ID-range 120250-120499

120237 - 120253

Description

This error message informs about internal states, error solutions and the place of error in the source. Please give the complete error message data to the CNC manufacturer.

Reaction

Class

2

Solution

Class

8

Restart of NC-control necessary.

120254

Circular blocks not allowed while spline interpolation is active.

Description

Depending on selected spline type only specific path preparatory functions are allowed. For example with active B-spline interpolation only linear motion types G00 and G01 are allowed.

Further information to spline functionality see.

Reaction

Class

2

Program execution stop.

Solution

Class

6

Either use spline type Akima or do not use G02, G03 commands in CNC program.

Error type

1, Error message from NC-program.

120255

Polynomial blocks not allowed while spline interpolation is active.

Description

Depending on selected spline type only specific path preparatory functions are allowed. For example with active Akima or B-spline interpolation no HSC function or polynomial contouring are allowed.

Further information about spline functionality see.

Reaction

Class

2

Program execution stop.

Solution

Class

6

Check CNC program, the HSC function, polynomial contouring and spline should not be active at the same time.

Error type

1, Error message from NC-program.

120256 - 120264

Description

This error message informs about internal states, error solutions and the place of error in the source. Please give the complete error message data to the CNC manufacturer.

Reaction

Class

3

Solution

Class

8

Restart of NC-control necessary.

120265

Cannot get axis count.

Description

While active spline interpolation (G151) no axes exchange (e.g. via axis exchange commands # PUT AX[], #CALL AX[]) is allowed.

Further information to spline interpolation see.

Reaction

Class

2

Program execution stop.

Solution

Class

6

No axes exchange while active spline interpolation or deactivation of spline interpolation via G150 before programming of axes exchange command.

Error type

1, Error message from NC-program.

120266

Description

This error message informs about internal states, error solutions and the place of error in the source. Please give the complete error message data to the CNC manufacturer.

Reaction

Class

2

Solution

Class

8

Restart of NC-control necessary.

120267

Braking distance is to small to reach the correct corner velocity.

Description

Braking distance from programmed feed to corner velocity is greater than block path or parameter corner distance in functionality corner deceleration G12, G13.

Reaction

Class

2

Program execution stop.

Solution

Class

6

Reduction of programmed feed F or increase parameter corner distance.

Parameter

%1:

Actual value [-]

Programmed path feed F

%2:

Limit value [-]

Maximum permissible path feed for braking to corner velocity.

Error type

1, Error message from NC-program.

120268

Change of spline type while spline interpolation is active.

Description

While active Akima or B-spline interpolation spline type cannot be changed.

Further information about spline function see.

Reaction

Class

2

Program execution stop.

Solution

Class

6

Before change of spline type in CNC program deactivation of spline function is necessary.

Error type

1, Error message from NC-program.

120269 / 120270

Description

This error message informs about internal states, error solutions and the place of error in the source. Please give the complete error message data to the CNC manufacturer.

Reaction

Class

2

Solution

Class

8

Restart of NC-control necessary.

120272

Leaving specified working area.

Description

For non cartesian machine kinematics (e.g. tripod) additional workspace monitoring is done based on cylinder depending on machine dimensions.

Further Information to kinematic transformation see [KITRA].

Reaction

Class

2

Program execution stop.

Solution

Class

6

Keep programmed movement in CNC program in allowed range depending on radius see below.

Parameter

%1:

Actual value [0.1 µm or 0,0001°]

Current radius result from programmed contour.

%2:

Limit value [0.1 µm or 0,0001°]

Permissible radius.

Error type

1, Error message from NC-program.

120275 - 120284

Description

This error message informs about internal states, error solutions and the place of error in the source. Please give the complete error message data to the CNC manufacturer.

Reaction

Class

2

Solution

Class

8

Restart of NC-control necessary.

120285

Axis exchange while active spline interpolation.

Description

While active Akima or B-spline interpolation no axis exchange is allowed.

Further information about spline functionality see.

Reaction

Class

2

Program execution stop.

Solution

Class

6

Before use of axis exchange commands in CNC program deactivation of spline function is necessary.

Error type

1, Error message from NC-program.

120287 - 120292

Description

This error message informs about internal states, error solutions and the place of error in the source. Please give the complete error message data to the CNC manufacturer.

Reaction

Class

2

Solution

Class

8

Restart of NC-control necessary.

120293

Change of RTCP mode while active spline interpolation.

Description

While active spline interpolation no activation or deactivation of kinematic transformation via #TRAFO ON/OFF command is allowed.

Further information about polynomial contouring see [PROG].

Reaction

Class

2

Program execution stop.

Solution

Class

6

Deactivation of spline function before selection / deselection of kinematic transformation.

Error type

1, Error message from NC-program.

120294

Selection/deselection of RTCP while polynomial contouring is active.

Description

While active polynomial contouring G61, G261 no activation or deactivation of kinematic transformation via #TRAFO ON/OFF command is allowed.

Further information about polynomial contouring see.

Reaction

Class

2

Program execution stop.

Solution

Class

6

Deactivation of polynomial contouring via G260 before selection / deselection of kinematic transformation.

Error type

1, Error message from NC-program.

120296

Description

This error message informs about internal states, error solutions and the place of error in the source. Please give the complete error message data to the CNC manufacturer.

