- Industrial & lab equipment
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- SW ABILIT.CBS/SPACELYNK/BMS
- User Guide
Annexe. Schneider Electric SW ABILIT.CBS/SPACELYNK/BMS 32 Pages
Annexe. Schneider Electric SW ABILIT.CBS/SPACELYNK/BMS
Schneider Electric SW ABILIT.CBS/SPACELYNK/BMS enables system integrators to develop customized applications that can access system data, control devices, and create new visualizations. It provides a secure and reliable way to connect to Schneider Electric devices and systems, and to create custom applications that can be tailored to the specific needs of a building or facility.
Some of the possible use cases for Schneider Electric SW ABILIT.CBS/SPACELYNK/BMS include:
- Monitor and control HVAC systems
- Monitor and control lighting systems
- Monitor and control security systems
- Monitor and control energy consumption
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10.2
Annexe
BACnet ID
12541
12544
12545
12546
12547
12548
12549
12550
12551
12552
12553
12554
Modbus TCP register EXW register description
0x30FD
0x3100
0x3101
0x3102
0x3103
0x3104
0x3105
0x3106
0x3107
0x3108
GLT Gateway State
0 Gateway error (0=ok, 1=error). Read by the EXW-P-C
1 Gateway has been initialized (0=not initialized, 1=initialized). Set by the EXW-P-C
2 – 15 Reserved
System state A
0 Operating mode (0=charging, 1=operational)
1 Emergency lighting blocked (0=no, 1=yes)
2 Mains operation (0=no, 1=yes)
3 Battery operation (0=no, 1=yes)
4 Cumulative failure (0=no, 1=yes)
5 Charger (0=not active, 1=active)
6 Deep discharge (0=no, 1=yes)
7 Active (mains) / mod. stand-by (0=no, 1=yes)
8 Critical circuit (0=closed, 1=open)
9 – 15 Reserved
System state B
0 – 15 Reserved
Fault memory A (fault: 0=inactive, 1=active)
0 Maintenance required (0=no, 1=yes)
1 Battery earth fault (0=OK, 1=battery earth fault detected)
2 Battery fuse (0=OK, 1=fuse has blown)
3 Battery current (0=OK, 1=invalid range)
4 Battery voltage (0=OK, 1=invalid range)
5 Battery center voltage (0=OK, 1= valid range)
6 DCM / MLD fault
7 LDM / MCHG fault
8 IOM / MSWC fault
9 SAM / MMO fault
10 Fan failure
11 Luminary fault (collective luminary monitoring faults)
12 Current fault (collective current monitoring faults)
13 Circuit fault (collective circuit faults)
14 – 15 Reserved
Fault memory B
0 – 15 Reserved
Fault memory C
0 – 15 Reserved
Fault memory D
0 – 15 Reserved
Subsystem faults (1 to 16)
0 Subsystem 1 (0=OK, 1=errors present)
...
15 Subsystem 16 (0=OK, 1=errors present)
Subsystem faults (17 to 32)
0 Subsystem 17 (0=OK, 1=errors present)
...
15 Subsystem 32 (0=OK, 1=errors present)
Battery voltage (Resolution 0.1V) (signed int)
0x3109 Battery center voltage (Resolution 0.1V) (signed int)
0x310A Battery current (Resolution 0.1V) (signed int)
Table 4: Objects list (part 1/2)
AN019_v1-1_EXW-P-C_connected_to SBO_via spaceLYnk
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BACnet ID
12555
12556
12557
Modbus TCP register EXW register description
0x310B Mains voltage L1 (Resolution 0.1V) (signed int)
0x310C
0x310D
Mains voltage L2 (Resolution 0.1V) (signed int)
Mains voltage L3 (Resolution 0.1V) (signed int)
12558
12560
12561
12800
12801
12802 … 12806
12809 … 12814
12817 … 12822
12825 … 12830
12833 … 12838
12841 … 12846
12849 … 12944
0x310E
0x3110
0x3111
0x3200
0x3201
0x3202 … 0x3206
0x3209 … 0x320E
0x3211 … 0x3216
0x3219 … 0x321E
0x3221 … 0x3226
0x3229 … 0x322E
0x3231 … 0x3290
Mains voltage N (Resolution 0.1V) (signed int)
Temperature cabinet (Resolution 0.1°C) (signed int)
Temperature battery (Resolution 0.1°C) (signed int)
First and last installed circuit
0..7 First circuit number (1..96)
8..15 Last circuit number (1..96)
Circuit 1 to 16 installed
0 Circuit 1 (0=empty, 1=installed)
1 Circuit 2 (0=empty, 1=installed)
...
15 Circuit 16 (0=empty, 1=installed)
Circuit 17 to 96 installed
Bit 3202.0: circuit 17, etc. (0=empty, 1=installed)
Circuit 1 to 96 Operation mode
0=maintained mode (BS), 1=non-maintained mode (DS)
Circuit 1 to 96 Faults
Bit 3211.0: faults on circuit 1, etc. (0=OK, 1=Fault: fuse blown or earth fault)
Circuit 1 to 96: Fuse state
Bit 3219.0: fuse state on circuit 1, etc. (0=OK, 1=fuse has blown)
Circuit 1 to 96: Earth fault
Bit 3221.0: earth fault on circuit 1, etc. (0=OK, 1=earth fault)
Circuit 1 to 96: Current monitoring faults (on circuit level)
Bit 3229.0: current fault on circuit 1, etc. (0=OK, 1=current fault)
Circuit 1 to 96: Circuit power
Measured power during the last test (resolution 1W)
Register 3231: circuit 1, etc.
Circuit 1 to 96: Luminary faults (collective fault on 13138 … 13143 0x3352 … 0x3357
13145 … 13146 0x3359 … 0x335A circuit level)
Bit 3352.0: luminary faults on circuit 1, etc. (0=no faults, 1=faults)
Circuit 1: Luminary failure (on luminary level 1-20)
Bit 3359.0: lamp 1, Bit 3359.1: Lamp 2, ... Bit 335A.3: Lamp 20 (0=OK, 1=fault)
… 13147 … 13334 0x335B … 0x3416
13335 … 13336 0x3417 … 0x3418
13501 … 13522 0x34BD … 0x34D2
13544 … 13545
13546
13548 … 13549
0x34E8 … 0x34E9
0x34EA
0x34EC … 0x34ED
Circuit 96: Luminary failure (on luminary level 1-20)
(Bit 3417.0: lamp 1, Bit 3417.1: lamp 2, ...Bit 3418.3: lamp 20)
System name (43 chars) (22 registers)
System number (32 bit) (2 registers)
NLSR firmware version (16 bit)
System IP address (32 bit) (2 registers)
Table 5: Objects list (part 2/2)
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Schneider Electric Industries SAS
Head Office
35, rue Joseph Monier
92506 Rueil-Malmaison Cedex
FRANCE www.schneider-electric.com
AN019_v1-1_EXW-P-C_connected_to SBO_via spaceLYnk
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Table of contents
- 6 Introduction
- 8 Design
- 11 Connect spaceLYnk
- 12 spaceLYnk network setting
- 12 Open spaceLYnk Web IDE
- 13 Change network setting
- 15 spaceLYnk solution configuration
- 15 Import backup in spaceLYnk
- 17 Setting spaceLYnk BACnet configuration
- 20 Enable gateway
- 21 SBO BACnet configuration
- 26 SBO Modbus TCP/IP configuration
- 28 Enable Modbus RTU communication in EXW-P-C
- 29 Conclusion
- 29 Appendix
- 29 Glossary
- 30 Annexe