MODBUS & BACNET Communication with ELNET PowerMeters

Last Update 30.3.2021

The protocols explained on the following pages are defined as
open protocols. There is no protection of modifications of
registers through the network. If the system is connected to an
open network, the network must be protected from hostile
parties. We recommend consulting about cyber protection
with people who are experts in the field. .

The ElNet Energy Powermeters and Analyzers supports communication over MODBUS
(RS485 and TCP/IP) and BACNET (IP and MSTP). The supported modes for each model are
described in the following table:

MODEL MODBUS BACNET

RS485 TCP/IP MSTP TCP/IP
GR\PQ    
LT  
LT TCP    
MC    
PIC  
LTE 
LTC 

Table 1-1 Supported protocols

MODBUS Protocol

The ElNet Energy & Powermeters has a serial and TPC/IP interface ports allowing direct
interface with an external communication network supporting the MODBUS Protocol.

1
MODBUS is an Industry Standard, widely known and commonly used communications
protocol. Using MODBUS provides communication between a PC and up to 247 Powermeter
slaves on a common line- the PC being the master and the powermeters the slaves. The PC
initiates the transaction (either a query or broadcast) and the Powermeter/s responds.
Powermeters respond to the master PC’s request, but will not iniate any transmission on its
own. The PC sends a single Query transaction and the Powermeter responds in a single response
frame and is capable of only one query and one response at a time

1.1 — MODBUS Framing

1.1.1— RTU Transmission Mode

MODBUS uses the standard Remote Terminal Unit (RTU) transmission mode. RTU mode
sends data in 8-bit binary EVEN parity or 8-bit binary NO parity data format. For the ElNet
Energy & Powermeterto successfully communicate, choose one in the communication Set
Up.

Field No. of bits

Start bit 1
Data bits 8
Parity 1
Stop it 1

Table 1-2 RTU Data Format

1.1.2 — The RTU Frame Format

Query and response information is sent in frames. Each frame contains:

Address
Function (See Section 1.1.4 for descriptions of functions),
Data
Check.

Address Function Data Check

8 bits 8 bits N * 8 bits 16 bits

Table 1-3 R T U Message Frame Format

If the receiving device (Powermeter) detects a time laps of five characters, then it will assume
the message is incomplete and will flush the frame. The device then assumes that the next byte
received will be an address. The maximum query and response message length is 256 bytes
includuing check characters.

2
1.1.3 — Address Field
Each Powermeter is designated in a network system by a user assigned address. The Address
can be any number between 1 and 255. The Powermeter will only respond to it’s own
specifacally assigned address.

1.1.4 — Function Field

The function field contains the code that tells the Powermeter what action to perform.

The ElNet Energy & Powermeteruses and responds to four standard Message Format
Functions.
Function 03
Function 04
Function 06
Function 16

Function Meaning in MODBUS Action

Function 03 Read holding register Obtain data from Powermeter
(Read register)
Function 04 Read input register Obtain data from Powermeter
(Read register)
Function 06 Preset single register Transmit data to Powermeter
(Write single register)
Function 16 Preset multiple register Transmit data to Powermeter
(Write multiple register)
Table 1-4 Function Codes

1.1.5 — Data Field

The Data field contains the body of the message and contains instructions from the PC master
to the Powermeter slave to perform a particuler action or respond to a query. The reply message
from the Powermeter will be information contained in one or more of it’s registers.

1.1.6 — Check Field

The error check field contains the result of Cyclical Redundancy Check (CRC). The start of the
message is ignored in calculating the CRC.
For more detailed information on CRC, refer to the MODBUS Protocol Reference Guide.

1.2 — Registers for ElNet Multimeter

The ElNet Energy & Powermeter is capable of supporting either Function 03 or Function
04 Message Format(See Table 1-3). In a reply to a query from the PC master for a reading from
a particular field, the response from the Powermeter can be either in Format 03 or Format 04 but
will depend on which Format the qeuery was originally sent.

3
The difference is significant because by using Function 03 the ElNet will only send the
INTEGER part of the field value requested and the PC master will only display the INTEGER
part of the field value.

Function 04 on the other hand, is capable of sending two separate halves of the full FLOAT
requested information (each half contained in a separate register). Then it is the task of the PC
master to merge the two halves into a full FLOAT reply. (For more detailed information See
IEEE Standard 754 Floating-Point).
From 1.11.2018 – Reading using Function 4 the registers while adding 30000 – the answer
become INT32;

E.G. 1 If the user’s PC master supports Function 03, then the reply will contain the INTEGER
part of the field only.

The PC master requests the Voltage from Line1, and the actual Voltage in that field is
230.5 Volts.

Function 03 will respond with the INTEGER only i.e. 230V.

E.G. 2 If the user PC master supports Function 04, then the reply will contain the information
stored in the two registers asssigned to that field and will contain the full, accurate reply.

The PC master requests the Voltage from Line1, and the actual Voltage in that field is
230.5 Volts.
Function 04 will respond with a composite reply of both register 1 and 2 giving the full
FLOAT value (in IEEE Format) from that field i.e. 230.5V.

When Writing The Clock Registers (151-157) –

User must write special value (123) in register 99.

4
Modbus and Multi Channel Units

When Using Elnet With Multi Channel (MC2 , MC8 , MC12) The Elnet automaticaly answer
as different unit (Cpu) for each channel. The MC act as a few systems (Cpu) connected on the
same bus.

 Each port has a separate Modbus address.

 The device allows the user to interrogate the RS port via Modbus and TCP Modbus
simultaneously..

The user must set the 'Base' address for the unit – and then the Elnet will reply to the 'Base'
address (For first channel) and the folowing aderesses (For the folowing channels).

Ex #1:
Base address set to be #1, Then on MC8 the Unit will reply to addresses (Cpu) 1 to 8.

Ex #2:
Base address set to be #9, Then on MC2 the Unit will reply to addresses (Cpu ) 9 to 10.

Ex #3:
Base address set to be #8, Then on MC12 the Unit will reply to addresses (Cpu ) 8 to 19.

It's very important to define the 'Base' address of the unit.

The default address of the Elnet is 31.
To set the 'Base' address user should enter the serial menu – even when using TCP
communication.

ElNet TXT (Old Module):

When using ElNet TXT (System B) – User must add 2000 to item (4000 to Register)
(e.g Current Line 1 - System B = ModBus Register # 4013-14)

5
Bacnet Protocol

The ElNet powermeters supports Bacnet IP and MSTP communication modes (please check
page 1, table 1-1).
The information that can be read\write from the ElNets is:

 Time and Date

 Analog values

The BACNET "analog value" address numbers appear under the right column of the address
table.

The RS485 port can not support simultaneously MODBUS and BACNET MSTP, the default
mode of the RS485 communication port of the ElNet powermeters is set to be MODBUS, in
order to activate the BACNET MSTP mode the password 2244 must be used.

When Using Elnet With Multi Channel (MC2 , MC8 , MC12) Each System use the first 5000
AV (Analog Values)

Ex:

AV 1-5000 for System #1

AV 5001-10000 for System #2
AV 10001-15000 for System #3
…
AV 55001-60000 for System #12

Voltage L1 System 1 = AV1

Voltage L2 System 1 = AV2
Voltage L3 System 1 = AV3
…
Voltage L1 System 2 = AV5001
Voltage L2 System 2 = AV5002
Voltage L3 System 2 = AV5003
…
Voltage L1 System 12 = AV55001
Voltage L2 System 12 = AV55002
Voltage L3 System 12 = AV55003
…

6
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
1-2 Voltage Line 1 R           1
3-4 Voltage Line 2 R           2
5-6 Voltage Line 3 R           3
7-8 Voltage between line 1 and Line 2 R           4
9-10 Voltage between line 2 and Line 3 R           5
11-12 Voltage between line 3 and Line 1 R           6
13-14 Current in Line 1 R           7
15-16 Current in Line 2 R           8
17-18 Current in Line 3 R           9
19-20 Active Power Line 1 (Watt) R           10
21-22 Active Power Line 2 (Watt) R           11
23-24 Active Power Line 3 (watt) R           12
25-26 Total Active Power Line 1+2 +3 (watt) R           13
27-28 Apparent Power Line 1 (VA) R           14
29-30 Apparent Power Line 2 (VA) R           15
31-32 Apparent Power Line 3 (VA) R           16
33-34 Total Apparent Power Line 1+2+3 R           17
35-36 Reactive Power Line 1 (VAR) R           18
37-38 Reactive Power Line 2 (VAR) R           19
39-40 Reactive Power Line 3 (VAR) R           20
41-42 Total Reactive Power Line 1+2+3 R           21
43-44 Power Factor Line 1 (PF) R           22
45-46 Power Factor Line 2 (PF) R           23
7
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
47-48 Power Factor Line 3 (PF) R           24
49-50 Total Power Factor (Line 1+2+3) Absolute (+) R           25
51-52 Frequency Line 1 (Hrz) R           26
53-54 Frequency Line 2 (Hrz) R           27
55-56 Frequency Line 3 (Hrz) R           28
57-58 Current Neutral Line R           29
59-60 Power Factor Line 1 (L & C) R       30
61-62 Power Factor Line 2 (L & C) R       31
63-64 Power Factor Line 3 (L & C) R       32
65-66 Total Power Factor (Line 1+2+3) Signed (+/-) R       33
67-68 Total Current in Line 1+2+3 R     34
69-70 Leakage Current R   35

77-78 TOU (Taoz) rate R/W         39

79-80 Active Total Energy (Wh) R           40
81-82 Reactive Total Energy (VARh) R           41
83-84 Apparent Total Energy (Vah) R           42
85-86 Date Time (Win Format) R         43
87-88 Time from 01 01 2000 in seconds R           44
89-90 ADDRESS R           45
91-92 BAUD RATE R           46
93-94 PARITY R           47
95-96 Current Transformer Ratio R/W           48
97-98 Timed average Voltage R/W           49
8
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
99-100 Timed average Current R/W           50
101-102 Timed average Power R/W           51
103-104 Timed avaerge Frequqncy R/W           52
105-106 THD for Volts Line 1 R         53
107-108 THD for Volts Line 2 R         54
109-110 THD for Volts Line 3 R         55
111-112 THD for Current Line 1 R         56
113-114 THD for Current Line 2 R         57
115-116 THD for Current Line 3 R         58
117-118 Active Rate (1,2,3) R         59
119-120 Active Energy Line 1 (W-Import) R           60
121-122 Active Energy Line 2 (W-Import) R           61
123-124 Active Energy Line 3 (W-Import) R           62
125-126 Reactive Energy Line 1 (VAR-Import) R           63
127-128 Reactive Energy Line 2 (VAR-Import) R           64
129-130 Reactive Energy Line 3 (VAR-Import) R           65
131-132 Apparant Energy Line 1 (VA-Import) R           66
133-134 Apparant Energy Line 2 (VA-Import) R           67
135-136 Apparant Energy Line 3 (VA-Import) R           68
137-138 Active Energy Line 1 – Rate 1 (Imp) R/W         69
139-140 Active Energy Line 2 – Rate 1 (Imp) R/W         70
141-142 Active Energy Line 3 – Rate 1 (Imp) R/W         71
143-144 Active Energy Line 1 – Rate 2 (Imp) R/W         72
145-146 Active Energy Line 2 – Rate 2 (Imp) R/W         73
9
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
147-148 Active Energy Line 3 – Rate 2 (Imp) R/W         74
149-150 Active Energy Line 1 – Rate 3 (Imp) R/W         75
151-152 Active Energy Line 2 – Rate 3 (Imp) R/W         76
153-154 Active Energy Line 3 – Rate 3 (Imp) R/W         77
155-156 Active Energy Line 1+2+3 – Rate 1 (I) R         78
157-158 Active Energy Line 1+2+3 – Rate 2 (I) R         79
159-160 Active Energy Line 1+2+3 – Rate 3 (I) R         80
161-162 Apparant Energy Line 1 – Rate 1 (I) R/W         81
163-164 Apparant Energy Line 2 – Rate 1 (I) R/W         82
165-166 Apparant Energy Line 3 – Rate 1 (I) R/W         83
167-168 Apparant Energy Line 1 – Rate 2 (I) R/W         84
169-170 Apparant Energy Line 2 – Rate 2 (I) R/W         85
171-172 Apparant Energy Line 3 – Rate 2 (I) R/W         86
173-174 Apparant Energy Line 1 – Rate 3 (I) R/W         87
175-176 Apparant Energy Line 2 – Rate 3 (I) R/W         88
177-178 Apparant Energy Line 3 – Rate 3 (I) R/W         89
179-180 Apparant Energy 1+2+3 – Rate 1 (I) R         90
181-182 Apparant Energy 1+2+3 – Rate 2 (I) R         91
183-184 Apparant Energy 1+2+3 – Rate 3 (I) R         92
185-186 Voltage Transformer Ratio R/W           93
187-188 Epeom Revision R           94
189-190 Demo Mode R/W*           95
191-192 Configuration PassWord R/W         96
193-194 Min. Current To Accumulate Energy R/W         97
10
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
195-196 MuliMeter ID R         98
197-198 User Function Mode (Technical) R/W           99
199-200 Test Value 12.34 R         100

