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11.. . APPENDIX A: MASTER ICON REFERENCE
USING THE OMP-MODL 11-43
The advantage of using Long Integer format is that this format will generally
utilize a fewer number of memory bytes for data storage. The number of
bytes will dynamically size, from 1 to 4 bytes, according to the magnitude
of the Output.
The disadvantage of Long Integer format is that numerical precision will be
lost if incoming data is in floating point format. Precison will be lost in the
conversion to integer format (eg 26.3 becomes 26). If large numbers are
processed, this loss of precision may be negligible (eg 36785.2 becomes
36785).
- OMEGAnet 2
- On-Line Service 2
- Internet e-mail 2
- 1... INTRODUCTION 3
- OMP-MODL System Base 4
- Interface Modules 4
- Configuration Switches 5
- Additional Components 6
- FEATURES 7
- NTRODUCTION 8
- 1... INTRODUCTION 9
- USING THE MODULOGGER 9
- 2... OMP-MODL SYSTEM BASE 10
- Top Plate 11
- Bottom Plate / Mounting 11
- MLCPU-1 MODULE 12
- Feedback LED Indicator: 13
- Status LED Indicator: 13
- Alarm LED Indicators (2): 13
- ENABLE Button: 13
- STOP Button: 14
- RESET Button: 14
- 2... OMP-MODL System Base 15
- Using the OMP-MODL 15
- 2... OMP-MODL System Base 16
- Terminal Strip Connections 17
- LOW RANGE 18
- HIGH RANGE 18
- +5V (Terminal 7) 19
- GND (Terminal 9) 19
- MLAD-1 MODULE 20
- (terminals 1 through 12) 21
- (terminals 13, 14, & 15) 21
- (terminals 16) 22
- (terminals 17 & 18) 22
- 2... ModuLogger System Base 24
- Using the ModuLogger 24
- 3... INTERFACE MODULES 25
- INSTALLATION 26
- NTERFACE MODULES 27
- SING THE OMP-MODL 3-3 27
- 3... INTERFACE MODULES 28
- USING THE OMP-MODL3-4 28
- SING THE OMP-MODL 3-5 29
- RED (+) POLARITY MARKERS 31
- ML-CPU MODULE 32
- Module Installation: 33
- Push Buttons 33
- SING THE OMP-MODL3-10 34
- Display Operation 35
- USING THE OMP-MODL3-12 36
- Display Menu Items 37
- SING THE OMP-MODL3-16 40
- ETURN TO TOP MENU 40
- ISPLAY PROBE ICON VALUES 40
- ISPLAY MEMORY ICON VALUES 40
- Status Lights 41
- SING THE OMP-MODL3-18 42
- Overview: 43
- Thermocouple: 43
- DC Voltage: 43
- Inter-Module Connection bus 44
- I/O Wiring Terminal 44
- Side Retaining Screw holes 44
- SING THE OMP-MODL 3-21 45
- Input Overcurrent Fuses: 47
- Terminal Strip 48
- Thermocouple 48
- OLTAGE APPLICATION 49
- Shielded Twisted 50
- Pair Line 50
- URRENT (MA-LO) APPLICATION 51
- Channel Isolation: 53
- SING THE OMP-MODL3-30 54
- VENT INPUT APPLICATION 56
- OUNTER INPUT APPLICATION 56
- Contact Closure Application 57
- Powered Signal Application 57
- SING THE OMP-MODL3-34 58
- Pair Lead 59
- Current (milliAmps) 60
- SING THE OMP-MODL 3-39 63
- NPUT APPLICATION 64
- HERMISTOR INPUT APPLICATION 64
- ESISTANCE INPUT APPLICATION 64
- 2-Wire Configuration 65
- 3-Wire Configuration 66
- 3-Wire Compensation Theory: 66
- SING THE OMP-MODL 3-43 67
- 4-Wire Configuration 68
- 4-Wire Compensation Theory: 68
- SING THE OMP-MODL 3-45 69
- 1 2 3 4 5 6 7 73
- IGITAL OUTPUT APPLICATION 74
- USING THE OMP-MODL3-52 76
- SING THE OMP-MODL3-54 78
- PCMCIA SLOT 79
- (MEMORY CARDS ONLY) 79
- PHONE LINE CONNECTION 79
- TO INTERNAL MODEM 79
- SING THE OMP-MODL3-56 80
- Installation / Operation: 81
- 3... INTERFACE MODULES 83
- USING THE MODULOGGER 3-1 83
- SOFTWARE OVERVIEW 84
- PC REQUIREMENTS 85