Reaction

Class

2

Solution

Class

8

Restart of NC-control necessary.

120297

Flushing of buffers while active polynomial contouring.

Description

While active polynomial contouring (G61, G261) no function selection is possible which leads to flushing of CNC internal buffer.

The following CNC commands / functions for example are flushing internal buffer:

- #FLUSH

- #FLUSH CONTINUE

- #FLUSH WAIT

- #SET DEC LR SOLL

- #SET IPO SOLLPOS

- #CS ON[], CS OFF

- #TRAFO ON/OFF

- G200

- synchrones V.E variables

Further information about polynomial contouring and listed CNC commands see.

Reaction

Class

2

Program execution stop.

Solution

Class

6

Do not use CNC commands / functions listed above with active polynomial contouring.

Parameter

%1:

Actual value [-]

Error type

1, Error message from NC-program.

120299 - 120318

Description

This error message informs about internal states, error solutions and the place of error in the source. Please give the complete error message data to the CNC manufacturer.

Reaction

Class

2

Solution

Class

8

Restart of NC-control necessary.

120319

Buffer-FIFO full.

Description

In CNC program sequence there are too many non relevant blocks between two movement blocks which has to be processed. Non relevant blocks are CNC program blocks without movement information. M codes, parameter calculation or subprogram calls leads to non relevant blocks. With too many non relevant blocks internal buffer memory is limiting.

Reaction

Class

2

Program execution stop.

Solution

Class

6

Check CNC program, reduction of M codes, subprogram calls and parameter calculation between movement blocks.

Error type

1, Error message from NC-program.

120320 - 120328

Description

This error message informs about internal states, error solutions and the place of error in the source. Please give the complete error message data to the CNC manufacturer.

Reaction

Class

2

Solution

Class

8

Restart of NC-control necessary.

120332

De-/Selection of synchronous operation during active spline interpolation.

Description

While active Akima or B-spline interpolation no activation or deactivation of synchronous mode via #ENABLE AX LINK[], #DISABLE AX LINK[] is allowed.

Further information about spline functionality see.

Reaction

Class

2

Program execution stop.

Solution

Class

6

Deactivation of spline function before selection / deselection of synchronous mode.

Error type

1, Error message from NC-program.

120333

De-/Selection of contouring during active spline interpolation.

Description

While active polynomlial contouring G61, G261 no activation or deactivation of synchronous mode via #ENABLE AX LINK[], #DISABLE AX LINK[] is allowed.

Further information about polynomial contouring see.

Reaction

Class

2

Program execution stop.

Solution

Class

6

Deactivation of polynomial contouring via G260 before selection / deselection of synchronous mode.

Error type

1, Error message from NC-program.

120334 - 120345

Description

This error message informs about internal states, error solutions and the place of error in the source. Please give the complete error message data to the CNC manufacturer.

Reaction

Class

2

Solution

Class

8

Restart of NC-control necessary.

120346

Buffer FIFO full.

Description

In CNC program there are too many non relevant blocks between two movement blocks which has to be processed. Non relevant blocks are CNC program blocks without movement information. M codes, parameter calculation or subprogram calls leads to non relevant blocks. With too many non relevant blocks internal buffer memory is limiting.

Reaction

Class

2

Program execution stop.

Solution

Class

6

Check CNC program, reduction of M codes, subprogram calls and parameter calculation between movement blocks.

Error type

1, Error message from NC-program.

120347 - 120369

Description

This error message informs about internal states, error solutions and the place of error in the source. Please give the complete error message data to the CNC manufacturer.

Reaction

Class

2

Solution

Class

8

Restart of NC-control necessary.

120370

Selection/deselection of spline interpolation wile free form mode is active.

Description

While active HSC mode (#HSC[]) no activation (G151) or deactivation (G150) of spline function is allowed.

Further information about spline functionality see.

Reaction

Class

2

Program execution stop.

Solution

Class

6

Deactivation of HSC function via #HSC[OFF] before before selection / deselection of spline function.

Error type

1, Error message from NC-program.

120371

Buffer FIFO full.

Description

In CNC program sequence there are too many non relevant blocks between two movement blocks which has to be processed by HSC function(#HSC ON[..]). Non relevant blocks are CNC program blocks without movement information. M codes, parameter calculation, dwell time or subprogram calls leads to non relevant blocks. Because of limited internal buffer memory polynomial or spline calculation cannot be done.

Further information to HSC function see [PROG]

Reaction

Class

2

Program execution stop.

Solution

Class

6

Check CNC program. In some cases the problem can be solved with placing the activation/deactivation command of HSC function outside of the NC-program sequence with non relevant blocks.

Otherwise reduction of M codes, subprogram calls and parameter calculation between movement blocks has to be done.

Error type

1, Error message from NC-program.

120372 - 120374

Description

This error message informs about internal states, error solutions and the place of error in the source. Please give the complete error message data to the CNC manufacturer.

Reaction

Class

2

Solution

Class

8

Restart of NC-control necessary.

120377

Trying to select free form mode while spline generation is active.

Description

Before selection of HSC function (#HSC[]) spline interpolation (G151) must be inactive.

Further information to HSC functionality see.

Reaction

Class

2

Program execution stop.