201-202 Demand – KW Max (Watt) R     101

203-204 Demand – PF (KW) R     102
205-206 Demand – Date (KW) R     103
207-208 Demand – KVA (Watt) R     104
209-210 Demand – PF (KVA) R     105
211-212 Demand – Date (KVA) R     106
213-214 Demand – Current (A) L1 R/W*       107
215-216 Demand – Current (A) L2 R/W*       108
217-218 Demand – Current (A) L3 R/W*       109
219-220 Demand – Current (A) L1+L2+L3 R/W*       110
221-222 Demand – Current (A) L1 – Date R       111
223-224 Demand – Current (A) L2 – Date R       112
225-226 Demand – Current (A) L3 – Date R       113
227-228 Demand – Current (A) L1+2+3 – Date R       114
229-230 Demand – KVA (Last) R     115
231-232 Demand – KVAR (Last) R    116
233-234 Clear All Current Demand R/W       117
235-236 Demand – KW (Last) R     118
237-238 Min. Current For Display (0.1A) R/W    119

11
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
241-242 PFC – Power Factor R/W    121
243-244 PFC – On Time R/W    122
245-246 PFC – Off Time R/W    123
247-248 PFC – Avarege Time (Minute) R/W    124
249-250 PFC – Stages R/W    125
251-252 PFC – Mode Of Operation R/W    126
253-254 PFC – THD (Volt) R/W    127
255-256 PFC – Capacitor #1 (KVAR) R/W    128
257-258 PFC – Capacitor #2 (KVAR) R/W    129
259-260 PFC – Capacitor #3 (KVAR) R/W    130
261-262 PFC – Capacitor #4 (KVAR) R/W    131
263-264 PFC – Capacitor #5 (KVAR) R/W    132
265-266 PFC – Capacitor #6 (KVAR) R/W    133
267-268 PFC – THD (Current) R/W    134
269-270 PFC – Min. Voltage R/W   135
271-272 PFC – PF Avarrage Time R/W    136
273-274 PFC – Comb. Stayble Time R/W    137
275-276 PFC – Hysteresis R/W    138
277-278 PFC – % Voltage (VT) For OK R/W    139
279-280 PFC – % Current (CT) To Stop R/W    140
281-282 PFC – Capacitor #1 Status R    141
283-284 PFC – Capacitor #2 Status R    142
285-286 PFC – Capacitor #3 Status R    143
287-288 PFC – Capacitor #4 Status R    144
12
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
289-290 PFC – Capacitor #5 Status R    145
291-292 PFC – Capacitor #6 Status R    146
293-294 Pulse Value (KW-IMP) Relay 1 R/W       147
295-296 Pulse Value (KW-EXP) Relay 2 R/W   148
297-298 Pulse Value (KQ-IMP) Relay 3 R/W   149
299-300 Pulse Duration (Seconds) R/W       150
301-302 Clock : Seconds R/W*          151
303-304 Clock : Minutes R/W*          152
305-306 Clock : Hours R/W*          153
307-308 Clock : Week Day (1-7) R/W*          154
309-310 Clock : Day R/W*          155
311-312 Clock : Month R/W*          156
313-314 Clock : Year (20xx) R/W*          157
315-316 Run Time (Seconds With Current) R/W*       158
317-318 Day Time (Win Format) R      159
319-320 Force Cpu To response in MC R/W  160
321-322 Type Of Din 1 R/W* 161
323-324 Type Of Din 2 R/W* 162
325-326 Type Of Din 3 R/W* 163
327-328 Type Of Din 4 R/W* 164

333-334 K.Factor – Current – Line 1 R    167

335-336 K.Factor – Current – Line 2 R    168

13
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
337-338 K.Factor – Current – Line 3 R    169
339-340 K.Factor – Current – Line 1+2+3 R    170
341-342 Din 1 Energy Total – Rate 1 R 171
343-344 Din 2 Energy Total – Rate 1 R 172
345-346 Din 3 Energy Total – Rate 1 R 173
347-348 Din 4 Energy Total – Rate 1 R 174
349-350 Din 1 Energy Total – Rate 2 R 175
351-352 Din 2 Energy Total – Rate 2 R 176
353-354 Din 3 Energy Total – Rate 2 R 177
355-356 Din 4 Energy Total – Rate 2 R 178
357-358 Din 1 Energy Total – Rate 3 R 179
359-360 Din 2 Energy Total – Rate 3 R 180
361-362 Din 3 Energy Total – Rate 3 R 181
363-364 Din 4 Energy Total – Rate 3 R 182
365-366 Din 1 Energy Total – Rate 1+2+3 R 183
367-368 Din 2 Energy Total – Rate 1+2+3 R 184
369-370 Din 3 Energy Total – Rate 1+2+3 R 185
371-372 Din 4 Energy Total – Rate 1+2+3 R 186

379-380 Temprature Sensor R/W*        190

381-382 Digital In 1 - Status R         191
383-384 Digital In 2 - Status R         192
385-386 Digital In 3 - Status R    193
387-388 Digital In 4 - Status R    194
14
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV

395-396 Web Authentication (User=admin) R/W      198

397-398 Fast Trend Cycle Time (Seconds) R/W   199
399-400 History - Date R/W         200
401-402 History – Day R/W         201
403-404 History – Month R/W         202
405-406 History - Year R/W         203
407-408 History-Active Energy Line 1 – Rate 1 R         204
409-410 History-Active Energy Line 2 – Rate 1 R         205
411-412 History-Active Energy Line 3 – Rate 1 R         206
413-414 History-Active Energy Line 1 – Rate 2 R         207
415-416 History-Active Energy Line 2 – Rate 2 R         208
417-418 History-Active Energy Line 3 – Rate 2 R         209
419-420 History-Active Energy Line 1 – Rate 3 R         210
421-422 History-Active Energy Line 2 – Rate 3 R         211
423-424 History-Active Energy Line 3 – Rate 3 R         212
425-426 History-ReActive Energy Ln 1–Rate 1 R         213
427-428 History-ReActive Energy Ln 2–Rate 1 R         214
429-430 History-ReActive Energy Ln 3–Rate 1 R         215
431-432 History-ReActive Energy Ln 1–Rate 2 R         216
433-434 History-ReActive Energy Ln 2–Rate 2 R         217
435-436 History-ReActive Energy Ln 3–Rate 2 R         218
437-438 History-ReActive Energy Ln 1–Rate 3 R         219
439-440 History-ReActive Energy Ln 2–Rate 3 R         220
15
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
441-442 History-ReActive Energy Ln 3–Rate 3 R         221
443-444 History-Din 1 Energy – Rate 1 R   222
445-446 History-Din 2 Energy – Rate 1 R   223
447-448 History-Din 3 Energy – Rate 1 R 224
449-450 History-Din 4 Energy – Rate 1 R 225
451-452 History-Din 1 Energy – Rate 2 R   226
453-454 History-Din 2 Energy – Rate 2 R   227
455-456 History-Din 3 Energy – Rate 2 R 228
457-458 History-Din 4 Energy – Rate 2 R 229
459-460 History-Din 1 Energy – Rate 3 R   230
461-462 History-Din 2 Energy – Rate 3 R   231
463-464 History-Din 3 Energy – Rate 3 R 232
465-466 History-Din 4 Energy – Rate 3 R 233

491-492 History – Reading Date R         246

493-494 Debug Counter 1 R/W       247
495-496 Debug Counter 2 R/W       248
497-498 Debug Counter 3 R/W       249
499-500 Debug Counter 4 R/W       250
501-502 Technical Calibration Value 1 R         251
503-504 Technical Calibration Value 2 R         252
505-506 Technical Calibration Value 3 R         253
507-508 Technical Calibration Value 4 R         254
509-510 Float Format (0,1,2) R/W        255
16
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
511-512 Compatibility Mode (0,130,170) R/W       256
513-514 Technical Current Calibration R/W         257
515-516 Use Flash TOU (Local) R/W    258

519-520 Start Time1 For Period Alarm R/W   260

521-522 Stop Time1 For Period Alarm R/W   261
523-524 High Power (KW) (Period) R/W   262
525-526 Low Power (KW) (Period) R/W   263
527-528 Time Table For Period Alarm High R/W   264
529-530 Time Table For Period Alarm Low R/W   265
531-532 Start2 Time For Period Alarm R/W   266
533-534 Stop2 Time For Period Alarm R/W   267

537-538 ReActive Energy Line 1 –Rate 1 (Imp) R/W         269

539-540 ReActive Energy Line 2 –Rate 1 (Imp) R/W         270
541-542 ReActive Energy Line 3 –Rate 1 (Imp) R/W         271
543-544 ReActive Energy Line 1 –Rate 2 (Imp) R/W         272
545-546 ReActive Energy Line 2 –Rate 2 (Imp) R/W         273
547-548 ReActive Energy Line 3 –Rate 2 (Imp) R/W         274
549-550 ReActive Energy Line 1 –Rate 3 (Imp) R/W         275
551-552 ReActive Energy Line 2 –Rate 3 (Imp) R/W         276
553-554 ReActive Energy Line 3 –Rate 3 (Imp) R/W         277
555-556 ReActive E. Line 1+2+3 –Rate 1 (I) R        278
557-558 ReActive E. Line 1+2+3 –Rate 2 (I) R        279
17
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
559-560 ReActive E. Line 1+2+3 –Rate 3 (I) R        280
561-562 Virtual Pulse Value (KW) P-Total R/W   281
563-564 Virtual Pulse Counter R/W   282
565-566 Fix Value (Debug) 123.4 R        283
567-568 Float Order (0=LM),(1=ML) R/W   284
569-570 ReActive E.Total In Capacitor Mode R     285
571-572 ReActive E.Total In Non Capacitor Mode R     286
573-574 Demand – KVAR (Var) R   287
575-576 Demand – PF (KVAR) R   288
577-578 Demand – Date (KVAR) R   289
579-580 Delay (MS) for Modbus response time (RS485) R/W     290
581-582 Current Line 1 Opposite Error R         291
583-584 Current Line 2 Opposite Error R         292
585-586 Current Line 3 Opposite Error R         293
587-588 Voltage Seq. Error R         294
589-590 Reactive Energy Quadrant # 1 (kvarh) R      295
W:Imp, Q:Imp
591-592 Reactive Energy Quadrant # 2 (kvarh) R      296
W:Imp, Q:Exp
593-594 Reactive Energy Quadrant # 3 (kvarh) R      297
W:Exp, Q:Imp
595-596 Reactive Energy Quadrant # 4 (kvarh) R      298
W:Exp, Q:Exp

18
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
601-602 1st Harmonics for Volts Line 1 R    301
603-604 2nd Harmonics for Volts Line 1 R    302

