Ryobi P112 Instruction Manual Page 184
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CHAPTER 1 SCREEN OPERATIONS
5. Diagnosis Screens
I – 172
5.3.2 Carrying out modal output
Modal type forced output of PLC interface signals is carried out. Once set, this data is held until canceled,
the power is turned ON/OFF, or other data is overwritten. There are four sets of devices that modally
output. If this number is exceeded, the previously existing data is overwritten.
(1) Menus used in modal output
Menu Details Type Reference
Modal
all clr
Modal output of all devices in the modal output area is
canceled in a batch.
The canceled data is erased from this area.
C
(3) Canceling
modal output in a
batch
Modal
sgl clr
Modal output of the device at the position of the cursor
in the modal output area is independently canceled.
The canceled data is erased from this area.
C
(4) Independently
canceling modal
output
(2) Modally outputting data "1" to device "X0048"
1)
The modal output mode is entered, and the cursor
appears at the modal output area.
2)
3)
Modal output is executed, and the cursor disappears.
The data that was in the cursor position is overwritten
by the input data, and is invalidated.
The modal output mode is canceled by pressing the
key.
(Note) The data of the modally output device is displayed in order in the selected area.
This modal output is held until the output is canceled or the power is turned OFF.
Press the menu key
Modal output
.
Using the
↑
and
↓
keys,
move the cursor to the setting
position.
Set the device and data, and
press the
INPUT
key.
X0048/1
INPUT
- 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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