Solution

Class

6

Deactivation of spline interpolation with G150.

Error type

1, Error message from NC-program.

120378

Trying to change free form mode in active state.

Description

While active HSC functionality (#HSC[]) HSC mode cannot be changed.

Further information to HSC functionality see.

Reaction

Class

2

Program execution stop.

Solution

Class

6

Deselection of HSC function via #HSC[OFF] before HSC mode change.

Error type

1, Error message from NC-program.

120379

Maximum contour error is 0 or negative.

Description

With HSC function (#HSC[]) invalid parameter value for contour error (keyword CONTERROR) is programmed.

Further information to HSC functionality see.

Reaction

Class

2

Program execution stop.

Solution

Class

6

Use parameter value in valid range.

Parameter

%1:

Actual value [-]

Current parameter.

Error type

1, Error message from NC-program.

120380 - 120388

Description

This error message informs about internal states, error solutions and the place of error in the source. Please give the complete error message data to the CNC manufacturer.

Reaction

Class

2

Solution

Class

8

Restart of NC-control necessary.

120389

Positive software limit switch exceeded.

Description

While active HSC mode the positive software limit switch will be exceeded in programmed contour. The affected contour element is not processed.

All previous programmed contour elements until detected contour element are driven. The position of the software limit switch is defined by axis parameter P-AXIS-00178 and can be altered by the NC-program with the command G99.

See also,.

Reaction

Class

2

Program execution stop.

Solution

Class

6

Check CNC program and offsets, contour programming inside software limits.

Parameter

%1:

Logical axis number [-]

Logical axis number (P-AXIS-00016) of axis.

%2:

Actual value [0.1 µm or 0,0001°]

Current axis position.

%3:

Upper limit value [0.1 µm or 0,0001°]

Positive software limit.

Error type

1, Error message from NC-program.

120390

Negative software limit switch exceeded.

Description

While active HSC mode the negative software limit switch will be exceeded in programmed contour. The affected contour element is not processed.

All previous programmed contour elements until detected contour element are driven. The position of the software limit switch is defined by axis parameter P-AXIS-00177 and can be altered by the NC-program with the command G99.

See also,.

Reaction

Class

2

Program execution stop.

Solution

Class

6

Check CNC program and offsets, contour programming inside software limits.

Parameter

%1:

Logical axis number [-]

Logical axis number (P-AXIS-00016) of axis.

%2:

Actual value [0.1 µm or 0,0001°]

Current axis position.

%3:

Lower limit value [0.1 µm or 0,0001°]

Negative software limit.

Error type

1, Error message from NC-program.

120391

Invalid value for cosine of angle between blocks.

Description

With HSC function (#HSC[]) invalid parameter value (keyword COS_PHI_MIN) for cosinus of block angle is programmed.

Further information to HSC functionality see.

Reaction

Class

2

Program execution stop.

Solution

Class

6

Use parameter value in valid range.

Parameter

%1:

Actual value [-]

Current parameter.

%2:

Lower limit value [-]

Lower limit of parameter.

%3:

Upper limit value [-]

Upper limit of parameter.

Error type

1, Error message from NC-program.

120392

Maximum factor block length is 0 or negative.

Description

With HSC function (#HSC[]) invalid parameter value (keyword FACT_BLOCK_LEN) for blocklength factor is programmed.

Further information to HSC functionality see.

Reaction

Class

2

Program execution stop.

Solution

Class

6

Use parameter value in valid range.

Parameter

%1:

Actual value [-]

Current parameter.

Error type

1, Error message from NC-program.

120393

Invalid value for order of block length filter.

Description

With HSC function (#HSC[]) invalid parameter value (keyword BL_FILTER_ORDER) for order of block length filter is programmed.

Further information to HSC functionality see.

Reaction

Class

2

Program execution stop.

Solution

Class

6

Use parameter value in valid range.

Parameter

%1:

Actual value [-]

Current parameter.

%2:

Lower limit value [-]

Lower limit of parameter.

%3:

Upper limit value [-]

Upper limit of parameter.

Error type

1, Error message from NC-program.

120394

Maximum factor angle between blocks is 0 or negative.

Description

With HSC function (#HSC[]) invalid parameter value (keyword FACT_ANGLE) for angle factor is programmed.

Further information to HSC functionality see.

Reaction

Class

2

Program execution stop.

Solution

Class

6

Use parameter value in valid range.

Parameter

%1:

Actual value [-]

Current parameter.

Error type

1, Error message from NC-program.

120395

Maximum factor prod. of angle times block length is 0 or negative.

Description

With HSC function (#HSC[]) invalid parameter value (keyword FACT_PROD_ANGLE_LEN) for product of blocklength and angle is programmed.

Further information to HSC functionality see.

Reaction

Class

2

Program execution stop.

Solution

Class

6

Use parameter value in valid range.

Parameter

%1:

Actual value [-]

Current parameter.

Error type

1, Error message from NC-program.

120396

Invalid value for angle filter order.

Description

With HSC function (#HSC[]) invalid parameter value (keyword ANGLE_FILTER_ORDER ) for order of angle filter is programmed.

Further information to HSC functionality see.

Reaction

Class

2

Program execution stop.

Solution

Class

6

Use parameter value in valid range.