⇓ ⇓ ⇓ ⇓
661-662 31st Harmonics for Volts Line 1 R    331
663-664 32nd Harmonics for Volts Line 1 R    332
665-666 1st Harmonics for Volts Line 2 R    333
667-668 2nd Harmonics for Volts Line 2 R    334

⇓ ⇓ ⇓ ⇓
725-726 31st Harmonics for Volts Line 2 R    363
727-728 32nd Harmonics for Volts Line 2 R    364
729-730 1st Harmonic for Volts Line 3 R    365
731-732 2nd Harmonics for Volts Line 3 R    366

⇓ ⇓ ⇓ ⇓
789-790 31st Harmonics for Vots Line 3 R    395
791-792 32nd Harmonics for Volts Line 3 R    396
793-794 1st Harmonics for Current Line 1 R    397
795-796 2nd Harmonics for Current Line 1 R    398

⇓ ⇓ ⇓ ⇓
st
853-854 31 Harmonics for Current Line 1 R    427
855-856 32nd Harmonics for Current Line 1 R    428
857-858 1st Harmonics for Current Line 2 R    429

19
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
859-860 2nd Harmonics for Current Line 2 R    430

⇓ ⇓ ⇓ ⇓
917-918 31st Harmonics for Current line 2 R    459
919-920 32nd Harmonicsfor Current Line 2 R    460
921-922 1st Harmonics for Current Line 3 R    461
923-924 2nd Harmonics for Current Line 3 R    462

⇓ ⇓ ⇓ ⇓
981-982 31st Harmonics for Current Line 3 R    491
983-984 32nd Harmonics for Current Line 3 R    492

993-994 Current Transformer Ratio (Line 1) R/W  497

995-996 Current Transformer Ratio (Line 2) R/W  498
997-998 Current Transformer Ratio (Line 3) R/W  499

1001-2 User Alarm #1 R       501

1003-4 User Alarm #2 R       502
1005-6 User Alarm #3 R       503

⇓ ⇓ ⇓ ⇓
1253-4 User Alarm #127 R       627
1255-6 User Alarm #128 R       628
1257-8 629
1259-60 Demand – Synchronize Pulse W    630
20
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
1261-62 Demand – Watt L1 R    631
1263-64 Demand – Watt L2 R    632
1265-66 Demand – Watt L3 R    633
1267-68 Demand – VAR L1 R    634
1269-70 Demand – VAR L2 R    635
1271-72 Demand – VAR L3 R    636
1273-74 Demand – VA L1 R    637
1275-76 Demand – VA L2 R    638
1277-78 Demand – VA L3 R    639
1279-80 Demand – Watt L1+L2+L3 R    640
1281-82 Demand – VAR L1+L2+L3 R    641
1283-84 Demand – VA L1+L2+L3 R    642
1285-86 Demand – Current (A) L1 R    643
1287-88 Demand – Current (A) L2 R    644
1289-90 Demand – Current (A) L3 R    645
1291-92 Demand – Current (A) L1+L2+L3 R    646

1293-94 Displacement Power Factor Line 1 (CosF) R     647

1295-96 Displacement Power Factor Line 2 (CosF) R     648
1297-98 Displacement Power Factor Line 3 (CosF) R     649
1299-00 Long Wave Write Now !! W  650
1301-02 Long Wave Event (Before) - Seconds R/W  651
1303-04 Long Wave Event (Total) - Seconds R/W  652
1305-06 Current L1 – High - Write Long Wave Event R/W  653
21
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
1307-08 Current L1 – Hysteresis (Long Wave Event) R/W  654

1313-14 Conn Type (0=STAR,1=DELTA) R/W   657

1315-16 PQ – V.Nominal R/W  658
1317-18 PQ – Enable (Active) R/W  659
1319-20 Active Energy Line 1 (Export) R         660
1321-22 Active Energy Line 2 (Export) R         661
1323-24 Active Energy Line 3 (Export) R         662
1325-26 Reactive Energy Line 1 (Export) R         663
1327-28 Reactive Energy Line 2 (Export) R         664
1329-30 Reactive Energy Line 3 (Export) R         665
1331-32 Apparant Energy Line 1 (Export) R         666
1333-34 Apparant Energy Line 2 (Export) R         667
1335-36 Apparant Energy Line 3 (Export) R         668
1337-38 Active Energy Line 1 – Rate 1 (Exp) R         669
1339-40 Active Energy Line 2 – Rate 1 (Exp) R         670
1341-42 Active Energy Line 3 – Rate 1 (Exp) R         671
1343-44 Active Energy Line 1 – Rate 2 (Exp) R         672
1345-46 Active Energy Line 2 – Rate 2 (Exp) R         673
1347-48 Active Energy Line 3 – Rate 2 (Exp) R         674
1349-50 Active Energy Line 1 – Rate 3 (Exp) R         675
1351-52 Active Energy Line 2 – Rate 3 (Exp) R         676
1353-54 Active Energy Line 3 – Rate 3 (Exp) R         677
1355-56 Active Energy Line 1+2+3 –Rate 1 (E) R         678
22
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
1357-58 Active Energy Line 1+2+3 –Rate 2 (E) R         679
1359-60 Active Energy Line 1+2+3 –Rate 3 (E) R         680
1361-62 Apparant Energy Line 1 – Rate 1 (E) R         681
1363-64 Apparant Energy Line 2 – Rate 1 (E) R         682
1365-66 Apparant Energy Line 3 – Rate 1 (E) R         683
1367-68 Apparant Energy Line 1 – Rate 2 (E) R         684
1369-70 Apparant Energy Line 2 – Rate 2 (E) R         685
1371-72 Apparant Energy Line 3 – Rate 2 (E) R         686
1373-74 Apparant Energy Line 1 – Rate 3 (E) R         687
1375-76 Apparant Energy Line 2 – Rate 3 (E) R         688
1377-78 Apparant Energy Line 3 – Rate 3 (E) R         689
1379-80 Apparant Energy 1+2+3 – Rate 1 (E) R         690
1381-82 Apparant Energy 1+2+3 – Rate 2 (E) R         691
1383-84 Apparant Energy 1+2+3 – Rate 3 (E) R         692
1385-86 Active Energy (Export) R         693
1387-88 Reactive Energy (Export) R         694
1389-90 Apparant Energy (Export) R         695

1393-94 Energy Flow Line #1 (1=Export) R     697

1395-96 Energy Flow Line #2 (1=Export) R     698
1397-98 Energy Flow Line #3 (1=Export) R     699

1401-02 BacNet MSTP – Max Master R/W   701

1403-04 BacNet MSTP – Instance R/W   702
23
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
1405-06 BacNet MSTP – MAC R/W   703
1407-08 BacNet MSTP – Slave Mode R/W   704
1409-10 MuliMeter ID (4 LSB) R         706
1411-12 MuliMeter ID (5 MSB) R         707

1419-20 PQ – Level 0.95 R/W  710

1421-22 PQ – Level 1.05 R/W  711
1423-24 PQ – Level 1.10 R/W  712

1429-30 Crest Factor – Voltage L1 R  715

1431-32 Crest Factor – Voltage L2 R  716
1433-34 Crest Factor – Voltage L3 R  717
1435-36 Crest Factor – Current L1 R  718
1437-38 Crest Factor – Current L2 R  719
1439-40 Crest Factor – Current L3 R  720

3841-42 Summer Clock DTE #1 (Sec) R/W       1921

3843-44 Summer Clock DTE #2 (Sec) R/W       1922

⇓ ⇓ ⇓ ⇓
3879-80 Summer Clock DTE #20 (Sec) R/W       1940
3881-82 Summer Clock #1 – Minute To Add R/W       1941
3883-84 Summer Clock #2 – Minute To Add R/W       1942

24
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV

⇓ ⇓ ⇓ ⇓
3919-20 Summer Clock #20 – Minute To Add R/W       1960
3921-22 Summer Clock DTE #1 (Hour) R/W       1961
3923-24 Summer Clock DTE #2 (Hour) R/W       1962

⇓ ⇓ ⇓ ⇓
3959-60 Summer Clock DTE #20 (Hour) R/W       1980

3961-62 PFC – Capacitor #7 (KVAR) R/W 1981

3963-64 PFC – Capacitor #8 (KVAR) R/W 1982
3965-66 PFC – Capacitor #9 (KVAR) R/W 1983
3967-68 PFC – Capacitor #10 (KVAR) R/W 1984
3969-70 PFC – Capacitor #11 (KVAR) R/W 1985
3971-72 PFC – Capacitor #12 (KVAR) R/W 1986
3973-74 PFC – Capacitor #13 (KVAR) R/W 1987
3975-76 PFC – Capacitor #14 (KVAR) R/W 1988
3977-78 PFC – Capacitor #15 (KVAR) R/W 1989
3979-80 PFC – Capacitor #16 (KVAR) R/W 1990

3981-82 ModBus/IP Port R/W      1991

3983-84 HTTP Port R/W      1992
3985-86 UDP Extended Port R/W      1993
3985-86 High PF Limit R/W  1993

25
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
3987-88 High PF Limit Delay (sec) R/W  1994
3989-90 DHCP Mode R/W * 1995

4001-2 Active Energy (L123)- Month 1 -KWh R         2001

4003-4 Active Energy (L123)- Month 2-KWh R         2002

⇓ ⇓ ⇓ ⇓
4071-72 Active Energy(L123)- Month 36-KWh R         2036
4073-74 Month # 1 (1-12) (For Item 2001) R        2037
4075-76 Month # 2 (1-12) (For Item 2002) R        2038

⇓ ⇓ ⇓ ⇓
4143-44 Month #36 (1-12) (For Item 2036) R        2072
4145-46 Year # 1 (2001-99) (Item 2001) R        2073
4147-48 Year # 2 (2001-99) (Item 2002) R        2074

⇓ ⇓ ⇓ ⇓
4215-16 Year #36 (2001-99) (Item 2036) R        2108

4239-40 Keyboard Lock Status R/W   2120

4241-42 Comm.Alarm – High Current Value R/W     2121
4243-44 Comm.Alarm – High Voltage Value R/W     2122
4245-46 Comm.Alarm – Low Voltage Value R/W     2123
4247-48 Comm.Alarm – Low PF Value R/W     2124
4249-50 Comm.Alarm – High V.THD Value R/W     2125
26
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
4251-52 Comm.Alarm – High I.THD Value R/W     2126

4261-62 Comm.Alarm – High Current DelayOn R/W     2131

4263-64 Comm.Alarm – High Voltage DelayOn R/W     2132
4265-66 Comm.Alarm – Low Voltage DelayOn R/W     2133
4267-68 Comm.Alarm – Low PF DelayOn R/W     2134
4269-70 Comm.Alarm – High V.THD DelayOn R/W     2135
4271-72 Comm.Alarm – High I.THD DelayOn R/W     2136

4281-82 Demand – THD Current (A) L1 R/W*     2141

4283-84 Demand – THD Current (A) L2 R/W*     2142
4285-86 Demand – THD Current (A) L3 R/W*     2143
4287-88 Demand – THD Current (A) L1 | L2 | l3 R/W*     2144
4289-90 Demand – THD Current (A) L1 - Date R     2145
4291-92 Demand – THD Current (A) L2 - Date R     2146
4293-94 Demand – THD Current (A) L3 - Date R     2147
4295-96 Demand – THD Current (A) L123 - Date R     2148
4297-98 Demand – THD Voltage (A) L1 R/W*     2149
4299-300 Demand – THD Voltage (A) L2 R/W*     2150
4301-02 Demand – THD Voltage (A) L3 R/W*     2151
4303-04 Demand – THD Voltage (A) L1 | L2 | l3 R/W*     2152
4305-06 Demand – THD Voltage (A) L1 - Date R    2153
4307-08 Demand – THD Voltage (A) L2 - Date R    2154
4309-10 Demand – THD Voltage (A) L3 - Date R    2155
27
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
4311-12 Demand – THD Voltage (A) L123 - Date R    2156
4313-14 Clear All THD Demand R/W      2157

