cybelec Press Brakes V5, Press Brakes V5.2 User Manual

CYBELEC SA Tel. ++ 41 24 447 02 00

Parameters for

Synchronized

Press Brakes

RUE DES UTTINS 27 Fax ++ 41 24 447 02 01 CH - 1400 YVERDON-LES-BAINS E-Mail: info@cybelec.ch SWITZERLAND V-DOC-PMPS2EN_V5

ABOUT THIS DOCUMENT

This manual describes the machine parameters of the ModEva / ModEva RA numerical controls for synchronized press brakes and other similar controls like the DNC880, the DNC1200 and the DNC60 and DNC600.

COPYRIGHT NOTICE

TRAD E MARKS

CYBELEC is a registered trade mark of CYBELEC S.A. MS-Windows is a registered trade mark of Microsoft Corporation.

All other registered and unregistered trademarks in this document are the property of their respective owners.

DISCLAIMER

The infor mation contained in this document is s ubject to change without notice. Great care has been taken to ensure that the information in this document is accurate yet the information contained within is supplied “as-is”. Cybelec SA provides no warranty with regard to this document and hereby expressly disclaims any implied warranties of merchantability or fitness for any particular purpose with regard to the foregoing.

INTENDED AUDIENCE

This manual is intended for qualified and well trained engineers involved in the commissi oning and servicing of synchronized press brakes. A good general knowledge about press brakes and operation of the Cybelec DNC is assumed.

This manual is not intended for end -users, machine operators, and other general audience.

V-DOC-PMPS2EN_V5 2

WARNING

Machine parameters may only be modified by qualified specialists. Wrong settings can cause damage to the machine and tools, and might represent a safety risk for the operator.

DOCUMENT VERSION

This manual has been updated for software version P: ModEva series SSBFxPx DNC880S SWBMHPx

Note The software version P introduces a number of additions and

improvements for the beam requiring a reconfiguration of the beam parameter pages. This version also introduces a final approach speed instead of a final approach voltage for the BDC-positioning. Both final approach parameters are described in this manual. More generally, both the previous and the new operation of a parameter are described whenever the basic functioning has been changed in a more recent software version.

This V5.0 version contains following additional information.

• P45, P45b, P46 additional info + diagrams.

Down diagram corrected and updated (V5.0).

• Tips: how to smooth movement high speed down and arrival

at TDC.

• Description input "pause return beam".

• Sensitive mode, possibility to continuesely move the beam

up/down (se e Operating modes)

V-DOC-PMPS2EN_V5 3

CONTENTS

ABOUT THIS DOCUMENT .......................................................................................................... 2

Copyright Notice..................................................................................................................... 2

Trade marks ........................................................................................................................... 2

Disclaimer .............................................................................................................................. 2

Intended audience ................................................................................................................. 2

Warning .................................................................................................................................. 3

Document version .................................................................................................................. 3

CONTENTS ................................................................................................................................... 4

INTRODUCTION / CONVENTIONS ........................................................................................... 14

ABBREVIATIONS ....................................................................................................................... 15

OPTIONS .................................................................................................................................... 16

02 CAD INTERFACE PAGE ......................................................................................................... 17

03 COMMUNICATIONS LINK7000 ................................................................................................ 17

08 MESSAGE INTERPRETER....................................................................................................... 18

30 ANGLE MEASURING DEVICE ................................................................................................... 18

33 FRONT X AXES (X3, X4, X7, X8) .......................................................................................... 19

34 FRONT Z AXES (Z3, Z4) ....................................................................................................... 19

38 BACK SHEET SUPPORT (H, H2) ............................................................................................. 20

41 “SCHRAEGSTELLUNG” .......................................................................................................... 20

42 BENDING ASSISTANCE .......................................................................................................... 21

43 P/PC PRESSE ..................................................................................................................... 22

44 THICKNESS MEAS. BY SERIAL PORT ....................................................................................... 23

51 DIE AXES (M1, M2) ............................................................................................................. 24

52 FRONT SHEET SUPPORTS (H3, H4) ....................................................................................... 25

55 EXTERNAL COMMANDS ......................................................................................................... 26

57 THICKNESS MEAS. BY N2X (MS1, MS2) ............................................................................... 26

60 ANGLE MEASURING DEVICE ................................................................................................... 27

64 CAN ................................................................................................................................... 27

65 SECOND ANGLE MEASURE .................................................................................................... 28

66 CONTINUOUS ANGLE MEASURES ........................................................................................... 28

68 FORCE & CROWNING CALCULAT. V2.0 ................................................................................... 29

74 … 78 COUNTER AXES CAN D0 … D4 ................................................................................... 29

82 SERIAL LINK WITH PLC ......................................................................................................... 31

83 PLUG IN ............................................................................................................................... 32

84 LASERSAFE PCSS LINK ....................................................................................................... 33

86 STRAIN GAUGE..................................................................................................................... 34

89 MACHINE TANDEM ............................................................................................................... 34

90 HAP MECANIC SI MP LIF IED .................................................................................................... 35

91 FREE AXES ‘SLAVES’............................................................................................................. 36

92 FOLLOW-UP BENDING ASSISTANCE ........................................................................................ 36

CONFIGURATION ...................................................................................................................... 37

AUXILIARY PAGE ........................................................................................................................ 38

LINE N° ..................................................................................................................................... 38

MODE ........................................................................................................................................ 39

Axes ..................................................................................................................................... 39

NAME ........................................................................................................................................ 41

EXAMPLE CONFIGURATIONS ........................................................................................................ 42

DECIMALS MM / INCH .................................................................................................................. 51

N2X AXIS N° ............................................................................................................................. 52

N2X NUMBERING ....................................................................................................................... 52

PREFERENCES ......................................................................................................................... 53

PRODUCT PARAMETRIC .............................................................................................................. 54

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CONTENTS

GRAPHICAL PROFILE ON PAGE NUMERICAL PRODUCT ................................................................... 56

BEND 2D INTERACTIVE ............................................................................................................... 57

AUTOMATIC DISPLAY OF PRODUCT INFORMATIONS ....................................................................... 58

PROGRAMMING WHILE WORKING ................................................................................................. 59

Double mode ........................................................................................................................ 59

Single mode ......................................................................................................................... 59

PRODUCTION PAGE .................................................................................................................... 61

PRODUCTION-CHECK .................................................................................................................. 63

MANUAL MOVEMENTS WITH QUICKCURSOR ................................................................................. 64

ALLOW SWITCHING OFF AUTOMATIC CALCULATI O NS ..................................................................... 65

KEY 0 BLOCKS UTI LIZATION ......................................................................................................... 66

POSITION Z5 – Z6 ...................................................................................................................... 67

COMPUTE AXES Z ON PRODUCT 2D ............................................................................................. 68

AUTOMATIC CORRECTION OF THE RAM SPEED .............................................................................. 69

RETRACTIONS OF X AXIS ............................................................................................................ 70

RETRACTIONS OF Z AXIS ............................................................................................................ 71

INDEXATION AIDS ....................................................................................................................... 72

USB/RS232 ANGLE MEASUREMENTS ......................................................................................... 73

MACHINE PARKING FEATURE ....................................................................................................... 74

COMPUTING CROWNING CORRECTION ACCORDING TO MEASURED ANGLE ...................................... 75

N2X.............................................................................................................................................. 77

QUICKCURSOR ...................................................................................................................... 78

149 STEP SIZE .......................................................................................................................... 78

150 ACCELERATION FACTOR ..................................................................................................... 78

FREE AXES ‘SLAVES’............................................................................................................... 79

SLAVE ....................................................................................................................................... 80

MASTER .................................................................................................................................... 80

DISTANCE MAX ........................................................................................................................... 80

CAN BUS .................................................................................................................................... 81

MESSAGE VIEWER ................................................................................................................ 82

TOTAL RECORDS ........................................................................................................................ 82

INITIAL DATE AND TI ME ................................................................................................................ 82

MESSAGE VIEW ER ...................................................................................................................... 82

POP UP...................................................................................................................................... 84

RECORDS .................................................................................................................................. 84

RECORDS TO KEEP ..................................................................................................................... 84

MESSAGE FILE IN ....................................................................................................................... 85

COPY MESSAGE FILE TO ............................................................................................................. 85

BEAM PARAMETERS................................................................................................................ 86

INTRODUCTION........................................................................................................................... 86

HYDRAULIC SYST EMS ................................................................................................................. 87

Differential - and counter pressure system .......................................................................... 87

Pressure balance ................................................................................................................. 87

Valve overlap ....................................................................................................................... 88

PRESS BRAKE TYPES .................................................................................................................. 89

BEAM MODES ............................................................................................................................ 90

OPERATING MODES .................................................................................................................... 90

CLOSED LOOP MODES ................................................................................................................ 93

TDC regulation mode ........................................................................................................... 95

BDC closed loop regulation mode ....................................................................................... 95

DECOMPRESSION MODES ........................................................................................................... 96

Return mode (open loop mode) ........................................................................................... 96

Bending mode (closed loop mode) ...................................................................................... 96

SLOW RETURN SPEED MODES ..................................................................................................... 98

Reduced return speed mode (open loop mode) .................................................................. 98

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CONTENTS

Bending speed mode (closed loop mode) ........................................................................... 98

BEAM CYCLES ........................................................................................................................ 100

DOWN FROM TDC TO BDC ................................................................................................. 101

START FAST APPROACH DOWN .................................................................................................. 102

FAST APPROACH DOWN ............................................................................................................ 102

CHANGE-OVER IN BENDING SPEED ............................................................................................ 102

BENDING ................................................................................................................................. 103

ARRIVAL IN BDC ...................................................................................................................... 103

UP FROM BDC TO TDC ........................................................................................................ 104

Open loop mode return without low speed ........................................................................ 105

Open loop mode return with low speed ............................................................................. 106

Closed loop mode return without low speed ...................................................................... 107

Closed loop mode return with low speed ........................................................................... 108

DECOMPRESSION ..................................................................................................................... 109

RETURN .................................................................................................................................. 109

ARRIVAL IN TDC ...................................................................................................................... 109

BEAM ........................................................................................................................................ 110

01 CONTROL LOOP ................................................................................................................. 112

03 FINAL APPROACH BDC ....................................................................................................... 113

03 FINAL APPROACH TDC ....................................................................................................... 114

05 DECELERATION RAMP DISTANCE ......................................................................................... 115

06 THRESHOLD GV ................................................................................................................. 117

06 THRESHOLD GV2............................................................................................................... 118

07 LIMITS MIN. - MAX. ............................................................................................................. 119

08 REF. IN PRESSURE Y1 - Y2 ................................................................................................. 120

09 INDEX Y1 - Y2 ................................................................................................................... 121

09 POSITION Y1 - Y2 .............................................................................................................. 121

09B INDEXING TYPE ................................................................................................................ 122

Indexing during upward move ............................................................................................ 123

Indexing during downward move ....................................................................................... 123

Indexing during up- or down- movement ........................................................................... 123

Indexing using mechanical stop ......................................................................................... 124

Indexing and indexing zone ............................................................................................... 124

10 SYNCHRONIZATION LIMI T Y ................................................................................................. 125

12 DECEL. DISTANCE HIGH SPEED ............................................................................................ 126

13 MAX BENDING SPEED - ............................................................................................... 127

13 OUTPUT VOLTAGES PRESSURE, Y1, Y2 .............................................................................. 127

20 OFFSET VOLTAGE Y1 - Y2 .................................................................................................. 128

20A MIN. VOLTAGE Y1 - Y2 ..................................................................................................... 129

20B FINAL APPROACH VOLTAGE ........................................................................................... 130

20B FINAL APPROACH SPEED ............................................................................................... 132

20B FINAL APPROACH VOLTAGE ........................................................................................... 133

21 LS VOLTAGE .................................................................................................................. 134

21 LS VOLTAGE .................................................................................................................. 135

22 HS VOLTAGE ................................................................................................................. 136

22 HS VOLTAGE ................................................................................................................. 137

23 HS2 VOLTAGE ............................................................................................................... 138

23 HS DECELERATION VOLTAGE .......................................................................................... 139

24B INDEXATION VOLTAGE ....................................................................................................... 140

25 VOLTAGE COMMUTATION HS .............................................................................................. 141

25 VOLTAGE DECOMPRESSION ................................................................................................ 142

25C MANUAL MODE VOLTAGE .............................................................................................. 143

26 HS SYNCHRONISATION GAIN ........................................................................................... 144

26 HS SYNCHRONISATION GAIN ........................................................................................... 145

27 GAIN BDC ......................................................................................................................... 146

V-DOC-PMPS2EN_V5 6

CONTENTS

27 OFFSET AUTO .................................................................................................................... 147

29 ENCODER RESOLUTION ...................................................................................................... 148

