ACCESS_WRITE_TM_ADAPT

Write tool offset adapter data protection level

BYTE

PowerOn

7/4

Description:

Write tool offset tool adapter geometry data protection level

51209

ACCESS_WRITE_TM_NAME

Write tool offset tool name protection level

BYTE

PowerOn

7/4

Description:

Write tool offset tool name and duplo data protection level

51210

ACCESS_WRITE_TM_TYPE

Write tool offset tool type protection level

BYTE

PowerOn

7/4

Description:

Write tool offset tool type protection level

51211

ACCESS_READ_TM

Read tool offset data protection level

BYTE

PowerOn

7/4

Description:

Read tool offset data protection level

51212

TM_WRITE_WEAR_ABS_LIMIT

Maximum tool wear value

DOUBLE

PowerOn

0.999

7/4

Description:

Using TM_WRITE_WEAR_ABS_LIMIT, the max. possible value of a tool wear is limited

absolutely, independently of the current protection level (keyswitch position), i.e.

also independently of ACCESS_WRITE_TM_WEAR. Absolute and incremental wear limitation

can be combined, i.e. the wear can be changed incrementally up to the absolute limit.

See MD51213.

The value 0 disables the limitation of the wear input.

51213

TM_WRITE_WEAR_DELTA_LIMIT

Maximum difference value restricted tool wear input

DOUBLE

PowerOn

7/4

Description:

When entering tool offsets, the value of the change from the previous value to the new

value cannot exceed the value set here.

Machine data and parameters

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SINUMERIK machine and setting data

2.5 Machine and setting data cycles

With TM_WRITE_WEAR_DELTA_LIMIT, the change to a tool wear can be limited

incrementally, if the current protection level is the same as or higher than the one

set in ACCESS_WRITE_TM_WEAR_DELTA. With the current protection level being the same

or higher than ACCESS_WRITE_TM_WEAR, an incremental limitation is no longer

performed. Absolute and

incremental wear limitation can be combined, i.e. the wear can be changed up to the

absolute limit. See MD51212

The value 0 disables limitation of the wear input.

51214

TM_WRITE_LIMIT_MASK

Validity of the restricted tool wear input

BYTE

PowerOn

7/4

Description:

Validity of the restricted tool wear input

Bit 0:

use for cutting edge data, wear

Bit 1:

use for SC data, sum offsets

Bit 2:

use for EC data, use offsets

Bit 0+1+2:

use for all data, wear, SC, EC

51215

ACCESS_WRITE_TM_ALL_PARAM

Protection level TM details - write all parameters

BYTE

PowerOn

7/4

Description:

Protection level TM details - write all parameters

51216

ACCESS_TM_TOOL_CREATE

Protection level TM create tool

BYTE

PowerOn

7/4

Description:

Protection level TM create tool

51217

ACCESS_TM_TOOL_DELETE

Protection level TM delete tool

BYTE

PowerOn

7/4

Description:

Protection level TM delete tool

51218

ACCESS_TM_TOOL_LOAD

Protection level TM load tool

BYTE

PowerOn

7/4

Description:

Protection level TM load tool

51219

ACCESS_TM_TOOL_UNLOAD

Protection level TM unload tool

BYTE

PowerOn

7/4

Description:

Protection level TM unload tool

Machine data and parameters

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2.5 Machine and setting data cycles

51220

ACCESS_TM_TOOL_MOVE

Protection level TM relocate tool

BYTE

PowerOn

7/4

Description:

Protection level TM relocate tool

51221

ACCESS_TM_TOOL_REACTIVATE

Protection level TM reactivate tool

BYTE

PowerOn

7/4

Description:

Protection level TM reactivate tool

51222

ACCESS_TM_TOOL_MEASURE

Protection level TM measure tool

BYTE

PowerOn

7/4

Description:

Protection level TM measure tool

Direct jump from tool list to measuring screen

51223

ACCESS_TM_TOOLEDGE_CREATE

Protection level TM create tool cutting edge

BYTE

PowerOn

7/4

Description:

Protection level TM create tool cutting edge

51224

ACCESS_TM_TOOLEDGE_DELETE

Protection level TM delete tool cutting edge

BYTE

PowerOn

7/4

Description:

Protection level TM delete tool cutting edge

51225

ACCESS_TM_MAGAZINE_POS

Protection level TM position magazine

BYTE

PowerOn

7/4

Description:

Protection level TM position magazine

51226

FUNCTION_MASK_SIM

Function mask for simulation

DWORD

PowerOn

7/3

Description:

Function mask for simulation

Bit 0: No automatic start when simulation is selected

Bit 1: Deactivate simulation

Bit 4: Ignore frame components in X and Y (compatibility)

Bit 5: Turning tool can be rotated in the tool spindle

Bit 6: Enable handwheel as simulation override (values from DB19.DBW400)

Bit 7: Interpret handwheel values from DB19.DBW400 as absolute values

Machine data and parameters

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2.5 Machine and setting data cycles

Bit 10: Hide zero point symbol

Bit 22: Machine model for simulation from kinematic chain (also without collision

avoidance)

51228

FUNCTION_MASK_TECH

Function mask Cross-technology

DWORD

PowerOn

7/3

Description:

Function mask for all technologies

Bit 0: G code programming without multi-channel data

If bit 0 = 1, no multi-channel data will be offered for job lists which only contain

G code programs.

Bit 1: Enable print function of Editor

Bit 2: With external program selection (e.g. via PLC), set start disable (program

check).

51230

ENABLE_LADDER_DB_ADDRESSES

DB address activation in the PLC ladder viewer

BOOLEAN

Immediately

7/2

Description:

DB address activation in the PLC ladder viewer

51231

ENABLE_LADDER_EDITOR

Activation of PLC ladder add-on tool for INT100/101

BOOLEAN

Immediately

7/2

Description:

Activation of PLC ladder add-on tool for INT100/101

51232

ENABLE_LADDER_EDITOR_ADV

Activation of PLC ladder editor for the complete PLC project

BOOLEAN

Immediately

7/1

Description:

Activation of PLC ladder editor for the complete PLC project

51233

ENABLE_GSM_MODEM

GSM modem activation for Easy Message

BOOLEAN

PowerOn

7/2

Description:

GSM modem activation for Easy Message

51235

ACCESS_RESET_SERV_PLANNER

Protection level for acknowledgment of maintenance tasks

BYTE

Immediately

4/2

Description:

Protection level for acknowledgment of maintenance tasks

Machine data and parameters

660

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2.5 Machine and setting data cycles

51240

MACHINE_REGISTRATION

Machine registration

DWORD

Immediately

7/2

Description:

Machine registration

Bit 0: Enable machine registration via QR code

Bit 1: Machine has been registered

51300

MAXNUM_WAITM_USER

Number of wait marks available to the end user

BYTE

PowerOn

100

7/4

Description:

Number of wait marks available to the end user

51600

MEA_CAL_WP_NUM

Number of calibration data fields for workpiece probes

BYTE

Immediately

7/2

Description:

The workpiece probe calibration data refer to the workpiece coordinate system (Work)!

In the data fields, the workpiece probe calibration data of the technologies Milling

and

Turning are stored!

51601

MEA_CAL_EDGE_NUM

Number of geometry data fields of gauging block, workpiece probe

BYTE

Immediately

7/2

Description:

The gauging block is exclusively used to calibrate the workpiece probe of the Turning

technology!

51602

MEA_CAL_TP_NUM

Number of calibration data fields for tool probes

BYTE

Immediately

7/2

Description:

The value of this parameter corresponds to the number of tool probe calibration data

records

set up for the machine coordinate system (Machine).

51603

MEA_CAL_TPW_NUM

Number of calibration data fields for tool probes

BYTE

Immediately

7/2

Description:

The value of this parameter corresponds to the number of tool probe calibration data

records

set up for the workpiece coordinate system (Work).

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51618

MEA_CM_ROT_AX_POS_TOL

degrees

Tolerance of rotary axis positions - measuring with orientable

DOUBLE

Immediately

toolholder

0.5

-1

7/3

Description:

Parameter for measuring with orientable tool carrier

Entries in parameter $MN_MEA_CM_ROT_AX_POS_TOL are effective only if

$MNS_MEA_FUNCTION_MASK bit2 or bit16 is set by MD51740.

The real angle position of the rotary axes can deviate from the programmed one (exact

stop fine window).

This deviation depends on the position control features of the axis. The maximum

deviation expected on the concrete axis

must be entered in this parameter. When the tolerance is exceeded, alarm 61442

"Toolholder not in parallel with the geometry axes" is displayed.