4399-00 Alarm- High Voltage L1 R/W   2200

4401-02 Alarm- High Voltage L2 R/W   2201
4403-04 Alarm- High Voltage L3 R/W   2202
4405-06 Alarm- High Voltage L1-2 R/W   2203
4407-08 Alarm- High Voltage L2-3 R/W   2204
4409-10 Alarm- High Voltage L3-1 R/W   2205
4411-12 Alarm- High Current L1 R/W   2206
4413-14 Alarm- High Current L2 R/W   2207
4415-16 Alarm- High Current L3 R/W   2208
4417-18 Alarm- High Current L0 R/W   2209
4419-20 Alarm- High PF L1 R/W   2210
4421-22 Alarm- High PF L2 R/W   2211
4423-24 Alarm- High PF L3 R/W   2212
4425-26 Alarm- High PF Total R/W   2213
4427-28 Alarm- High Voltage THD L1 R/W   2214
4429-30 Alarm- High Voltage THD L2 R/W   2215
4431-32 Alarm- High Voltage THD L3 R/W   2216
4433-34 Alarm- High Current THD L1 R/W   2217
4435-36 Alarm- High Current THD L2 R/W   2218
4437-38 Alarm- High Current THD L3 R/W   2219
28
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
4439-40 Alarm- High Current THD L0 R/W   2220
4441-42 Alarm- High Current TDD L1 R/W   2221
4443-44 Alarm- High Current TDD L2 R/W   2222
4445-46 Alarm- High Current TDD L3 R/W   2223
4447-48 Alarm- High Current TDD L0 R/W   2224
4449-50 Alarm – High KW – L1 R/W   2225
4451-52 Alarm – High KW – L2 R/W   2226
4453-54 Alarm – High KW – L3 R/W   2227
4455-56 Alarm – High KW – Total 1 R/W   2228
4457-58 Alarm – High KW – Total 2 R/W   2229
4459-60 Alarm – High UnBalanced Current R/W   2230
4461-62 Alarm – High UnBalanced Voltage R/W   2231
4463-64 Alarm – High Freq - L1 R/W   2232
4465-66 Alarm – High Freq – L2 R/W   2233
4467-68 Alarm – High Freq – L3 R/W   2234
4469-70 Alarm - High KVA Total R/W   2235
4471-72 Alarm - High KVAR Total R/W   2236
4473-74 Alarm- High CosF – L1 R/W   2237
4475-76 Alarm- High CosF – L2 R/W   2238
4477-78 Alarm- High CosF – L3 R/W   2239
4479-80 Alarm- High Demand Total KW R/W   2240
4481-82 Alarm – High Demad Total Current R/W   2241

4599-00 Alarm- Low Voltage L1 R/W   2300

29
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
4601-02 Alarm- Low Voltage L2 R/W   2301
4603-04 Alarm- Low Voltage L3 R/W   2302
4605-06 Alarm- Low Voltage L1-2 R/W   2303
4607-08 Alarm- Low Voltage L2-3 R/W   2304
4609-10 Alarm- Low Voltage L3-1 R/W   2305
4611-12 Alarm- Low Current L1 R/W   2306
4613-14 Alarm- Low Current L2 R/W   2307
4615-16 Alarm- Low Current L3 R/W   2308
4617-18 Alarm- Low Current L0 R/W   2309
4619-20 Alarm- Low PF L1 R/W   2310
4621-22 Alarm- Low PF L2 R/W   2311
4623-24 Alarm- Low PF L3 R/W   2312
4625-26 Alarm- Low PF Total R/W   2313
4627-28 Alarm- Low Voltage THD L1 R/W   2314
4629-30 Alarm- Low Voltage THD L2 R/W   2315
4631-32 Alarm- Low Voltage THD L3 R/W   2316
4633-34 Alarm- Low Current THD L1 R/W   2317
4635-36 Alarm- Low Current THD L2 R/W   2318
4637-38 Alarm- Low Current THD L3 R/W   2319
4639-40 Alarm- Low Current THD L0 R/W   2320
4641-42 Alarm- Low Current TDD L1 R/W   2321
4643-44 Alarm- Low Current TDD L2 R/W   2322
4645-46 Alarm- Low Current TDD L3 R/W   2323
4647-48 Alarm- Low Current TDD L0 R/W   2324
30
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
4649-50 Alarm- Low KW – L1 R/W   2325
4651-52 Alarm – Low KW – L2 R/W   2326
4653-54 Alarm – Low KW – L3 R/W   2327
4655-56 Alarm – Low KW – Total 1 R/W   2328
4657-58 Alarm – Low KW – Total 2 R/W   2329
4859-60 Alarm – Low UnBalanced Current R/W   2330
4861-62 Alarm – Low UnBalanced Voltage R/W   2331
4863-64 Alarm – Low Freq - L1 R/W   2332
4865-66 Alarm – Low Freq – L2 R/W   2333
4867-68 Alarm – Low Freq – L3 R/W   2334
4869-70 Alarm - Low KVA Total R/W   2335
4871-72 Alarm - Low KVAR Total R/W   2336
4873-74 Alarm - Low CosF – L1 R/W   2337
4875-76 Alarm - Low CosF – L2 R/W   2338
4877-78 Alarm - Low CosF – L3 R/W   2339
4879-80 Alarm - Low Demand Total KW R/W   2340
4881-82 Alarm – Low Demad Total Current R/W   2341

4799-00 Alarm- Relay High Voltage L1 R/W   2400

4801-02 Alarm- Relay High Voltage L2 R/W   2401
4803-04 Alarm- Relay High Voltage L3 R/W   2402
4805-06 Alarm- Relay High Voltage L1-2 R/W   2403
4807-08 Alarm- Relay High Voltage L2-3 R/W   2404
4809-10 Alarm- Relay High Voltage L3-1 R/W   2405
31
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
4811-12 Alarm- Relay High Current L1 R/W   2406
4813-14 Alarm- Relay High Current L2 R/W   2407
4815-16 Alarm- Relay High Current L3 R/W   2408
4817-18 Alarm- Relay High Current L0 R/W   2409
4819-20 Alarm- Relay High PF L1 R/W   2410
4821-22 Alarm- Relay High PF L2 R/W   2411
4823-24 Alarm- Relay High PF L3 R/W   2412
4825-26 Alarm- Relay High PF Total R/W   2413
4827-28 Alarm- Relay High Voltage THD L1 R/W   2414
4829-30 Alarm- Relay High Voltage THD L2 R/W   2415
4831-32 Alarm- Relay High Voltage THD L3 R/W   2416
4833-34 Alarm- Relay High Current THD L1 R/W   2417
4835-36 Alarm- Relay High Current THD L2 R/W   2418
4837-38 Alarm- Relay High Current THD L3 R/W   2419
4839-40 Alarm- Relay High Current THD L0 R/W   2420
4841-42 Alarm- Relay High Current TDD L1 R/W   2421
4843-44 Alarm- Relay High Current TDD L2 R/W   2422
4845-46 Alarm- Relay High Current TDD L3 R/W   2423
4847-48 Alarm- Relay High Current TDD L0 R/W   2424
4849-50 Alarm- Relay High KW – L1 R/W   2425
4851-52 Alarm – Relay High KW – L2 R/W   2426
4853-54 Alarm – Relay High KW – L3 R/W   2427
4855-56 Alarm – Relay High KW – Total 1 R/W   2428
4857-58 Alarm – Relay High KW – Total 2 R/W   2429
32
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
4859-60 Alarm – Relay High UnBalanced Current R/W   2430
4861-62 Alarm – Relay High UnBalanced Voltage R/W   2431
4863-64 Alarm – Relay High Freq - L1 R/W   2432
4865-66 Alarm – Relay High Freq – L2 R/W   2433
4867-68 Alarm – Relay High Freq – L3 R/W   2434
4869-70 Alarm - Relay High KVA Total R/W   2435
4871-72 Alarm - Relay High KVAR Total R/W   2436
4873-74 Alarm - Relay High CosF – L1 R/W   2437
4875-76 Alarm - Relay High CosF – L2 R/W   2438
4877-78 Alarm - Relay High CosF – L3 R/W   2439
4879-80 Alarm - Relay High Demand Total KW R/W   2440
4881-82 Alarm – Relay High Demad Total Current R/W   2441

4999-00 Alarm- Relay Low Voltage L1 R/W   2500

5001-02 Alarm- Relay Low Voltage L2 R/W   2501
5003-04 Alarm- Relay Low Voltage L3 R/W   2502
5005-06 Alarm- Relay Low Voltage L1-2 R/W   2503
5007-08 Alarm- Relay Low Voltage L2-3 R/W   2504
5009-10 Alarm- Relay Low Voltage L3-1 R/W   2505
5011-12 Alarm- Relay Low Current L1 R/W   2506
5013-14 Alarm- Relay Low Current L2 R/W   2507
5015-16 Alarm- Relay Low Current L3 R/W   2508
5017-18 Alarm- Relay Low Current L0 R/W   2509
5019-20 Alarm- Relay Low PF L1 R/W   2510
33
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
5021-22 Alarm- Relay Low PF L2 R/W   2511
5023-24 Alarm- Relay Low PF L3 R/W   2512
5025-26 Alarm- Relay Low PF Total R/W   2513
5027-28 Alarm- Relay Low Voltage THD L1 R/W   2514
5029-30 Alarm- Relay Low Voltage THD L2 R/W   2515
5031-32 Alarm- Relay Low Voltage THD L3 R/W   2516
5033-34 Alarm- Relay Low Current THD L1 R/W   2517
5035-36 Alarm- Relay Low Current THD L2 R/W   2518
5037-38 Alarm- Relay Low Current THD L3 R/W   2519
5039-40 Alarm- Relay Low Current THD L0 R/W   2520
5041-42 Alarm- Relay Low Current TDD L1 R/W   2521
5043-44 Alarm- Relay Low Current TDD L2 R/W   2522
5045-46 Alarm- Relay Low Current TDD L3 R/W   2523
5047-48 Alarm- Relay Low Current TDD L0 R/W   2524
5049-50 Alarm- Relay Low KW – L1 R/W   2525
5051-52 Alarm – Relay Low KW – L2 R/W   2526
5053-54 Alarm – Relay Low KW – L3 R/W   2527
5055-56 Alarm – Relay Low KW – Total 1 R/W   2528
5057-58 Alarm – Relay Low KW – Total 2 R/W   2529
5059-60 Alarm – Relay Low UnBalanced Current R/W   2530
5061-62 Alarm – Relay Low UnBalanced Voltage R/W   2531
5063-64 Alarm – Relay Low Freq - L1 R/W   2532
5065-66 Alarm – Relay Low Freq – L2 R/W   2533
5067-68 Alarm – Relay Low Freq – L3 R/W   2534
34
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
5069-70 Alarm - Relay Low KVA Total R/W   2535
5071-72 Alarm - Relay Low KVAR Total R/W   2536
5073-74 Alarm - Relay Low CosF – L1 R/W   2537
5075-76 Alarm - Relay Low CosF – L2 R/W   2538
5077-78 Alarm - Relay Low CosF – L3 R/W   2539
5079-80 Alarm - Relay Low Demand Total KW R/W   2540
5081-82 Alarm – Relay Low Demad Total Current R/W   2541

