AEG SB4 series User Manual Page 58
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21
Configuration
46
3.1.3 Configuration Limits (Maximum Expansion)
The following configuration limits are valid for the A500:
distributed expansions (Modnet 1/SFB) for each programmable controller
BIK 151 / BIK 812 for I/O for each programmable controller 3
distributed expansions (DEA ... ) for each BIK 151 / BIK 812 16
distributed expansions (Modnet 1/SFB) for each A500 48 = 3 x 16
central expansions (PEAB) for each A500 and each programmable controller
controller set up with DTA 024 or DTA 028 9
controller set up with DTA 27.1 9
expansions (Modnet 1/SFB and PEAB) for each programmable controller
controller set up with DTA 024 or DTA 028 48 + 9
controller set up with DTA 27.1 48 + 9
controller set upt with DTA 101 or DTA 107 48 + 0
The maximum numbers for the I/O slots and for the I/O points cannot be derrived. The
following limits are valid for these:
Table 17 Configuration Limits of the A500
Configuration I/O Slots Binary I/O Points (max.)
9)
DTA 024 primary subrack 6
10)
192
DTA 027.1 primary subrack - -
DTA 028 primary subrack with DNP 028 10
10)
320
DTA 028 primary subrack with DNO 028 13
10)
416
DTA 101 primary subrack 4 128
DTA 025 secondary subrack 16 512
DTA 102/DTA 112 secondary subrack 4 128
DTA 103/DTA 113 secondary subrack 9 288
DTA 024 with max. I/O configuration via PEAB 149 = 9 x 16 + (6 - 1) 4768
DTA 27.1 with max. I/O configuration via PEAB 142 = 8 x 16 + 14 4544
DTA 028 with DNP 028 and max. I/O configuration via PEAB 153 = 9 x 16 + (10 - 1) 4896
DTA 028 with DNO 028 and max. I/O configuration via PEAB 156 = 9 x 16 + (13 - 1) 4992
max. /IO configuration via Modnet 1/SFB 159
11)
5088
max. I/O configuration via PEAB and Modnet 1/SFB 159 5088
Note The configuration for the maximum values resulting purely theoretically are not
obtained in practice by using intelligent function modules and analogue I/O modules.
9)
A
basis o
f
I
/
O modules with 32 I
/
O points is used. The given ma
x
imum value is reduced accordingly i
f
mod-
ules with fewer I/O points are used (analogue I/O, relay outputs, ...).
10) I
f
PE
A
B expansions are con
f
igured, an I
/
O slot must be reseerved in the primary subrack
f
or the DK
V
023.
11) Each DE
A
-H1 and each DE
A
-K1 “uses” 2 I
/
Oslots!
- Terminology 3
- Objectives 3
- Arrangement of This Guide 4
- Related Documents 5
- Table of Contents 12
- Chapter 1 13
- 1.1 Introduction 14
- 1.2 Compatibility 14
- 1.3 General Mode of Operation 15
- 1.3.2 Central Processing Unit 16
- 1.3.3 I/O Modules 16
- 1.3.4 Busses 17
- 1.4 Structure 18
- DEA 106, DEA 116 or DEA 156 20
- 1.4.3 Configuration Limits 22
- 1.5 Recommended Peripherals 23
- 1.6 Programming 24
- 1.7 Networking 28
- A500 (Master) 29
- 1.8 Tesy 31
- 1.10 Module Survey 33
- Chapter 2 37
- Operating 37
- 2.1 Indicating Elements 38
- 2.2.1 Switches 40
- 2.2.2 Contact Sockets 40
- 2.2.3 Push Buttons 40
- 7) E-No. 424 142 148 41
- Chapter 3 45
- DEA 106 or DEA 156 52
- DEA 106/DEA 116 60
- DTA 102/DTA 112 60
- DTA 103/DTA 113 60
- Slot references 60
- DTA 028 primary subrack 61
- in stages of 62
- 32 for 1st DKV 62
- 64 for 2nd DKV, ....) 62
- and are to be set in each 62
- 12345678910111213141516 63
- Table 20 Types of Addressing 64
- Rear Connection 70
- 3.2.2 Port Diagram of the U 70
- =24VDC/L= 77
- 3.5 PEAB Monitoring 84
- 3.6 Start-Up Characteristics 86
- 3.7 Installation 88
- 3.7.3 Discharge Measures 92
- F Automatic circuit breaker 95
- I/O module 95
- 3.7.4 Connecting Peripheries 98
- 3.8 Addressing the Memory 100
- 3.8.6 Special Marker Area 104
- 3.9.3 Initial Start-Up 109
- 3.10 Further Information 110
- 3.10.2 PEAB Time Error 111
- Configuration 114
- 3.11.3 Program Archiving 116
- Chapter 4 117
- Specifications 117
- 4.2 Interfaces 119
- 4.3 Processor 124
- 4.4 Processing Times 125
- 4.5 Memories 125
- 4.6 Physical Characteristics 126
- 4.7 Environmental Data 128
- Chapter 5 131
- Earthing and EMC-Measures 131
- 5.1.3 Functional Earthing 133
- 5.2 EMC Measures 136
- Correct: 137
- Actuators 139
- 5.3 Interference Suppression 140
- Appendix A 143
- Programming in Dolog B 143
- Connection List) 144
- A.1.4 Interrupt VList 148
- A.2 Program Input 149