51740

MEA_FUNCTION_MASK

Function mask for measuring cycles, workpiece and tool measuring

DWORD

Immediately

7/3

Description:

Function mask for measuring cycles

Bit 0:

Workpiece measurement, calibration status monitoring

0: Calibration monitoring not active

1: Calibration monitoring active

Between calibration and measurement, the following states are monitored:

- Working plane (G17, 18, 19)

- Probe type (3D probe, type 710, mono probe, type 712, L probe, type 713,

star probe, type 714)

- Length reference of the probe (center of the probe ball, probe ball

circumference)

- The following alarms 61341, 61419, 61420 can be output.

Note: - These monitoring functions are always active when "measuring in

JOG".

- See also SD54740 $SNS_MEA_FUNCTION_MASK, bit 4.

Bit 1:

Workpiece measurement, milling technology, length reference of the

workpiece probe

0: Tool length in the infeed axis, relative to the center of the probe

ball (TCP)

1: Tool length in the infeed axis, relative to the circumference of the

probe ball

Bit 2:

Workpiece measurement, taking into account the orientation of tool carriers

for the tool offset

0: The tool components are corrected according to the orientation of the

tool carrier

when measuring. This is valid for the orientations 0°, 90°, 180°, and 270°.

1: The tool components are corrected according to the orientation of the

tool carrier

in the initial setting.

Bit 4:

Workpiece measurement, milling technology, probe is permanently mounted on

the machine

0: When measuring, the workpiece probe is located in a tool spindle.

1: The workpiece probe is permanently mounted on the machine.

Machine data and parameters

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Not all measurement variants are available. If an inadmissible

measurement variant is selected,

alarm 61373 is output.

Bit 5:

Workpiece measurement, correction in WO coarse if no fine offset is set up

0: Only the measurement difference is entered in the coarse offset of the

WO (compatibility).

1: The absolute offset, corrected by the measurement difference, is

entered in the coarse offset of the WO.

Bit 6:

Effect of the feedrate override in measuring blocks of measuring cycles

0: Measuring blocks are traversed in the measuring cycles with the current

feedrate override (compatibility).

1: Measuring blocks are traversed in the measuring cycles with 100%

feedrate override if the feedrate override is set >0.

Bit 7:

Workpiece measurement, accept active WO in inactive WO, only JOG mode, set

edge

0: In JOG mode, "Set edge" function with correction of measurement result

in an

inactive work offset (target frame), only the measuring axis with the

result

is written by the geometry axes in the target frame.

For the non-measured geometry axes, no values are accepted from the active

work offset (source frame). (Compatibility)

Of all non-geometry axes (rotary and auxiliary axes), mirrorings,

rotations

and translations are accepted from the active work offset (source frame)

into the selected

inactive work offset (target frame). (Compatibility)

This description applies to automatic measurement using an electronic

probe

and equally to the "Scratching" function with a machining tool.

1: In JOG mode, "Set edge" function with correction of the measurement

result in an

inactive work offset (target frame), the measuring axis in the target

frame is

written with the measurement result.

For all other axes (geometry, rotary and auxiliary axes) mirrorings,

rotations and

translations are accepted from the active work offset (source frame) into

the selected

inactive work offset (target frame).

This description applies to automatic measurement using an electronic

probe

and equally to the "Scratching" function with a machining tool.

Bit 14:

Workpiece, simultaneous measurement function active

0: The simultaneous measurement function is inactive (default).

1: The simultaneous measurement function is active. This setting is

intended for machines with two spindles that operate simultaneously.

Bit 15:

Workpiece measurement, traverse measuring block with path behavior G60,

exact stop at the end of the block

0: The measuring block is traversed in continuous-path mode G64.

1: The measuring block is traversed with path behavior G60, exact stop at

the end of the block.

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Bit 16:

Tool measurement, turning technology, taking into account the orientation

of the tool carrier

0: The tool component is corrected according to the orientation of the

tool carrier

when measuring.

1: The tool component is corrected according to the orientation of the

tool carrier

in the initial setting.

51742

MEA_ACCESS_EXEC

Meas. cycles: Limitation of protection levels when writing system

DWORD

Immediately

variables

1, 1, 1, 1, 1, 1, 1, 1...

7/1

Description:

Limitation of the protection levels when writing system variables during the

execution of measuring cycles.

MD51742 limits one range of the current protection level between the setting of the

protection level

in MD11160 $NM_ACCESS_EXEC_CST and the setting in MD51742 when executing the

measuring cycles.

The field elements [0] to [9] are used as follows:

[0] Measure all kinematics

[1] to [9] reserved

For the meaning of the numerical values (protection level) see MD11160

51750

J_MEA_M_DIST

Measuring path for measuring with ShopMill, in automatic mode

DOUBLE

Immediately

-10000

10000

7/5

Description:

This parameter defines the measuring path in front of and behind the measuring

setpoint.

It is only used by old ShopMill measuring cycles (powerline).

51751

J_MEA_M_DIST_MANUELL

Measuring path, for "Measure in JOG"

DOUBLE

Immediately

-10000

10000

7/5

Description:

This parameter defines the measuring path in front of and behind the measuring

setpoint.

51752

J_MEA_M_DIST_TOOL_LENGTH

Measuring path for tool length measuring, for "Measure in JOG"

DOUBLE

Immediately

-10000

10000

7/5

Description:

This parameter defines the measuring path in front of and behind the measuring

setpoint.

51753

J_MEA_M_DIST_TOOL_RADIUS

Measuring path for tool radius measuring, for "Measure in JOG"

DOUBLE

Immediately

-10000

10000

7/5

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Description:

This parameter defines the measuring path in front of and behind the measuring

setpoint.

51757

J_MEA_COLL_MONIT_FEED

mm/min

Feedrate in the plane w. active collision detection, for "Measure in

DOUBLE

Immediately

JOG"

1000

100000

7/5

Description:

Feedrate in the working plane w. active collision detection

51758

J_MEA_COLL_MONIT_POS_FEED

mm/min

Infeed rate with active collision detection, for "Measure in JOG"

DOUBLE

Immediately

1000

100000

7/5

Description:

Feedrate of the infeed axis with active collision detection, for "Measure in JOG".

51770

J_MEA_CAL_RING_DIAM

Calibration ring diameter, for "Measure in JOG"

DOUBLE

Immediately

-1, -1, -1, -1, -1, -1, -1,

-1

10000

7/5

-1...

Description:

Calibration ring diameter, for probe sphere calibration in the plane, for "Measure in

JOG"

51772

J_MEA_CAL_HEIGHT_FEEDAX

Calibration height in the infeed axis, for probe length calibration

DOUBLE

Immediately

-99999, -99999,

-100000

100000

7/5

-99999, -99999,

-99999, -99999...

Description:

Calibration height in the infeed axis for probe length calibration, for "Measure in

JOG"

The calibration height must be entered with reference to the the workpiece coordinate

system (Work)!

51780

J_MEA_T_PROBE_DIAM_RAD

Diameter of the tool probe for radius measurement

DOUBLE

Immediately

0, 0, 0, 0, 0, 0

10000

7/5

Description:

Effective grinding wheel diameter of the tool probe for radius measurement on milling

tools

51781

MEA_T_PROBE_THICKNESS

Tool probe thickness

DOUBLE

Immediately

0, 0, 0, 0, 0, 0

10000

7/5

Description:

Tool probe thickness for automatic approach of turning tools to the probes at milling/

turning machines

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51784

J_MEA_T_PROBE_APPR_AX_DIR

Approach direction in the plane on the tool probe, for "Measure in

DWORD

Immediately

JOG"

-1, -1, -1, -1, -1, -1

-2

7/5

Description:

Approach direction in the plane on the tool probe, for "Measure in JOG"

= -2 negative direction 2nd measuring axis

= -1 negative direction 1st measuring axis

0 or 1 positive direction 1st measuring axis

2 psoitive direction 2nd measuring axis

51786

J_MEA_T_PROBE_MEASURE_DIST

Measur. path for tool measurem. w. stationary spindle, for

DOUBLE

Immediately

"Measure in JOG"

-10000

10000

7/5

Description:

Measuring path for tool probe calibration and tool measuring with stationary spindle,

in front of and behind the expected switching position.

51840

GRIND_FUNCTION_MASK

Function mask for grinding cycles

DWORD

Immediately

7/3

Description:

Function mask for grinding cycles

Bit 0: Reference point for recording dresser/grinding wheel is a work offset

0: Deselect work offset as reference point

1: Select work offset as reference point

Bit 1: Reserved

51900

CAS_ACCES_LEVEL

Collision Avoidance System access level for UI functionality

DWORD

Immediately

0, 0, 0, 0, 0, 0, 0, 0...