5199-00 Alarm- T.Tbl Voltage L1 R/W   2600

5201-02 Alarm- T.Tbl Voltage L2 R/W   2601
5203-04 Alarm- T.Tbl Voltage L3 R/W   2602
5205-06 Alarm- T.Tbl Voltage L1-2 R/W   2603
5207-08 Alarm- T.Tbl Voltage L2-3 R/W   2604
5209-10 Alarm- T.Tbl Voltage L3-1 R/W   2605
5211-12 Alarm- T.Tbl Current L1 R/W   2606
5213-14 Alarm- T.Tbl Current L2 R/W   2607
5215-16 Alarm- T.Tbl Current L3 R/W   2608
5217-18 Alarm- T.Tbl Current L0 R/W   2609
5219-20 Alarm- T.Tbl PF L1 R/W   2610
5221-22 Alarm- T.Tbl PF L2 R/W   2611
5223-24 Alarm- T.Tbl PF L3 R/W   2612
5225-26 Alarm- T.Tbl PF Total R/W   2613
5227-28 Alarm- T.Tbl Voltage THD L1 R/W   2614
5229-30 Alarm- T.Tbl Voltage THD L2 R/W   2615
35
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
5231-32 Alarm- T.Tbl Voltage THD L3 R/W   2616
5233-34 Alarm- T.Tbl Current THD L1 R/W   2617
5235-36 Alarm- T.Tbl Current THD L2 R/W   2618
5237-38 Alarm- T.Tbl Current THD L3 R/W   2619
5239-40 Alarm- T.Tbl Current THD L0 R/W   2620
5241-42 Alarm- T.Tbl Current TDD L1 R/W   2621
5243-44 Alarm- T.Tbl Current TDD L2 R/W   2622
5245-46 Alarm- T.Tbl Current TDD L3 R/W   2623
5247-48 Alarm- T.Tbl Current TDD L0 R/W   2624
5249-50 Alarm- T.Tbl KW – L1 R/W   2625
5251-52 Alarm – T.Tbl KW – L2 R/W   2626
5253-54 Alarm – T.Tbl KW – L3 R/W   2627
5255-56 Alarm – T.Tbl KW – Total 1 R/W   2628
5257-58 Alarm – T.Tbl KW – Total 2 R/W   2629
5259-60 Alarm – T.Tbl UnBalanced Current R/W   2630
5261-62 Alarm – T.Tbl UnBalanced Voltage R/W   2631
5263-64 Alarm – T.Tbl Freq - L1 R/W   2632
5265-66 Alarm – T.Tbl Freq – L2 R/W   2633
5267-68 Alarm – T.Tbl Freq – L3 R/W   2634
5269-70 Alarm - T.Tbl KVA Total R/W   2635
5271-72 Alarm - T.Tbl KVAR Total R/W   2636
5273-74 Alarm - T.Tbl CosF – L1 R/W   2637
5275-76 Alarm - T.Tbl CosF – L2 R/W   2638
5277-78 Alarm - T.Tbl CosF – L3 R/W   2639
36
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
5279-80 Alarm - T.Tbl Demand Total KW R/W   2640
5281-82 Alarm – T.Tbl Demad Total Current R/W   2641

5401-2 Alarm- T.Tbl #1 R/W   2701

⇓ ⇓ ⇓ ⇓
5431-32 Alarm- T.Tbl #16 R/W   2716

5601-2 TOU- custom (Dbl) Low - From R/W        2801

5603-4 TOU- custom (Dbl) Low - To R/W        2802
5605-6 TOU- custom (Dbl) Low - From R/W        2803
5607-8 TOU- custom (Dbl) Low - To R/W        2804
5609-10 TOU- custom (Dbl) Med - From R/W        2805
5611-12 TOU- custom (Dbl) Med - To R/W        2806
5613-14 TOU- custom (Dbl) Med - From R/W        2807
5615-16 TOU- custom (Dbl) Med - To R/W        2808
5617-18 TOU- custom (Dbl) High - From R/W        2809
5619-20 TOU- custom (Dbl) High - To R/W        2810
5621-22 TOU- custom (Dbl) High - From R/W        2811
5623-24 TOU- custom (Dbl) High - To R/W        2812
5625-26 TOU- Uruguay (Trpl) Low - From R/W        2813
5627-28 TOU- Uruguay (Trpl) Low - To R/W        2814
5629-30 TOU- Uruguay (Trpl) Low - From R/W        2815
5631-32 TOU- Uruguay (Trpl) Low - To R/W        2816

37
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
5633-34 TOU- Uruguay (Trpl) Med - From R/W        2817
5635-36 TOU- Uruguay (Trpl) Med - To R/W        2818
5637-38 TOU- Uruguay (Trpl) Med - From R/W        2819
5639-40 TOU- Uruguay (Trpl) Med - To R/W        2820
5641-42 TOU- Uruguay (Trpl) High - From R/W        2821
5643-44 TOU- Uruguay (Trpl) High - To R/W        2822
5645-46 TOU- Uruguay (Trpl) High - From R/W        2823
5647-48 TOU- Uruguay (Trpl) High - To R/W        2824

6001-2 Relay # 1 Force Start Time R/W   3001

6003-4 Relay # 1 Force Stop Time R/W   3002
6005-6 Relay # 1 Force Start Time R/W   3003
6007-8 Relay # 1 Force Stop Time R/W   3004
6009-10 Relay # 1 Force Start Time R/W   3005
6011-12 Relay # 1 Force Stop Time R/W   3006

6017-18 Relay # 2 Force Start Time R/W   3009

6019-20 Relay # 2 Force Stop Time R/W   3010
6021-22 Relay # 2 Force Start Time R/W   3011
6023-24 Relay # 2 Force Stop Time R/W   3012
6025-26 Relay # 2 Force Start Time R/W   3013
6027-28 Relay # 2 Force Stop Time R/W   3014

6033-34 Relay # 3 Force Start Time R/W   3017

38
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
6035-36 Relay # 3 Force Stop Time R/W   3018
6037-38 Relay # 3 Force Start Time R/W   3019
6039-40 Relay # 3 Force Stop Time R/W   3020
6041-42 Relay # 3 Force Start Time R/W   3021
6043-44 Relay # 3 Force Stop Time R/W   3022

6049-50 Flg To Clear SST At MidNight R/W   3025

6061-62 Digital Out #1 (Status) R     3031

6063-64 Digital Out #2 (Status) R     3032
6065-66 Digital Out #3 (Status) R     3033
6067-68 Digital Out #4 (Status) R     3034
6069-70 Digital Out #5 (Status) R   3035
6071-72 Digital Out #6 (Status) R   3036
6073-74 Digital Out Force (0=Auto,1=On,2=Off) R/W   3037

6201-2 TOU – January Type R/W*        3101

6203-4 TOU – February Type R/W*        3102

⇓ ⇓ ⇓ ⇓
6223-24 TOU – December Type R/W*        3112
6225-26 TOU – Hour Details R/W*        3113

⇓ ⇓ ⇓ ⇓

39
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
6655-56 TOU – Hour Details R/W*        3328

6799-0 Active Total Energy (KWh) R          3400

6801-2 Reactive Total Energy (KVARh) R          3401
6803-4 Apparent Total Energy (KVah) R          3402
6805-6 Active Energy Line 1 (KWh-Import) R          3403
6807-8 Active Energy Line 2 (KWh-Import) R          3404
6809-10 Active Energy Line 3 (KWh-Import) R          3405
6811-12 Reactive Energy Line 1 (KVARh-Import) R          3406
6813-14 Reactive Energy Line 2 (KVARh-Import) R          3407
6815-16 Reactive Energy Line 3 (KVARh-Import) R          3408
6817-18 Apparant Energy Line 1 (KVAh-Import) R          3409
6819-20 Apparant Energy Line 2 (KVAh-Import) R          3410
6821-22 Apparant Energy Line 3 (KVAh-Import) R          3411
6823-24 Active Energy Line 1 – Rate 1 – KWh (Imp) R        3412
6825-26 Active Energy Line 2 – Rate 1 – KWh (Imp) R        3413
6827-28 Active Energy Line 3 – Rate 1 – KWh (Imp) R        3414
6829-30 Active Energy Line 1 – Rate 2 – KWh (Imp) R        3415
6831-32 Active Energy Line 2 – Rate 2 – KWh (Imp) R        3416
6833-34 Active Energy Line 3 – Rate 2 – KWh (Imp) R        3417
6835-36 Active Energy Line 1 – Rate 3 – KWh (Imp) R        3418
6837-38 Active Energy Line 2 – Rate 3 – KWh (Imp) R        3419
6839-40 Active Energy Line 3 – Rate 3 – KWh (Imp) R        3420
6841-42 Active Energy Line 1+2+3 – Rate 1 – KWh (I) R        3421
40
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV

       3422
6843-44 Active Energy Line 1+2+3 – Rate 2 – KWh (I) R

6845-46 Active Energy Line 1+2+3 – Rate 3 – KWh (I) R        3423

6847-48 ReActive Energy Line 1 –Rate 1 – KVARh R        3424
(Imp)
6849-50 ReActive Energy Line 2 –Rate 1 – KVARh R        3425
(Imp)
6851-52 ReActive Energy Line 3 –Rate 1 – KVARh R        3426
(Imp)
6853-54 ReActive Energy Line 1 –Rate 2 – KVARh R        3427
(Imp)
6855-56 ReActive Energy Line 2 –Rate 2 – KVARh R        3428
(Imp)
6857-58 ReActive Energy Line 3 –Rate 2 – KVARh R        3429
(Imp)
6859-60 ReActive Energy Line 1 –Rate 3 – KVARh R        3430
(Imp)
6861-62 ReActive Energy Line 2 –Rate 3 – KVARh R        3431
(Imp)
6863-64 ReActive Energy Line 3 –Rate 3 – KVARh R        3432
(Imp)
6865-66 ReActive E. Line 1+2+3 –Rate 1 – KVARh (I) R        3433
6867-68 ReActive E. Line 1+2+3 –Rate 2 – KVARh (I) R        3434
6869-70 ReActive E. Line 1+2+3 –Rate 3 – KVARh (I) R        3435
6871-72 Total Active Power Line 1+2 +3 (KW) R       3436

41
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
6873-74 Total Active Power 1+2 +3 (MW) R       3437
6875-76 Total ReActive Power 1+2 +3 (MVAR) R       3438
6875-76 Total ReActive Power 1+2 +3 (KVAR) R      3439

6879-80 Active Total Energy (Wh) -Meter B R    3440

6881-82 Reactive Total Energy (VARh) -Meter B R    3441
6883-84 Apparent Total Energy (Vah) -Meter B R    3442

6885-86 Total Apparant Power 1+2 +3 (KVA) R    3443

6887-88 Total Apparant Power 1+2 +3 (MVA) R    3444

6891-92 Active Total Energy (Wh) –Alternate Meter R    3446

6893-94 Reactive Total Energy (VARh) -Alternate Meter R    3447
6895-96 Apparent Total Energy (Vah) - Alternate Meter R    3448

6899-00 Active Energy L1– Rate 1 (Im)- Alternate Meter R    3450

6901-02 Active Energy L2– Rate 1 (Im)- Alternate Meter R    3451
6903-04 Active Energy L3– Rate 1 (Im)- Alternate Meter R    3452
6905-06 Active Energy L1– Rate 2 (Im)- Alternate Meter R    3453
6907-08 Active Energy L2– Rate 2 (Im)- Alternate Meter R    3454
6909-10 Active Energy L3– Rate 2 (Im)- Alternate Meter R    3455
6911-12 Active Energy L1– Rate 3 (Im)- Alternate Meter R    3456
6913-14 Active Energy L2– Rate 3 (Im)- Alternate Meter R    3457
6915-16 Active Energy L3– Rate 3 (Im)- Alternate Meter R    3458
42
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV

6919-20 Active Energy Line 1 (W-Import) -Meter B R    3460

6921-22 Active Energy Line 2 (W-Import) -Meter B R    3461
6923-24 Active Energy Line 3 (W-Import) -Meter B R    3462
6925-26 Reactive Energy Line 1 (VAR-Import) -Meter B R    3463
6927-28 Reactive Energy Line 2 (VAR-Import) -Meter B R    3464