- A.4.1 Online Parameters 151
- A.4.2 Online Programming 152
- A.4.3 Online Testing 153
- A.4.4 Online Documenting 153
- A.6 ListofDologBBlocks 157
- A.7 Cycle Time 163
- Dolog AKF 166
- Appendix B 177
- Module Descriptions 177
- ALU 011, ALU 012, ALU 021 179
- Central Processing Unit 179
- Module Description 179
- 1 General 180
- 1.5 Variants 184
- 1.6 Physical Characteristics 185
- 1.7 Mode of functioning 186
- 3 Configuration 188
- 3.4 Start-up characteristics 192
- 3.6 Settig status bits 196
- 3.7 Program abortion 197
- 3.8 RS 232C Interface (V.24) 197
- 3.9 Hardware clock 198
- 3.11 Process interface 199
- 3.12 Documentation 199
- 3.13 Software notes 200
- 4 Specifications 201
- ALU 061, ALU 071 203
- Modicon A500 204
- 2 Operation / Presentation 206
- 3.2 Memory Functions 210
- MME 001 / MME 002 212
- 3.4 Setting Status Bits 216
- 3.6 Program Abortion 217
- 3.7 Ports and Interfaces 218
- 3.9 Software Notes 219
- 3.10 Dokumentation 220
- ALU 150214 226
- 2 Operation and Display 228
- 3.1 Basic Software 229
- 3.2 Baudrate 230
- Modnet 1/SFB Interface for 237
- Central Processing Units 237
- BIK 151190 238
- 3.3 Addressing 242
- 3.5 Documentation 244
- Coprocessor 247
- COP 82200 248
- 3.2 Data Back-Up 251
- 3.3 Address Area Setting 251
- 3.5 Status Bits 252
- 3.6 Serial Interface 252
- 3.7 Using an “Active PMB” 252
- PEAB Network 255
- DKV 023208 256
- C64MC64M 256
- 3.3 Documentation 259
- 24 VDC Power Supply 261
- DNO 028214 262
- 3.3 Backup Time Extension 265
- 3.4 Connector Pin Assignment 266
- 220 VAC Power Supply 269
- DNP 023222 270
- 3.4 Slot Coding 273
- 3.5 Backup Time Extension 274
- 3.6 Connector Pin Assignment 274
- 3.7 Documentation 274
- DNP 023-1, DNP 023-2 276
- Power Supply 276
- Frontrippen 277
- Berührung mit 277
- 3.3 Wiring in the Subracks 280
- 3.5 Voltage Control for +5 V 281
- 3.6 Backup Time Extension 281
- 3.8 Connector Pin Assigment 283
- DNP 023-3, DNP 023-4 286
- 3.3 Wiring in the Subrack 290
- 3.8 Documentation 292
- 3.9 Connector Pin Assignment 293
- DNP 028250 297
- H11M C64M 297
- 3.3 Graphical Symbols 300
- 3.4 Documentation 300
- DNP 028DNP 028DNP 028 301
- Leading power supply 301
- 3.5 Equipping the PMB Area 307
- 3.6 Equipping the PEAB Area 307
- 3.8 RAK Chain 308
- 3.9 Ventilation 308
- 3.10 EMC Measures 308
- 3.11 Documentation 308
- 3.12 Dimensions 309
- DTA 27.1 312
- 3.2 Supply Ports 315
- 3.3 Fault Message 315
- 3.4 Supply Wiring 317
- 3.5 Supply Monitoring 317
- DNP 023-x 317
- (see Figure 145) 318
- 3.7 PEAB Coupling 319
- 3.9 Backing Up the Mains 319
- P: PEAB port 320
- 3.12 Modnet 1/N Port 321
- 3.13 Using the B500-2 321
- 3.5 Equipment of the PMB Area 327
- 3.10 Port of the Periphery 328
- 3.11 EMC Measures 329
- 3.13 Dimensions 331
- 1.2 Mode of Functioning 336
- 3.3 Z Screw, Z Jumper 339
- 3.2 Supply Wiring 348
- 3.3 Supply Monitoring 348
- 3.4 Mains Backup 348
- 3.5 Occupation of the Subrack 348
- 3.7 Error Message 350
- 3.10 B500-2 Use 351
- Mounting Flange Use 353
- 3.14 Documentation 355
- Modnet 1N Interface 358
- KOS 152312 359
- 3.2 Addressing 363
- 3.3 Settings for Networking 365
- 3.4 Settings for Tesy 367
- 3.5 Current Loop Operation 368
- 3.7 Connection Cable 369
- 3.8 Ventilation 369
- Communication Processor 372
- KOS 882326 373
- 3.3 Programming 377
- 3.4 Transmission Rate 377
- 3.6 Ventilation 377
- Air Guide 380
- Arithmetic Processor 384
- 2 Operating and Display 386
- 3.1 Mounting the MAT 827 387
- 3.2 Documentation 387
- Cabinet Connection Unit 390
- 3.2 Dimension Specifications 393
- SC 8128 / SC 8256 396
- Memory Module (RAM) 396
- SC 8128 / SC 8256350 397
- 3.1 Coding 399
- 3.2 Write Disable 399
- Memory Module (EPROM) 402
- SF 8512356 403
- 3.2 Coding the Address Areas 405
- 3.3 Ventilation 406
- Monitoring Module 408
- UKA 024362 409
- 3.4 Graphical Symbols 412
- 3.5 Plug-In Check 412
- 3.6 PEAB Monitoring 412
- 3.10 Documentation 417
- 3.11 Connector Pin Assignment 418
- 24 VDC o—o o—o o—o 420
- 48 VDC o o o—o o o 420
- 60 VDC o o o o o o 420
- UVL 841, UVL 842 424
- Interface Converter 424
- 3.1 Functional Jumpers 427
- 3.2 Interface Supply 427
- 3.3 Cables 427
- 3.5 Graphical Symbols 429
- 3.6 Documentation 429
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