- HYPERWARE INSTALLATION 85
- HYPERWARE PROGRAM TOPOLOGY 86
- USER INTERFACE 86
- SING THE MODULOGGER4-4 87
- ESTABLISHING AN RS-232 LINK 89
- Redial: 92
- Phone: 93
- Modem: 93
- Ρ Echo DISABLED (off) 94
- Communication Techniques 96
- Enable Button Icon 96
- Stop Button Icon 96
- Unit Name and ID Query 97
- Status Query 97
- Time Set 99
- Program Net Transfer 99
- Data Download 100
- Probe Point Query 101
- Password 102
- YPERCOMM™ COMMUNICATIONS 103
- SING THE OMP-MODL 103
- ASSWORD PROTECTED FUNCTIONS 103
- OWNLOAD NET - A SPECIAL CASE 103
- ISABLING PASSWORDS 104
- SING THE OMP-MODL 5-17 104
- NOTES: 105
- USING THE MODULOGGER™ 5-1 106
- ARD CONFIGURATION AND USE 107
- Hardware Configuration 108
- Software Configuration 108
- OMP-MODL Configuration 109
- Connecting the PD-1 Drive: 109
- SING THE OMP-MODL6-4 110
- SING THE OMP-MODL 6-5 111
- SING THE OMP-MODL6-6 112
- SING THE OMP-MODL 6-7 113
- PCMCIA - MISCELLANEOUS 114
- Read Only 115
- Read and Write 115
- Battery Compartment Door 115
- Lithium Cell 115
- Access Door 115
- USING THE OMP-MODL6-10 116
- USING THE MODULOGGER 6-1 117
- OVERVIEW 118
- AN EXAMPLE PROGRAM NET 119
- HyperNet Window Topology 120
- HyperComm Access 121
- Create New Net 121
- Open Net and Save Net 121
- PROGRAM NET CONSTRUCTION 122
- Icon Placement 123
- Using Grids 123
- Changing Fonts 124
- Icon Topology 124
- Configuring Icons 126
- Icon Assortment 128
- Global Icon 128
- Signal Types 128
- NET PERFORMANCE 130
- Program Net Execution Speed 131
- An Empirical Answer 131
- Considerations 132
- PROGRAM NET DOCUMENTATION 133
- POST-PROCESSING NETS 135
- Figure 8... 1 136
- Reviewing File Information 137
- Adding Icons 138
- Connecting Icons 138
- VIEWING THE ONVERTED D 139
- A S HYPER LOT 139
- MERGING OF DOWNLOAD FILES 140
- 8... P -P C D 141
- U OMP-MODL 141
- LAUNCHING HYPERPLOT 142
- HYPERPLOT WINDOW OVERVIEW 143
- HYPERPLOT MENU BAR 144
- Zoom Last 145
- Cursor 145
- Analyze View 145
- Options 145
- X-Axis 145
- Y-Axis 146
- APPLICATIONS 148
- USING THE OMP-MODL9-8 149
- HYPERTRACK 151
- ONSTRUCTING A HYPERTRACK NET 152
- SING THE OMP-MODL10-4 153
- Building the HyperTrack Net 154
- Saving the HyperTrack Net 155
- Channel Display Order 156
- Data Buffer 157
- Time Display Formats 158
- RESUMING AFTER PAUSE 159
- TOPPING A HYPERTRACK SESSION 160
- USING THE OMP-MODL10-12 161
- USING THE OMP-MODL 10-1 162
- 11... APPENDICES 163
- 11... APPENDICES 164
- USING THE OMP-MODL11-2 164
- THERMOCOUPLE INPUT ICON: 165
- USING THE OMP-MODL11-4 166
- SING THE OMP-MODL 11-5 167
- SING THE OMP-MODL11-6 168
- SING THE OMP-MODL 11-7 169
- USING THE OMP-MODL11-8 170
- SING THE OMP-MODL 11-9 171
- SING THE OMP-MODL11-10 172
- SING THE OMP-MODL 11-11 173
- USING THE OMP-MODL11-12 174
- RTD INPUT ICON (MLIM-4) 175
- USING THE OMP-MODL11-14 176
- HERMISTOR INPUT ICON (MLIM-4) 177
- USING THE OMP-MODL11-16 178
- CONFIGURATION OPTIONS: 178
- ESISTANCE INPUT ICON (MLIM-4) 179
- USING THE OMP-MODL11-18 180
- EVENT INPUT ICON (GPDI) 181
- SING THE OMP-MODL11-20 182
- COUNTER INPUT ICON (GPDI) 183
- SING THE OMP-MODL11-22 184
- SING THE OMP-MODL 11-23 185
- SING THE OMP-MODL11-24 186
- SING THE OMP-MODL 11-25 187
- SING THE OMP-MODL11-26 188
- SING THE OMP-MODL 11-27 189
- USING THE OMP-MODL11-28 190
- SING THE OMP-MODL 11-29 191