29 ENCODER DIRECT. Y1, Y2 .................................................................................................. 149

37 CORRECTION CP ............................................................................................................... 150

37 CORRECTION BDC ............................................................................................................ 151

37 CORRECTION BDC PMAX ................................................................................................... 152

38 STARTING VOLTAGE ....................................................................................................... 153

38 ACCELERATION DISTANCE .............................................................................................. 154

38 DECELERATION DISTANCE .............................................................................................. 155

38 STARTING VOLTAGE ....................................................................................................... 156

38 ACCELERATION DISTANCE .............................................................................................. 157

38 DECELERATION DISTANCE ............................................................................................... 158

39 END OF BEND BEFORE PRESSURE ....................................................................................... 159

40 PINCH POINT BEFORE RETRACTION ..................................................................................... 160

45 COMMUTATION TIME HS-LS ............................................................................................... 161

45 COMMUTATION TIME ................................................................................................... 162

45B DELAY PRESSURE THR ESHOLD LS .................................................................................... 163

46 REGULATION DELAY ........................................................................................................... 165

47 SERVO VALVE DELAY .......................................................................................................... 166

48 DECOMPRESSION TIME MIN. - MAX. .................................................................................... 167

48B DEFAULT DWELL TIME ....................................................................................................... 168

48B MIN. DWEL L TIME.............................................................................................................. 169

49 THRESHOLD FOR BEAM STOP DETECTION ............................................................................ 170

49B ENCODER MONITORING TIME ............................................................................................. 171

52 RAM REGULATION DISTANCE AT TDC .................................................................................. 172

53 TDC MINIMUM V ALUE ......................................................................................................... 173

VERSION ENC ......................................................................................................................... 174

MACHINE N° ............................................................................................................................ 174

54 DISTANCE "START" AF BEF. PINCH PT .................................................................................. 175

55 BEAM DELAY IF BENDING AID ............................................................................................... 176

60 STARTING POINT AXES/AF ................................................................................................. 177

61 AXES START BEFORE/AFTER AF .......................................................................................... 178

62 PRESS ............................................................................................................................... 179

65 SPEED HS ..................................................................................................................... 180

66 GAIN FOR SPEED LIMITATION ........................................................................................... 181

67 SPEED MAX LS AFTER BENDING STOP ............................................................................. 182

68 DISTANCE OUTPUT ADVANCED SCP .................................................................................... 183

MACHINE PARKING FEATURE .............................................................................................. 184

BEAM PARKING POSITION .......................................................................................................... 185

BEAM ABSOLUTE POS ITION ....................................................................................................... 185

REFERENCE + .......................................................................................................................... 186

BOTTOM OF THE DIE’S V + ........................................................................................................ 186

AXES PARKING POSITION .......................................................................................................... 187

SELECTED AXIS ........................................................................................................................ 187

MACHINE TANDEM ................................................................................................................. 188

STRAIN GAUGE ....................................................................................................................... 189

STRAIN GAUGE .................................................................................................................... 190

Y1, Y2 : 0 - 100% .................................................................................................................... 190

STRAINGAUGE Y1, Y2 : CTRL ................................................................................................... 191

STRAINGAUGE Y1, Y2 : ERR DET .............................................................................................. 191

STRAINGAUGE Y1, Y2 : MIN. .................................................................................................... 192

STRAINGAUGE Y1, Y2 : POS. .................................................................................................... 192

STRAINGAUGE Y1, Y2 : MAX. ................................................................................................... 192

STRAINGAUGE Y1, Y2 : DETECTION .......................................................................................... 194

HIGH PRESSURE MEASURE Y1, Y2 : MIN. .................................................................................. 194

HIGH PRESSURE MEASURE Y1, Y2 : POS. .................................................................................. 195

V-DOC-PMPS2EN_V5 7

CONTENTS

HIGH PRESSURE MEASURE Y1, Y2 : MAX. ................................................................................. 195

RAM SPEED FOR THICKNESS M EASURE DETECTIO N .................................................................... 196

MEASURE PRESSUE Y1-Y2 ON ................................................................................................. 196

SWITCH SENSOR THRESHOLD ................................................................................................... 197

SPECIAL CYCLES ................................................................................................................... 198

POSITIONS FOR BACKGAUGE MANUAL TUNING ............................................................ 199

250 X, R, AF GAUGE .............................................................................................................. 199

DIE MOVEMENTS ................................................................................................................. 201

253 AXIS MEAS. M1 CHANGEABLE ON BEND NUM ..................................................................... 201

254 MAX SPACE BETWEEN M1 AND M2 .................................................................................... 201

BACK SHEET SUPPORT ...................................................................................................... 202

255 DISTANCE MIN. R-H ......................................................................................................... 202

256 R CLEARANCE DISTANCE X MOVEMENTS ............................................................................ 203

256 (R CLEARANCE DISTANCE) MVT Z ..................................................................................... 203

PRODUCT QUANTITY REACHED ....................................................................................... 205

260 CYCLE BLOCKING AT REACHED QUANTITY .......................................................................... 205

TEMPERATURE CO MPENSATION ........................................................................................ 206

BDC CORRECTION ACCORDING TO TEMPARATURE ..................................................................... 207

TEMPERATURE MEASURE ......................................................................................................... 208

COMPENSATION ....................................................................................................................... 208

SAFETY .................................................................................................................................... 209

41 RETURN TDC SAFETY ........................................................................................................ 211

42 SAFETY ............................................................................................................................. 212

42B SAFETY POINT TOLERANCE ............................................................................................... 213

43 MATERIAL SAFETY DIST ANCE .............................................................................................. 214

44 DIE SAFETY DISTANCE ........................................................................................................ 215

230 BEAM SPEED IN SAFETY MODE .......................................................................................... 217

231 X POSITION FOR SAFET Y SPEED ........................................................................................ 218

232 AXES SPEED IN SAFETY ZONE ........................................................................................... 220

233 X POS FOR DIE CLEARANCE .............................................................................................. 221

RELEASE DISTANCES X REL. AXES OR AF GAUGE ......................................................... 222

234 DIE - REAR PROTECTION .................................................................................................. 222

50 SAFETY DIST. DIE X - R ...................................................................................................... 223

51 STOPPING DISTANCE Z1 - Z2 .............................................................................................. 224

52 MAX SPACE BETWEEN R1 AND R2 ...................................................................................... 225

57 MAX. SPACE X1 - X2 .......................................................................................................... 226

58 COEFFICIENT FOR Z IN GAP MODE ....................................................................................... 227

95 JITTER ERROR TREATM ENT ................................................................................................. 228

96 DETECTION +/- 15V ........................................................................................................... 229

99 RETRACT X BY DEFAULT ..................................................................................................... 230

99 RETRACT X MIN. ................................................................................................................ 231

DNC SHUT DOWN ................................................................................................................ 232

Example shut down electrical diagram .............................................................................. 232

OUTPUT “DNC SHUT DOWN” BECOMES ACTIVE UPON ................................................................. 233

DELAY BEFORE ACTI VATING OUTPUT “DNC SHUT DOWN” ............................................................ 235

STOPPING TIME AND LEAKAGE ........................................................................................... 236

BEAM SPEED MEASURE ..................................................................................................... 237

177 HS DOWNWARD ............................................................................................................... 237

178 BENDING SPEED ............................................................................................................... 237

179 HS UPWARD .................................................................................................................... 237

BEAM SAFETY CHECK ........................................................................................................ 238

RAM STOPPING TIME CHECK ............................................................................................ 240

184 ACCELERATION DIST. HS .................................................................................................. 241

180 MAX. STOPPING TIME ....................................................................................................... 242

181 MAX. STOPPING DISTANCE ................................................................................................ 243

V-DOC-PMPS2EN_V5 8

CONTENTS

LEAKAGE CHECK ................................................................................................................. 244

183 LEAKAGE MEASUREMENT TIME .......................................................................................... 244

182 MAX. JACKS LEAKAGE....................................................................................................... 246

DOUBLE SAFETY CHECK ...................................................................................................... 247

PRESSURE AND CROWNING ................................................................................................ 248

PRESSURE D/A ........................................................................................................................ 249

CROWNING .............................................................................................................................. 250

30 TONNAGE MAX ................................................................................................................... 252

31 PRESSURE HS1 ................................................................................................................. 253

32 PRESSURE HS2 (DECEL.) .............................................................................................. 254

33 PRESSURE .................................................................................................................... 255

33B PRESSURE FA UPWARD ................................................................................................... 256

34 MIN PRESSURE 1 (LS) ........................................................................................................ 257

34B PRESSURE LS > SP ......................................................................................................... 258

35 MIN PRESSURE 2 (DECEL. + FA) ......................................................................................... 259

36 PRESSURE DECOMPRESSION .............................................................................................. 260

30A DISTANCE BE TWEEN JACKS............................................................................................... 261

30B CROWNING FACTOR ......................................................................................................... 262

30C REDUCTION OF CROWNING FOR WIDE BENDS ..................................................................... 263

30D ADAPT FORCE ACCORDING TO MATERIAL POSITION ............................................................ 264

30E SURFACE RATIO CYLINDERS .............................................................................................. 265

38 FORCE CALCULATION AS FUNCTION OF TARGET ANGLE ......................................................... 266

301 R CORRECTION TO MAX CROWNING ................................................................................... 267

302 WIDTH OF R CORRECTION ZONE ....................................................................................... 268

303 PRESSURE ACCELERATION TIME ....................................................................................... 269

304 PRESSURE DECELERATION TIME ....................................................................................... 270

305 THRESHOLD INPUT SYSTEM PRESSURE FOR COMMUTATION SN/SP .................................... 271

306 MAX. PRESSURE IN MANUAL MODE .................................................................................... 272

307 CROWNING RESOLUTION .................................................................................................. 273

308 PUNCH CLAMPING PRESSURE ........................................................................................... 274

309 DIE CLAMPING PRESSURE ................................................................................................. 275

AUXILIARY FUNCTIONS ......................................................................................................... 276

FUNCTION................................................................................................................................ 277

NAME ...................................................................................................................................... 277

NATURE................................................................................................................................... 278

Digital ................................................................................................................................. 279

Voltage ............................................................................................................................... 280

Analog. X ............................................................................................................................ 281

Bending aids ...................................................................................................................... 282

Gauge ................................................................................................................................ 284

Die ...................................................................................................................................... 284

A/D - D/A ............................................................................................................................ 285

MIN. AND MAX. RANGE ............................................................................................................. 286

MIN. AND MAX. VALUE .............................................................................................................. 287

Setup min and max value for an auxiliary axis .................................................................. 287

TOLERANCE ............................................................................................................................. 288

LOW SPEED DISTANCE .............................................................................................................. 289

ADVANCED STOP ...................................................................................................................... 290

OVERRUN DISTANCE ................................................................................................................ 291

TIME SP/SN ............................................................................................................................ 292

INPUTS ..................................................................................................................................... 293

Location of input signals on the NIN board ........................................................................ 294

DIGITAL INPUT SIG N ALS ............................................................................................................ 295

ANALOG INPUT SIGNALS............................................................................................................ 304

DECELERATION AXIS X ............................................................................................................. 306

OUTPUTS ................................................................................................................................. 307

V-DOC-PMPS2EN_V5 9

CONTENTS

Location of output signals on the NOT board .................................................................... 308

DIGITAL OUTPUT SIGN ALS ......................................................................................................... 309

ANALOG OUTPUT SIGNALS ........................................................................................................ 316

SQUARE SIGNAL ....................................................................................................................... 317

SQUARE SIGNAL - TIME AT 1 ..................................................................................................... 318

SQUARE SIGNAL - TIME AT 0 ..................................................................................................... 318

DIGITAL I/O (DNC880S)........................................................................................................... 319

ANALOG I/O (DNC880S) ......................................................................................................... 320

ANGLE MEASUREMENT SYSTEM ......................................................................................... 321

BENDING ASSISTANCE ......................................................................................................... 323

SPEED FACTOR K ................................................................................................................ 325

BENDING AID RETURN DELAY MIN. – MAX. ................................................................................. 326

START DELAY AFTER RAM STOP ................................................................................................ 326

X AXIS RETRACTION POSITION ................................................................................................... 327

MAX RETURN SPEED ................................................................................................................. 328

BEAM: MAX. BENDING SPEED WITH ASSISTANCE......................................................................... 328

RETURN ACCORDING TO BEND FEATURES .................................................................................. 329

SPEED FACTOR SPRIN GBACK CYCLE .......................................................................................... 329

SPEED FACTOR BEAM ’S FINAL APPROACH .................................................................................. 330

INTERPOLATED BENDING AIDS ................................................................................................... 331

SPEED CORRECTIONS MANAGEMENT ......................................................................................... 331

