Ryobi P112 Manuel d'instructions Page 262
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- Table des matières
- MARQUE LIVRES
Noté. / 5. Basé sur avis des utilisateurs
CHAPTER 2 MACHINE OPERATIONS
6. Operation Switch Functions and Other Functions
II – 39
6.21 Rapid traverse constant inclination acceleration/deceleration
This function carries out acceleration/deceleration at a constant inclination during the linear acceleration/
deceleration in the rapid traverse mode.
The constant inclination acceleration/deceleration method is effective in improving the cycle time
compared to the conventional method.
(1) Detailed explanation
The rapid traverse constant inclination acceleration/deceleration is valid only during a rapid traverse
command. It is also valid only when the rapid traverse command's acceleration/deceleration mode is
linear acceleration or linear deceleration.
The acceleration/deceleration patterns when rapid traverse constant inclination acceleration/
deceleration is used is shown in the next section.
(a) When interpolation distance is longer than acceleration/deceleration distance
rapid
Ts
T
L
Next block
Ts
Td
θ
(b) When interpolation distance is shorter than acceleration/deceleration distance
rapid
θ
Ts
T
Next block
Td
The time required for the command deceleration check during rapid traverse constant inclination
acceleration/deceleration is the rapid traverse deceleration check time for each axis, determined by
the simultaneously commanded axes' rapid traverse rate, rapid traverse acceleration/deceleration
time constant and interpolation distance. The longest of the axis times is used.
When two-axis simultaneous interpolation (linear interpolation) is carried out during rapid traverse
constant inclination acceleration/deceleration, the acceleration/deceleration time of each axis will be
the acceleration/deceleration time of each axis determined by the simultaneously commanded axes'
rapid traverse rate, rapid traverse acceleration/deceleration time constant and interpolation distance.
The longest of the axis times is used. Thus, linear interpolation is carried out even when the
acceleration/deceleration time constant for each axis is different.
rapid: Rapid traverse rate
Ts : Acceleration/deceleration
time constant
Td : Command deceleration
check time
θ : Acceleration/deceleration
inclination
T : Interpolation time
L : Interpolation distance
Td = + (0 to 14ms)
T
2
θ
= tan
–1
( )
rapid
Ts
T = 2 × Ts × L/rapid
rapid: Rapid traverse rate
Ts : Acceleration/deceleration
time constant
Td : Command deceleration
check time
θ : Acceleration/deceleration
inclination
T : Interpolation time
L : Interpolation distance
T= + Ts
L
rapid
Td = Ts + (0 to 14ms)
θ
=
tan
–1
( )
rapid
Ts
- 600L Series 1
- Introduction 2
- CAUTION 2
- Precautions for Safety 3
- CONTENTS 6
- I – 103 7
- I – 104 7
- CHAPTER 1 SCREEN OPERATIONS 12
- 1.1 Setting display unit 13
- < > 15
- Tool life 18
- Input/Output 19
- 1.4 Setting data 20
- 1.4.2 Inputting operations 23
- 1.5 Screen operations 24
- Press the menu Abs/Inc 27
- Next axis 28
- Press the menu Next axis 28
- List update and From list 30
- 1.5.7 Changing the menu 36
- 1.5.8 Menu operations 37
- POSITION 43
- Counter 1 type 46
- Counter 2 type 46
- 2.2.3 Correcting the buffer 47
- Buffer correct 48
- 2. Display area 2 50
- 1. Display 50
- 3. System display 50
- Time setting 55
- Run-out time 55
- 2.4 Operation Search screen 56
- NB srch exec 59
- Display mode 60
- Display range 60
- Trace ON 62
- Centering 64
- Display range 64
- Executing trace 65
- Horizontal axis 69
- Vertical axis 69
- 2.6 Common Variable screen 70
- Common var-2 72
- 2.7 Local Variable screen 76
- 2.8 PLC Switch screen 80
- mark appears 81
- 1. Control 82
- parameters 82
- 3.2.1 Setting the tool data 95
- 3.2.2 Erasing the tool data 96