Parameter

%1:

Actual value [-]

Current parameter.

%2:

Lower limit value [-]

Lower limit of parameter.

%3:

Upper limit value [-]

Upper limit of parameter.

Error type

1, Error message from NC-program.

120397 - 120404

Description

This error message informs about internal states, error solutions and the place of error in the source. Please give the complete error message data to the CNC manufacturer.

Reaction

Class

2

Solution

Class

8

Restart of NC-control necessary.

120405

Tool data are inconsistent.

Description

The given toolgeometry is not known. The geometry must be a ball end cutter or a shaft end cutter.

Reaction

Class

2

Break of NC program

Solution

Class

3

Check and modify the toolgeometry of the tool in the tool data list.

Parameter

%1:

Actual value [-]

Tool id

%2:

Actual value [0.1 µm or 0,0001°]

Tool radius

%3:

Actual value [-]

Wrong tool geometry

%4:

Actual value [0.1 µm or 0,0001°]

Internal state of tool geomtry correction

Error type

1, Error message from NC-program.

120406

Description

This error message informs about internal states, error solutions and the place of error in the source. Please give the complete error message data to the CNC manufacturer.

Reaction

Class

2

Solution

Class

8

Restart of NC-control necessary.

120407

Unknown channel block.

Description

The received movement command (function block) is not valid in the actual state of the tool radius compensation.

In the selected condition of TGC there are only linear motion blocks permitted.

Reaction

Class

2

Break of NC-program

Solution

Class

3

Check de-/selection of TGC.

Parameter

%1:

Block number [-]

Internal state of tool geometry compensation

Error type

1, Error message from NC-program.

120408

Too many linear block without path travel.

Description

Reaction

Class

2

Solution

Class

3

Error type

1, Error message from NC-program.

120409

No linear block with path travel unequal zero available.

Description

Reaction

Class

2

Solution

Class

3

Parameter

%1:

Actual value [-]

Error type

1, Error message from NC-program.

120410

Leading angle changes sign.

Description

Reaction

Class

2

Solution

Class

3

Parameter

%1:

Actual value [0.1 µm or 0,0001°]

%2:

Actual value [0.1 µm or 0,0001°]

Error type

1, Error message from NC-program.

120411

Illegal zero vector in TGC.

Description

Reaction

Class

2

Solution

Class

3

Error type

1, Error message from NC-program.

120422 - 120424

Description

This error message informs about internal states, error solutions and the place of error in the source. Please give the complete error message data to the CNC manufacturer.

Reaction

Class

2

Solution

Class

8

Restart of NC-control necessary.

120425

An axis is missing for the coordinate system.

Description

For the interpolation of orientation at least 3 coordinate system axes are required. Actually the channel has less axes.

Reaction

Class

2

Break of NC program.

Solution

Class

6

Check of program, verify axes exchange

Parameter

%1:

Incorrect value [-]

Actual number of axes in channel

%2:

Limit value [-]

Required number of axes

Error type

1, Error message from NC-program.

120428 - 120430

Description

This error message informs about internal states, error solutions and the place of error in the source. Please give the complete error message data to the CNC manufacturer.

Reaction

Class

2

Solution

Class

8

Restart of NC-control necessary.

120433

Programmed functions not supported in FFM Mode 2

Description

While active HSC function (#HSC[]) in spline mode the following commands cannot be programmed.

- G100, measurement function.

- G95, feed per revolution.

- G61, G261, polynomial contouring.

- G96, constant cutting speed.

- G33, thread cutting.

Further information about HSC function and listed CNC commands see.

Reaction

Class

2

Program execution stop.

Solution

Class

6

Deactivation of HSC function before programming of CNC commands listed above.

Error type

1, Error message from NC-program.

120434

Flush buffers not allowed in Mode 2

Description

While active HSC function (#HSC[]) no function selection is possible which leads to flushing of CNC internal buffer.

The following CNC commands / functions for example are flushing internal buffer:

- #FLUSH

- #FLUSH CONTINUE

- #FLUSH WAIT

- #SET DEC LR SOLL

- #SET IPO SOLLPOS

- #CS ON[], CS OFF

- #TRAFO ON/OFF

- G200

- synchrones V.E variables

Further information about HSC function and listed CNC commands see.

Reaction

Class

2

Program execution stop.

Solution

Class

6

Deactivation of HSC function before programming of CNC commands listed above.

Error type

1, Error message from NC-program.

120435

Block type not allowed in FFM Mode 2

Description

While active HSC mode (#HSC[]) with spline mode no activation of dwell time (G04) is allowed.

Further information about HSC function see.

Reaction

Class

2

Program execution stop.

Solution

Class

6

Deactivation of HSC function via #HSC[OFF] command if programming of dwell time is required.

Error type

1, Error message from NC-program.

120438

Description

This error message informs about internal states, error solutions and the place of error in the source. Please give the complete error message data to the CNC manufacturer.

Reaction

Class

2

Solution

Class

8

Restart of NC-control necessary.

120439

buffer fifo full

Description

In CNC program with active tangential tracking functionality (#CAXTRACK ON) there are too many non relevant blocks between two movement blocks which has to be processed. Non relevant blocks are CNC program blocks without movement information. M codes, parameter calculation or subprogram calls leads to non relevant blocks. With too many non relevant blocks internal buffer memory is limiting.