LINEARITY CORRECTION MANAGEMENT ...................................................................................... 332

HAP SIMPLIFIED MECHANICS ............................................................................................ 333

HAP AXES PAIR ....................................................................................................................... 334

CONFIGURATION PAUSES SP/SN ........................................................................................ 335

PAUSES AXES GROUPS N ......................................................................................................... 336

SIGNAL SP GROUPS AXES N ..................................................................................................... 336

SIGNAL SN GROUPS AXES N ..................................................................................................... 336

QUICKCURSOR ....................................................................................................................... 337

CALIBRATION SELECTORS ......................................................................................................... 338

QuickCursor functions ........................................................................................................ 339

MACHINE DIMENSIONS .......................................................................................................... 340

BEAM - ORIGIN AND WIDTH ....................................................................................................... 341

TOOL GRIP - ORIGIN AND WIDTH ............................................................................................... 341

PUNCHES - REFERENCE ........................................................................................................... 342

PUNCHES - DIST. H2-H1 .......................................................................................................... 343

PUNCHES - L5 ......................................................................................................................... 344

DIMENSIONS OF UPPER BEAM - L1 .. L10 ................................................................................... 345

DIMENSIONS OF LOWER BEAM - L1 .. L7 .................................................................................... 346

SHEET SUPPORT DIMENSIONS - L1 .. L4 .................................................................................... 347

REAR PROTECTION ................................................................................................................... 348

BACKGAUGE CONFIGURATION ........................................................................................... 349

BACKGAUGE CONFIGURATION ................................................................................................... 350

Simple backstop ................................................................................................................. 350

Standard backstop with one additional stop ...................................................................... 350

Multiple stops ..................................................................................................................... 351

Special cases ..................................................................................................................... 352

Height adjustment of the backstop..................................................................................... 353

Backstop change in manual mode ..................................................................................... 353

Automatic backstop selection ............................................................................................ 353

N° ........................................................................................................................................... 354

NAME ...................................................................................................................................... 354

MODE ...................................................................................................................................... 355

L1 .. L6 ................................................................................................................................... 356

V-DOC-PMPS2EN_V5 10

CONTENTS

L6 MIN, L6 MAX ........................................................................................................................ 357

OX .......................................................................................................................................... 359

AF VALUE................................................................................................................................ 360

WIDTH ..................................................................................................................................... 361

SIM. RETRAC. ........................................................................................................................... 362

STOP CLEARANCE .................................................................................................................... 363

AF TIME ................................................................................................................................... 364

AF QUITTANCE ......................................................................................................................... 365

PREFERRED DISTANCE ............................................................................................................. 366

SIDE STOPS ............................................................................................................................. 367

TYPE ....................................................................................................................................... 368

L1 ........................................................................................................................................... 368

L2 ........................................................................................................................................... 368

R1 .......................................................................................................................................... 369

R2 .......................................................................................................................................... 369

R3 .......................................................................................................................................... 369

PHERIPHERALS ...................................................................................................................... 370

PROGRAMMED PERIPHERALS .......................................................................................... 370

ADDITIONAL PERIPHERALS ............................................................................................... 370

N° ........................................................................................................................................... 371

NAME ...................................................................................................................................... 371

TYPE ....................................................................................................................................... 371

PATH ....................................................................................................................................... 372

OPT. NB ................................................................................................................................... 372

CONFIGURATION LINK9000 .................................................................................................. 373

Link9000 for option 8, Message interpreter ....................................................................... 374

Link9000 for LazerSafe PCSS ........................................................................................... 374

NAME ...................................................................................................................................... 375

PORT ...................................................................................................................................... 375

BAUD RATE .............................................................................................................................. 375

PROTOCOL .............................................................................................................................. 377

CTS LINE ................................................................................................................................ 377

STOP BITS ............................................................................................................................... 377

DATA BITS ............................................................................................................................... 378

PARITY .................................................................................................................................... 378

SWITCH ................................................................................................................................... 378

POSITION ................................................................................................................................. 379

INSERT CR-LF EACH ................................................................................................................ 379

IGNORE CR-LF AT RECEPT ION .................................................................................................. 379

INITIAL TIMEOUT ....................................................................................................................... 380

TIMEOUT BETWEEN CHARACTERS - RECEIVE ............................................................................. 380

TIMEOUT BETWEEN CHARACTERS - SEND .................................................................................. 380

HEADERS - RECEIVE ................................................................................................................ 381

HEADERS - SEND ..................................................................................................................... 381

TERMINATORS - RECEIVE ......................................................................................................... 381

TERMINATORS - SEND .............................................................................................................. 382

CONFIGURATION LINK7000 .................................................................................................. 383

NAME ...................................................................................................................................... 384

PORT ...................................................................................................................................... 384

BAUD RATE .............................................................................................................................. 384

CTS LINE ................................................................................................................................ 385

STOP BITS ............................................................................................................................... 385

DATA BITS ............................................................................................................................... 385

PARITY .................................................................................................................................... 386

TRANSMISSION FILE.................................................................................................................. 386

SWITCH ................................................................................................................................... 386

V-DOC-PMPS2EN_V5 11

CONTENTS

POSITION ................................................................................................................................. 387

PROTOCOL .............................................................................................................................. 387

AXES ....................................................................................................................................... 387

CODES 1 .. 4 ............................................................................................................................ 388

PRODUCTS .............................................................................................................................. 388

TOOLS ..................................................................................................................................... 388

TRANSFER TO DNC60 ............................................................................................................ 389

NAME ...................................................................................................................................... 390

PORT ...................................................................................................................................... 390

BAUD RATE .............................................................................................................................. 390

CTS LINE ................................................................................................................................ 391

STOP BITS ............................................................................................................................... 391

DATA BITS ............................................................................................................................... 391

PARITY .................................................................................................................................... 392

TRANSMISSION FILE.................................................................................................................. 392

PROTOCOL .............................................................................................................................. 392

PRODUCTS .............................................................................................................................. 393

TOOLS ..................................................................................................................................... 393

INTERNAL BACKU P (SAVE) ......................................................................................................... 394

INTERNAL RESTORATION OF PMS AND TOOLS ............................................................................ 397

SAFETY CONTROLLER .......................................................................................................... 399

MATERIAL ................................................................................................................................ 400

MATERIAL ............................................................................................................................. 401

UNFOLDED LENGTH .................................................................................................................. 402

PRESSURE - AIR BENDING PRESSURE FACTOR ........................................................................... 403

PRESSURE - BOTTOMING PRESSURE FACTOR ............................................................................ 404

SPRINGBACK COMPENSATION ................................................................................................... 405

THICKNESS CORRECTION FACTOR ............................................................................................. 406

CP TOLERANCE IN % OF THICKNESS ......................................................................................... 407

LINEAR ENC. POSITION Y1 ........................................................................................................ 408

DISTANCE BET WEEN L IN . ENC. Y1 AND LIN. ENC. Y2 ................................................................... 409

SENSITIVITY BDC MIN: 1° CORRESPONDS TO ............................................................................. 410

LOG ........................................................................................................................................... 411

OPERATION .......................................................................................................................... 412

LOG ........................................................................................................................................ 412

RECORDS ................................................................................................................................ 412

CONFIGURATION ................................................................................................................. 413

LOCATION OF LOG .................................................................................................................... 413

RECORDS TO KEEP ................................................................................................................... 413

CONTINUOUS PRINTING ............................................................................................................ 414

COPY OF LOG TO ...................................................................................................................... 414

EVENTS TO RECORD .......................................................................................................... 415

INTERPRETED MESSAGES ......................................................................................................... 415

ERROR MESSAGES ................................................................................................................... 415

PRODUCT TRAFFIC ................................................................................................................... 415

WORKING MODE (ENC) ............................................................................................................ 416

WORKING SEQUENCES (ENC) .................................................................................................. 416

PEDAL AND ++ -- (ENC) ........................................................................................................... 416

MESSAGE INTERPRETER ...................................................................................................... 417

OPERATION .......................................................................................................................... 418

INTERPRETER .......................................................................................................................... 418

INTERPRETED MESSAGES ......................................................................................................... 418

CONFIGURATION ................................................................................................................. 419

SOURCE OF MESSAG ES ............................................................................................................ 419

DESTINATION OF AN SWERS ....................................................................................................... 419

CONFIRMATION ........................................................................................................................ 419

V-DOC-PMPS2EN_V5 12

CONTENTS

PATTERN AND SCALES ......................................................................................................... 420

PATTERN ................................................................................................................................. 421

DRAWING SCALES .............................................................................................................. 422

U ............................................................................................................................................ 422

V............................................................................................................................................. 422

TRACKBALL .......................................................................................................................... 423

SENSITIVITY X.......................................................................................................................... 423

SENSITIVITY Y.......................................................................................................................... 423

LANGUAGE .............................................................................................................................. 424

TEXTS AND DRAWINGS ............................................................................................................. 425

PRINTER .................................................................................................................................. 427

DESTINATION ........................................................................................................................... 428

JPEG DESTINATION ................................................................................................................. 429

TRANSLATION ......................................................................................................................... 430

DATE AND TIME ...................................................................................................................... 431

V-DOC-PMPS2EN_V5 13

INTRODUCTION / CONVENTIONS

This manual describes the machine parameters of the ModEva numerical controls for synchronized press brakes and other, similar controls like the DNC880, the DNC1200 and the DNC60 and DNC600.

The parameter descriptions correspond to the standard version of the ModEva software. Note that certain parameters described in this manual are shown only for specific axes-configurations or selected options.

N2X- and CAN-axes para meters for X, R and all other digital axes are not described in this manual. Refer to the specific documentation for detailed information.

Numerous special options and configurations exist for the Cybelec numerical controls. Examples include Bending aids, Tool changer, Angle measurement, Safety PLC data link, Tandem configuration, etc. This manual contains no or limited information about the particular parameters for these options and configurations. Refer to the specific documentation for detailed information.

Most chapters in this manual are dedicated to specific machine parameter pages, e.g. Auxiliary Functions, Beam, Configuration, etc.

The titles of these chapters correspond to the titles of the ModEva parameter pages. Each chapter details the parameters contained in the corresponding parameter page(s).

A few chapters contain more general information, e.g.

Abbreviations, Beam parameters, Beam modes and Beam cycles. It is recommended to study this information prior to

consulting specific parameters. A typical value is given for many parameters. This typical value can

be used in most cases, or at least serve as a good starting point. Note, however, that optimum parameter values strongly depend on machine construction, - size, hydraulic configuration, etc.

References to other parameters, DNC pages etc. are shown in bold and use a different font, e.g. P01, Control loop, DNC page Bend Numerical. In most cases, reference to “machine parameter xxx” is written as “Pxxx” since this is shorter and easier to read. The parameter name is given as well since this avoids having to search for additional information in most ca ses.

V-DOC-PMPS2EN_V5 14

ABBREVIATIONS

value exists for the field).

Analog to Digital converter

Auxiliary Function

In this document: End of the closing stroke of the beam

Clamping Point, also PP or SCP

etc

Digital to Analog converter

Final Approach

For the beam: Fast approach speed or fast return speed

For the beam: Bending speed

LS-

Limit Switch -, minimum axis position

Pinch Point, also CP or SCP

Also designates the safety point in- and output of the DNC

For the beam: Bending speed

Also Speed Commutation Point (Parameter 68)

Enable signal for the co rresponding movement of an axis

Can also mean Safety Point (see PSS)

In this document: End o f t he opening st roke of the beam

ABBREVIATIONS

The following is a list of the abbreviations commonly used throughout this document:

Symbol used for an undefined (empty, non pro grammed) data field. An undefined field takes a default value (if such

BDC Bottom Dead Center

D0 D1

GV High speed (French: Grande Vitesse), also HS

HS High Speed, also GV

LS Low Speed (or slow speed), also PV

LS+

PSS Safety point (French: Point d e Sécurité (Suédois))

PV Slow speed (French: Petite Vitesse), also LS

SCP Sheet Clamping Point, also CP or PP

Data bit 0 Data bit 1

Limit Switch +, maxi mum axis position

SN Negative direction (French: Sens Négatif)

SP Positive direction (French: Sens Positif)

TDC Top Dead center

V-DOC-PMPS2EN_V5 15

Enable signal for the co rresponding movement of an axis

OPTIONS

DNC-Options are optional selec ta ble extensions to the standard D NCsoftware. Some options are available as standard, others are available at extra cost, and a few are exclusive to a specific machine manufacturer or application.

The selection field in front of the option number selects whether the option is activated or not: Select – to d eactivate and + to activate the option.

The choice whether to activate an option or not is determined by the hardware of the machine. Therefore, no typical values are given in the description of the options.