- SING THE OMP-MODL11-30 192
- DIGITAL OUTPUT ICON (MLIM-8) 193
- OUTPUT ICON (SYSTEM BASE) 194
- RELAY ALARM OUTPUT ICON 195
- OLT OUTPUT ICON (SYSTEM BASE) 196
- GREEN LED STATUS OUTPUT ICON 197
- LCD MESSAGE OUTPUT ICON 198
- DIGITAL OUTPUT ICON (MLIM-2) 199
- PAGER CALL-OUT ICON 200
- USING THE OMP-MODL 11-39 201
- APPLICATION CONSIDERATIONS: 201
- PROBE POINT OUTPUT ICON 202
- USING THE OMP-MODL 11-41 203
- MEMORY (OMP-MODL) ICON 204
- USING THE OMP-MODL 11-43 205
- DESTINATION FILE ICON 206
- DISPLAY ICON 207
- SING THE OMP-MODL 11-47 209
- DELTA FUNCTION ICON 210
- SING THE OMP-MODL 11-49 211
- AVERAGE FUNCTION ICON 212
- SING THE OMP-MODL 11-51 213
- USING THE OMP-MODL11-52 214
- MINIMUM FUNCTION ICON 215
- USING THE OMP-MODL11-54 216
- MAXIMUM FUNCTION ICON 217
- USING THE OMP-MODL11-56 218
- SUM FUNCTION ICON 219
- USING THE OMP-MODL11-58 220
- DUTY-CYCLE FUNCTION ICON 221
- USING THE OMP-MODL11-60 222
- IME INTEGRATION FUNCTION ICON 223
- USING THE OMP-MODL11-62 224
- MATH FUNCTION ICON 225
- SING THE OMP-MODL11-64 226
- SING THE OMP-MODL 11-65 227
- USING THE OMP-MODL11-66 228
- (SETPOINT) FUNCTION ICON 229
- USING THE OMP-MODL11-68 230
- USING THE OMP-MODL 11-69 231
- CONSTANT FUNCTION ICON 232
- USING THE OMP-MODL 11-71 233
- LATCH FUNCTION ICON 234
- USING THE OMP-MODL 11-73 235
- AND LOGIC FUNCTION ICON 236
- OR LOGIC FUNCTION ICON 237
- SING THE OMP-MODL11-76 238
- SING THE OMP-MODL 11-77 239
- TIMED COUNTER FUNCTION ICON 240
- USING THE OMP-MODL 11-79 241
- UP COUNTER FUNCTION ICON 242
- USING THE OMP-MODL 11-81 243
- FUNCTION ICON 244
- USING THE OMP-MODL 11-83 245
- OUTPUTS: 245
- USING THE OMP-MODL11-84 246
- WARM-UP FUNCTION ICON 247
- USING THE OMP-MODL11-86 248
- CLOCK FUNCTION ICON 249
- USING THE OMP-MODL11-88 250
- USING THE OMP-MODL 11-89 251
- PERIODIC OUTPUT FUNCTION ICON 252
- USING THE OMP-MODL 11-91 253
- STOP LOGGING FUNCTION ICON 254
- WARNING FUNCTION ICON 255
- USING THE OMP-MODL11-94 256
- GLOBAL FUNCTION ICON 257
- USING THE OMP-MODL11-96 258
- USING THE OMP-MODL 11-97 259
- HISTOGRAM FUNCTION ICON 260
- USING THE OMP-MODL 11-99 261
- REMOTE CONTROL FUNCTION ICON 262
- USING THE OMP-MODL 11-101 263
- USING THE OMP-MODL11-102 264
- HAP FUNCTION ICON 265
- USING THE OMP-MODL11-104 266
- TEXT NOTE ICON 267
- SING THE OMP-MODL11-106 268
- RATE OF CHANGE FUNCTION ICON 269
- USING THE OMP-MODL11-108 270
- SING THE OMP-MODL 11-109 271
- SING THE OMP-MODL11-110 272
- SING THE OMP-MODL 11-111 273
- SING THE OMP-MODL11-112 274
- SING THE OMP-MODL 11-113 275
- USING THE OMP-MODL11-114 276
- SING THE OMP-MODL 11-115 277
- USING THE OMP-MODL11-116 278
- BACKUP BATTERY 280
- SING THE OMP-MODL 11-119 281
- USING THE OMP-MODL11-120 282
- LITHIUM CELL 283
- EXTERNAL POWER FUSE 283
- SING THE OMP-MODL11-122 284
- PPENDIX F: FILTERING OPTIONS 285
- SING THE OMP-MODL11-124 286
- SING THE OMP-MODL 11-125 287
- USING THE OMP-MODL11-126 288
- APPENDIX H: ACCESSORIES 289
- USING THE OMP-MODL11-128 290
- DB-25 Female 291
- DB-9 Female 291
- RS-232 Port on Logger 292
- 6 Conductor Phone Cable 292
- SING THE OMP-MODL 11-131 293
- USING THE OMP-MODL11-132 294
- HYPERPLOT : 294
- ANALOG READINGS: 294
- SUPPLEMENT 295
- SING THE OMP-MODL11-134 296
- USING THE OMP-MODL 11-135 297
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