Further information to tangential tracking functionality see.

Reaction

Class

2

Program execution stop.

Solution

Class

6

Check CNC program, reduction of M codes, subprogram calls and parameter calculation between movement blocks.

Error type

1, Error message from NC-program.

120440 - 120458

Description

This error message informs about internal states, error solutions and the place of error in the source. Please give the complete error message data to the CNC manufacturer.

Reaction

Class

3

Solution

Class

8

Restart of NC-control necessary.

120459

Corner deviation of tracking axis during G61 exceeds limit.

Description

While polynomial contouring (G61, G261) corner deviation of tracking axis exceeds programmed requested tracking deviation.

Further information about polynomial contouring see.

Reaction

Class

1

None.

Solution

Class

1

Increase permissible corner deviation of tracking axis.

Parameter

%1:

Logical axis number [-]

Logical axis number P-AXIS-00016 of affected tracking axis.

%2:

Actual value [0.1 µm or 0,0001°]

Current deviation of tracking axis.

%3:

Upper limit value [0.1 µm or 0,0001°]

Permissible deviation of tracking axis.

%4:

Block number [-]

Block number of contouring channel block 1

%5:

Block number [-]

Block number of contouring channel block 2

Error type

1, Error message from NC-program.

120460

Intermediate position during G61 round corner not to calculate.

Description

With polynomial contouring via fuction G61, G261 either block length of contouring blocks are to small or the parameter of corner deviation or corner distance in command # CONTOUR MODE[] is to small for calculation of polynomial contour path.

Further information to polynomial contouring see [PROG], [FCT-D3].

Reaction

Class

1

No reaction.

Solution

Class

1

Check block length of both contouring blocks.

Depending on mode increase corner deviation or corner distance in CNC command #CONTOUR MODE[].

Parameter

%1:

Incorrect value [0.1 µm or 0,0001°]

Sum of corner distance of fist and second polynomial contouring block.

%2:

Block number [-]

Block number of first polynomial contouring block

%3:

Block number [-]

Block number of second polynomial contouring block

Error type

1, Error message from NC-program.

120462

Feed axis transformation with selected axis group not possible.

Description

Restrictions with polynomial and circular movement has to be taken into consideration if definition of feed axes group is used with command #FGROUP[].

Independing from selected feed axes group the following CNC commands/ functions always will use the first two or three axes as path feed axes group.

- Polynomial contouring, G61, G261

- Spline-function, G151

- HSC-function, #HSC[ON]

With circular movement G02, G03 either circular axes (and helical axis) are feed axes or the other axes are feed axis.

Further information about feed axes group see [PROG].

Reaction

Class

1

None.

Solution

Class

1

Define feed axis group with the first two or three axes depending on axis configuration.

Error type

1, Error message from NC-program.

120463

Corner distance for iterative calculation of intermediat point to small.

Description

With polynomial contouring via fuction G61, G261 the parameter of corner deviation or corner distance in command # CONTOUR MODE[] is to small for calculation of polynomial contour path.

Further information to polynomial contouring see [PROG], [FCT-D3].

Reaction

Class

2

Program execution stop.

Solution

Class

7

Depending on mode increase corner deviation or corner distance in CNC command #CONTOUR MODE[].

Parameter

%1:

Incorrect value [0.1 µm or 0,0001°]

%3:

Block number [0.1 µm or 0,0001°]

Error type

1, Error message from NC-program.

120464 - 120469

Description

This error message informs about internal states, error solutions and the place of error in the source. Please give the complete error message data to the CNC manufacturer.

Reaction

Class

2

Solution

Class

8

Restart of NC-control necessary.

120470

No oscillation path.

Description

Invalid oscillation movement programmed.

Wrong:

%osc

N10 X[OSC_ON
1ST_POS=50 2ND_POS=50 FEED=1000]

N20 M30

Correct:

%osc

N10 X[OSC_ON
1ST_POS=-100 2ND_POS=100 FEED=1000]

N20 M30

Further information to oscillation movement see [FCT-A8], [PROG].

Reaction

Class

2

Program execution stop.

Solution

Class

6

Check oscillation zero position and excursion or reversal positions.

Oscillation movement path must be available, which results as difference from oscillation reversal positions.

Parameter

%1:

Logical axis number [-]

Logical axis number P-AXIS-00016 of affected axis.

%2:

Actual value [0.1 µm or 0,0001°]

Oscillation reversal position 1.

%3:

Actual value [0.1 µm or 0,0001°]

Oscillation reversal position 2.

Error type

1, Error message from NC-program.

120471

Oscillation position exceeds software limits.

Description

The oscillation movement of oscillation axis exceeds software limits.

Further information to oscillation movement see [FCT-A8], [PROG].

Reaction

Class

2

Stop of program execution.

Solution

Class

6

Check oscillation zero position and excursion or reversal positions.

Programming of oscillation movement inside software limits.

Parameter

%1:

Logical axis number [-]

Logical axis number P-AXIS-00016 of affected axis.

%2:

Actual value [0.1 µm or 0,0001°]

Oscillation reversal position 1.

%3:

Actual value [0.1 µm or 0,0001°]

Oscillation reversal position 2.