V-DOC-PMPS2EN_V5 16

OPTIONS

Data type

Selection - / +

Default value

Interface page for import

and export of DXF- or IGES-files

Page

Options

Data type

Selection - / +

Default value

Activates the data exchange via a RS232 data link using the Link7000 protocol

Page

Options

02 CAD INTERFACE PAGE

Function

This option is only used for the 3D version of the PC-Software. The CAD-Interface allows to import

unfolded part data from a CAD system, avoiding time consuming reprogramming of the part and the risk of data introduction errors. In the ideal case, the CAD system exports DXF- or IGES files specifically adapted for the Cybelec software. In his case, the import process is very simple and largely automatic.

Activates the CAD-

03 COMMUNICATIONS LINK7000

Function

This option is only used for the PC-Software. Link7000 i s us ed to exchange product data with t he non PC based

Cybelec controls such as the DNC7000 and DNC70, which don’t have a floppy disk drive or an USB port.

For the data exchange with current DNC60 controls, Link7000 has been replaced by the standard Transfer to DNC 60 feature. Note that this fea ture is only availabl e when the option Communications

Link7000 is not activated.

Transfer to DNC 60 is available starting with so ftware version SSBFxN4 and requires DNC60/600 software version SIXFDK / SVXFDK or later.

V-DOC-PMPS2EN_V5 17

OPTIONS

Data type

Selection - / +

Default value

Function

Activates the Message interpreter

Page

Options

Data type

Selection - / +

Default value

a real-time, analog measurement interface

Page

Options

08 MESSAGE INTERPRETER

This option allows to remote control a DNC. Commands can be issued through a ser i al RS232 data link or by command files exchange d over a network. The message interpreter is mainly used for machine automation, interfacing to a bending cell robot and interfacing to a barcode reader.

30 ANGLE MEASURING DEVICE

Function

See also option 60, Angle measuring device, for angle measurement systems using a serial link interface.

Refer to the specific angle measurement documentation for further information.

Activates the angle measurement system using

V-DOC-PMPS2EN_V5 18

OPTIONS

Data type

Selection - / +

Default value

Function

Activates the front X-axes

Page

Options

Data type

Selection - / +

Default value

Function

Activates the front Z-axes

Page

Options

33 FRONT X AXES (X3, X4, X7, X8)

Enables the selection of front X-a xes on the Configuration page.

Note Front axes are not calculated by the DNC, and must be

programmed manually. See the chapter Configuration for further details.

34 FRONT Z AXES (Z3, Z4)

Enables the selection of front Z-axes on the Configuration page.

Note Front axes are not calculated by the DNC, and must be

programmed manually. See the chapter Configuration for further details.

V-DOC-PMPS2EN_V5 19

OPTIONS

Data type

Selection - / +

Default value

Function

Activates the rear sheet support axes

Page

Options

Data type

Selection - / +

Default value

Activates the calculation support for bends which are not parallel to the edge of the sheet

Page

Options

38 BACK SHEET SUPPORT (H, H2)

Enables the selection of rear sheet support axes on the

Configuration page.

Note Sheet support axes are used to support the sheet prior to

bending. Unlike bending aids, sheet support axes do not follow the sheet during the bending operation. See also option 42,

Bending assistance.

Note Specific parameters for the rear sheet support axes are

programmed in the parameters Back sheet support on the parameter page Special cycles.

41 “SCHRAEGSTELLUNG”

Function

This option requires a rear gauge configuration with two X- and two Z-axes as well as backgauge fingers with a side stop. Note that a configuration with a backgauge bar driven by two X-motors is not suitable for this option because the fingers do not remain perpendicular to the bend line when the X-axes are set to different positions. See also the chapter Example configurations.

V-DOC-PMPS2EN_V5 20

OPTIONS

Data type

Selection - / +

Default value

Function

Activates the bending aid axes AP1..AP4

Page

Options

When this option is activated, special calculation parameters for bends which are not parallel to the edge of the sheet are available on the

Bend Numerical page.

42 BENDING ASSISTANCE

Enables the selection of front (AP3, AP4) and rear (AP1, AP2) bending aid axes on the Configuration page.

Bending aids are support arms that follow and support the sheet during the bending process. They ar e synchronized with the movement of the beam, and intended to support heavy parts during bending. Bending aids are also used to support very thin material in order to avoid unwanted folding on the edge of the Vee.

See also option 38, Back sheet support (H, H2), a nd 52, Front

sheet supports (H3, H4).

Example configuration with AP3 (left) shown in the down position and AP4 (right) shown in the up positio n

V-DOC-PMPS2EN_V5 21

OPTIONS

Data type

Selection - / +

Default value

Activates the configuration of the DNC for a “conventional”, non synchronized, press brake

Page

Options

43 P/PC PRESSE

Function

Do not activate this option on a synchronized press brake as this will adapt the functioning of the DNC for a “conventional” machine.

Except for the beam parameters, all parameters for a conventional P or PC type press brake are the same as for a synchronized press brake. Note, however, that a number of functions and options are not available for P/PC type machines.

This pictur e shows the first Beam parameter page for a PC-press with Y1 and M-axes. The second Beam parameter page is identical with the synchronized press brake and there is no third Beam parameter page.

This pictur e shows the first Beam parameter page for a P-press with only an M-axis. There are no other Beam parameter pages.

V-DOC-PMPS2EN_V5 22

OPTIONS

Data type

Selection - / +

Default value

Activates the material thickness measurement system using a RS232 serial data link

Page

Options

44 THICKNESS MEAS. BY SERIAL PORT

Function

Originally developed for a Krautkramer ultrasonic measurement system, this option can also be used with a Roland inductive measureme nt s ystem as well as with other systems using the same data format.

This option allows automatic c orrection of the bending depth according t o the measur ed thickness .

Note See also option 57, Thickness meas. by N2X (MS1,

MS2).

V-DOC-PMPS2EN_V5 23

OPTIONS

Data type

Selection - / +

Default value

die: X-Positioning (die shifter ) or variable Vee

Page

Options

51 DIE AXES (M1, M2)

Function

Enables the selection of die axes on the Configuration page.

Positioning of selected die Variable Vee die

M-axes are used to position the selected die of a multi-Vee die or another multiple die system in the be nding position. The positions of the M-axes are defined in the programmed die data.

Activates the axes for the positioning of the

M-axes can also be used to position variable-Vee dies. In this case the size of the Vee-opening is adjusted with one or two M-axes.

V-DOC-PMPS2EN_V5 24

OPTIONS

Data type

Selection - / +

Default value

Function

Activates the front sheet support axes

Page

Options

52 FRONT SHEET SUPPORTS (H3, H4)

Enables the selection of front sheet support axes on the

Configuration page.

The DNC calculates the position of the front sheet supports according to the selected tools and bend conditions.

Note Sheet support axes are used to support the sheet prior to

bending. Unlike bending aids, sheet support axes do not foll ow the sheet during the bending operation. See also option 38,

Back sheet support (H, H2), as well as option 43, Bending assistance.

Note The dimensions of the front sheet support arms or –table are

programmed in the parameters Sheet support dimensions on the parameter page Machine dimensions.

V-DOC-PMPS2EN_V5 25

OPTIONS

Data type

Selection - / +

Default value

and outputs required

for external commands

Page

Options

Data type

Selection - / +

Default value

Activates the material thickness measurement system using N2X meas urement axes

Page

Options

55 EXTERNAL COMMANDS

Function

Enables the selection of special in- and outputs on the Inputs and

Outputs pages.

Note External commands have become a standard feature for the

ModEva and DNC880S, and this option no longer needs to be activated.

Activates additional in-

57 THICKNESS MEAS. BY N2X (MS1, MS2)

Function

Enables the selection of material thickness measurement axes on the

Configuration page.

This option allows automatic c orrection of the bending depth according t o the measur ed thickness . The material thickne s s is measured with special measurement clamps mounted on or in the backstop fingers.

See also option 44, Thickness meas. by serial port.

V-DOC-PMPS2EN_V5 26

OPTIONS

Data type

Selection - / +

Default value

a serial link measurement interface

Page

Options

Data type

Selection - / +

Default value

Function

Activates the CAN axes interface

Page

Options

60 ANGLE MEASURING DEVICE

64 CAN

Function

See also option 30, Angle measuring device, for angle measureme nt s ystems using a real-time analog measurement interface.

See also options 65 and 66 for extensio ns to this option.

Refer to the specific angle measurement documentation for further information.

Activates the angle meas urement syste m using

This option is required for axes using CAN drives. The CAN bus of the drive(s) is connected to a NCX board, which replaces the regular N2X- and NMX/ NSX boards.

A maximum of 2 NCX boards can be mounted in a CNC rack. Each board can control a maximum of 8 CAN axes.

The maximum number of CAN axes is determined by the options 74

.. 78.

Refer to the specific CAN documentation for further information.

V-DOC-PMPS2EN_V5 27

OPTIONS

Data type

Selection - / +

Default value

Function

Activates the dual angle measurement option

Page

Options

Data type

Selection - / +

Default value

Activates the real time angle measurement option

Page

Options

65 SECOND ANGLE MEASURE

This is an extension to option 60, Angle measuring device. This option is required to support a dual (left-right) measurement

system.

Refer to the specific angle measurement docu mentation fo r further information.

66 CONTINUOUS ANGLE MEASURES

Function

This is an extension to option 60, Angle measuring device. This option is required to support a real-time measure ment system.

Refer to the specific angle measurement documentation for further information.

V-DOC-PMPS2EN_V5 28

OPTIONS

Data type

Selection - / +

Default value

force and crowning

Page

Options

Data type

Selection - / +

Default value

78: Activates the CAN axes counter bit D 4

Page

Options 2

D4 Maximum number of CAN Axes

- - - - -

+ - - - -

- + - - -

+ - + - -

+ + + - -

- + - + -

- - - - +

68 FORCE & CROWNING CALCUL AT. V2.0

Function

See P38, Force calculation as functi o n o f target angle.

Activates the alternative calculation met hod for

74 … 78 COUNTER AXES CAN D0 … D4

Function

74: Activates the CAN axes counter bit D0 75: Activates the CAN axes counter bit D 1 76: Activates the CAN axes counter bit D 2 77: Activates the CAN axes counter bit D 3

The number of configurable CAN axes on the machine is limited to the number defined with the options 74, 75, 76, 77 and 78. So me examples:

0 axes 1 axis 2 axes 5 axes 7 axes 10 axes 16 axes

See also option 64, Can, as well as the specific CAN documentation.

V-DOC-PMPS2EN_V5 29

OPTIONS

V-DOC-PMPS2EN_V5 30

OPTIONS

Data type

Selection - / +

Default value

an external PLC

Page

Options 2

82 SERIAL LINK WITH PLC

Function

This option allows to exchang e digital I/O signals with an external (safety) PLC (without t he need of physically wiring these signals between in- and outputs). This option also allows to log and display PLC operator messages on the DNC screen.

Activates the interface for data exchange with

Refer to the specific documentation for this option for a description of the machine parameters.

V-DOC-PMPS2EN_V5 31

OPTIONS

Data type

Selection - / +

Default value

in support for the

integration of supplementary software

Page

Options 2

83 PLUG IN

Function

The plug-in optio n allows the integration of user tailored software into in the Cybelec Software.

A typical use for the plug-in is the display of bend simulation images generated by an external CAD system. Other applications include the control of particular crowning systems, special axes-calculations, etc.

Activates the DNC plug-

The page Bend - OEM viewer constitutes the user interface for the supplementary software.

The main window (black area of the image) is available to the user software to display pictures, data fields, control elements etc.

V-DOC-PMPS2EN_V5 32

Refer to the specific documentation for this option for a description of the machine parameters.

OPTIONS

Data type

Selection - / +

Default value

Function

Activates the LazerSafe PCSS interface

Page

Options 2

84 LASERSAFE PCSS LINK

This is a special option for machines equipped with a LazerSafe PCSS safety controller. The DNC and machine interface with the PCSS controller is configured on the parameter page Safety controller. The operator configures the PCSS working mode and other PCSS functions on the operator page Safety controller, accessible from the Product and Bend menu. This page also shows the current state of safety system.

V-DOC-PMPS2EN_V5 33

OPTIONS

Data type

Selection - / +

Default value

Activates the strain gauge deflection compensation system

Page

Options 2

Data type

Selection - / +

Default value

Function

Activates the Tandem press interface

Page

Options 2

86 STR AIN GAUGE

Function

See the machine parameters page Strain gauge for further information.

89 MACHINE TANDEM

This option enables specific in- and outputs for the synchronized (tandem) operation of 2 or more machines.

Refer to the documentation Tandem_Option89 that co vers this subject in detail.

V-DOC-PMPS2EN_V5 34

OPTIONS

Data type

Selection - / +

Default value

axes with a “simplified” mechanics.