7/3

Description:

Collision Avoidance System access levels

Each field represents an access level of a CAS UI functionality

51901

CAS_CONFIG_MASK

Collision Avoidance System function mask

DWORD

Immediately

7/3

Description:

Collision Avoidance System function mask

Bit 0: reserved

Bit 1: reserved

51902

CAS_CONFIG_MASK_EXT

Collision Avoidance System extended function mask

DWORD

Immediately

7/3

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Description:

Collision Avoidance System extended function mask

Bit 0: reserved

Bit 1. reserved

51903

CAS_CONFIG_INT

Collision Avoidance System configuration - integers

DWORD

Immediately

0, 0, 0, 0, 0, 0, 0, 0...

7/3

Description:

Collision Avoidance System configuration - integers

Each field represents a CAS setting value.

Only integers are allowed.

52000

DISP_COORDINATE_SYSTEM

Coordinate system position

BYTE

PowerOn

7/3

Description:

With this MD, you adapt the operator panel's coordinate system to the machine's

coordinate system. Depending on the selected position, all help screens, the sequence

graphic, the simulation, and the input fields with the circular direction specified

will change automatically in the user interface.

The machine data is evaluated in the cycles.

Also note MD52210 $MCS_FUNCTION_MASK_DISP, bit 1.

52001

DISP_COORDINATE_SYSTEM_2

Coordinate system for turning on milling machines

BYTE

PowerOn

7/3

Description:

With this MD you specify the coordinate system for turning operations on milling

machines.

See also MD52000 $MCS_DISP_COORDINATE_SYSTEM.

52004

PROG_COORDINATE_SYS_CHAN

Coordinate system during programming as described in the

BYTE

PowerOn

specified channel

7/3

Description:

You can set this MD so that the coordinate system is displayed during programming as

it is described in the specified channel.

0: Display as described in own channel

n: Display as described in channel n

52005

DISP_PLANE_MILL

Plane selection Milling

BYTE

Immediately

7/3

Description:

Plane selection Milling

0: plane selection on the operator panel

17: always G17

18: always G18

19: always G19

Machine data and parameters

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52006

DISP_PLANE_TURN

Plane selection Turning

BYTE

Immediately

ReadOnly

Description:

Plane selection Turning

0: plane selection on the operator panel

17: always G17

18: always G18

19: always G19

52010

DISP_NUM_AXIS_BIG_FONT

Number of actual values with large font

BYTE

PowerOn

7/3

Description:

Number of actual values with large font

52011

ADJUST_NUM_AXIS_BIG_FONT

Adapt number of act val w large font dynamically to no. of

BYTE

PowerOn

geometry axes

7/3

Description:

Adapt the number of actual values with large font if the number of geometry axes

changes, e.g. due to transformations like TRANSMIT or TRACYL.

0 = Only MD52010 "DISP_NUM_AXIS_BIG_FONT" is valid. The number is assigned as a fixed

value.

1 = Only the geometry axes are displayed in large font. MD 52010

"DISP_NUM_AXIS_BIG_FONT" is ignored.

2 = The number of geometry axes plus the content of MD 52010 "DISP_NUM_AXIS_BIG_FONT"

are displayed in large font.

52020

ORIAXES_EULER_ANGLE_NAME

Axis identifiers of the orientation axes: Euler angle or geometry axis

BYTE

PowerOn

name

4/3

Description:

This MD specifies whether the axis identifiers of the orientation axes are Euler angle

names or channel geometry axis names.

Possible values are:

0 Orientation axis name from the channel block geometry axis name with the index 3

to 5

1 Orientation axis name is the name of the Euler angle from the general machine data

52032

STAT_DISPLAY_BASE

Number basis for display of articulated joint STAT

BYTE

PowerOn

4/3

Description:

Numerical basis for displaying the articulated joint STAT

If the value of the data is greater than 0, MD51032 $MNS_STAT_DISPLAY_BASE is ignored

for this channel.

00: MD51032 is active

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02: Representation as binary value

10: Representation as decimal value

16: Representation as hexadecimal value

The machine data activates not only the STAT display channel-specifically on the main

screen, but also the display during "TEACH IN".

52033

TU_DISPLAY_BASE

Number basis for display of rotary axis position TU

BYTE

PowerOn

4/3

Description:

Numerical basis for displaying the rotary axis position TU

If the value of the data is greater than 0, MD51033 $MNS_TU_DISPLAY_BASE is ignored

for this channel.

00: MD51033 is active

02: Representation as binary value

10: Representation as decimal value

16: Representation as hexadecimal value

The machine data activates not only the TU display channel-specifically on the main

screen, but also the display during "TEACH IN".

52200

TECHNOLOGY

Technology

BYTE

PowerOn

7/1

Description:

Technology

0: no specific configuration

1: turning

2: milling

3: cylindrical grinding

4: surface grinding

Also note MD52201 $MCS_TECHNOLOGY_EXTENSION

52201

TECHNOLOGY_EXTENSION

Extended technology

BYTE

PowerOn

7/1

Description:

Advanced technology

0: no specific configuration

1: turning

2: milling

Also note MD52200 $MCS_TECHNOLOGY.

Example:

Turning machine with milling technology

MD 52200 $MCS_TECHNOLOGY = 1

MD 52201 $MCS_TECHNOLOGY_EXTENSION = 2

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52206

AXIS_USAGE

Meaning of the axes in the channel

BYTE

PowerOn

0, 0, 0, 0, 0, 0, 0, 0, 0, 0,

7/3

0, 0, 0, 0, 0, 0, 0, 0, 0, 0

Description:

Meaning of the axes in the channel

0 = no special meaning)

1 = tool spindle (rotating tool)

2 = auxiliary spindle (rotating tool)

3 = main spindle (turning)

4 = separate C axis of the main spindle (turning)

5 = counterspindle (turning)

6 = separate C axis of the counterspindle (turning)

7 = linear axis of the counterspindle (turning)

8 = tailstock (turning)

9 = steady rest (turning)

10 = B axis in the head (turning and cylindrical grinding)

11 = reserved

12 = B axis in the counterspindle (turning)

13 = transverse travel X of the counterspindle (turning)

52207

AXIS_USAGE_ATTRIB

Axis attributes

DWORD

PowerOn

0, 0, 0, 0, 0, 0, 0, 0, 0, 0,

7/3

0, 0, 0, 0, 0, 0, 0, 0, 0, 0

Description:

Axis atributes

Bit 0: rotates around 1st geometry axis (for rotary axes)

Bit 1: rotates around 2nd geometry axis (for rotary axes)

Bit 2: rotates around 3rd geometry axis (for rotary axes)

Bit 3: Positive direction of rotation is counter-clockwise (for rotary axes)

The rotary axes are always viewed in the negative geometry axis direction.

For turning machines, a spindle is always viewed from the interior.

Bit 4: Displayed direction of rotation for M3 is counter-clockwise (for spindles)

The viewing direction can be selected. Either viewed outward from the inside

or from the outside toward the spindle.

However, the same selection must be made for all spindles.

Bit 5: Direction of rotation M3 corresponds to minus rotary axis (for spindles)

This bit must be set in the same way as a PLC bit.

For 840Dsl: PLC bit DBnn.DBX17.6, nn = 31 + machine axis index

For 828D

: PLC bit DB38xx.DBX2001.6, xx is machine axis index

Bit 6: Display rotary axis as offset target for measuring

Bit 7: Offer rotary axis in position pattern

The orientation of the axis is defined using bits 0 - 2.

If one of the bits 10 - 12 is set, these bits specify the orientation of the

axis for position patterns.

Bit 8: Offer rotary axis for blank clamp (on milling machines)

The orientation of the axis is defined using bits 0 - 2.

Bit 9: Spindle is not SPOS capable

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Bit 10: Rotary axis rotates around 1st geometry axis (only for position pattern)

Bit 11: Rotary axis rotates around 2nd geometry axis (only for position pattern)

Bit 12: Rotary axis rotates around 3rd geometry axis (only for position pattern)

Bit 13: Position of the axis for blank selection from active WO (for rotary axes)

This enables a rotary axis set up with simulation/simultaneous recording

to be automatically shown in the correct position.

Bit 14: Enable spindle in axis mode for teach-in.

Note:

For bits 0 - 2 and 10 - 12, only the 1st set bit is active in each case.

Note on position pattern with rotary axes:

If one of the bits 10 - 12 is set, these bits take precedence over bits 0 - 2.