6929-30 Reactive Energy Line 3 (VAR-Import) -Meter B R    3465

6931-32 Apparant Energy Line 1 (VA-Import) -Meter B R    3466
6933-34 Apparant Energy Line 2 (VA-Import) -Meter B R    3467
6935-36 Apparant Energy Line 3 (VA-Import) -Meter B R    3468
6937-38 Active Energy Line 1 – Rate 1 (Imp) -Meter B R    3469
6939-40 Active Energy Line 2 – Rate 1 (Imp) -Meter B R    3470
6941-42 Active Energy Line 3 – Rate 1 (Imp) -Meter B R    3471
6943-44 Active Energy Line 1 – Rate 2 (Imp) -Meter B R    3472
6945-46 Active Energy Line 2 – Rate 2 (Imp) -Meter B R    3473
6947-48 Active Energy Line 3 – Rate 2 (Imp) -Meter B R    3474
6949-50 Active Energy Line 1 – Rate 3 (Imp) -Meter B R    3475
6951-52 Active Energy Line 2 – Rate 3 (Imp) -Meter B R    3476
6953-54 Active Energy Line 3 – Rate 3 (Imp) -Meter B R    3477
6955-56 Active Power Line 1 (KW) R      3478
6957-58 Active Power Line 2 (KW) R      3479
6959-60 Active Power Line 3 (KW) R      3480
6961-62 ReActive Power Line 1 (KVAR) R      3481

43
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
6963-64 ReActive Power Line 2 (KVAR) R      3482
6965-66 ReActive Power Line 3 (KVAR) R      3483
6967-68 Apparent Power Line 1 (KVA) R      3484
6969-70 Apparent Power Line 2 (KVA) R      3485
6971-72 Apparent Power Line 3 (KVA) R      3486

6979-80 ReActive En. L1– Rate 1 (Im)- Alternate Meter R    3490

6981-82 ReActive En. L2– Rate 1 (Im)- Alternate Meter R    3491
6983-84 ReActive En. L3– Rate 1 (Im)- Alternate Meter R    3492
6985-86 ReActive En. L1– Rate 2 (Im)- Alternate Meter R    3493
6987-88 ReActive En. L2– Rate 2 (Im)- Alternate Meter R    3494
6989-90 ReActive En. L3– Rate 2 (Im)- Alternate Meter R    3495
6991-92 ReActive En. L1– Rate 3 (Im)- Alternate Meter R    3496
6993-94 ReActive En. L2– Rate 3 (Im)- Alternate Meter R    3497
6995-96 ReActive En. L3– Rate 3 (Im)- Alternate Meter R    3498

7001-2 33 Harmonics for Volts Line 1 R   3501

7003-4 34 Harmonics for Volts Line 1 R   3502

⇓ ⇓ ⇓ ⇓
7061-62 63 Harmonics for Volts Line 1 R   3531
7063-64 64 Harmonics for Volts Line 1 R   3532
7065-66 33 Harmonics for Volts Line 2 R   3533
7067-68 34 Harmonics for Volts Line 2 R   3534

44
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV

⇓ ⇓ ⇓ ⇓
7125-26 63 Harmonics for Volts Line 2 R   3563
7127-28 64 Harmonics for Volts Line 2 R   3564
7129-30 33 Harmonic for Volts Line 3 R   3565
7131-32 34 Harmonics for Volts Line 3 R   3566

⇓ ⇓ ⇓ ⇓
7189-90 63 Harmonics for Vots Line 3 R   3595
7191-92 64 Harmonics for Volts Line 3 R   3596
7193-94 33 Harmonics for Current Line 1 R   3597
7195-96 34 Harmonics for Current Line 1 R   3598

⇓ ⇓ ⇓ ⇓
7253-54 63 Harmonics for Current Line 1 R   3627
7255-56 64 Harmonics for Current Line 1 R   3628
7257-58 33 Harmonics for Current Line 2 R   3629
7259-60 34 Harmonics for Current Line 2 R   3630

⇓ ⇓ ⇓ ⇓
7317-18 63 Harmonics for Current line 2 R   3659
7319-20 64 Harmonicsfor Current Line 2 R   3660
7321-22 33 Harmonics for Current Line 3 R   3661
7323-24 34 Harmonics for Current Line 3 R   3662

⇓ ⇓ ⇓ ⇓
45
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
7381-82 63 Harmonics for Current Line 3 R   3691
7383-84 64 Harmonics for Current Line 3 R   3692

7389-90 UnBalance % (Now) R  3695

7391-92 UnBalance % (Last 10 Minutes) R  3696
7393-94 PST (Last 10 Minutes) For Line 1 R  3697
7395-96 PST (Last 10 Minutes) For Line 2 R  3698
7397-98 PST (Last 10 Minutes) For Line 3 R  3699

7401-02 XAOut 1 – Item # R/W   3701

7403-04 XAOut 2 – Item # R/W   3702
7405-06 XAOut 3 – Item # R/W   3703
7407-08 XAOut 4 – Item # R/W   3704

7433-34 XAOut 1 – Mode R/W   3717

7435-36 XAOut 2 – Mode R/W   3718
7437-38 XAOut 3 – Mode R/W   3719
7439-40 XAOut 4 – Mode R/W   3720

7465-66 XAOut 1 – Measured value 1 R/W   3733

7467-68 XAOut 2 – Measured value 1 R/W   3734
7469-70 XAOut 3 – Measured value 1 R/W   3735
7471-72 XAOut 4 – Measured value 1 R/W   3736

46
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
7497-98 XAOut 1 – Measured value 2 R/W   3749
7499-00 XAOut 2 – Measured value 2 R/W   3750
7501-02 XAOut 3 – Measured value 2 R/W   3751
7503-04 XAOut 4 – Measured value 2 R/W   3752

7529-30 XAOut 1 – Output value 1 R/W   3765

7531-32 XAOut 2 – Output value 1 R/W   3766
7533-34 XAOut 3 – Output value 1 R/W   3767
7535-36 XAOut 4 – Output value 1 R/W   3768

7561-62 XAOut 1 – Output value 2 R/W   3781

7563-64 XAOut 2 – Output value 2 R/W   3782
7565-66 XAOut 3 – Output value 2 R/W   3783
7567-68 XAOut 4 – Output value 2 R/W   3784

⇓ ⇓ ⇓ ⇓
7591-92 R/W   3796

7599-00 Map Item 3900 (Reg 7799-7800) R/W       3800

7601-02 Map Item 3901 (Reg 7801-7802) R/W       3801

⇓ ⇓ ⇓ ⇓
7797-98 Map Item 3999 (Reg 7997-7998) R/W       3899
7799-00 Maped Item 3800 (Reg 7599-7600) R/W       3900

47
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
7801-02 Maped Item 3801 (Reg 7601-7602) R/W       3901

⇓ ⇓ ⇓ ⇓
7997-98 Maped Item 3899 (Reg 7797-7798) R/W       3999

8799-00 Alarm- High -Voltage L1 R/W    4400

8801-02 Alarm- High -Voltage L2 R/W    4401
8803-04 Alarm- High -Voltage L3 R/W    4402
8805-06 Alarm- High -Current L1 R/W    4403
8806-08 Alarm- High -Current L2 R/W    4404
8809-10 Alarm- High -Current L3 R/W    4405
8811-12 Alarm- High -Demand Total KW R/W    4406
8813-14 Alarm- High -Import Total KW R/W    4407
8815-16 Alarm- High -Export Total KW R/W    4408
8817-18 Alarm- High -Temprature R/W    4409
8819-20 Alarm- High -kVarhC/kWh R/W    4410
8821-22 Alarm- High -kVarhL/kWh R/W    4411
8823-24 Alarm- High -No Volt L1 R/W    4412
8825-26 Alarm- High -No Volt L2 R/W    4413
8827-28 Alarm- High -No Volt L3 R/W    4414
8829-30 Alarm- High -No Current L1 R/W    4415
8831-32 Alarm- High -No Current L2 R/W    4416
8833-34 Alarm- High -No Current L3 R/W    4417
8835-36 Alarm- High -Leakage Current R/W   4418

48
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
8837-38 Alarm- High -PF R/W   4419
8839-40 Alarm- Low -Voltage L1 R/W    4420
8841-42 Alarm- Low -Voltage L2 R/W    4421
8843-44 Alarm- Low -Voltage L3 R/W    4422
8845-46 Alarm- Low -Current L1 R/W    4423
8846-48 Alarm- Low -Current L2 R/W    4424
8849-50 Alarm- Low -Current L3 R/W    4425
8851-52 Alarm- Low -Demand Total KW R/W    4426
8853-54 Alarm- Low -Import Total KW R/W    4427
8855-56 Alarm- Low -Export Total KW R/W    4428
8857-58 Alarm- Low -Temprature R/W    4429
8859-60 Alarm- Low -kVarhC/kWh R/W    4430
8861-62 Alarm- Low -kVarhL/kWh R/W    4431
8863-64 Alarm- Low -No Volt L1 R/W    4432
8865-66 Alarm- Low -No Volt L2 R/W    4433
8867-68 Alarm- Low -No Volt L3 R/W    4434
8869-70 Alarm- Low -No Current L1 R/W    4435
8871-72 Alarm- Low -No Current L2 R/W    4436
8873-74 Alarm- Low -No Current L3 R/W    4437
8875-76 Alarm- Low -Leakage Current R/W   4438
8877-78 Alarm- Low -PF R/W   4439
8879-80 Alarm- Hysteresis -Voltage L1 R/W    4440
8881-82 Alarm- Hysteresis -Voltage L2 R/W    4441
8883-84 Alarm- Hysteresis -Voltage L3 R/W    4442
49
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
8885-86 Alarm- Hysteresis -Current L1 R/W    4443
8886-88 Alarm- Hysteresis -Current L2 R/W    4444
8889-90 Alarm- Hysteresis -Current L3 R/W    4445
8891-92 Alarm- Hysteresis -Demand Total KW R/W    4446
8893-94 Alarm- Hysteresis -Import Total KW R/W    4447
8895-96 Alarm- Hysteresis -Export Total KW R/W    4448
8897-98 Alarm- Hysteresis -Temprature R/W    4449
8899-00 Alarm- Hysteresis -kVarhC/kWh R/W    4450
8901-02 Alarm- Hysteresis -kVarhL/kWh R/W    4451
8903-04 Alarm- Hysteresis -No Volt L1 R/W    4452
8905-06 Alarm- Hysteresis -No Volt L2 R/W    4453
8907-08 Alarm- Hysteresis -No Volt L3 R/W    4454
8909-10 Alarm- Hysteresis -No Current L1 R/W    4455
8911-12 Alarm- Hysteresis -No Current L2 R/W    4456
8913-14 Alarm- Hysteresis -No Current L3 R/W    4457
8915-16 Alarm- Hysteresis -Leakage Current R/W   4458
8917-18 Alarm- Hysteresis -PF R/W   4459
8919-20 Alarm- Delay On -Voltage L1 R/W    4460
8921-22 Alarm- Delay On -Voltage L2 R/W    4461
8923-24 Alarm- Delay On -Voltage L3 R/W    4462
8925-26 Alarm- Delay On -Current L1 R/W    4463
8926-28 Alarm- Delay On -Current L2 R/W    4464
8929-30 Alarm- Delay On -Current L3 R/W    4465
8931-32 Alarm- Delay On -Demand Total KW R/W    4466
50
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
8933-34 Alarm- Delay On -Import Total KW R/W    4467
8935-36 Alarm- Delay On -Export Total KW R/W    4468
8937-38 Alarm- Delay On -Temprature R/W    4469
8939-40 Alarm- Delay On -kVarhC/kWh R/W    4470
8941-42 Alarm- Delay On -kVarhL/kWh R/W    4471
8943-44 Alarm- Delay On -No Volt L1 R/W    4472
8945-46 Alarm- Delay On -No Volt L2 R/W    4473
8947-48 Alarm- Delay On -No Volt L3 R/W    4474
8949-50 Alarm- Delay On -No Current L1 R/W    4475
8951-52 Alarm- Delay On -No Current L2 R/W    4476
8953-54 Alarm- Delay On -No Current L3 R/W    4477
8955-56 Alarm- Delay On -Leakage Current R/W   4478
8957-58 Alarm- Delay On -PF R/W   4479
8959-60 Alarm- Delay Off -Voltage L1 R/W    4480
8961-62 Alarm- Delay Off -Voltage L2 R/W    4481
8963-64 Alarm- Delay Off -Voltage L3 R/W    4482
8965-66 Alarm- Delay Off -Current L1 R/W    4483
8966-68 Alarm- Delay Off -Current L2 R/W    4484
8969-70 Alarm- Delay Off -Current L3 R/W    4485
8971-72 Alarm- Delay Off -Demand Total KW R/W    4486
8973-74 Alarm- Delay Off -Import Total KW R/W    4487
8975-76 Alarm- Delay Off -Export Total KW R/W    4488
8977-78 Alarm- Delay Off -Temprature R/W    4489
8979-80 Alarm- Delay Off -kVarhC/kWh R/W    4490
51
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
8981-82 Alarm- Delay Off -kVarhL/kWh R/W    4491
8983-84 Alarm- Delay Off -No Volt L1 R/W    4492
8985-86 Alarm- Delay Off -No Volt L2 R/W    4493
8987-88 Alarm- Delay Off -No Volt L3 R/W    4494
8989-90 Alarm- Delay Off -No Current L1 R/W    4495
8991-92 Alarm- Delay Off -No Current L2 R/W    4496
8993-94 Alarm- Delay Off -No Current L3 R/W    4497
8995-96 Alarm- Delay Off -Leakage Current R/W   4498
8997-98 Alarm- Delay Off -PF R/W   4499
8999-00 Alarm- Relay -Voltage L1 R/W   4500
9001-02 Alarm- Relay -Voltage L2 R/W   4501
9003-04 Alarm- Relay -Voltage L3 R/W   4502
9005-06 Alarm- Relay -Current L1 R/W   4503
9006-08 Alarm- Relay -Current L2 R/W   4504
9009-10 Alarm- Relay -Current L3 R/W   4505
9011-12 Alarm- Relay -Demand Total KW R/W   4506
9013-14 Alarm- Relay -Import Total KW R/W   4507
9015-16 Alarm- Relay -Export Total KW R/W   4508
9017-18 Alarm- Relay -Temprature R/W   4509
9019-20 Alarm- Relay -kVarhC/kWh R/W   4500
9021-22 Alarm- Relay -kVarhL/kWh R/W   4511
9023-24 Alarm- Relay -No Volt L1 R/W   4512
9025-26 Alarm- Relay -No Volt L2 R/W   4513
9027-28 Alarm- Relay -No Volt L3 R/W   4514
52
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
9029-30 Alarm- Relay -No Current L1 R/W   4515
9031-32 Alarm- Relay -No Current L2 R/W   4516
9033-34 Alarm- Relay -No Current L3 R/W   4517
9035-36 Alarm- Relay -Leakage Current R/W   4518
9037-38 Alarm- Relay -PF R/W   4519