Page

Options 2

HAP

APV

Axis AP

Axis H

90 HAP MECANIC SIMPLIFIED

Function

Activates the use of AP-axes mounted on H-

This option enables the us e of bending a id AP-axes mounted on s heet support H-axes in a configuration with simplified mechanics. See the kinematics example of this configuration below:

V-DOC-PMPS2EN_V5 35

Note The option 90, HAP mechanic simplified, neither requires

option 38, Back sheet support (H, H2), nor option 42,

Bending assistance.

OPTIONS

Data type

Selection - / +

Default value

Function

Activates the use of free axes as slave axes

Page

Options 2

Data type

Selection - / +

Default value

Function

Activates follow up bending assistance

Page

Options 2

91 FREE AXES ‘SLAVES’

This option enables the use of free axes as slave axes linked to master axes. A common application is a backgauge X-axis with two servodrives. The first s ervodrive is driven by a regular X axis. The second servodrive is driven by a free axis configured in slave mode of the X master axis.

92 FOLLOW-UP BENDING ASSISTANCE

Starting with software version P, this option has become a standard feature for machine configurations with bending aid axes. See the page Bending assistance.

V-DOC-PMPS2EN_V5 36

CONFIGURATION

The numerical axes of the DNC are defined in the Configuration parameters.

The operator pages (e.g. Bend Numerical) show the axes in t he order defined on the configuration page. Up to 4 configuration pages may be defined in order to accommodate all axes.

Note An axis may be defined on multiple configuration pages. The

axis settings Name, Decimals, N2X Axis N° are the same on all pages.

On the operator pages, the function Actions – Auxiliary page cycles though the defined configuration pages to display the axes. Note that this function is only availab le if multiple configuration pages have been defined.

V-DOC-PMPS2EN_V5 37

CONFIGURATION

Data type

Number

Default value

Typical value

Value range

1 to 4

Function

Selects the displayed configuration page

Page

Configuration

Data type

Number

Fixed value

1 to 9

table

Page

Configuration

AUXILIARY PAGE

Up to 4 configuration pages may be defined. On the operator pages, the function Actions – Auxiliary page

cycles though the defined configuration pages to display the axes. Note that this function is only availab le if multiple configuration pages have been defined.

LINE N°

Function

Shows the line number in the configuration

V-DOC-PMPS2EN_V5 38

CONFIGURATION

Data type

Selection axis typ e

Default value

Typical value

None

Function

Selects the axis type

Page

Configuration

The axes types shown in the selection list depend on the active options. The first choice in the selection

A given axis type can only be defined once for the machine. Note, however, that the same axis may be

AP1

First rear bending aid axis (requires option 42)

AP2

Second rear bending aid axis (requires option 42)

AP3

First front bending aid axis (requires option 42)

AP4

Second front bending aid axis (requires option 42)

Free1

First free axis

Free2

Second free axis

Free3

Third free axis

Free4

Fourth free axis

Free5

Fifth free axis

Free6

Sixth free axis

Free7

Seventh free axis

Free8

Eighth free axis

MODE

list specifies “no axis” and clears all the fields on the current selection line.

defined on multiple configuration pages.

AXES

The following table lists the mo st common axes:

V-DOC-PMPS2EN_V5 39

CONFIGURATION

First rear sheet support axis (requires option 38)

Second rear sheet support axis (requires option 38)

First front sheet support axis (requires option 52)

Second front sheet support axis (requires option 52)

Third front sheet support axis (requires option 52)

Fourth front sheet support axis (requires option 52)

Depth stop for P/PC press (requires option 43)

First die axis (requires option 51)

Second die axis (requires option 51)

MS1

First sheet thickness measurement axis (requires option 57)

MS2

Second sheet thickness measurement axis (requires option 57)

First rear gauge height axis

Second rear gauge height axis

Third rear gauge height axis

Fourth rear gauge heigh t axis

First rear gauge position axis

First relative gauge position axis (mounted on the X-axis)

X1ABS

X1 mode axis with absolute (instead of relative) position display

Second rear gauge position axis

X2REL

Second rel ative gauge p osition axis (mounted on the X-axis)

First front gauge position axis (requires option 33)

Second front gauge position axis (requires option 33)

Third rear gauge position axis

Fourth rear gauge position axis

Third front gauge position axis (requires option 33)

Fourth front gauge position axis (requires option 33)

Beam position measurement (PC-press, requires option 43)

Second beam (bending) axis

First rear gauge lateral axis

Second rear gauge lateral axis

First front gauge lateral axis (requires option 34)

Second front gauge lateral axis (requires option 34)

Third rear gauge lateral axis

Fourth rear gauge later al axis

V-DOC-PMPS2EN_V5 40

First beam (bending) axis (synchronized press brake)

CONFIGURATION

Data type

Text

Default value

, uses the Mode field te xt as axis name

Typical value

Name of the axis

Value range

0 to 5 characters

Function

User-defined name of the axis.

Page

Configuration

NAME

This name is used to reference the axis on all operator- and parameter pages. When left blank, the name of t he axis mode is used as the axis name. In some cases, it is recommended to change this default name. See the examples below:

Mode Name Display Function

X X1 X1 Le ft X-axis X2 X2 Right X-axis

Mode Name Display Function

X X X-axis bar with two X-adjustable

fingers

X1 X1 Left backgauge finger X-axis X2REL X2 X2 Right backgauge finger X-axis

Mode Name Display Function

H3 FH FH Front sheet support H3 FSUP FSUP Alternative front shee t support name AP3 FBAID FBAID Front bending aid

Note Always retain the basic mode name as the axis name for H, M,

R, X, Y, and Z axes. These are standard names which should not be changed. Another common convention is to use a lower index for axes on the left-hand side (e.g. R1, X1, Y1, Z1) and a higher index for axes on the right-hand side of the machine (e.g. R2, X2, Y2, Z2).

V-DOC-PMPS2EN_V5 41

No common names exist for AP, Free, MS and other special axes. Keep the basic mode name if convenient, or define another suitable name if this is more suitable for the operator.

CONFIGURATION

Mode

Name

Note X X

Manual Z axis

Mode

Name

Note X X

Manual Z axis

EXAMPLE CONFIGURATIONS

The following examples show a numbe r of common axes configurations.

V-DOC-PMPS2EN_V5 42

CONFIGURATION

Mode

Name

Mode

Name

Z1 R R

Mode

Name

Mode

Name

Free1

Z2 R R

The axis Free1 is configured as a slave of the master axis X. Note Slave axes require option 91, Free axes ‘slaves’.

V-DOC-PMPS2EN_V5 43

CONFIGURATION

Mode

Name

Mode

Name

Z2 R R1



Mode

Name

Mode

Name

Note

This configuration is not suitable for option 41,

“Schraegstellung”, because the backgauge fingers are not

perpendicular to the bend line when X1 <> X2.

In this configuration X1 must be on the right side.

Note This configuration is suitable for option 41,

“Schraegstellung”.

V-DOC-PMPS2EN_V5 44

CONFIGURATION

Mode

Name

Mode

Name

Left side

X2REL

Right side

Mode

Name

Mode

Name

R R Free1

Note This configuration is suitable for option 41,

“Schraegstellung”.

In this configuration X1 must be on the right side

Note This configuration is suitable for option 41,

“Schraegstellung”.

V-DOC-PMPS2EN_V5 45

CONFIGURATION

Mode

Name

Mode

Name

Mode

Name

Mode

Name

X X2 X5

Y2 X1 X2 X3

R2 Z1 Z2

V-DOC-PMPS2EN_V5 46

CONFIGURATION

Mode

Name

Mode

Name

V-DOC-PMPS2EN_V5 47

CONFIGURATION

Mode

Name

Note

AP3

FBAID1

Left bendin g aid axis shown in down p osition

AP4

FBAID2

Right bending aid axis shown in up position

Mode

Name

Note

FSUP1

Left front support axis

FSUP2

Right front support axis

No common names exist for AP axes. Keep the basic mode name if convenient, or define another suitable name if this is more suitable for the operator. In this example AP3 and AP4 are named FBAID1 and FBAID2.

V-DOC-PMPS2EN_V5 48

CONFIGURATION

Bending aid in down position

Bending aid during fold ing cycle

V-DOC-PMPS2EN_V5 49

CONFIGURATION

Motorized H axis

M axis used a s die shifter , shown in two positions Alternatively, an M-axis can also be used to adjust the opening of the

Vee.

V-DOC-PMPS2EN_V5 50

CONFIGURATION

Data type

Number

Default value

None, must be defined

Typical value

2 / 3 for Y1-Y2; 1 / 2 for other axes

Value range

0 to 4

imperial (inch) mode shown on the operator pages.

Page

Configuration

DECIMALS MM / INCH

Function

Normally, the inch setting equals the mm settin g plus one. The setting of the number of decimal places is used for the operator

pages (e.g. Bend Numerical) only. The number of decimal places is fixed for the machine parameter pages.

Number of decimal places for metric (mm) and

V-DOC-PMPS2EN_V5 51

CONFIGURATION

Data type

Number

Default value

for Y1, Y2; No default for al other axes

Typical value

None

Value range

0 to 15

the Y1 and Y2 axes.

Page

Configuration

Data type

Selection numbering system

Default value

14-15, 0-1, 2-3

Typical value

0-1, 2-3, 4-5 for ModEva

Function

Selects the N2X numbering system

Page

Configuration

N2X AXIS N°

Function

Note The physical axis numbe rs of the N2X axes depend on the

selected numbering system. See parameter N2X-Numbering.

N2X NUMBERING

Physical axis number. Must be undefined for

For the DNC1200, the first N2X slot was reserved for the NLR-board. This slot corresponds to the N2X-axes 14-15. The next slo ts wer e numbered N2X 0-1, 2-3, etc.

For the ModEva, the first N2X-Slot is not specifically reserved for an NLR-board, and the slots are numbered starting from 0-1.

Although either numbering system can be used on a DNC, the selected system sho uld correspond to the labeling of the DNC in order to avoid confusion.

The NMX (N2X master) and NSX (N2X slave) board follow the regular N2X numbers.

Refer to the CAN documentation for the numbering of CAN axes using the NCX board.

V-DOC-PMPS2EN_V5 52

PREFERENCES

The preference parameters select optional functions.

V-DOC-PMPS2EN_V5 53

PREFERENCES

Data type

Selection No/Yes

Default value

Typical value

Numerical Param eters

Page

Preferences

PRODUCT PARAMETRIC

Function Selects to display the page Product

Parametric products offer a fast and easy way to modify preprogrammed 2D profiles. First, 2D product data is entered for a typical, representative part in the normal way on the Product Numerical page. Next the bend sequence is determined and the part is produced and optimized as usual. The final DNC program for the part is the basis for the parametric product.

On the Product Numeri cal Par amet e rs page, the parameters A to H can be assigned to various data elements of the basic product. These parameters are given a meani ngful description (field Caption), and limit values (fields Min and Max) as well as a default value (field

Suggested) are defined. Finally, the field Parameters is set to Active to activate parametric programming for this product.

Note Changing the field Parameters requires key level 3.

The picture below illustrates the defined parameters for a simple Uprofile:

V-DOC-PMPS2EN_V5 54

PREFERENCES

When the field Parameters is se t t o Active, the Product Numerical page only shows basic product data and the list of user

defined parameters. See the picture below:

Normal, non parametric programming of the product is restored by setting the field Parameters to Inactive on the Product Numerical Parame ters page.

Note Parametric products can only be used in 2D-mode.

V-DOC-PMPS2EN_V5 55

PREFERENCES

Data type

Selection No/Yes

Default value

Yes

Typical value

Yes

Selects to display the 2D product profile on the

Product Numerical page

Page

Preferences

Selection No

Selection Yes

GRAPHICAL PROFILE ON PAGE NUMERICAL

PRODUCT

Function

V-DOC-PMPS2EN_V5 56

PREFERENCES

Data type

Selection No/Yes

Default value

Typical value

Yes

Page

Preferences

Selection No

Selection Yes

BEND 2D INTERACTIVE

Function Selects interactive operation on the page Bend

When this preference is set to Yes, the thickness of the material is represented and additional options show the part and to define bend and gauge positions are available on the Bend 2D page.

Note The Bend / Unbend mode selection is no longer available when

this option is set to Yes. Also, the front sheet support axes (H3, H4) will not be represented in the 2D-image in this case.

V-DOC-PMPS2EN_V5 57

PREFERENCES

Data type

Selection No/Yes

Default value

Typical value

Yes

window when loading a product

in the working me mor y

Page

Preferences

AUTOMATIC DISPLAY OF PRODUCT

INFORMATIONS

Function Selects to automatically display the Product

When this preference is set to Yes, the Product Information window will be displayed automatically (if product information has been defined) when loading a product in the working memor y.