%4:

Lower limit value [0.1 µm or 0,0001°]

Negative software limit P-AXIS-00177.

%5:

Upper limit value [0.1 µm or 0,0001°]

Positive software limit P-AXIS-00178.

Error type

1, Error message from NC-program.

120472

Ambiguous axisposition by selection of RTCP.

Description

With selection of kinematic transformation the active axes positions must be inside of valid solution range of this transformation functions.

Reaction

Class

2

Program execution stop.

Solution

Class

6

Move axes with inactive kinematic transformation into valid position range.

Parameter

%1:

Logical axis number [-]

Logical axis number of affected axis P-AXIS-00016.

%2:

Actual value [0.1 µm or 0,0001°]

Current invalid axis position.

%3:

Limit value [0.1 µm or 0,0001°]

Upper limit of valid range.

%4:

Limit value [0.1 µm or 0,0001°]

Lower limit of valid range.

Error type

1, Error message from NC-program.

120473

Area not saved / active area can not be overwritten.

Description

You have tried to overwrite an active area. Overwritting areas means defining an area with the same, existing ID. See alsoand.

There exists an area with the programmed Id and this is actualy active. To overwrite an excisting area, the area should be inactive.

Example:

%areaoverwrite

N10 #CONTROL AREA ON [ID2]

N20 #CONTROL AREA START [ID2 WORK  ……… (<
error

Solution:

%areaoverwrite

N10 #CONTROL AREA ON [ID2]

N15 #CONTROL AREA OFF [ID2]

N20 #CONTROL AREA START [ID2 WORK  ……… (<
overwrite

Reaction

Class

1

No reaction

Solution

Class

1

Deactivate the area you want to overwrite.

Parameter

%1:

Ident number [-]

Area Id number.

Error type

1, Error message from NC-program.

120474

Area not saved / maxium number areas exceeded.

Description

The maximum number of defined areas is limited.This limit is exceeded with actual command. This limit is set out of the compiler. If you wish to have a greater number of areas saved, contact your control manufacter.

For this reason the commanded area could not be saved. See also [FCT-C14].

Reaction

Class

1

No Reaktion

Solution

Class

1

Delete not requiered areas with CLEAR command.

Parameter

%1:

Ident number [-]

Area Id number.

%2:

Limit value [-]

Maximum number of defined areas.

%3:

Actual value [-]

Actual number of defined areas.

Error type

1, Error message from NC-program.

120475

Z-plane definition incorrect / minimum greater than maximum.

Description

The commanded area is incorrect because the minimal Z excursion is greater than the maximal Z Excursion.

For the Z-plane you have to define minimal and maximal borders to limit the area in this direction. See also [PROG] and [FCT-C14].

Example:

%zmin_zmax

N10 #CONTROL AREA START…. MIN_EXCUR=55 MAX_EXCUR=-20]

(> error

Solution:

%zmin_zmax

N10 #CONTROL AREA START…. MIN_EXCUR=-20 MAX_EXCUR=55]

(> correct

Reaction

Class

2

stop NC programm execution

Solution

Class

6

Correct the limit values for z plane

Parameter

%1:

Ident number [-]

Area Id number.

%2:

Lower limit value [0.1 µm or 0,0001°]

Z-plane minimum limit.

%3:

Upper limit value [0.1 µm or 0,0001°]

Z-plane maximum limit.

Error type

1, Error message from NC-program.

120476

Start and endpoint must be the same for defining a polygonal area.

Description

With the definition of
polygon-shaped areas the last dot of the polygon with the first dot
of the polygon must agree.A continuous polygon can be
thereby guaranteed.See[PROG].

Beispiel:

%start not end

N10 #CONTROL AREA POLY START….MAX_EXCUR=55]

N20 X70 Y70 G01 F10000 G90

N30 X70 Y0

N40 X0 Y0

N50 X0 Y70

N60 X75 Y75

N70 #CONTROL AREA END

(> error

Lösung:

%start not end

N10 #CONTROL AREA POLY START….MAX_EXCUR=55]

N20 X70 Y70 G01 F10000 G90

N30 X70 Y0

N40 X0 Y0

N50 X0 Y70

N60 X70 Y70

N70 #CONTROL AREA END

(> correct

Reaction

Class

2

stop NC programm execution

Solution

Class

6

Correct the settings for z-plane excursion.

Parameter

%1:

Ident number [-]

Area Id number.

%2:

Expected value [0.1 µm or 0,0001°]

Startpoint of area definition.

%3:

Actual value [0.1 µm or 0,0001°]

Endpoint of area definition.

Error type

1, Error message from NC-program.

120477

Definition of Polygon is invalid. No intersections permitted.

Description

The definition of polygonial
areas should be a convex closure. For this proper the polylines
should not intersect at all.

Example:

%poly intersects

N10 #CONTROL AREA POLY START….MAX_EXCUR=55]

N20  X65 Y0

N30  X-65 Y0

N40  X65 Y65

N50  X-65 Y65

N60  X65 Y0

N100 #CONTROL AREA END

(> error

Solution:

%poly intersects

N10 #CONTROL AREA POLY START….MAX_EXCUR=55]

N20  X65 Y0

N30  X-65 Y0

N40  X-65 Y65

N50  X65 Y65

N60  X65 Y0

N100 #CONTROL AREA END

(> error

Reaction

Class

2

stop NC programm execution

Solution

Class

6

Correct the area definition

Parameter

%1:

Ident number [-]

Area Id number.

