Mitsubishi Electric MELSEC iQ-R - Page 286

306 pages

To Next Page

To Previous Page

284

APPX

Appendix 6 BACnet Detail Setting List

4. Click the [Edit] button of "Prescale".

The following screen is an example of an Accumulator object.

5. Set "Multiplier" and "ModuloDivide", then click the [Update] button.

Main Page

Default Chapter3
- Copyright3
- Precautions Regarding Warranty and Specifications3
- Safety Precautions4
- Conditions of Use for the Product12
- Introduction13
- Table of Contents14
- Relevant Manuals18
- Terms19
Chapter 1 Functions20
Bacnet Object Function20
- List of Objects21
- List of Data Types22
- Analoginput (AI) Object23
- Analogoutput (AO) Object29
- Analogvalue (AV) Object37
- Binaryinput (BI) Object44
- Binaryoutput (BO) Object48
- Binaryvalue (BV) Object55
- Multistateinput (MI) Object61
- Multistateoutput (MO) Object65
- Multistatevalue (MV) Object72
- Accumulator (AC) Object79
- Keiryo Object84
- Electricdemandmonitoring (EDM) Object88
- Electricdemandcontrol (EDC) Object94
- Generatorloadcontrol (GLC) Object98
- Calendar (CA) Object103
- Notificationclass (NC) Object104
- Schedule (SC) Object107
- Trendlog (TL) Object115
- Device (DV) Object120
- Outofservice Property122
Backup Function123
Data Block Function124
Bacnet Request Function (Read Function)126
- How to Use the Read Function126
- Operation of a Bacnet Module128
- Execution Example of the Read Function130
Bacnet Request Function (Write Function)134
- How to Use the Write Function134
- Operation of a Bacnet Module136
- Execution Example of the Write Function138
Bacnet Monitoring Function142
- How to Use the Bacnet Monitoring Function142
- Operation of a Bacnet Module145
- Execution Example of the Bacnet Monitoring Function146
COV Interaction Function148
- How to Use the COV Interaction Function148
- Operation of a Bacnet Module151
- Execution Example of the COV Interaction Function152
  - Event Interaction Function154
  - Operation of a Bacnet Module157
- Execution Example of the Event Interaction Function158
Calendar Interaction Function160
Joining/Leaving Function162
Time Synchronization Function163
Configuration Function166
- Bacnetobject168
- Bacnetrequest192
- Bacnetmonitor194
- COV Interaction195
Event Interaction196
- Bacnetdevice197
- Settings199
- Maintenance226
- Language/English230
Chapter 2 Setting Parameters231
Basic Setting232
Refresh Setting233
Chapter 3 Troubleshooting234
Checking Module Status235
Troubleshooting by Symptom236
- Troubleshooting Related to Settings and Operations237
Error Code List for Bacnet Request Function/Bacnet Monitoring Function238
Message Log List240
Appendix250
- Details of Input Signals251
- Details of Output Signals252
- Procedure from Start to Stop254
Appendix 2 Buffer Memory261
- Details of Buffer Memory262
- Buffer Memory Utilization265
- Operation of a Bacnet Module266
Appendix 3 Details of Bacnet Properties267
- Properties of a Binaryinput Object and Binaryoutput Object268
- Properties of a Multistateinput Object and Multistateoutput Object269
- Properties of an Accumulator Object270
- Properties of a Calendar Object271
Appendix 4 Details of Bacnet Module Proprietary Properties272
- Covsendinterval273
- Scheduledefaultdisable274
Appendix 5 CSV File Format275
- CSV File for Engineering276
- CSV File for Registration277
- CSV File for the Bacnet Request Function278
- CSV File for the COV Interaction Function279
- CSV File for the Calendar Interaction Function280
Appendix 6 Bacnet Detail Setting List281
- System283
- Bacnet287
- Interaction288
- I-Am289
- Communication290
Appendix 7 Data Block Formats291
- Format of Access Blocks for Reading293
- Format of Access Blocks for Writing294
- Format of Access Blocks for Bacnet Monitoring295
- Format of Access Blocks for COV Interaction296
- Format of Access Blocks for Event Interaction297
Appendix 8 Added and Changed Functions299
- Index300
- Revisions302
- Warranty303
- Trademarks304

Mitsubishi Electric MELSEC iQ-R - Page 286

Table of Contents

Related product manuals