Information

Note The Product Information window can be shown any time

by selecting the ? (no product information defined) or ! (product information a vailable) symbol in the top rig ht hand corner on the screen.

Refer to the chapter Product information in the 2D reference manual for further information about programming and using product information.

V-DOC-PMPS2EN_V5 58

PREFERENCES

Data type

Selection No/Yes

Default value

Typical value

Selects to enable the programming of a product on the DNC while producing another product on the machi ne

Page

Preferences

PROGRAMMING WHILE WORKING

Function

Note It is normally not recommended to set this option to Yes since

the operator(s) can easily be confused by the different mode changes, and loose the “wrong” product when returning to

SINGLE MODE.

When this preference is set to Yes, the Double mode can be selected. In this mode, a product can be programmed on the DNC while another product is produced on the machine:

Change to a ut omatic mode as usual. The LED of the key lights up and the DNC operates in automatic mode. The product can be produced on the machine.

DOUBLE MODE

Press the Program mi ng ke y .to switch to DOUBLE MODE. The LED o f the Automatic key remains li t and the LED of the Programming key is lit as well. The DNC can now be used to program another prod uct while cont i nuing prod uction on the machine.

Note The product number shown between

square brackets is the produc t being produced.

SINGLE MODE

V-DOC-PMPS2EN_V5 59

When in DOUBLE MODE (The LEDs of bo th the Programming key and the Automatic key are lit), return to SINGLE MODE by

pressing either the

Programming key to keep the product being programmed,

or the

PREFERENCES

Automatic key to keep the product being produced.

V-DOC-PMPS2EN_V5 60

PREFERENCES

Data type

Selection No/Yes

Default value

Typical value

Order / Production Time pages

Page

Preferences

PRODUCTION PAGE

Function Selects access to the List of Orders and

When this preference is set to Yes, the List of Orders and Order / Production Time pages can be selected from the main menu:

V-DOC-PMPS2EN_V5 61

PREFERENCES

Note It is normally not recommended to activate this option.

V-DOC-PMPS2EN_V5 62

PREFERENCES

Data type

Selection No/Yes

Default value

Typical value

Function

Selects access to the Production Check page

Page

Preferences

PRODUCTION-CHECK

When this preference is set to Yes, the Production Check page can be selected from the main menu:

Note It is normally not recommended to activate this option.

V-DOC-PMPS2EN_V5 63

PREFERENCES

Data type

Selection No/Yes

Default value

Typical value

using the Qui ckCursor

Page

Preferences

MANUAL MOVEMENTS WITH QUICKCURSOR

Function

When this preference is set to Yes, the QuickCursor can be used for manual posit ioning of the axes.

Note See the machine parameter pages QuickCursor and N2X

page 2 for specific parameters for manual movements with

the QuickCursor.

Note It is normally not recommended to activate this option.

Selects to authorize manual axis-movements

V-DOC-PMPS2EN_V5 64

PREFERENCES

Data type

Selection No/Yes

Default value

Typical value

Selects to allow the operator to disable automatic calculations

Page

Preferences

Automatic calculations

No automatic calculations

ALLOW SWITCHING OFF AUTOMATIC

CALCULATIONS

Function

When this preference is set to Yes, the automatic calculation of BDC, Bending force etc. as a function of the material thickness etc. can be switched on and off wit h a corresponding funct i on on the Actions menu.

A calculator symbol signals the state of the automatic calculations.

Note Under normal conditions, the a utomatic calculations should

always rema in switched on.

V-DOC-PMPS2EN_V5 65

PREFERENCES

Data type

Selection No/Yes

Default value

Typical value

level 0

Page

Preferences

KEY 0 BLOCKS UTILIZATION

Function

When this preference is set to Yes, the DNC keyboard will be locked (except for changing the key level) when the curr ent key level is 0. This effectively disables using any keyboard function of the DNC and prevents that changes can be made to the current product or DNC operating mode.

This feature is particularly use ful during exhibitions to prevent that visitors introduce unwanted changes.

Note Key level 1 or higher is always required to memorize and

delete products.

Selects to lock t he DN C-keyb oar d when in key

V-DOC-PMPS2EN_V5 66

PREFERENCES

Data type

Selection Z-axes configuration

Default value

Typical value

Machine dependent

Function

Selects the physical position of the Z axes

Page

Preferences

Z - Z2 - Z5

Z5 is located to the right of the Z2 axis

Z - Z5 - Z2

Z5 is located between the Z1 and Z2 axes

Z5 - Z - Z2

Z5 is located to the left o f the Z axis

Z - Z2 - Z6

Z6 is located to the right of the Z2 axis

Z - Z6 - Z2

Z6 is located between the Z1 and Z2 axes

Z6 - Z - Z2

Z6 is located to the left of the Z axis

POSITION Z5 – Z6

The preferences Position Z5 and Position Z6 are shown only if the corresponding Z5 or Z6 axes are configured.

The following settings can be selected: Preference Position Z5

Preference Position Z6

Note The configuration with a Z5 and/or Z6 axis outside of the Z1-

Z2 axes is used when the Z5 and/or Z6 axes are located outside of the side frames.

Configure Z5 and/or Z6 axis between the Z1-Z2 axes when the Z-axes are located between the side frames.

V-DOC-PMPS2EN_V5 67

PREFERENCES

Data type

Selection Z-axes calculation

Default value

No computation

Typical value

Select calculation according to the Z-axes

axes for

products programmed in 2D (or numerical)

Page

Preferences

No computation

No automatic calculation

are not calculated.

Calculate positions for the Z, Z5 and Z2 axes, Z6 is not calculated

Calculate positions for the Z, Z6 and Z2 axes, Z5 is not calculated

Z - Z5 - Z6 - Z2

Calculate positions for the Z, Z5, Z6 and Z2 axes

COMPUTE AXES Z ON PRODUCT 2D

Function

When this pr eference is no t set to No computation, the positions of the Z-axes will not be calculated automatically as a function of the bending length and material positio n.

The following settings can be selected:

Z - Z2

Z - Z5 - Z2

Z - Z6 - Z2

Note The Z-axes must be physically located on the order defined by

the selection.

Selects the calculation mode of Z-

Calculate positions for the Z and Z2 axes, other Z axes

Note The axes selected for automatic calculation must, of course, be

defined in the machine configurati on.

V-DOC-PMPS2EN_V5 68

PREFERENCES

Data type

Selection No/Yes

Default value

Typical value

Yes if machine has bending aid axes

Selects to automatically limit the bending speed when us ing bending aid axes

Page

Preferences

AUTOMATIC CORRECTION OF THE RAM SPEED

Function

When bending at nominal speed, the required positioning speed of the bending aid axes can exceed the maximum positioning spee d. This situation can occur in particular when using a die with a small Vee opening.

When this preference is set to No, an error message is shown when the required positioning speed of the bending aid axes exceeds the maximum speed.

When this preference is set to Yes, the bending speed of the beam is automatically reduced in order to limit the positioning speed of the bending aid axes to the maximum speed.

V-DOC-PMPS2EN_V5 69

PREFERENCES

Data type

Selection Imprecise/Precise/By choice

Default value

Imprecise

Typical value

Imprecise

Function

Selects the retraction mode for the rear X-axes

Page

Preferences

This choice is used to optimize the beam cycle speed.

retraction position before the beam starts to bend.

page

RETRACTIONS OF X AXIS

The following selections are available for this preference:

Imprecise

Precise

By choice The retraction mode is selected on the Bend Numerical

Note In most cases, imprecise retractions are optimal since this

choice minimizes the position time of the rear X-axes for the retraction. In some cases, however, precise retractions could be required.

The rear X-axes move in full speed during the pro grammed retraction distance and then sto ps. The beam starts bending as soon the X axes reaches the retract position (at full speed). In this mode, the stop position is not important, the real stop position is located somewere after the retraction distance depending the speed reached at that point.

The rear X-axes position precisely at the programmed retraction position. This selection is used if the operator need for a specific reason to have the X axis a one exact position at the end of retraction. This mode use more beam cycle time, because the X axis has to properly terminate its positioning at

V-DOC-PMPS2EN_V5 70

PREFERENCES

Data type

Selection No/Yes

Default value

Typical value

Function

Selects the retraction mode for the rear Z-axes

Page

Preferences

RETRACTIONS OF Z AXIS

When this preference is set to Yes, the retraction direction and distance of the Z1- and Z2 axes can be programmed on the Bend Numerical page.

In some cases, a lateral retraction of the Z-axes may be more convenient to use than the standard backward retraction of the X-axis.

A positive Z-retraction is interpreted as a movement to the left (negative movement) for Z1 and a movement to the right (positive movement) for Z2.

When both X- and Z-retractions are defined, the Z-retraction takes place prior to the X-retraction.

Note This function is not available for Z5 and Z6.

V-DOC-PMPS2EN_V5 71

PREFERENCES

Data type

Selection No/Yes

Default value

Typical value

Selects to activate the indexation assistance for the operator

Page

Preferences 2

INDEXATION AIDS

Function

This preference has been introduced in software version M. The assistance functionality, however, is implemented starting with software version N. For software versions prior to N, this parameter should always be set to Yes to avoid a problem with the indexing cycle.

When this parameter is set to Yes for software version N, a pop-up window with user help information is shown when a problem is detected during the normal indexing procedure of the beam.

Starting with the P version o f the software, add itional beam ind exing methods and special beam synchronization inputs are available, and this parameter should be set to Yes for normal operation. See also

P09b, Indexing type and the d igital i nput s ignals Y1 > Y2 and Y2

> Y1.

Note This preference is only used for the traditional indexation

method (P09b, Indexing type set to Indexing during

upward move), and has no importance for the other possible

indexing metho d s. In some special cases (parameter- and machine set-up, etc.),

this parameter can be set to No to disable error detection and display of pop-up messages. For the traditional indexation method, this allows to keep the beam under pressure against the mechanical limit, in order to adjust the limit pres sure, check signals, etc. without interruptio n of the indexing cycle due to the stop detection of the beam.

V-DOC-PMPS2EN_V5 72

PREFERENCES

Data type

Selection No/RS232/USB

Default value

Typical value

Defines the interface type for the manual angle measurement protractor

Page

Preferences 2

USB/RS232 ANGLE MEASUREMENTS

Function

Starting with software version O, a manual Mitutoyo angle protractor can also be connected to the USB port of the ModEva or DNC880S control.

The USB interface also permits to use a Mitutoyo protractor equipped with a special wireless data transceiver.

V-DOC-PMPS2EN_V5 73

PREFERENCES

Data type

Selection No/Yes

Default value

Typical value

Function

Selects to activate the machine parking feature

Page

Preferences 2

MACHINE PARKING FEATURE

Selection this preference to Yes activates the feature to easily position all axes of the machine to predefined parking positions.

The Y1-Y2 axes should always be parked to safe positions prior to switching off the machine. Parking all other axes is recommended, and may gain a considerable amount of time at start-up if the indexation speed (homing speed for CAN axes) is low.

The parking procedure can be initiated by the action Park machine or by the dedicated digital input signal P ark mach ine.

Note This parameter is available starting with software version P.

V-DOC-PMPS2EN_V5 74

PREFERENCES

Data type

Selection No/Yes

Default value

Typical value

Selects to activate the crowning correction calculation

Page

Preferences 2

Selection Yes

Selection No

COMPUTING CROWNING CORRECTION

ACCORDING TO MEASURED ANGLE

Function

When set to Yes, the action Angle correction on the page Corrections sho ws the angle mea surement wind ow with data fields

for the measured angle in the center of the material:

Note that the action Angle correction and the angle measurement window are o nly shown when the following parameters are defined:

Page Material: Parameter Linear enc. position Y1 and Distance

between lin. enc. Y1 and lin. enc. Y2.

Although not strictly required, the parameters Beam origin and

Beam width on the page Machine dimensions should also be

defined. The data fields for the measured angle in the center of the material are

only shown when this preference is set to Yes and the following parameters are defined as well:

Page Pressure and crowning 2: P307, Crowning resolution. Page Pressure and crowning: P30a, Distance between jacks.

Note also that display of the action Angle correction on the page Corrections (and therefore also the display of the angle measurement window) also requires that all data for Y1-Y2-, pressureand crowning calculation (tool data, thickness, bend angle, bending length, etc.) has been programmed on the operator pages.

Note further that that the calculation for mulas have been adapted and optimized to include the crowning correction calculation. Because of this, the calculated Y1-Y2 corrections (without crowning correction) are slightly different from the p revious calculations.

V-DOC-PMPS2EN_V5 75

Note This parameter is available starting with software version P.