52210

FUNCTION_MASK_DISP

Function mask for display

DWORD

PowerOn

7/3

Description:

Function mask for display

Bit 0: Dimension system for programs always in the basic system

Bit 1: Face view when turning in the school coordinate system

Bit 2: Hide softkey "T,S,M" in the jog area

Bit 3: Generate automatic end-of-program in MDI (using the "Delete blocks" softkey)

Bit 4: Display follow-on tool in the T,F,S window

Bit 5: Hide "Act. values Machine" softkey

Bit 6: Hide tool radius/diameter in the T,F,S window

Bit 7: Hide tool lengths in the T,F,S window

Bit 8: Hide tool icon in the T,F,S window

Bit 9: Display "Simple input" selection

Bit 10: Do not offer channel in the job lists

Bit 11: For Work activate the display of the logical spindles

Bit 12: Hide mold making view for G code

Bit 13: Hide channel axes which are currently located in another channel

0: Display channel axes which are currently located in another channel in grey

1: Hide channel axes which are currently located in another channel

Bit 14: Display overlay of the DRF under the machine

Bit 15: Display overlay of the tool ($AA_TOFF) under the machine

Bit 16: Select JOG axis via HMI

Bit 17: Select increment via HMI

Bit 18: Offer select "With set stop override to 0%" with configured stop (only with

Powerride)

52211

FUNCTION_MASK_DISP_ZOA

Function mask for displaying overview of work offsets

DWORD

PowerOn

2097141

7/3

Description:

Function mask for displaying overview of work offsets

Bit 0: Show Machine position

Bit 1: Reserved

Bit 2: Display DRF offset

Bit 3: Display $AA_OFF position offset

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Bit 4: Display $P_PARTFRAME

Bit 5: Display $P_SETFRAME

Bit 6: Display $P_EXTSFRAME

Bit 7: Display $P_ISO1FRAME

Bit 8: Display $P_ISO2FRAME

Bit 9: Display $P_ISO3FRAME

Bit 10: Display $P_ACTBFRAME

Bit 11: Display $P_IFRAME

Bit 12: Display $P_TOOLFRAME

Bit 13: Display $P_WPFRAME

Bit 14: Display $P_TRAFRAME

Bit 15: Display $P_PFRAME

Bit 16: Display $P_ISO4FRAME

Bit 17: Display $P_CYCFRAME

Bit 18: Display sum of work offsets

Bit 19: Display offset of active tool

Bit 20: Display Work position

Bit 21: Display BCS position

Bit 22: Display $P_GFRAME

Bit 23: Display TOFF

Bit 24: Display overlay $AA_TOFF

52212

FUNCTION_MASK_TECH

Function mask Cross-technology

DWORD

Immediately

7/3

Description:

Function mask for all technologies

Bit 0:

Enable swivel plane/align tool with tool carrier

0: Swivel plane/align tool with tool carrier not enabled

1: Swivel plane/align tool with tool carrier enabled

Bit 1:

No optimized travel along software limit switches (ShopMill/ShopTurn)

0: Optimized travel along software limit switches

1: No optimized travel along software limit switches

With optimized travel along the software limit switches, in the swiveled state (with

table kinematics) any traversing motions which would go

beyond the software limit switches are truncated. This avoids the alarm 10720 "Axis

software limit switches".

Bit 2:

Special approach logic for step drill (ShopTurn)

0: Special approach logic for step drill disabled

1: Special approach logic for step drill active

When navigating around the retraction planes, the longest cutting edge (with the same

cutting edge position as the active cutting edge) in the same machining direction is

always taken into account.

Bit 3:

Call block search cycle for ShopMill/ShopTurn

0: In the block search cycle PROG_EVENT.SPF, the cycles E_S_ASUP and F_S_ASUP are not

called

1: In the block search cycle PROG_EVENT.SPF, the cycles E_S_ASUP (milling technology)

and F_S_ASUP (turning technology) are called. After the block search,

the cycles E_S_ASUP and F_S_ASUP ensure the output of tool and machine commands.

The corresponding cycle is also called with a block search of a G code program.

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The bit must be set when ShopMill/ShopTurn is used!

Bit 4:

Approach logic via cycle (ShopTurn)

0: Approach logic via NC function

1: Approach logic via ShopTurn cycle

The approach logic via the ShopTurn cycle is only required for diagnostic purposes.

Bit 5:

Call SERUPRO block search function

0: In the block search cycle PROG_EVENT.SPF, the cycle CYCLE207 is not called.

1: In the block search cycle PROG_EVENT.SPF, the cycle for SERUPRO (CYCLE207) is

called (for block search with SERUPRO program test).

After the block search with program test (SERUPRO), cycle CYCLE207 ensures the output

of the collected machine commands.

Bit 6:

Work offset ZV cannot be entered as an absolute value (ShopTurn)

0: Parameter ZV, active work offset can be entered as an increment and as an absolute

1: Parameter ZV, active work offset can only be entered as an increment (ShopTurn)

Bit 7:

Detect expiry of tool lives in the program (ShopMill/ShopTurn)

0: The tool life is only taken into account when the tool is loaded

1: The tool life is taken into account when changing the machining steps (even if

there is no tool change).

Bit 8:

Manual machine function active (ShopMill/ShopTurn)

0: Manual machine function is not activated

1: Manual machine function is active

Bit 9:

Selection/deselection of work offset via softkey

0: The WO selection/deselection softkey is not available in the work offset table of

the settable WOs.

1: The WO selection/deselection softkey is available in the work offset table of the

settable WOs.

Bit 10:

Enable swivel plane/align tool with kinematic transformation

0: Swivel plane/align tool with kinematic transformation not enabled

1: Swivel plane/align tool with kinematic transformation enabled

Bit 11:

Disable position check for drilling and milling tools (ShopTurn)

0: Cutting edge position check is active for drilling and milling tools

1: No cutting edge position check for drilling and milling tools

The cutting edge position check can be disabled for drilling and milling tools if this

is necessary on account of the machine design.

Bit 12:

Reserved

Bit 13:

Approach tool change point Y in the MCS (ShopTurn)

0 : The tool change point in the Work is only approached to 0 in the Y direction if

MD52241 $MCS_TOOL_CHANGE_POS_Y = 0.

1: Tool change point in the MCS is always approached in the Y direction (see MD52241

$MCS_TOOL_CHANGE_POS_Y).

Bit 14: With approach logic only check tool position with cutting edge (ShopTurn)

0: The approach logic always checks the tool position.

1: The approach logic only checks the tool position if a cutting edge is active.

Bit 15: Do not set $MC_TOOL_CARRIER_RESET_VALUE after block search

0: The current tool carrier is written in the machine data

$MC_TOOL_CARRIER_RESET_VALUE in the block search cycle PROG_EVENT.SPF

1: The current tool carrier is not written in the machine data

$MC_TOOL_CARRIER_RESET_VALUE in the block search cycle PROG_EVENT.SPF

Bit 16: Do not automatically execute swivel plane after block search

0: The section for standard cycles: swivel plane is executed in the block search cycle

PROG_EVENT.SPF

Machine data and parameters

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2.5 Machine and setting data cycles

1: The section for standard cycles: swivel plane is not executed in the block search

cycle PROG_EVENT.SPF

Bit 17: Do not automatically execute align turning tool after block search

0: The section for align turning tool is executed in the block search cycle

PROG_EVENT.SPF

1: The section for align turning tool is not executed in the block search cycle

PROG_EVENT.SPF

Bit 18: Enable Determine total load: empty axis + workpiece

0: The selection Determine load separately is enabled in the cycle CYCLE782. The

determined load value then corresponds to the current workpiece only.

1: The total load is determined in the cycle CYCLE782. The determined load value

corresponds to the sum of: empty axis + workpiece.

52214

FUNCTION_MASK_MILL

Function mask for milling

DWORD

Immediately

7/3

Description:

Function mask for milling

Bit 0:

Enable cylinder surface transformation (ShopMill)

0: Softkey not enabled for cylinder surface transformation

1: Cylinder surface transformation enabled

Bit 1:

Offer fixed table for blank clamping (on milling machines)

0: Fixed table not offered for blank clamping

1: Offer fixed table for blank clamping

(This bit must only be set if a milling machine has a rotary axis and a fixed table for

blank clamping.)

Bit 2:

Special handling of side mill/saw for polyhedron

0: No special handling of side mill/saw for polyhedron

1: Special handling of side mill/saw for polyhedron

With this tool type, the first infeed is selected so that the upper edge of the tool

exactly touches reference point Z0.

At the end of machining, it is completely drawn out laterally from the blank spigot.

This can create an internal polyhedron on a shaft.