%2:

Incorrect value [0.1 µm or 0,0001°]

Intersection point of the polygonlines

Error type

1, Error message from NC-program.

120478

No area with this ID available.

Description

You have programmed an area with incorrekt area id. The programmed area id is not available.

Reaction

Class

2

Stop NC Programm execution

Solution

Class

6

Correct the area id

Parameter

%1:

Ident number [-]

Area Id number.

Error type

1, Error message from NC-program.

120479

For starting a circular area definition first block have to be linear.

Description

The first movment block after
started a area definition should be linear.

A circular area definition
exists out of two movement blocks, one linear for beeing startpoint
and one circular for descriping the circle. Also see[PROG]and
[FCT-C14].

Example:

%cirlcular area

N10 #CONTROL AREA START [ID51 PROT CIRC MIN_EXCU…

N20 G02 G162 I70 J150

N30 G01 X150 Y200 F10000

N40 #CONTROL AREA END

N50 M30

(> error

Solution:

%cirlcular area

N10 #CONTROL AREA START [ID51 PROT CIRC MIN_EXCU…

N20 G01 X150 Y200 F10000 (startpoint)

N30 G02 G162 I70 J150

N40 #CONTROL AREA END

N50 M30

(> correct)

Reaction

Class

2

stop NC programm execution

Solution

Class

6

Correct the area definition

Parameter

%1:

Ident number [-]

Area Id number.

%2:

Expected value [-]

%3:

Incorrect value [-]

Error type

1, Error message from NC-program.

120480

For circualar area definition Second block have to be a circular block.

Description

The second movment block after
started a circular area definition should be circular for the
circle description of the area.

A circular area definition
exists out of two movement blocks, one linear for beeing startpoint
and one circular for descriping the circle.Also see[PROG]and
[FCT-C14].

Example:

%cirlcular area

N10 #CONTROL AREA START [ID51 PROT CIRC MIN_EXCU…

N20 G01 X150 Y200 F10000

N30 G01 X150 Y200 F10000

N40 #CONTROL AREA END    

N50 M30

(> error

Solution:

%cirlcular area

N10 #CONTROL AREA START [ID51 PROT CIRC MIN_EXCU…

N20 G01 X150 Y200 F10000 (startpoint)

N30 G02 G162 I70 J150

N40 #CONTROL AREA END

N50 M30

(> correct)

Reaction

Class

2

stop NC programm execution

Solution

Class

6

Correct the area definition

Parameter

%1:

Ident number [-]

Area Id number.

Error type

1, Error message from NC-program.

120481

For circular area one linear and one circular block needed.

Description

A circular area definition
exists out of two movement blocks, one linear for beeing startpoint
and one circular for descriping the circle. The second movment
block after started a area definition should be circular for the
circle description of the area.

Example:

%cirlcular area

N10 #CONTROL AREA START [ID51 PROT CIRC MIN_EXCU…

N20 G01 X150 Y200 F10000

N30 G01 X150 Y200 F10000

N40 #CONTROL AREA END    

N50 M30

(> error

Solution:

%cirlcular area

N10 #CONTROL AREA START [ID51 PROT CIRC MIN_EXCU…

N20 G01 X150 Y200 F10000 (startpoint)

N30 G02 G162 I70 J150

N40 #CONTROL AREA END

N50 M30

(> correct)

Reaction

Class

2

Stop NC programm execution

Solution

Class

6

Correct the area definition

Parameter

%1:

Ident number [-]

Area Id number.

%3:

Incorrect value [-]

Error type

1, Error message from NC-program.

120482

For circular area a full circle without endpoint needed.

Description

A circular area definition
exists out of two movement blocks, one linear for beeing startpoint
and one circular for descriping the circle. The second movment
block after started a area definition should be circular for the
circle description of the area..

Example:

%cirlcular area

N10 #CONTROL AREA START [ID51 PROT CIRC MIN_EXCU…

N20 G01 X150 Y200 F10000

N30 G03 G162 I50 J0 X250 Y200 F10000

N40 #CONTROL AREA END    

N50 M30

(> error

Solution:

%cirlcular area

N10 #CONTROL AREA START [ID51 PROT CIRC MIN_EXCU…

N20 G01 X150 Y200 F10000 (startpoint)

N30 G03 G162 I70 J150

N40 #CONTROL AREA END

N50 M30

(> correct)

Reaction

Class

2

stop NC programm execution

Solution

Class

6

Correct the area definition

Parameter

%1:

Ident number [-]

Area Id number.

%2:

End value [0.1 µm or 0,0001°]

Startpoint for the circle description.

Error type

1, Error message from NC-program.

120483

Point violates protection area.

Description

Startpoint or targetpoint of programmed movement violates an active protection area.

A protection area should not be touched from the tool center point of an machine. A protection area can consist of an circular or polygonial area with constant third plane. See also [FCT-C14].

Reaction

Class

6

Stop all axes immediately

Solution

Class

6

Attend defined, activated protection areas

Parameter

%1:

Ident number [-]

Area Id number of violated protection area.