PREFERENCES

V-DOC-PMPS2EN_V5 76

N2X

Note The N2X so ftware versio n is shown at the top of the N2X

parameter pages. Complete software version information for DNC, ENC, N2X and NLR is shown on the Welcome page.

Refer to the specific N2X documentation for details about the N2X parameters.

Note The QuickCursor parameters 149 and 150 are only shown

when the preference Manual movements with

QuickCursor is set t o Yes.

V-DOC-PMPS2EN_V5 77

N2X

Data type

Distance [mm]

Default value

0.10

Typical value

Value range

0.00 to 999.99

Defines the positioning distance of the axis per increment o f the QuickCursor

Page

N2X page 2

Data type

Factor [%]

Default value

100%

Typical value

Value range

0.0 to 99.9

Defines the acceleration/deceleration of the axis for QuickC urs or mo ve me nts

Page

N2X page 2

QUICKCURSOR

This section contains QuickCursor parameters for manual axismovements.

See also the chapter QuickCursor for further details.

149 STEP SIZE

Function

Set this parameter to 0.1 mm when precise QuickCursor movements are required. Set to 1 mm or bigger when the Quic kCursor is only used to move an axis out of the way.

Note This parameter requires the preference Manual movements

with QuickCursor.

150 ACCELERATION FACTOR

V-DOC-PMPS2EN_V5 78

Function

Note This parameter requires the preference Manual movements

with QuickCursor.

FREE AXES ‘SLAVES’

This page requires option 91, Free axes ‘slaves’ and the configuration of at least one Free axis.

A slave axis is linked to a master axis. A common application is a backgauge X-axis with two servodr i ves. The first servodrive is driven by a regular X axis. The second servodrive is driven by a free axis configured in slave mode of the X master axis.

Note A bending aid axis cannot have a slave axis.

Note For the ModEva, the master axis and the corresponding slave

axis must be located on the same NMX/NMS group. This restriction does not apply to the DNC880s

V-DOC-PMPS2EN_V5 79

FREE AXES ‘SLAVES’

Data type

Slave axis t ype

Function

Displays configured slave axes

Page

Free axes ‘slaves’

Data type

Selection axis type

Default value

Free axis (not used as a slave axis)

Typical value

Depends on the machine

slave axis

Page

Free axes ‘slaves’

Data type

Distance [mm]

Default value

No master-slave position difference limitation

Typical value

Depends on the machine

and slave axi s .

Page

Free axes ‘slaves’

SLAVE

MASTER

Function

DISTANCE MAX

Function

Selects the master axis for a free axis used as a

Maximum position difference between master-

V-DOC-PMPS2EN_V5 80

CAN BUS

field to exit the

viewer

CAN BUS

This page requires option 64, CAN.

Recorded CAN messages are shown with the function Actions – CAN viewer. This action is available on most DNC pages.

New CAN vi e we r

Old CAN viewer. Select the cursor fields to scroll

and the Quit

MESSAGE VIEWER

The functio n Actions – Erase deletes the CAN message file. Note that this operation also set the parameter Message viewer to Off.

TOTAL RECORDS

Function

Note This information field shows the tota l number of CAN

messages. This value can be reset by the function Actions –

Reset total records.

INITIAL DATE AND TIME

MESSAGE VIEWER

V-DOC-PMPS2EN_V5 82

A confirmation is requested when the setting of this parameter is changed.

CAN BUS

Note First set the parameter Records to keep, sinc e changing this

parameter will set the parameter Message viewer to Off.

V-DOC-PMPS2EN_V5 83

CAN BUS

Data type

Selection Yes/No

Default value

Yes

Typical value

Yes

Function

Selects if pop-up messages are used

Page

CAN bus

Function

Shows the number of recorded CAN messages

Page

CAN bus

Data type

Number

Default value

None, must be programmed

Typical value

500

Value range

0 to 5000

Limits the number of CAN messages recorded in the message file

Page

CAN bus

POP UP

When set to Yes, cer tain important CAN errors are shown immediately to the operator in a pop-up message window. These messages are also recorded in the CAN message file.

RECORDS

Note This information field shows the total number of recorded

messages in the log file. The function Actions – Erase deletes the log file and sets the parameter Message viewer to

Off.

RECORDS TO KEEP

V-DOC-PMPS2EN_V5 84

Function

CAN BUS

Data type

Selection DNC peripheral

Default value

Internal

Typical value

Internal

Function

Defines where the CAN message file is stored

Page

CAN bus

Data type

Selection DNC peripheral

Default value

Internal

Typical value

Peripheral like Floppy, USB or Network

Defines to which peripheral the CAN message file will be copied to

Page

CAN bus

Note Changing the setting of t he parameter Records to keep will

set the parameter Message viewer to Off.

MESSAGE FILE IN

COPY MESSAGE FILE TO

Function

Note Use the function Actions – Copy to copy the message file to

the selected peripheral.

V-DOC-PMPS2EN_V5 85

BEAM PARAMETERS

INTRODUCTION

Many parameters are provided to permit optimal adjustment for all machine configurations and the various hydraulic systems in use.

Virtually all beam parameters have a single, specific function. A few exceptions to this rule exist. In these cases, the parameter description details the particular functions.

Changing the setting of a parameter with a single, specific function does not directly affect another parameter or function. For example, changing the high speed voltage down does not directly affect the low speed down or the return movement of the beam. Note, however, that this does not mean that c hanging a given parameter will not require to adapt another parameter: For example, changing the high speed voltage down normally also requires to adapt the deceleration ramp and/or –distance parameters.

As a rule, changing a parameter will also require to adapt one or more other parameters, which in turn could even require further par ameter changes. Consult the special chapters Beam cycle and Beam

positioning, these chapters provide a global overview and show

many details about the relations between the various parameters. Note that this document is not intende d as a start-up instruction guide

or user operation manual. The main purpose of this document is to describe the function of the parameters, their limit values as well as the default- and usual values. For a number of beam parameters, a basic adjustment procedure is given, and in some cases also details about the relation to other parameters. Refer to the specific documentation for information about start-up procedures, programming of the DNC, etc.

V-DOC-PMPS2EN_V5 86

BEAM PARAMETERS

HYDRAULIC SYSTEMS

DIFFERENTIAL - AND COUNTER PRESSURE SYSTEM

The main types of hydraulic systems used for press brakes are the differential system and the counter-pressure system.

The differential system was the first s ystem used. In this configuration, the oil from the bottom side of the cylinders is fed to the top side. This helps to fill the top side during the fast approach, and increases the bending speed at the expense of a reduction of the bending force. The differential system requires a minimum pressure (giving a mi nimum bendi ng force) during bendi ng t o avoid overspeeding, and is no longer used for new machines.

In the counte r-pressure configuration, the oil from the bottom side flows through a pressur e relief valve to tank during the bending operation. This is the most common system in use now. When the counter pressure is set correctly, overspeeding during bending is not possible. Note that although not required to avoid overspeeding, a minimum system pressur e (giving a mi nimum bending force) is required for proper BDC closed loop position regulation.

PRESSURE BALANCE

The hydraulic system can be equipped with a pressure balance system. The purpose of this system is to keep a constant, low pressure drop across the proportional valves by automatic limitation of the system pressure. Some pressure balance systems are only active during the return movement of the beam; others are also active during the bending cycle. Because of the automatic pressure limitation, the pressure balance system makes it more complicated to set the pressure parameters. In most cases, the effective pressures set by the pressure parameters can only been seen when the ram movement is obstructed (end of stroke of the cylinders, closed tools).

Note that an active pressure b alance system during the bending cyc le constitutes a second regulation loop. Especially during BDC regulation, this regulation loop may interfere with the position regulation loop of the DNC, and require adapting some parameters.

V-DOC-PMPS2EN_V5 87

BEAM PARAMETERS

Flow

Control Voltage

Zero overlap

Flow

Control Voltage

Positive overlap

VALVE OVERLAP

The main types of regulation valves used for press brakes are valves without overlap (or zero overlap) and valves with a positive overlap. See the image below:

Zero overlap valves were commonly used in the past. At present, mainly valves with a positive overlap are used because these valves are cheaper and easier to integrate in a safety system. Because of the positive overlap, these valves can be more difficult to adjust and they usually require higher voltage settings than for zero ove rlap valves.

Throughout this document, the typical values for beam voltage parameters assume zero-overlap valves. Some valve amplifiers electrically compensate a positive overlap. In this case, the beam voltage parameters are very similar to the settings for zero overlap valves. A positive overlap can also be compensated by P20a, Min.

voltage Y1 - Y2. As a rule, the overlap is only partially

compensated. See the description of this parameter for further details. When the overlap is not or only partially compensated, the typical values shown in this document must, of course, be increased to account for the non compensated overlap. The required increase is typically 0.5 to 1V.

V-DOC-PMPS2EN_V5 88

BEAM PARAMETERS

PRESS BRAKE TYPES

Two types of press brakes exist: downstroking and upstroking machines. The type of press brake can be selected by P62, Press, as Downstroke or as Upstroke.

For the downstroking machines, the lower beam is fixed. The upper beam moves down from TDC to BDC during the bend operation, and then returns back up to TDC.

For the upstr oking machines, the upper beam is fi xed. The lo we r beam moves up from BDC to TDC during the bend operation, and then returns back down to BDC.

Basically, all parameters are identical for both types. The main difference is the inversion of TDC and BDC in the parameter names. Also, a standard downstroking press does not require hydraulic pressure during the fast approac h closing movement, whereas the upstroking press brake requires system pressure to lift the lower beam. For the opening movement, the pressure requirements are, of course, inverted. Further, the i ndexatio n cycle of the b eam is different for the two types.

Unless specifically stated, a downstroking type press brake is assumed throughout this document.

V-DOC-PMPS2EN_V5 89

BE AM MO DE S

electrical panel

Regulation

Automatic

Adjustment

Sensitive

Auto

BEAM MODES

OPERATING MODES

The operating mode of the machine is determined by the selection of the operating mode of the DNC and the selection of the operating mode on the electrical panel.

The operating modes of the DNC are:

Programming

Manual

Semi-Automatic

Automatic

The operating modes of the electrical panel are defined by the digital inputs Regulation and Automatic. The s e inputs define the following modes:

Mode

Note The sensitive mode may not be available on a specific electrical panel (Machine manufacturer choice).

Input

Active 24V

Not active 0V

Input

Don’t care 0V or 24V

Not active 0V

Active 24V

V-DOC-PMPS2EN_V5 90

BE AM MO DE S

electrical panel

Mode DNC

Function

Beam movement down only in bending speed, down stroke

P07, Limits Min

No beam down movement

Beam movement down only in bending speed, down stroke limited by P07, Limits Min.

Beam movement down in fast approach and bending speed. When BDC has been reached, adjustment of the beam position

No automatic return to TDC, no automatic advance to the next bend in the program.

am movement down in fast approach and bending speed. When BDC has been reached, no

automatic advance to the next bend in the program.

Beam movement down only in bending speed, down stroke limited by P07, Limits Min.

Beam movement down in fast approach and bending speed. When BDC has been reached,

programmed dwell time. No automatic advance to the next bend in the program.

approach and bending speed. When BDC has been reached,

TDC after the programmed dwell time.

The following table defines the possible operating modes of the machine:

Mode

Adjustment Manual

Sensitive

Semi-Auto

Automatic

Manual

Semi-Auto

limited by

allowed.

possible with the + and – keys.

Auto

Automatic

Manual

Semi-Auto

Automatic

automatic r eturn to TDC and no

automatic return to TDC after the

Beam movement down in fast

advance to the next bend in the program and automatic return to

V-DOC-PMPS2EN_V5 91

Note Beam movement down is not allowed in DNC mode

Programming. Beam movement up is allowed in all modes.

BE AM MO DE S

When the mode on the electrical panel is set to Sensitive

and the mode on the DNC to Semi-Auto or Automatic

, the beam will stay in BDC as long as the down command is maintained by the operator, and the programmed dwell time is not taken into account. The ram only returns to TD C when an up command is given by the o perator.

When the mode on the electrical panel is set to Sensitive

and the mode on the DNC to Semi-Auto the position of the beam can be adjusted under pressure using the + and – keys:

or : Adjusts the beam position by ±5 measurement increments (corresponds to ± 0,05 mm with an encoder resolution of 200 I/mm) at each key-press.

or : Adjusts the beam position by ±1 measurement increment (corresponds to ± 0,005 mm with an encod er resolution of 200 I/mm) at each key-press.

If the manual buttons are maintained pressed more than 2 sec. the beam will co ntinusely move slowly up or down.

The adjustment of the BDC under pressure is especially useful to optimize the BDC position for semi-bottoming or hemming bends as well as to determine the BDC for operations such as material marking or punching with special tools.