Bit 3:

Enable inside/rear machining (ShopTurn)

0: Inside/rear machining not enabled

1: Enable inside/rear machining in ShopTurn screenforms (applies in ShopTurn

screenforms which define the machining planes)

Bit 4:

Enable spindle clamping (C axis) (ShopTurn)

0: The parameter "Clamp/release spindle" is not shown in drilling or milling

screenforms. ShopTurn clamps the spindle automatically if this is advantageous for

machining.

1: The parameter "Clamp/release spindle" is shown in drilling and milling

screenforms. The operator decides on the machining for which the spindle is clamped.

If you have implemented the function "Clamp/release spindle" by using the machine

manufacturer cycle CUST_TECHCYC.SPF, you can activate the parameter "Clamp/release

spindle"

in drilling and milling screenforms with this machine data.

Bit 5:

Enable spindle control of tool spindle via user interface

0: Enable spindle control via the NC/PLC interface

1: Enable spindle control via user interface

Bit 6:

Enable spindle control of turning spindle via user interface

Machine data and parameters

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2.5 Machine and setting data cycles

0: Enable spindle control via the NC/PLC interface

1: Enable spindle control via user interface

Bit 7:

Offer fixed table for blank clamping (on drilling machines)

0: Fixed table not offered for blank clamping

1: Offer fixed table for blank clamping

(This bit must only be set if a drilling machine has a rotary axis and a fixed table

for blank clamping.)

Bit 8:

Enable damping braking (C axis) (ShopTurn)

0: Parameter "Damping braking on/off" is not displayed in the milling screenforms.

1: Parameter "Damping braking on/off" is displayed in the milling screenforms. The

operator decides with which machining (face C/cylinder surface C) the C axis is

braked.

If you have implemented the function "Damping braking" with the machine manufacturer

cycle CUST_TECHCYC.SPF, you can activate the

parameter "Damping braking on/off" in the milling screenforms.

52216

FUNCTION_MASK_DRILL

Function mask for drilling

DWORD

Immediately

7/3

Description:

Function mask for drilling

Bit 0:

CYCLE84 Show input fields, Technology

0: Hide input fields

1: Show input fields

Bit 1:

CYCLE840 Show input fields, Technology

0: Hide input fields

1: Show input fields

Bit 2:

Thread tapping also without encoder (ShopMill/ShopTurn)

0: Thread tapping only possible with encoder

1: Thread tapping also possible without encoder

The setting depends on whether the machine has an encoder for the tool spindle.

Bit 3:

Constant cutting speed in relation to the diameter of the centering

(ShopMill/ShopTurn)

0: Constant cutting speed in relation to the diameter of the tool

1: Constant cutting speed in relation to the diameter of the centering

52218

FUNCTION_MASK_TURN

Function mask Turning

DWORD

Immediately

7/3

Description:

Function mask for turning

Bit 0:

Enable zoom under manual for tool measurement

0: No zoom under manual for tool measurement

1: Enable zoom under manual for tool measurement

Bit 1:

Enable parts gripper for cut-off

0: No parts gripper for cut-off

1:Enable parts gripper for cut-off

Bit 2:

Enable tailstock

0: Tailstock not enabled

1: The tailstock can be selected in the program.

Machine data and parameters

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SINUMERIK machine and setting data

2.5 Machine and setting data cycles

Bit 3:

Enable spindle control of main spindle via user interface

0: Enable spindle control via the NC/PLC interface

1: Enable spindle control via the user interface

Bit 4:

Enable spindle control of counterspindle via user interface

0: Enable spindle control via the NC/PLC interface

1: Enable spindle control via the user interface

Bit 5:

Enable spindle control of tool spindle via user interface

0: Enable spindle control via the NC/PLC interface

1: Enable spindle control via the user interface

Bit 6:

Enable balance cutting for dual-channel stock removal

0: No enable of the balance cutting function for dual-channel stock removal

1: Enable of balance cutting for dual-channel stock removal

In balance cutting, stock is removed from both sides of the workpiece simultaneously.

This enables work to be performed with a higher feedrate.

Bit 7:

Retraction during stock removal along the contour with G1

0: Retraction during stock removal along the contour with rapid traverse (G0)

1: Retraction during stock removal along the contour with feedrate (G1)

Bit 8:

Enter spindle chuck data in the program

0: The spindle chuck data are taken from the corresponding input screen in the

parameter area.

1: Enter spindle chuck data in the program

Bit 9:

Additional entry of tailstock data in the program

0: The tailstock data are taken from the spindle chuck data in the parameter area.

1: Additional entry of tailstock data in the program

This bit is only effective if bit 8 is also set.

Bit 10:

Enable convex thread

0: Convex thread not enabled with longitudinal thread cutting

1: Convex thread enabled with longitudinal thread cutting

Bit 11:

Reserved

Bit 12:

Deactivate thread synchronization

0: Thread synchronization is possible

1: Deactivate the thread synchronization function

The operator screenform to set the synchronization point is not displayed, and in the

thread cycles

the thread first cut is not calculated with the synchronization point.

Bit 13:

Stock removal along the contour with CYCLE95 (828D programGUIDE without

Advanced Technology)

0: The screenform for CYCLE952 is opened with the softkey contour turning/stock

removal.

1: The screenform for CYCLE95 is opened with the softkey contour turning/stock

removal.

Secondary conditions:

- 828D

- programGUIDE

- Without Advanced Technology option

Bit 14:

Turning on milling machines: continuous transition between pole position

and beta plus

0: possibly discontinuous transition between pole position and beta plus

(compatibility)

1: continuous transition between pole position and beta plus

Machine data and parameters

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2.5 Machine and setting data cycles

52224

FUNCTION_MASK_TECHNOLOGY_0

Technology function mask 0

DWORD

PowerOn

7/3

Description:

Technology function mask 0

Bit 0:

Hide display of tools/tool functions

0: Show tools/tool functions

1: Hide tools/tool functions

Bit 1:

Hide display of spindles/spindle functions

0: Show spindles/spindle functions

1: Hide spindles/spindle functions

Bit 2:

Hide "Synchronous actions" softkey

0: Show "Synchronous actions" softkey

1: Hide "Synchronous actions" softkey

Bit 3:

Hide "Retract" softkey

0: Show "Retract" softkey

1: Hide "Retract" softkey

Bit 4:

Hide "Contour" softkey

0: Show "Contour" softkey

1: Hide "Contour" softkey

Bit 5:

Hide "Diverse" softkey

0: Show "Diverse" softkey

1: Hide "Diverse" softkey

Bit 6:

Hide "Simulation" softkey

0: Show "Simulation" softkey

1: Hide "Simulation" softkey

Bit 7:

Hide "Simultaneous recording" softkey

0: Show "Simultaneous recording" softkey

1: Hide "Simultaneous recording" softkey

Bit 8:

Hide "Mold making view" softkey

0: Show "Mold making view" softkey

1: Hide "Mold making view" softkey

52229

ENABLE_QUICK_M_CODES

Enable fast M functions

BYTE

Immediately

7/3

Description:

Enable fast M functions

Bit 0:

Coolant

OFF

Bit 1:

Coolant 1

Bit 2:

Coolant 2

Bit 3:

Coolant 1 and 2 ON

52230

M_CODE_ALL_COOLANTS_OFF

M code for all coolants OFF

DWORD

Immediately

32767

7/3

Description:

M code for all coolants OFF

Machine data and parameters

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2.5 Machine and setting data cycles

52231

M_CODE_COOLANT_1_ON

M code for coolant 1 ON

DWORD

Immediately

32767

7/3

Description:

M code for coolant 1 ON

52232

M_CODE_COOLANT_2_ON

M code for coolant 2 ON

DWORD

Immediately

32767

7/3

Description:

M code for coolant 2 ON

52233

M_CODE_COOLANT_1_AND_2_ON

M code for both coolants ON

DWORD

Immediately

-1

32767

7/3

Description:

M code for coolant 1 + 2 ON

52240

NAME_TOOL_CHANGE_PROG

Tool change program for G code steps

STRING

Immediately

7/3

Description:

Tool change program for G code steps.

When inserting a tool using the "Select tool" softkey, the T command is transferred

into the program.

If the MD contains a text, this is automatically inserted as an autonomous block after

the T command.

For example, the tool change command "M6" can be entered here or a machine-

manufacturer specific tool change program.

52241

TOOL_CHANGE_POS_Y

Tool change position Y in the Machine (ShopTurn)

DOUBLE

Immediately

7/3

Description:

Tool change position Y in Machine (ShopTurn)

In ShopTurn, the tool change point in X and Z can be specified in the Machine or Work.