- Work meas val 100
- T-len cal val 100
- Manual value 101
- and tool life 102
- per system 102
- 20 20 20 20 102
- 3.3.1 Tool life management I 103
- 3.3.2 Tool life management 108
- controlled by the NC 113
- Easy setting 116
- All axs clear 116
- ALL clear 116
- (Note 1) 118
- Device select 127
- File name 127
- 3.5.2 Transferring a file 128
- Area change 130
- Compare A:B 130
- 3.5.4 Erasing a file 131
- 3.5.6 Creating a directory 133
- 3.5.7 Formatting an FLD 133
- 3.5.8 List of file names 134
- 3.5.9 Edit lock B and C 135
- 3.5.10 Data protect keys 136
- 3.6 Parameter screens 138
- 3.6.1 Setting the parameters 141
- Area copy 142
- Area paste 143
- INPUT key 143
- 3.7 User parameter details 144
- Chamfering amount 147
- Final cut amount 148
- 3. Setup Screens 158
- 4. Edit Screens 159
- 159
- Newly create 160
- (Note 1) 163
- Save file 164
- (Note 4) 166
- 4.1.3 Creating MDI data 168
- Caution 169
- 4.2.2 Rewriting data 170
- 4.2.3 Inserting data 171
- 4.2.4 Copying/pasting data 172
- 4.2.5 Deleting data 173
- String search 175
- 5. Diagnosis Screens 177
- 1. Option items 179
- Device No. (bit-type) 181
- , and select the 183
- 1. Monitoring 188
- 2. Data of each 188
- Alarm his clr 200
- Servo unit 200
- Spindle unit 200
- Power unit 200
- 2. Collection state 203
- 1. Diagnosis 203
- 6. Maintenance Screens 211
- Abs pos set 216
- 6.2.1 Selecting the axis 218
- Ladder monitor 222
- CHAPTER 2 MACHINE OPERATIONS 223
- 1. Operation State 225
- 1.3 Not ready 226
- 1.4 Ready 226
- 2. Indicator Lamps 228
- 2.8 M01 229
- 2.9 M02/M30 229
- 3.1 Reset switch 230
- 3.2 Emergency stop button 230
- 4. Operation Mode 231
- 4.2 Jog feed mode 232
- 4.3 Rapid traverse mode 233
- Reference point 234
- RAPID TRAVERSE OVERRIDE 235
- 4.5 Incremental feed mode 236
- 4.6 Handle feed mode 237
- 4.7 Program run mode 238
- 4.8 MDI operation mode 239
- 5.1 Rapid traverse override 240
- 5.2 Cutting feed override 240
- 5.3 Manual feedrate 240
- 5.6 Manual pulse generator 241
- FEED AXIS SELECT 242
- 6.1 All axes machine lock 243
- 6.2 Each axis machine lock 243
- 6.3 Display lock 243
- 6.5 Single block 244
- 6.6 Dry run 244
- 6.7 Manual override 244
- 6.8 Override cancel 244
- Switch ON 245
- Switch OFF 245
- N7 N5 N2N7 N2 245
- 6.11 Manual absolute 246
- 6.12 Mirror image 247
- 6.13 Error detect 248
- 6.14 Chamfering 248
- 6.15 Follow-up function 248
- 6.16 Axis removal 248
- 6.18 Handle interruption 249
- Program path 251
- (G91X_Z_;) 251
- Path after interruption 253
- 6.18.8 Operation procedure 255
- 6.19 Deceleration check 256
- Smoothing zero 259
- CHAPTER 3 MAINTENANCE 264
- 1. Confirming the Operation 265
- Near-point detection 267
- posn set screen 275
- (Note 7) 278
- Basic machine 278
- Basic machine coordinate 280
- 4.4.5 Notes 282
- (Note 5) 283
- 4.5.3 Notes 285
- 5. Turn the power ON again 286
- Old "1202 Ref 286
- New basic machine 286
- 5. Daily Maintenance 289
- 5.2 Replacement 290
- LCD display section (back) 292
- Operation 296
- 5.3 Cleaning and handling 297
- Is the disk being used at a 300
- 5.3.3 Hard disk drive 301
- 5.3.4 LCD panel 301
- 5.3.5 PCMCIA Card 302
- 6. Fault Diagnosis and Action 303
- 6.2 Fault examples 304
- CHAPTER 4 APPENDICES 309
- 1 INPUT 310
- Appendix 3. Alarm Messages 331
- 3.2 Stop Codes (T{{ 341
- T02 Message 342
- T03 Message 343
- T04 Message 343
- {{ Message 345
- Applicable models 346
- V1/V2 SVJ2 ISV 346
- S02 Initial parameter error 355
- 3.4.2 Spindle warnings (s{{ 356
- 3.5 MCP alarms 357
- Y03 AMP unequipped 358
- 3.5.2 MCP warnings (y{{ 359
- No. Spindle causing no-signal 360
- 11st spindle 360
- 2 2nd spindle 360
- Z70 Message 361
- Z71 Message 362
- Error No. Axis name 363
- 3.8 Program errors (P{{{ 365
- Revision History 377
- Duplication Prohibited 378
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