After adjustment, once the beam has returned to TDC, the final BDC can be copied to the current bend sequence using the actio n Teach.

For a DNC 60 or similar control, the key is used to teach the final BDC position.

V-DOC-PMPS2EN_V5 92

BE AM MO DE S

CLOSED LOOP MODES

Depending on machine- and safety requirements, the DNC must react to an interruption of the machine cycle in differ ent ways. In some configurations, the beam must automatically return to TDC, while in other configurations t he beam should remain at the current position. In some situations, the beam should keep its current position under pressure, while in other cases the safety requirements do not allow this. Machine- and safety requirements also determine the appropriate decompression cycle and the type of slow speed return of the beam.

The machine parameters P01, Closed loop, and P41, Return TDC

Safety, and the input Permanent regulation determine how the

DNC reacts to interruptions of the machine cycle as well as the type of decompression cycle and slow speed return of the beam.

When the be am is in TDC o r when the down movement is interrupted, the following situations occur:

• Beam in TDC

When the beam has normally reached TDC, the DNC will keep the beam in position with TDC regulation. In this mode, the DNC will automatically move the beam back up, when it has dropped down too much below the TDC (because of some leakage in the cylinders or in the hydraulic system). The limit distance can be adjusted by P52, Ram regulation distance at TDC.

Throughout this document, this type of regulation is referred to as

TDC regulation.

• Down movement interrupted above the safety point

In this case, P41, Return TDC Safety determines if the beam will automatically return to TDC or stay at the current position.

When set to Yes or when set to External mode and the electrical panel is not in Sensitive mode, the beam returns to TDC.

Otherwise the beam stays at the current position and the setting of P01, Closed loop, determines if this position is regulated by the DNC. When set to 0, the DNC will not regulate the beam position. Otherwise, the DNC will mainta in the current position as in TDC.

• Down movement interrupted below the safety point

In this case, the beam will stay in the current po sition. When P01, Closed loop, is set to 0, the DNC will not regulate the beam

position. Otherwise, the input Permanent regulation determines how to

regulate the beam position. When the input Permanent regulation is active, the beam is

kept in the current position with reduced pressure and BDC closed loop position regulation. This means that the SNY and PVY enable signals as well as the pressure - and proportional valves remain active.

V-DOC-PMPS2EN_V5 93

BE AM MO DE S

Throughout this document, this type of regulation is referred to as

BDC closed loop regulation.

Note that the hydraulic system must remain in bending configuration during the BDC clos ed loop regulation while the operator has released the down command. Safety regulations usually do not allow this and restrict the use of the BDC closed loop regulation. When using a foot pedal, a possible compromise is the use of a pedal with an intermediate position. In the intermediate position, the down command is released, while the input Permanent regulation is active, and the hydraulic system maintains the bending configurat i on. In this case, the BDC closed loop regulation is active. When the pedal is fully released, the input signal Permanent regulation is switched off. This will switch off the BDC closed loop regulation, and no longer require the hydraulic system to stay in the bending confi guration.

When the input Permanent regulation is not active, the beam keeps the current position using T DC regulatio n.

When the input Permanent regulation is switched from active to not active (switched off), the BDC closed loop regulation is switched off. This will also switch off the SNY and PVY enable signals and the pressure - and proportional valves. The beam continues to keep the current p osition using TDC regulation.

When the input Permanent regulation is switched from not active to active (switched on), the TDC regulation is maintained. The BDC closed loop regulation is o nly activate d when interrupting the down command below the safety point as long as the input Permanent regulation is active.

V-DOC-PMPS2EN_V5 94

BE AM MO DE S

The closed loop modes can be summarized as follows:

TDC REGUL ATION MODE

In this mode, the beam is ke pt in positi on with TDC regulatio n. The DNC will automaticall y move the beam back up, when it has dropped down too much (because of some leakage in the cylinders or in the hydraulic system). The limit distance can be adjusted by P52, Ram

regulation distance at TDC.

BDC CLOSED LOOP REGULATION MODE

In this mode, the beam is ke pt in the current position with reduced pressure and BDC closed loop position regulation. This means that the SNY and PVY enable signals as well as the pressure - and proportional valves remain active .

This mode requires that all of the followi ng conditions are met:

P01, Closed loop is set to 1 or 2

Input Permanent regulation is active DNC operating mode is (semi) a utomatic Beam is at or below the safety point

If any condition is no longer met, the regulation mode reverts to TDC regulation. Note that the DNC will not switch from TDC regulation mode to BDC closed loop regulation mode.

V-DOC-PMPS2EN_V5 95

BE AM MO DE S

DECOMPRESSION MODES

After reaching the BDC, or when the down move ment is interrupted below the safety point, a decompression cycle is performed prior to starting the return to TDC. The purpose of this decompression cycle is to reduce the (high) pressure on the top side of the cylinder prior to opening the prefill valves. This avoids a decompression bang due to the opening of the prefill valves under pressure.

On many systems, the prefill valves open automatically when the enable signals SNY and PVY for the down movement are switched off. In this case, especially when the prefill valves open fast, a decompression bang can occur.

On other systems, the prefill valves are always open in one direction allowing to fill the top side of the cylinder. In the other direction, from the cylinder to tank, these valves remain closed unless a pilot pressure is applied to open them. In this case, the prefill valves remain closed when the ena ble signals SNY and PVY for the down movement are switched off (and no decompression bang will occur). The pilot pressure to open the prefill valves is applied when starting the normal return to TDC (when the enable signal SPY is switched on).

Depending on the operating conditions, the decompression will be carried out in one of the following modes:

RETURN MODE (OPEN LOOP MODE)

This mode is used when P01, Closed loop, is set to 0, or when the input Permanent regulation is not active. Note that once active, this mode remains active even when the input Permanent regulation is activated.

In this mode, the enable signal SPY is output as for the normal, high speed return. During the decompression time, the regulation valves are set according to P25, Voltage decompression, and the system pressure valve is set to P36, Pressure decompression. Note that the prefill valves will open at the start of the decompression cycle. The opening speed of these valves should be restricted to avoid a decompression bang.

BENDING MODE (CLOSED LOOP MODE)

This mode is used when P01, Closed loop, is set to 1 or 2, and the input Permanent regulation is active. Note that the mode will switch to return mode (open loop mode) when the input Permanent regulation is deactivated.

In this mode, the hydrau lic system remains in the bending configuration, and the prefill valves remain closed. The DNC tries to move the beam up with the speed set in P13, Max bending speed

. The settin g of the regulation valves is limited to the voltage of

V-DOC-PMPS2EN_V5 96

BE AM MO DE S

P21, LS voltage , and the system pressure valve is set to P36, Pressure decompression.

The prefill valves will open after the decompression cycle. A decompression bang will not occur, provided that the pressure on the top side of the cylinders has sufficiently decreased during the decompression cycle.

The closed loop decompression mode provides optimum decompression control. Note, however, that the hydraulic system must remain in be nding confi guration d uring the decompression, also when the operator releases the down command. Safety regulations usually do not allow this and restrict the use of the closed loop decompression mode. In some cases, the SPY enable signal can be used instead of SNY to differ entiate between bendi ng and decompression, resolving the safety restriction. See P01, Closed loop.

Alternatively, the inp ut Permanent regulation can be active as long as the operator maintains the down command. While this is the case, the closed loop decompression mode is permitted. When the down command is released during the decompression, the decompression mode will switch from closed loop to open loop mode. In many cases, this is an acceptable compromise.

V-DOC-PMPS2EN_V5 97

BE AM MO DE S

SLOW RETURN SPEED MODES

The operator can program a slow speed return from BDC to the pinch point or during a part of this distance. After the slow speed return, the DNC switches over to the normal return speed.

Depending on the operating conditions, the slow speed return will be carried out in one of the following modes:

REDUCED RETURN SPEED MODE (OPEN LOOP

MODE)

In this mode, the enable signal SPY is output as for the normal, high speed, return, and the prefill valves are open. Very slow beam speeds are critical and instable in this hydraulic configuration. Therefore,

P20b, Final approach voltage , is used to set the reduced speed

of the beam, irrespective of the slow return speed programmed by the operator.

Note that with high return forces (spring l oaded punching tools , adiprene dies, high springback material, etc.), the return force may be sufficient to lift the beam at a high speed. In this case, the beam movement cannot be controlled by the DNC, because the prefill valves are open and the oil can freely flow from the top side of the cylinders t o tank.

BENDING SPEED MODE (CLOSED LOOP MODE)

This mode is used when P01, Closed loop, is set to 1 or 2, and the input Permanent regulation is active. Note that the mode will switch to reduced return speed mode (open loop mode) when the input Permanent regulation is deactivated.

In this mode, the hydrau lic system remains in the bending configuration, and the prefill valves remain closed. The DNC moves the beam up with the speed set b y the operator. The maximum speed

is defined by P13, Max bending speed , and the setting of the regulation valves is limited to the volta ge o f P21, LS voltage .

Note that the speed during the decompression is the slow speed set by the operator instead of the maximum speed.

Compare to bending, the slow return speed requires a (much) higher output voltage to the regulating valves. The high cylinder surface ratio requires this in order to achieve a sufficiently low pressure at the top side of the cylinders.

V-DOC-PMPS2EN_V5 98

BE AM MO DE S

The closed loop decompression mode provides optimum slow speed control. Note, however, that th e hydraulic system must remain in bending co nfiguration during the slow speed return, also when the operator has released the down command. Safety regulations usually do not allow this and restrict the use of t he c losed loop slow return mode. In some cases, the SPY enable signal can be used instead of SNY to differentiate between bending and slow speed return, resolving the safety restriction. Se e P01, Closed loop.

Alternatively, the inp ut Permanent regulation can be active as long as the operator maintains the down command. While this is the case, the closed loop slow speed return mode is permitted. When the down command is released during the slow speed return, the DNC will switch from closed loop to open loop mode and continue the slow return as a normal return with a reduced speed. In many cases, this is an acceptable compromise.

V-DOC-PMPS2EN_V5 99

cybelec Press Brakes V5, Press Brakes V5.2 User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

ABOUT THIS DOCUMENT

COPYRIGHT NOTICE

TRAD E MARKS

DISCLAIMER

INTENDED AUDIENCE

WARNING

DOCUMENT VERSION

CONTENTS

INTRODUCTION / CONVENTIONS

ABBREVIATIONS

OPTIONS

02 CAD INTERFACE PAGE

03 COMMUNICATIONS LINK7000

08 MESSAGE INTERPRETER

30 ANGLE MEASURING DEVICE

33 FRONT X AXES (X3, X4, X7, X8)

34 FRONT Z AXES (Z3, Z4)

38 BACK SHEET SUPPORT (H, H2)

41 “SCHRAEGSTELLUNG”

42 BENDING ASSISTANCE

43 P/PC PRESSE

44 THICKNESS MEAS. BY SERIAL PORT

51 DIE AXES (M1, M2)

52 FRONT SHEET SUPPORTS (H3, H4)

55 EXTERNAL COMMANDS

57 THICKNESS MEAS. BY N2X (MS1, MS2)

60 ANGLE MEASURING DEVICE

64 CAN

65 SECOND ANGLE MEASURE

66 CONTINUOUS ANGLE MEASURES

68 FORCE & CROWNING CALCUL AT. V2.0

74 … 78 COUNTER AXES CAN D0 … D4

82 SERIAL LINK WITH PLC

83 PLUG IN

84 LASERSAFE PCSS LINK

86 STR AIN GAUGE

89 MACHINE TANDEM

90 HAP MECANIC SIMPLIFIED

91 FREE AXES ‘SLAVES’

92 FOLLOW-UP BENDING ASSISTANCE

CONFIGURATION

AUXILIARY PAGE

MODE

AXES

NAME

EXAMPLE CONFIGURATIONS

DECIMALS MM / INCH

N2X NUMBERING

PREFERENCES

PRODUCT PARAMETRIC

BEND 2D INTERACTIVE

PROGRAMMING WHILE WORKING

DOUBLE MODE

SINGLE MODE

PRODUCTION PAGE

PRODUCTION-CHECK

MANUAL MOVEMENTS WITH QUICKCURSOR

KEY 0 BLOCKS UTILIZATION

POSITION Z5 – Z6

COMPUTE AXES Z ON PRODUCT 2D

AUTOMATIC CORRECTION OF THE RAM SPEED

RETRACTIONS OF X AXIS

RETRACTIONS OF Z AXIS

INDEXATION AIDS

USB/RS232 ANGLE MEASUREMENTS

MACHINE PARKING FEATURE

QUICKCURSOR

149 STEP SIZE

150 ACCELERATION FACTOR

FREE AXES ‘SLAVES’

SLAVE

MASTER

DISTANCE MAX

CAN BUS

MESSAGE VIEWER

TOTAL RECORDS