When the tool change point is approached, the Y axis is simultaneously traversed to

the value in the Machine specified in this MD.

52242

TURN_TOOL_FIXING

Tool adapter for turning tools

BYTE

PowerOn

7/3

Description:

Tool adapter for turning tools:

0 = turning tool in the tool spindle

1 = turning tool fixed at the tool spindle box

2 = turning tool in the tool spindle or fixed at the tool spindle box

Machine data and parameters

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2.5 Machine and setting data cycles

52244

SUB_SPINDLE_PARK_POS_Y

Parking position of the Y axis with counterspindle in the Machine

DOUBLE

Immediately

7/3

Description:

Parking position of the Y axis with counterspindle in the Machine

52248

REV_2_BORDER_TOOL_LENGTH

Limit value tool length X for 2nd turret

DOUBLE

Immediately

7/3

Description:

Limit value of tool length X for the 2nd turret:

Limit value = 0: only one turret available

Tool length X < limit value: tool belongs to 1st turret/multifix

Tool length X >= limit value: tool belongs to 2nd turret/multifix

52250

M_CODE_CHUCK_OPEN

M code for Open chuck with non-rotating spindle

STRING

Immediately

7/3

Description:

M code for Open chuck with non-rotating spindle.

Example: "M34" or "M1=34"

Elements:

[0]: Main spindle

[1]: Counterspindle

52251

M_CODE_CHUCK_OPEN_ROT

M code for Open chuck with rotating spindle

STRING

Immediately

7/3

Description:

M code for Open chuck with rotating spindle.

Example: "M34" or "M1=34"

Elements:

[0]: Main spindle

[1]: Counterspindle

52252

M_CODE_CHUCK_CLOSE

M code for Close chuck

STRING

Immediately

7/3

Description:

M code for Close chuck

Example: "M34" or "M1=34"

Elements:

[0]: Main spindle

[1]: Counterspindle

Machine data and parameters

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SINUMERIK machine and setting data

2.5 Machine and setting data cycles

52253

M_CODE_TAILSTOCK_FORWARD

M code for quill forward

STRING

Immediately

7/3

Description:

M code for quill forward.

E.g.: "M55" or "M1=55"

Elements:

[0]: Quill opposite main spindle

[1]: Quill opposite counterspindle

52254

M_CODE_TAILSTOCK_BACKWARD

M code for quill backward

STRING

Immediately

7/3

Description:

M code for quill backward.

E.g.: "M54" or "M1=54"

Elements:

[0]: Quill opposite main spindle

[1]: Quill opposite counterspindle

52260

MACHINE_JOG_INTERRUPT_PRIO

Priority for start ASUB under machine JOG

BYTE

Immediately

7/3

Description:

Priority for start ASUB under machine JOG

52270

TM_FUNCTION_MASK

Function mask for tool management

DWORD

PowerOn

7/3

Description:

Function mask for tool management

Bit 0:

Create tool on magazine location not allowed. Tools can only be created

outside the magazine.

Bit 1:

Load/unload disabled if machine is not in reset. Tools can only be loaded/

unloaded if the appropriate channel is in reset state.

Bit 2:

Load/unload disabled on emergency stop. Tools can only be loaded/unloaded if

emergency stop is not active.

Bit 3:

Load/unload or relocate tool to/from buffer is disabled. Tools cannot be

loaded/ unloaded or relocated in the buffer (spindle/gripper).

Bit 4:

Loading is executed directly into the spindle. Tools are loaded exclusively

directly into the spindle.

Bit 5:

Use grinding configuration file for creating the tool lists. Only grinding

tools are offered.

Bit 6:

Relocating a tool to/from the buffer (spindle/gripper) is permitted despite

a block (see bit3).

Bit 7:

Create tool using the tool number. Specify the tool's T number when creating

the tool.

Bit 8:

Hide Relocate tool. The function 'Relocate tool' is hidden on the user

interface.

Machine data and parameters

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SINUMERIK machine and setting data

2.5 Machine and setting data cycles

Bit 9:

Hide Position magazine. The function 'Position magazine' is hidden on the

user interface.

Bit 10:

Reactivate tool using Position magazine. Prior to reactivation, the tool is

positioned on the loading position.

Bit 11:

Reactivate tool in all monitoring modes. When reactivating a tool, all

monitoring modes enabled in the NC are

reactivated for this tool, even the monitoring modes, which have not been set for the

relevant tool, but are available in the backg5round only.

Bit 12:

Hide Reactivate tool. The function 'Reactivate tool' is hidden on the user

interface.

52271

TM_MAG_PLACE_DISTANCE

Distance betw. indiv. magazine locations

DOUBLE

PowerOn

10000

7/3

Description:

Distance between individual magazine locations.

Is used for graphical display of magazine and tools in tool management.

52272

TM_TOOL_LOAD_DEFAULT_MAG

Default magazine for tool loading

BYTE

PowerOn

7/3

Description:

Default magazine for tool loading

0 = no default magazine

52273

TM_TOOL_MOVE_DEFAULT_MAG

Default magazine for tool relocation

BYTE

PowerOn

7/3

Description:

Default magazine for tool relocation

0 = no default magazine

52274

TM_TOOL_LOAD_STATION

Number of load station

BYTE

PowerOn

7/3

Description:

Number of the loading station

0 = All configured stations are taken into account

52281

TOOL_MCODE_FUNC_ON

M code for tool-specific function ON

DWORD

Immediately

-1, -1, -1, -1

-1

32767

7/3

Description:

M code for tool-specific function ON

Value -1 means that the M function is not output. If both M commands of a function

equal -1, the corresponding field will not be displayed in the user interface

Machine data and parameters

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SINUMERIK machine and setting data

2.5 Machine and setting data cycles

52282

TOOL_MCODE_FUNC_OFF

M code for tool-specific function OFF

DWORD

Immediately

-1, -1, -1, -1

-1

32767

7/3

Description:

M code for tool-specific function OFF

Value -1 means that the M function is not output. If both M commands of a function

equal -1, the corresponding field will not be displayed in the user interface

52290

SIM_DISPLAY_CONFIG

Location of status display of the channel in the simulation (OP019

BYTE

Immediately

only)

0x0F

7/3

Description:

Location of status display of the channel in the simulation

Only one of the 4 corners can be selected:

Bit 0 = Top left corner

Bit 1 = Top right corner

Bit 2 = Bottom left corner

Bit 3 = Bottom right corner

This MD is active only on the OP019.

52441

LIMIT_RES_PATH_SPEED

mm/min

Limiting the resulting speed of the path motion

DOUBLE

Immediately

1000000

7/1

Description:

With the CYCLE832 cycle, the speed of the path motion resulting from the axial

limitation values can be limited or reduced in critical program sections.

The resulting path speed is limited to the entered value. However, the value 0 has no

limiting effect.

The limitation of the path motion speed is deactivated by deselecting CYCLE832 or by

a reset or by ending the part program.

52740

MEA_FUNCTION_MASK

Function mask for measuring cycles, workpiece and tool measuring

DWORD

Immediately

65536

7/3

Description:

Function mask for measuring cycles

Bit 0:

Workpiece measurement, probe input

0: Workpiece probe connected to probe input 1

1: Workpiece probe connected to probe input 2

Bit 1:

Workpiece measurement, turning technology, use of a third geometry axis (Y

axis) in turning technology by the

turning measurement cycles.

0: No use or support of the Y axis.

1: Default values for the turning measuring cycles refer to the Y axis.

This means that the Y axis can be used as a measuring or bypassing axis

by the turning measuring cycles.

The tool length or work offset is always corrected in the components of

the second geometry axis (X axis) during measurement in the Y axis.

Note: The default values for the Y axis are related to the diameter.

Machine data and parameters

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2.5 Machine and setting data cycles

Bit 2:

Correction angle is calculated with/without orientation transformation

0: Correction angle (_MEA_CORR_ANGLE[1]) is calculated only with an

active orientation transformation(TCARR, CYCLE800 or TRAORI)

1: Correction angle (_MEA_CORR_ANGLE[1]) is calculated even without an

active orientation transformation

and SD42940 $SC_TOOL_LENGTH_CONST 1000s digit = 1 (calculation of tool

orientation) is set

Bit 16:

Tool measurement, probe input

0: Tool probe connected to probe input 1

1: Tool probe connected to probe input 2

Bit 17: Tool measurement turning, recoding of the cutting edge positions

0: No recoding

1: Internal recoding, cutting edge positions mirrored on the X axis

Tool turret rotated through 180°, Z axis not mirrored

52750

J_MEA_FIXPOINT

Z value for measuring fixed point

DOUBLE

Immediately

7/3

Description:

Z value for measuring against fixed point

52751

J_MEA_MAGN_GLAS_POS

Zoom-in position for tool measurement

DOUBLE

Immediately

7/3

Description:

If the machine has a zoom, it can be used to determine the tool geometry.