%2:

Incorrect value [0.1 µm or 0,0001°]

Point of violation.

Error type

1, Error message from NC-program.

120484

Point out of work area.

Description

Startpoint or targetpoint of programmed movement is out of active work area .

A work area should not be left from the tool center point of an machine. A work area can consist of an circular or polygonial area with constant third plane. See also [FCT-C14].

Reaction

Class

6

Stop all axes immediately

Solution

Class

6

Attend defined, activated work areas

Parameter

%1:

Start value [0.1 µm or 0,0001°]

Area Id number of left work area.

Error type

1, Error message from NC-program.

120485

Motion path violates protection area.

Description

The programmed movement beetween startpoint and targetpoint violates an active protection area.

A protection area should not be touched from the tool center point of an machine. A protection area can consist of an circular or polygonial area with constant third plane. See also [FCT-C14].

Reaction

Class

6

Stop all axes immediately

Solution

Class

6

Attend defined, activated protection areas

Parameter

%1:

Ident number [-]

Area Id number of violated protection area.

%2:

Start value [0.1 µm or 0,0001°]

Startpoint of movement.

%3:

End value [0.1 µm or 0,0001°]

Targetpoint of movement.

%4:

Incorrect value [0.1 µm or 0,0001°]

Intersection point violates protection area.

Error type

1, Error message from NC-program.

120486

Motion path leaves work area.

Description

Startpoint or targetpoint of programmed movement is out of active work area .

A work area should not be left from the tool center point of an machine. A work area can consist of an circular or polygonial area with constant third plane. See also [FCT-C14].

Reaction

Class

6

Stop all axes immediately

Solution

Class

6

Attend defined, activated work areas

Parameter

%1:

Ident number [-]

Area Id number of left work area.

%2:

Start value [0.1 µm or 0,0001°]

Startpoint of movement.

%3:

End value [0.1 µm or 0,0001°]

Targetpoint of movement.

%4:

Incorrect value [0.1 µm or 0,0001°]

Intersection point leaving the work area.

Error type

1, Error message from NC-program.

120487

Description

This error message informs about internal states, error solutions and the place of error in the source. Please give the complete error message data to the CNC manufacturer.

Reaction

Class

6

Solution

Class

8

Restart of NC-control necessary.

120488

Maximum number of points for polyon definition reached.

Description

The number of points to define a polygonial area is limited. This limit value exceeded.

A polygonial area consist out of a number points which descripes a closed polygon. Thereby the startpoint must be equal the targetpoint. See also [FCT-C14].

Reaction

Class

2

Programm execution stop

Solution

Class

6

Delete points out of this area definition

Parameter

%1:

Ident number [-]

Number of the area to define

%2:

Limit value [-]

Maximum number of points for polygon area.

%3:

Incorrect value [-]

Actual number of points for polygon area.

Error type

1, Error message from NC-program.

120489

Description

This error message informs about internal states, error solutions and the place of error in the source. Please give the complete error message data to the CNC manufacturer.

Reaction

Class

6

Solution

Class

8

Restart of NC-control necessary.

120490

TGC enable not possible because of inactive kinematic transformation.

Description

Function in preparation.

Reaction

Class

2

Solution

Class

3

Error type

1, Error message from NC-program.

120491

Kinematic transformation without orientation vector active.

Description

Function in preparation.

Reaction

Class

2

Solution

Class

3

Parameter

%1:

Actual value [-]

%2:

Actual value [-]

Error type

1, Error message from NC-program.

120492

Illegal plain normal vector in TGC.

Description

Function in preparation.

Reaction

Class

2

Solution

Class

3

Error type

1, Error message from NC-program.

120493

Illegal path normal vector in TGC.

Description

Function in preparation.

Reaction

Class

2

Solution

Class

3

Error type

1, Error message from NC-program.

120494

Illegal path tangent vector in TGC.

Description

Function in preparation.

Reaction

Class

2

Solution

Class

3

Error type

1, Error message from NC-program.

120495 / 120496

Description

This error message informs about internal states, error solutions and the place of error in the source. Please give the complete error message data to the CNC manufacturer.

Reaction

Class

2

Solution

Class

8

Restart of NC-control necessary.

120498

No workspace monitoring if CS is active.

Description

With active machine coordination system (#CS ON) actualy no workspace monitoring possible.

This functionality will be developed in the future. For actual status ask your control delieverer.

Reaction

Class

6

Stop all axes immediately

Solution

Class

6

Deactivate the CS functionality

Error type

1, Error message from NC-program.

120499

Active areas could not be cleared.

Description

Active work- or protection area can not be cleared with the "CLEAR" command. This should be prevent deleting actual monitored areas.

Example:

%areaclear

N10 #CONTROL AREA ON [ID2]

N20 #CONTROL AREA CLEAR[ID2]  ……… (< error

Solution:

%areaclear

N10 #CONTROL AREA ON [ID2]

N15 #CONTROL AREA OFF [ID2]

N20 #CONTROL AREA CLEAR [ID2]< clear

Reaction

Class

1

No reaction

Solution

Class

1

Deactivate area before try to clear

Parameter

%1:

Ident number [-]

Area Id number

Error type

1, Error message from NC-program.