BACnet Gateway
(DMS502A51)
退火窑
- Version 3 - Functional Specifications
Version Date Revision Histroy Approved by Checked
by
Prepared by First 08/03/2002 Newly compiled
A 20/08/2003 (Revision outline)
E The postscript of notes about indoor temperature
E The postscript of notes of the number of times of
change about a setup of an air-conditioning unit
(Revision page) P2, 10,11,27, 32
K.tamakoshi K.shimatani K.matsuura
Contents
1
1. Summary
2. Configuration of connection 1
3. Monitoring and Controlling Items of A/C 2
4. Applicable A/C Models and Monitoring and Controlling Items 3
5. BACnet Protocol Implementation Conformance Statement•i PICS•j 4
6. BACnet Interoperability Building Blocks Supported•i BIBBs•j 6硅铁合金
6.1. Data Sharing BIBBs (6)
6.2. Alarm and Event Management BIBBs (6)
BIBBs (6)
6.3. SCHEDuling
6.4. Trending BIBBs (7)
6.5. Device Management BIBBs (7)
Management BIBBs (8)
6.6. Network
9
7. Objects
Object Type (9)
7.1. Supported
Objects (10)
7.2. Member
14
8. Properties
8.1. Analog Input Object Type (14)
8.2. Analog Value Object Type (15)
8.3. Binary Input Object Type(supported Intrinsic Reporting) (16)
8.4. Binary Input Object Type(non-supported Intrinsic Reporting) (17)
8.5. Binary Output Object Type (18)
Type (19)
Object
Value
8.6. Binary
采果器
Type (20)
Object
8.7. Device
8.8. Multi-state Input Object Type (21)
8.9. Multi-state Output Object Type (22)
23
9. Report
Function
Notification (23)
9.1. COV
Notification (24)
9.2. Event
9.2.1. Registration Information on Event Notification Destination (24)
9.2.2. Registration of Event Notification Destination (24)
9.2.3. Deletion of Event Notification Destination (24)
9.2.4. Event Notification Destination Re-registration (24)
Notification
经络拍Destination in Memory (25)
9.2.5. Event
Confirmation (25)
9.2.6. Event
10. Error Responses in BACnet Communication 26
11. Explanation of Objects in Detail 27
11.1. Common to All Objects (27)
11.2. On/Off Switching (Settings) (28)
11.3. On/Off Switching (Status) (28)
Signal (29)
11.4. Alarm
11.5. Error Code (29)
11.6. Operating Mode (Settings) (30)
11.7. Operating Mode (Status) (30)
11.8. Airflow rate (Settings) (31)
11.9. Airflow rate (Status) (31)
11.10. Room Temperature Measurement Value (32)
11.11. Room Temperature Set Value (33)
11.12. Filter Used-up Signal (34)
Used-up Signal Reset (34)
11.13. Filter
11.14. Remote Control Operation (On/Off Switching) (35)
11.15. Remote Control Operation (Operating Mode) (35)
11.16. Remote
Operation (Temperature Setting Value) (35)
Control
11.17. Central Control (Slave-centered Operation Prohibited) (36)
Conditions (36)
11.18. Communication
Off (36)
Forced
11.19. System
11.20. Air Direction (Settings) (37)
11.21. Air Direction (Status) (37)
11.22. Forced Thermo OFF (Settings) (38)
dibase
11.23. Forced Thermo OFF (Settings) (38)
顶喷11.24. Energy-saving Command (Settings) (38)
11.25. Energy-saving Command (Status) (38)
Status (39)
11.26. Thermo
Status (39)
11.27. Compressor
11.28. Indoor Fan Status (39)
11.29. Heater Operating Status (39)
40
12. Others
12.1. Initialization at Starting (40)
Network Layer (40)
12.2. BACnet
Settings (40)
12.3. Clock
1. Summary
In response to the requests from the equipment (BACnet client) considered as a central monitoring panel which supports BACnet-ANSI/ASHRAE135 protocol, the BACnet Gateway actuates as a BACnet server that replies the status information of air conditioners connected to DIII-NET and receives the setting commands to air conditioners through the service specified by BACnet.
2. Configuration of connection
A BACnet client that supports BACnet-ANSI/ASHRAE135 protocol allows direct connection via generally used HUBs such as Ethernet. The image of its connection configuration is as shown below
D‡V-NET, max. 4 ports (max. 256 groups)
Communication protocol supports both IEEE802.3 and BACnetIP.
The protocol can be switched for use by changing the setting with the Test Run Tool and then restarting the computer.
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