Maxon MODMAX MM-6280IND Manual de usuario Pagina 178
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Toolbox 32 User Manual 1.47d www.cse-semaphore.com/mykingfisher
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178
View - Freeform Display
Allows pages of variables (registers) to be defined in a text file and then displayed live.
• Variables are updated each time Toolbox polls the RTU
• Variables are referred to on the text page by using %n where n=1 to 999
• Each variable must be defined at the end of the text file under the heading %VARIABLES (format for
defining variables is detailed below)
• A variable can only be referred to once on any display page
• Up to 100 variables can be defined on each page
• When Freeform Display runs, variable references (%n) and subsequent characters are overwritten by
the variable’s value. Space characters must be added after a variable reference to allow the value to be
displayed correctly.
• Any data address (#etc) or a Tagname can be used for a variable. When using Tagnames, Tagnames
must be defined in the Variables List of an RTU site, the site must be in an open project and the site
must be selected before Freeform Display is started.
• Analog values can be displayed in signed engineering units (assumes a raw range of 32767). Eg. 0 to
32760 can be displayed as -20.0 to 70.0 degC.
• Multiple pages of text and variables can be displayed. Press PgUp or PgDn to change pages.
• Page breaks are specified in the text file using %NEWPAGE
Example Freeform Text File
(The following text can be copied from Toolbox help then pasted and saved using Microsoft Notepad)
------ FREEFORM DISPLAY EXAMPLE --------
Register #R1 unsigned, right justified: %1
Register #R1 Channel 1 status: %2
Floating Point Register #F3 with 2 dec. places: %3
Long Register #L5: %4
“TestLabel” from Variables List status: %5
PgDn for page 2
%NEWPAGE
PgUp for page 1
RTU address showing 3 digits zero padded: %6
Firmware version in hexadecimal format: %7
LP-1/2/3 Temperature in engineering units: %8 degC
%VARIABLES
1 #R1 %5u
2 #R1.1 %b "OFF" "ON "
3 #F3 %8.2f
4 #L5 %i
5 TestLabel %b "OK " "FAULT"
6 #YADDRESS %03u
7 #YFIRMW %-4X
8 #AI1.7 %3.1s -23 77
- Toolbox 32 1
- Document Information 2
- Contents 3
- 1. Quick Start 6
- 2. Introduction 10
- 3. Getting Started 11
- Communicating With An RTU 12
- Remote RTU 13
- 4. Configuration 14
- Configuration - New Project 15
- Configuration - New Site 16
- Configuration - Memory 23
- Configuration - Port List 26
- Configuration - PSTN 32
- Configuration - TMR 34
- Configuration - Ethernet 37
- Configuration - Network List 40
- Configuration - DI-10 46
- Configuration - PC Setup 52
- 5. Ladder Logic 55
- Input Blocks 56
- Output Blocks 56
- Ladder Logic - Parameters 57
- Indirect Addressing 58
- Replicating Variables 61
- Ladder Logic - Editing 63
- Ladder Logic - Inputs 64
- Ladder Logic - Compare 65
- Ladder Logic - Logical Mask 66
- Ladder Logic - Edge Trigger 67
- Ladder Logic - Timer 68
- Ladder Logic - Outputs 69
- Ladder Logic - Copy 70
- Ladder Logic - Maths 72
- Ladder Logic - Logic 77
- Ladder Logic - Event Logging 79
- Ladder Logic - Tx / Rx Comms 83
- Ladder Logic - Pager Message 87
- Ladder Logic - P.I.D. Block 91
- Ladder Logic - AGA-8 94
- 6. Ladder Logic Examples 104
- Example - Timer Flag 105
- 50 50 ms 106
- Example - Hours Run 107
- Example - Flow Totalisation 108
- Example - Polling Data 112
- Example - Event Logging 115
- Example - Polling Event Logs 116
- Example - Radios 119
- Example - Satellite Phones 120
- Example - GPRS Modems 121
- Example - RS485 122
- Example - Private Line 123
- Example - SMS Pager Messages 124
- Example - Kingfisher Images 130
- Example - Low Power Mode 133
- Downloading Ladder Logic 140
- Debugging Ladder Logic 142
- 7. Communication Drivers 143
- Driver - Omron PLC 145
- Driver - Allen Bradley 147
- Driver - Fuji PLC 151
- Driver - ASCII 153
- Driver - Hart 155
- Driver - GPS 157
- Driver - User Defined 158
- Driver - Modbus 162
- Data is 164
- Modbus Address Mapping 166
- Driver - Trio E-Series Radio 168
- Port A: RTU to RTU 169
- Port B: Trio Data port 169
- 8. View Menu 172
- View - RTU Status 173
- View - Hardware Overview 174
- View - Local Registers 175
- View - Timer Registers 176
- View - Network Registers 177
- View - Freeform Display 178
- View - Event Logging 180
- View - RTU Comms Statistics 181
- View - PC Comms Statistics 181
- View - Read Drivers Info 182
- View - Auto Detect 183
- 9. Utilities Menu 184
- Utilities - Diagnostic Test 185
- Utilities - Warm Start RTU 186
- Utilities - Comms Analyser 187
- Utilities - Comms Terminal 188
- Utilities - Carrier Test 189
- Port 1 Port 1 191
- CP-11/21 192
- MC-10/11 195
- 10. Appendices 198
- Appendix - RTU Security 200
- Toolbox Security Levels 201
- Appendix - Redundancy 204
- Redundant Power Supplies 206
- Redundant Communications 206
- Secondary 207
- Primary Path 208
- Secondary Path 208
- Redundant RTUs 209
- Redundant PCs 214
- Appendix - Version Control 216
- IEC Kingfisher Registers 217
- Appendix - Series I RTUs 219
- -150 400 222
- Appendix - RTU Commissioning 227
- Radio Commissioning 228
- Private Line Commissioning 229
- PSTN Modem Commissioning 229
- RTU Troubleshooting 230
- Commissioning Site Report 232
- Appendix - Ethernet 233
- Ethernet Configuration 236
- Serial Test Cable 237
- Kingfisher PLUS+ RTU Setup 237
- 1 2 3 4 5 6 238
- Polling the G3 Outputs 241
- Appendix - RTU Data 242
- RTU Data - Network Registers 243
- RTU Data - Timer Registers 243
- RTU Data - IO Modules 244
- Hardware Overview 255
- RTU Data - System Registers 263
- RTU Data - Port Registers 271
- RTU Data - Module Registers 275
- Contents 281
- 1. Introduction 282
- 2. Quick Start 283
- 3. Ladder Logic Examples 286
- 4. Port Configuration 289
- Average Current Consumption 291
- Battery Backup 291
- 6. LP-2/3 Registers 292
- Power Supply Data 293
- Hardware Setup Registers 294
- Miscellaneous Data 295
- 7. Specifications 296
- Processor 297
- RJ45 Socket 298
- RJ45 Plug 298
- 87654321 299
- Digital Inputs 301
- Digital Outputs 301
- Analog Inputs 302
- Analog Output (LP-3 only) 302
- Mounting Details 303
- Dimensions 303
- Power Wiring 304
- CPU 5V Out 305
- DC/BAT 306
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