9039-40 Alarm- High -Digital In 1 R/W   4520

9041-42 Alarm- High -Digital In 2 R/W   4521

9079-80 Alarm- Low -Digital In 1 R/W   4540

9081-82 Alarm- Low -Digital In 2 R/W   4541

9119-20 Alarm- Hysteresis -Digital In 1 R/W   4560

9121-22 Alarm- Hysteresis -Digital In 2 R/W   4561

9159-60 Alarm- Delay On -Digital In 1 R/W   4580

9161-62 Alarm- Delay On -Digital In 2 R/W   4581

9199-00 Alarm- Delay Off -Digital In 1 R/W   4600

9201-02 Alarm- Delay Off -Digital In 2 R/W   4601

9239-40 Alarm- Relay -Digital In 1 R/W   4620

9241-42 Alarm- Relay -Digital In 2 R/W   4621

53
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
9263-64 SNTP – IP (Long) R/W   4632
9265-66 SNTP – Port R/W   4633
9267-68 SNTP – Poll (Seconds) R/W   4634
9269-70 SNTP – GMT (99 – Set Only Min+Sec) R/W   4635
9271-72 SNTP – Dst R/W   4636

10001-02 Trip Current – Amper (Point 1) R/W  5001

10003-04 Trip Current – Amper (Point 2) R/W  5002

⇓ ⇓ ⇓ ⇓
10039-40 Trip Current – Amper (Point 20) R/W  5020
10041-42 Trip Current – Time (Point 1) R/W  5021
10043-44 Trip Current – Time (Point 2) R/W  5022

⇓ ⇓ ⇓ ⇓
10079-80 Trip Current – Time (Point 20) R/W  5040

10081-82 Trip Current – Phase 1 DTE (Write To Clear) R/W  5041

10083-84 Trip Current – Phase 2 DTE (Write To Clear) R/W  5042
10085-86 Trip Current – Phase 3 DTE (Write To Clear) R/W  5043
10087-88 Trip Current – Phase 1 Amper R  5044
10089-90 Trip Current – Phase 1 Time (Seconds) R  5045
10091-92 Trip Current – Phase 2 Amper R  5046
10093-94 Trip Current – Phase 2 Time (Seconds) R  5047

54
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
10095-96 Trip Current – Phase 3 Amper R  5048
10097-98 Trip Current – Phase 3 Time (Seconds) R  5049

10101-02 Simple Trip Current #1 – SetPoint (Amper) R/W  5051

10103-04 Simple Trip Current #1 – Time (Seconds) R/W  5052
10105-06 Simple Trip Current #1 – Relay (1-4) R/W  5053
10107-08 Simple Trip Current #1 – Status R/W  5054
10109-10 Simple Trip Current #2 – SetPoint (Amper) R/W  5055
10111-12 Simple Trip Current #2 – Time (Seconds) R/W  5056
10113-14 Simple Trip Current #2 – Relay (1-4) R/W  5057
10115-16 Simple Trip Current #2 – Status R/W  5058

10121-22 Dout Mode # 1 R/W   5061

10123-24 Dout Mode # 2 R/W   5062
10125-26 Dout Mode # 3 R/W   5063
10127-28 Dout Mode # 4 R/W   5064

10139-40 Demand – Current (A) AVR(L1+L2+L3) R/W   5070

10141-42 Demand – Current (A) L0 R/W   5071
10143-44 Demand – Current (A) AVR(L1+L2+L3) – Date R   5072
10145-46 Demand – Current (A) L0 – Date R   5073

10159-60 Demand – Current (A) L1 (Last) R   5080

10161-62 Demand – Current (A) L2 (Last) R   5081
55
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
10163-64 Demand – Current (A) L3 (Last) R   5082
10165-66 Demand – Current (A) L1+L2+L3 (Last) R   5083
10167-68 Demand – Current (A) AVR(L1+L2+L3) (Last) R   5084
10169-70 Demand – Current (A) L0 (Last) R   5085

10179-80 THD for Volts Lines 1+2+3 R  5090

10181-82 THD forCurrent Lines 1+2+3 R  5091

10199-00 Minimum Volt L1 R      5100

10201-02 Minimum Volt L2 R      5101
10203-04 Minimum Volt L3 R      5102
10205-06 Maximum Volt L1 R      5103
10207-08 Maximum Volt L2 R      5104
10209-10 Maximum Volt L3 R      5105
10211-12 Maximum Current L1 R      5106
10213-14 Maximum Current L2 R      5107
10215-16 Maximum Current L3 R      5108
10217-18 Maximum Current L0 R      5109
10219-20 Minimum Volt L1-3 R      5110
10221-22 Minimum Volt L2-3 R      5111
10223-24 Minimum Volt L3-1 R      5112
10225-26 Maximum Volt L1-3 R      5113
10227-28 Maximum Volt L2-3 R      5114
10229-30 Maximum Volt L3-1 R      5115
56
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
10231-32 Maximum Active Power Total R      5116
10233-34 Maximum Apparent Power Total R      5117
10235-36 Maximum ReActive Power Total R      5118
10237-38 Minimum PF. L1 R      5119
10239-40 Minimum PF. L2 R      5120
10241-42 Minimum PF. L3 R      5121
10243-44 Minimum PF. Total R      5122
10245-46 Maximum PF. L1 R      5123
10247-48 Maximum PF. L2 R      5124
10249-50 Maximum PF. L3 R      5125
10251-52 Maximum PF. Total R      5126
10253-54 Minimum Freq. R      5127
10255-56 Maximum Freq. R      5128
10257-58 Minimum Current L1 R     5129
10259-60 Minimum Current L2 R     5130
10261-62 Minimum Current L3 R     5131
10263-64 Minimum Current L0 R     5132
10265-66 Maximum Active Power (W) L1 R     5133
10267-68 Maximum Active Power (W) L2 R     5134
10269-70 Maximum Active Power (W) L3 R     5135
10271-72 Minimum Active Power (W) L1 R     5136
10273-74 Minimum Active Power (W) L2 R     5137
10275-76 Minimum Active Power (W) L3 R     5138
10277-78 Maximum ReActive Power (VAR ) L1 R     5139
57
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
10279-80 Maximum ReActive Power (VAR) L2 R     5140
10281-82 Maximum ReActive Power (VAR) L3 R     5141
10283-84 Minimum ReActive Power (VAR) L1 R     5142
10285-86 Minimum ReActive Power (VAR) L2 R     5143
10287-88 Minimum ReActive Power (VAR) L3 R     5144
10289-90 Maximum Apparent Power (VA ) L1 R     5145
10291-92 Maximum Apparent Power (VA) L2 R     5146
10293-94 Maximum Apparent Power (VA) L3 R     5147
10295-96 Minimum Apparent Power (VA) L1 R     5148
10297-98 Minimum Apparent Power (VA) L2 R     5149
10299-00 Minimum Apparent Power (VA) L3 R     5150
10301-02 Minimum Active Power Total R   5151
10303-04 Minimum Apparent Power Total R   5152
10305-06 Minimum ReActive Power Total R   5153
10307-08 Minimum Displacement PF. L1 R   5154
10309-10 Minimum Displacement PF. L2 R   5155
10311-12 Minimum Displacement PF. L3 R   5156
10313-14 Maximum Displacement PF. L1 R   5157
10315-16 Maximum Displacement PF. L2 R   5158
10317-18 Maximum Displacement PF. L3 R   5159
10319-20 Minimum THD V-L1 R   5160
10321-22 Minimum THD V-L2 R   5161
10323-24 Minimum THD V-L3 R   5162
10325-26 Maximum THD V-L1 R   5163
58
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
10327-28 Maximum THD V-L2 R   5164
10329-30 Maximum THD V-L3 R   5165
10331-32 Minimum THD I-L1 R   5166
10333-34 Minimum THD I-L2 R   5167
10335-36 Minimum THD I-L3 R   5168
10337-38 Maximum THD I-L1 R   5169
10339-40 Maximum THD I-L2 R   5170
10341-42 Maximum THD I-L3 R   5171