The operator calculates the tool offset data from the known positions of the tool

carrier reference point and the crosshair of the zoom.

Zoom-in position for tool measurement

[0] = Position in the 1st axis

[1] = Position in the 2nd axis

52780

J_MEA_T_PROBE_APPR_MODE

Approach mode tool measurement in JOG

BYTE

Immediately

7/3

Description:

Approach mode tool measurement in JOG

=0: technology-dependent approach to the tool probe

Turning technology: manual approach

Milling technology

: automatic approach

=1: technology independent approach to the tool probe

Manual approach to the tool probe

=2: technology-independent approach to the tool probe

Automatic approach to the tool probe

52800

ISO_M_ENABLE_POLAR_COORD

Polar coordinates

BYTE

Immediately

7/3

Description:

Polar coordinates

Machine data and parameters

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SINUMERIK machine and setting data

2.5 Machine and setting data cycles

0: OFF

1: ON

52802

ISO_ENABLE_INTERRUPTS

Interrupt process

BYTE

Immediately

7/3

Description:

Interrupt process

0: OFF

1: ON

52804

ISO_ENABLE_DRYRUN

Machining skipped at DRYRUN

BYTE

Immediately

7/3

Description:

Maching skipped during tapping G74/G84 at DRYRUN

0: OFF

1: ON

52806

ISO_SCALING_SYSTEM

Basic system

BYTE

Immediately

7/7

Description:

Basic system:

0: not defined

1: METRIC

2: INCH

52808

ISO_SIMULTAN_AXES_START

Simultaneous approach to the boring position on all programmed

BYTE

Immediately

axes

7/3

Description:

Simultaneous approach to the boring position on all programmed axes

0: OFF

1: ON

52810

ISO_T_DEEPHOLE_DRILL_MODE

Deep hole drilling with chipbreaking/stock removal

BYTE

Immediately

7/3

Description:

Select the type of deep hole drilling

0: deep hole drilling with chipbreaking

1: deep hole drilling with stock removal

52818

ISO_M_FUNCTION_MASK

Function mask for ISO milling mode

DWORD

Immediately

7/3

Machine data and parameters

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2.5 Machine and setting data cycles

Description:

Function mask for ISO milling mode

52819

ISO_T_FUNCTION_MASK

Function mask for ISO turning mode

DWORD

Immediately

7/3

Description:

Function mask for ISO turning mode

52840

GRIND_FUNCTION_MASK

Function mask for grinding

DWORD

Immediately

7/3

Description:

Function mask for grinding

Bit 7:

Retraction while profiling with G1

0: Retraction while profiling with rapid traverse (G0)

1: Retraction while profiling with feedrate (G1)

52842

GRIND_DIAMETER_LENGTH

Number of diameter length

BYTE

PowerOn

7/3

Description:

Grinding technology: Number of the tool length for the grinding wheel diameter:

1: Length 1 is grinding wheel diameter

2: Length 2 is grinding wheel diameter

52843

GRIND_WIDTH_LENGTH

Number of grinding wheel width

BYTE

PowerOn

7/3

Description:

Grinding technology: Number of the tool length for the grinding wheel width:

1: Length 1 is grinding wheel width

2: Length 2 is grinding wheel width

53030

AXIS_MAX_POWER

Maximum value of axis power rating display

DWORD

PowerOn

100

255

4/3

Description:

Maximum value of permissible axis power rating in percent.

The display bar is shown green in the range between 0 and the value of AXIS_MAX_POWER.

53031

AXIS_POWER_RANGE

Display range of axis power rating display

DWORD

PowerOn

100

255

4/3

Description:

Scale end value for the axis power display as a percentage. The value must be greater

than or equal to AXIS_MAX_POWER.

The bar display is shown red in the area between the values of AXIS_MAX_POWER and

AXIS_POWER_RANGE.

Machine data and parameters

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SINUMERIK machine and setting data

2.5 Machine and setting data cycles

53035

SHOW_SPINDLE_UTIL_TIME

Display spindle service life

DWORD

PowerOn

4/3

Description:

If the remaining spindle service life (at the same load) is less than 2 minutes, the

remaining time is displayed.

0: Do not display spindle service life

1: Display spindle service life

53220

AXIS_MCS_POSITION

Position of axis in the Machine

DOUBLE

Immediately

7/3

Description:

Position of axis in the Machine:

The 3 field elements specify the position in X, Y, Z.

For linear axes, the value corresponds to the zero point of the axis in the Machine.

For rotary axes, the position of the rotary axis is defined in the Machine.

53230

SIM_START_POSITION

mm, degrees

Axis position at start of simulation

DOUBLE

Immediately

7/3

Description:

Axis position at start of simulation

Simulation is only possible if a value not equal to 0 has been set for at least one

geometry axs.

53240

SPINDLE_PARAMETER

Spindle chuck data

DOUBLE

Immediately

7/7

Description:

Spindle chuck data:

[0]: Chuck dimension

[1]: Stop dimension

[2]: Jaw dimension

53241

SPINDLE_CHUCK_TYPE

Spindle jaw type

BYTE

Immediately

7/7

Description:

Spindle jaw type:

0 = Clamping from outside

1 = Clamping from inside

53242

TAILSTOCK_PARAMETER

Tailstock data

DOUBLE

Immediately

7/7

Description:

Tailstock data:

Machine data and parameters

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2.5 Machine and setting data cycles

[0]: Tailstock diameter

[1]: Tailstock length

53250

CLAMPING_TOLERANCE

mm, degrees

Permissible tolerance when an axis jams

DOUBLE

Immediately

0.1

7/3

Description:

Permissible tolerance when an axis jams.

When jamming, an axis can be pushed somewhat out of its position.

With this machine date you define up to which tolerance level the axis does not have

to be repositioned.

53350

ILC_BASE_VALUE

Basic inertia of the axis

DOUBLE

Immediately

7/1

Description:

Basic inertia of the axis

The result of the determination of the load on the axis without workpiece is stored in

this machine data.

This value must be determined once during the machine setup.

It is needed to support the Determine load separately function with the cycle CYCLE782.

54215

TM_FUNCTION_MASK_SET

Function mask for tool management

DWORD

PowerOn

7/4

Description:

Function mask for tool management

Bit 0:

Diameter display for rotating tools. It is not the radius value but the

diameter that is displayed for rotating tools.

Bit 1:

Default direction of rotation for all turning tools is M4. Direction of

rotation M4 is assigned by default when turning tools are created.

Bit 2:

Create tool without suggesting name.

Bit 3:

Input disable for tool name and tool type in the case of loaded tools. Once

tools have been loaded, the tool name and the tool type can no longer be changed.

Bit 4:

Input disable for loaded tools if the channel is not in reset.

Bit 5:

Accrue tool wear entries additively. Tool wear data entries are added to the

existing wear value.

Bit 6:

Entry of tool ID in numerical format. The tool ID may only be entered using

numbers.

Bit 7:

Hide tool monitoring parameters. The tool monitoring parameters are hidden

on the user interface.

Bit 8:

Diameter display for transverse axis geometry. The geometry value for the

transverse axis is displayed as a diameter value.

Bit 9:

Diameter display for transverse axis wear. The wear value for the transverse

axis is displayed as a diameter value.

Bit 10:

Enable loading/relocation of tool in buffer locations. The magazine number

can be entered in the load dialog box. The magazine number 9998 is then used to access

the buffer location.

Bit 11:

Creation of new tools in gripper locations is disabled.

Bit 12:

Measuring tools are not unloaded when the "Unload all" function is executed.

Bit 13:

The wear value is not deleted on entry of a tool geometry value.

Machine data and parameters

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2.5 Machine and setting data cycles

Bit 14:

Load or relocate tool. The search for an empty location is made without

assignment with the last used magazine.

The search for an empty location always starts with the last used magazine.

The search for an empty location follows the set search strategy.

54480

AST_MMC_HANDLER_NAME

Assignment of an HMI Operate instance for AST commands

STRING

Immediately

1/1

Description:

Name of the assigned HMI Operate (master)

One Operate must be defined as the master.

54481

AST_MMC_DEFAULT_IS_PCU

Selection of HMI Operate internally (NCU) / externally (PCU) for AST

BOOLEAN

Immediately

1/1

Description:

Selection of HMI Operate internally (NCU) / externally (PCU) for AST

Selection of the Operate type

54600

MEA_WP_BALL_DIAM

Effective diameter of the probe sphere for the workpiece probe

DOUBLE

Immediately

0, 0, 0, 0, 0, 0, 0, 0...

10000

7/7

Description:

Effective sphere diameter of the probe sphere for the workpiece probe.

The value of this parameter is created by the operation "Calibrate workpiece probe"!

54601

MEA_WP_TRIG_MINUS_DIR_AX1

Trigger point of the 1st measuring axis in negative direction

DOUBLE

Immediately

0, 0, 0, 0, 0, 0, 0, 0...

-100000

100000

7/7

Description:

Trigger point of the 1st measuring axis (abscissa) in negative traversing direction (X

at G17) of the workpiece probe.

The term "negative traversing direction" refers to the currently active workpiece

zero point reference!

The value of this parameter is created by the operation "Calibrate workpiece probe"!

54602

MEA_WP_TRIG_PLUS_DIR_AX1

Trigger point of the 1st measuring axis in positive direction

DOUBLE

Immediately

0, 0, 0, 0, 0, 0, 0, 0...

-100000

100000

7/7

Description:

Trigger point of the 1st measuring axis (abscissa) in positive traversing direction (X

at G17) of the workpiece probe.

The term "positive traversing direction" refers to the currently active workpiece

zero point reference!

The value of this parameter is created by the operation "Calibrate workpiece probe"!

54603

MEA_WP_TRIG_MINUS_DIR_AX2

Trigger point of the 2nd measuring axis in negative direction

DOUBLE

Immediately

0, 0, 0, 0, 0, 0, 0, 0...

-100000

100000

7/7

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2.5 Machine and setting data cycles

Description:

Trigger point of the 2nd measuring axis (ordinate) in negative traversing direction (Y

at G17) of the workpiece probe.

The term "negative traversing direction" refers to the currently active workpiece

zero point reference!

The value of this parameter is created by the operation "Calibrate workpiece probe"!

54604

MEA_WP_TRIG_PLUS_DIR_AX2

Trigger point of the 2nd measuring axis in positive direction

DOUBLE

Immediately

0, 0, 0, 0, 0, 0, 0, 0...

-100000

100000

7/7

Description:

Trigger point of the 2nd measuring axis (ordinate) in positive traversing direction (Y

at G17) of the workpiece probe.

The term "positive traversing direction" refers to the currently active workpiece

zero point reference!

The value of this parameter is created by the operation "Calibrate workpiece probe"!

54605

MEA_WP_TRIG_MINUS_DIR_AX3

Trigger point of the 3rd measuring axis in negative direction

DOUBLE

Immediately

0, 0, 0, 0, 0, 0, 0, 0...

-100000

100000

7/7

Description:

Trigger point of the 3rd measuring axis (applicate) in negative traversing direction

(Z at G17) of the workpiece probe.

The term "negative traversing direction" refers to the currently active workpiece

zero point reference!

The value of this parameter is created by the operation "Calibrate workpiece probe"!

54606

MEA_WP_TRIG_PLUS_DIR_AX3

Trigger point of the 3rd measuring axis in positive direction

DOUBLE

Immediately

0, 0, 0, 0, 0, 0, 0, 0...

-100000

100000

7/7

Description:

Trigger point of the 3rd measuring axis (applicate) in positive traversing direction

(Z at G17) of the workpiece probe.

The term "positive traversing direction" refers to the currently active workpiece

zero point reference!

The value of this parameter is created by the operation "Calibrate workpiece probe"!

54607

MEA_WP_POS_DEV_AX1

Position deviation of the probe sphere in the 1st measuring axis

DOUBLE

Immediately

0, 0, 0, 0, 0, 0, 0, 0...

-100000

100000

7/7

Description:

The position deviation in the 1st measuring axis represents a geometrical offset of

the center point of the probe sphere

related to the electrical center point of the probe in this axis!

The value of this parameter is created by the operation "Calibrate workpiece probe"!

54608

MEA_WP_POS_DEV_AX2

Position deviation of the probe sphere in the 2nd measuring axis

DOUBLE

Immediately

0, 0, 0, 0, 0, 0, 0, 0...

-100000

100000

7/7

Description:

The position deviation in the 2nd measuring axis represents a geometrical offset of

the center point of the probe sphere

Machine data and parameters

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2.5 Machine and setting data cycles

related to the electrical center point of the probe in this axis!

The value of this parameter is created by the operation "Calibrate workpiece probe"!

54609

MEA_WP_STATUS_RT

Calibration status axis positions

DOUBLE

Immediately

0, 0, 0, 0, 0, 0, 0, 0...

7/7

Description:

Calibration status of the axis positions reserved for internal use!

The value of this parameter is created by the operation "Calibrate workpiece probe"!

54610

MEA_WP_STATUS_GEN

Calibration status in general

DOUBLE

Immediately

0, 0, 0, 0, 0, 0, 0, 0...

7/7

Description:

Calibration status in general reserved for internal use!

The value of this parameter is created by the operation "Calibrate workpiece probe"!

54611

MEA_WP_FEED

mm/min

Measuring feed for calibration

DOUBLE

Immediately

0, 0, 0, 0, 0, 0, 0, 0...

100000

7/7

Description:

Measure workpiece measuring feed for calibration

This measuring feed is used for all subsequent workpiece measuring programs in

conjunction with the probe field.

54615

MEA_CAL_EDGE_BASE_AX1

Calibration groove base of the 1st measuring axis

DOUBLE

Immediately

0, 0, 0

-100000

100000

7/7

Description:

Calibration groove base of the 1st measuring axis (abscissa, Z at G18)

This parameter is a geometrical component of the calibration groove and must be

supplied by the user!

54617

MEA_CAL_EDGE_PLUS_DIR_AX1

Calibration groove edge in positive direction of the 1st measuring

DOUBLE

Immediately

axis

0, 0, 0

-100000

100000

7/7

Description:

Calibration groove edge in positive direction of the 1st measuring axis (abscissa, Z

at G18)

This parameter is a geometrical component of the calibration groove and must be

supplied by the user!

54618

MEA_CAL_EDGE_MINUS_DIR_AX1

Calibration groove edge in negative direction of the 1st measuring

DOUBLE

Immediately

axis

0, 0, 0

-100000

100000

7/7

Description:

Calibration groove edge in negative direction of the 1st measuring axis (abscissa, Z

at G18)

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2.5 Machine and setting data cycles

This parameter is a geometrical component of the calibration groove and must be

supplied by the user!

54619

MEA_CAL_EDGE_BASE_AX2

Calibration groove base of the 2nd measuring axis

DOUBLE

Immediately

0, 0, 0

-100000

100000

7/7

Description:

Calibration groove base of the 2nd measuring axis (ordinate, X at G18)

This parameter is a geometrical component of the calibration groove and must be

supplied by the user!

54620

MEA_CAL_EDGE_UPPER_AX2

Calibration groove upper edge of the 2nd measuring axis

DOUBLE

Immediately

0, 0, 0

-100000

100000

7/7

Description:

Calibration groove upper edge of the 2nd measuring axis (ordinate, X at G18)

This parameter is a geometrical component of the calibration groove and must be

supplied by the user!

54621

MEA_CAL_EDGE_PLUS_DIR_AX2

Calibration groove edge in positive direction of the 2nd measuring

DOUBLE

Immediately

axis

0, 0, 0

-100000

100000

7/7

Description:

Calibration groove edge in positive direction of the 2nd measuring axis (ordinate, X

at G18)

This parameter is a geometrical component of the calibration groove and must be

supplied by the user!

54622

MEA_CAL_EDGE_MINUS_DIR_AX2

Calibration groove edge in negative direction of the 2nd measuring

DOUBLE

Immediately

axis

0, 0, 0

-100000

100000

7/7

Description:

Calibration groove edge in negative direction of the 2nd measuring axis (ordinate, X

at G18)

This parameter is a geometrical component of the calibration groove and must be

supplied by the user!

54625

MEA_TP_TRIG_MINUS_DIR_AX1

Trigger point of the 1st measuring axis in negative direction

DOUBLE

Immediately

0, 0, 0, 0, 0, 0

-100000

100000

7/7

Description:

Trigger point of the 1st measuring axis in negative direction (abscissa, X at G17, Z

at G18)

The trigger point refers to the machine coordinate system (Machine).

Prior to calibration the approximate trigger point must be entered in the machine

coordinate system!

The exact value of this parameter is created by the operation "Calibrate workpiece

probe"!

Machine data and parameters

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SINUMERIK 840D sl. Service - Configuring Commissioning. Manual (2011-2020) - page 10