10399-00 Minimum Volt L1 (DTE) R   5200

10401-2 Minimum Volt L2 (DTE) R   5201
10403-4 Minimum Volt L3 (DTE) R   5202
10405-6 Maximum Volt L1 (DTE) R   5203
10407-8 Maximum Volt L2 (DTE) R   5204
10409-10 Maximum Volt L3 (DTE) R   5205
10411-12 Maximum Current L1 (DTE) R   5206
10413-14 Maximum Current L2 (DTE) R   5207
10415-16 Maximum Current L3 (DTE) R   5208
10417-18 Maximum Current L0 (DTE) R   5209
10419-20 Minimum Volt L1-3 (DTE) R   5210
10421-22 Minimum Volt L2-3 (DTE) R   5211
10423-24 Minimum Volt L3-1 (DTE) R   5212
10425-26 Maximum Volt L1-3 (DTE) R   5213
10427-28 Maximum Volt L2-3 (DTE) R   5214
59
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
10429-30 Maximum Volt L3-1 (DTE) R   5215
10431-32 Maximum Active Power Total (DTE) R   5216
10433-34 Maximum Apparent Power Total (DTE) R   5217
10435-36 Maximum ReActive Power Total (DTE) R   5218
10437-38 Minimum PF. L1 (DTE) R   5219
10439-40 Minimum PF. L2 (DTE) R   5220
10441-42 Minimum PF. L3 (DTE) R   5221
10443-44 Minimum PF. Total (DTE) R   5222
10445-46 Maximum PF. L1 (DTE) R   5223
10447-48 Maximum PF. L2 (DTE) R   5224
10449-50 Maximum PF. L3 (DTE) R   5225
10451-52 Maximum PF. Total (DTE) R   5226
10453-54 Minimum Freq. (DTE) R   5227
10455-56 Maximum Freq. (DTE) R   5228
10457-58 Minimum Current L1 (DTE) R   5229
10459-60 Minimum Current L2 (DTE) R   5230
10461-62 Minimum Current L3 (DTE) R   5231
10463-64 Minimum Current L0 (DTE) R   5232
10465-66 Maximum Active Power (W) L1 (DTE) R   5233
10467-68 Maximum Active Power (W) L2 (DTE) R   5234
10469-70 Maximum Active Power (W) L3 (DTE) R   5235
10471-72 Minimum Active Power (W) L1 (DTE) R   5236
10473-74 Minimum Active Power (W) L2 (DTE) R   5237
10475-76 Minimum Active Power (W) L3 (DTE) R   5238
60
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
10477-78 Maximum ReActive Power (VAR ) L1 (DTE) R   5239
10479-80 Maximum ReActive Power (VAR) L2 (DTE) R   5240
10481-82 Maximum ReActive Power (VAR) L3 (DTE) R   5241
10483-84 Minimum ReActive Power (VAR) L1 (DTE) R   5242
10485-86 Minimum ReActive Power (VAR) L2 (DTE) R   5243
10487-88 Minimum ReActive Power (VAR) L3 (DTE) R   5244
10489-90 Maximum Apparent Power (VA ) L1 (DTE) R   5245
10491-92 Maximum Apparent Power (VA) L2 (DTE) R   5246
10493-94 Maximum Apparent Power (VA) L3 (DTE) R   5247
10495-96 Minimum Apparent Power (VA) L1 (DTE) R   5248
10497-98 Minimum Apparent Power (VA) L2 (DTE) R   5249
10499-00 Minimum Apparent Power (VA) L3 (DTE) R   5250
10501-2 Minimum Active Power Total (DTE) R   5251
10503-4 Minimum Apparent Power Total (DTE) R   5252
10505-6 Minimum ReActive Power Total (DTE) R   5253
10507-8 Minimum Displacement PF. L1 (DTE) R   5254
10509-10 Minimum Displacement PF. L2 (DTE) R   5255
10511-12 Minimum Displacement PF. L3 (DTE) R   5256
10513-14 Maximum Displacement PF. L1 (DTE) R   5257
10515-16 Maximum Displacement PF. L2 (DTE) R   5258
10517-18 Maximum Displacement PF. L3 (DTE) R   5259
10519-20 Minimum THD V-L1 (DTE) R   5260
10521-22 Minimum THD V-L2 (DTE) R   5261
10523-24 Minimum THD V-L3 (DTE) R   5262
61
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
10525-26 Maximum THD V-L1 (DTE) R   5263
10527-28 Maximum THD V-L2 (DTE) R   5264
10529-30 Maximum THD V-L3 (DTE) R   5265
10531-32 Minimum THD I-L1 (DTE) R   5266
10533-34 Minimum THD I-L2 (DTE) R   5267
10535-36 Minimum THD I-L3 (DTE) R   5268
10537-38 Maximum THD I-L1 (DTE) R   5269
10539-40 Maximum THD I-L2 (DTE) R   5270
10541-42 Maximum THD I-L3 (DTE) R   5271

10557-58 Last MinMax Table (DTE) R 5279

10559-60 Fundamental P – L1 R   5280

10561-62 Fundamental P – L2 R   5281
10563-64 Fundamental P – L3 R   5282
10565-66 Fundamental P – Tot R   5283
10567-68 Fundamental Q – L1 R   5284
10569-70 Fundamental Q – L2 R   5285
10571-72 Fundamental Q – L3 R   5286
10573-74 Fundamental Q – Tot R   5287
10575-76 Fundamental V – L1 R   5288
10577-78 Fundamental V – L2 R   5289
10579-80 Fundamental V – L3 R   5290
10581-82 Fundamental I – L1 R   5291
62
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
10583-84 Fundamental I – L2 R   5292
10585-86 Fundamental I – L3 R   5293

10599-0 Fast Trend Type (0,1,2) 2=User R/W   5300

10601-2 User Trend Item # 1 R/W   5301
10603-4 User Trend Item # 2 R/W   5302

⇓ ⇓ ⇓ ⇓
10629-30 User Trend Item # 15 R/W   5315

10639-40 Demand – PF L1 R   5320

10641-42 Demand – PF L2 R   5321
10643-44 Demand – PF L3 R   5322
10645-46 Demand – PF L1+2+3 R   5323
10647-48 Demand – Current (AVR) L1,L2,L3 R   5324
10649-50 Demand – Current L0 R   5325
10651-52 Demand – V- THD L1 R   5326
10653-54 Demand – V- THD L2 R   5327
10655-56 Demand – V- THD L3 R   5328
10657-58 Demand – V- THD (Max) L1,L2,L3 R   5329
10659-60 Demand – I- THD L1 R   5330
10661-62 Demand – I- THD L2 R   5331
10663-64 Demand – I- THD L3 R   5332
10665-66 Demand – I- THD (Max) L1,L2,L3 R   5333

63
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV

10679-80 Voltage Line 1 (15 Minute Average) R    5340

10681-82 Voltage Line 2 (15 Minute Average) R    5341
10682-84 Voltage Line 3 (15 Mint Average) R    5342
10685-86 Voltage between line 1 and Line 2 (15 Minute R    5343
Average)
10687-88 Voltage between line 2 and Line 3 (15 Minute R    5344
Average)
10689-90 Voltage between line 3 and Line 1 (15 Minute R    5345
Average)
10691-92 Current in Line 1 (15 Minute Average) R    5346
10693-94 Current in Line 2 (15 Minute Average) R    5347
10695-96 Current in Line 3 (15 Minute Average) R    5348
10697-98 Active Power Line 1 -Watt(15 Minute Average) R    5349
10699-00 Active Power Line 2 -Watt(15 Minute Average) R    5350
10701-02 Active Power Line 3 -Watt(15 Minute Average) R    5351
10703-04 Active Power Line 1+2+3 -Watt (15 Minute R    5352
Average)
10705-06 ReActive Power Line 1 -VAR(15 Minute R    5353
Average)
10707-08 ReActive Power Line 2 -VAR (15 Minute R    5354
Average)
10709-10 ReActive Power Line 3 -VAR (15 Minute R    5355
Average)
10711-12 ReActive Power Line 1+2+3 -VAR (15 Minute R    5356

64
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
Average)
10713-14 Power Factor Line 1 (PF) (15 Minute Average) R    5357
10715-16 Power Factor Line 2 (PF) (15 Minute Average) R    5358
10717-18 Power Factor Line 3 (PF) (15 Minute Average) R    5359
10719-20 Power Factor Line 1+2+3 (PF)(15 Minute R    5360
Average)
10721-22 Current L0 (15 Minute Average) R    5361
10723-24 Frequency (15 Minute Average) R    5362
10725-26 Apparent Power Line 1-VA(15 Minute R    5363
Average)
10727-28 Apparent Power Line 2 - VA (15 Minute R    5364
Average)
10729-30 Apparent Power Line 3 - VA (15 Minute R    5365
Average)
10731-32 Apparent Power Line 1+2+3 - VA (15 Minute R    5366
Average)

10739-40 V1+V2+V3/3 (Average) R  5370

10741-42 V12+V23+V31/3 (Average) R  5371
10743-44 I1+I2+I3/3 (Average) R  5372
10745-46 f1+f2+f3/3 (Average) R  5373

10779-80 Demand – Cycle Time (Minutes) R/W    5390

10781-82 Demand – Type (0=Slide,1=Block,2=Therm) R/W    5391
10783-84 Demand – Sync (1=D.In,2=Comm,3=Clock) R/W    5392
65
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV

10799-00 EN50160 Event 1: Id R  5400

10801-02 EN50160 Event 1: Event Num Code R  5401
10803-04 EN50160 Event 1: Date (Dte) R  5402
10805-06 EN50160 Event 1: MicroSecond R  5403
10807-08 EN50160 Event 1: Length R  5404
10809-10 EN50160 Event 1: Value R  5405
10811-12 EN50160 Event 1: Phase R  5406
10715-16 EN50160 Event 2: Id R  5408
10817-18 EN50160 Event 2: Event Num Code R  5409
10819-20 EN50160 Event 2: Date (Dte) R  5410
10821-22 EN50160 Event 2: MicroSecond R  5411
10823-24 EN50160 Event 2: Length R  5412
10825-26 EN50160 Event 2: Value R  5413
10827-28 EN50160 Event 2: Phase R  5414

⇓ ⇓ ⇓ ⇓
11583-84 EN50160 Event 50: Id R  5792
11585-86 EN50160 Event 50: Event Num Code R  5793
11587-88 EN50160 Event 50: Date (Dte) R  5794
11589-90 EN50160 Event 50: MicroSecond R  5795
11591-92 EN50160 Event 50: Length R  5796
11593-94 EN50160 Event 50: Value R  5797

66
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
11601-02 Option # 1 R/W  5801
11603-04 Option # 2 R/W  5802

⇓ ⇓ ⇓ ⇓
11647-48 Option # 24 R/W  5824

11699-00 Internal Use R/W  5850

⇓ ⇓ ⇓ ⇓
11819-20 Internal Use R/W  5910

11681-82 Pulse D.In 1 Rate 1 R  5921

11683-84 Pulse D.In 1 Rate 2 R  5922
11685-86 Pulse D.In 1 Rate 3 R  5923
11687-88 Pulse D.In 2 Rate 1 R  5924
11689-90 Pulse D.In 2 Rate 2 R  5925
11691-92 Pulse D.In 2 Rate 3 R  5926
11693-94 Pulse D.In 1 Rate 1 (x K) R  5927
11695-96 Pulse D.In 1 Rate 2 (x K) R  5928
11697-98 Pulse D.In 1 Rate 3 (x K) R  5929
11699-00 Pulse D.In 2 Rate 1 (x K) R  5930
11701-02 Pulse D.In 2 Rate 2 (x K) R  5931
11703-04 Pulse D.In 2 Rate 3 (x K) R  5932
11703-04 Pulse D.In1 (K) R/W  5933

67
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
11705-06 Pulse D.In2 (K) R/W  5934
11707-08 Pulse D.In 1 Rate 1+2+3 R  5935
11709-10 Pulse D.In 2 Rate 1+2+3 R  5936
11711-12 Pulse D.In 1 Rate 1+2+3 (x K) R  5937
11713-14 Pulse D.In 2 Rate 1+2+3 (x K) R  5938

11879-80 Flash Trend Time R/W   5940

11881-82 Flash Tend Day R/W   5941
11883-84 Flash Trend Month R/W   5942
11885-86 Flash Trend Year R/W   5943
11887-88 Flash Trend Hour R/W   5944
11889-90 Flash Trend Minute R/W   5945
11891-92 Flash Trend Second R/W   5945

11899-00 User Flash Trend – Record Data - Datete R   5950

11901-02 User Flash Trend – Record Data - Item # 1 R   5951
11903-04 User Flash Trend – Record Data - Item # 2 R   5952

⇓ ⇓ ⇓ ⇓
11947-48 User Flash Trend – Record Data - Item # 24 R   5974

11949-50 User Flash Trend Item # 1 R/W   5975

11951-52 User Flash Trend Item # 2 R/W   5976

68
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV

⇓ ⇓ ⇓ ⇓
11997-98 User Flash Trend Item # 24 R/W   5999

13981-82 GMT (Gps Offset) R/W  6991

13981-82 GMT Update Clock (Seconds) R/W  6992

13995-96 Historical Alarm – Current Record R  6998

13997-98 Historical Alarm – Total Records (200) R  6999
13999-00 Historical Alarm # 1 -Dte R  7000
14001-02 Historical Alarm # 2 -Dte R  7001

⇓ ⇓ ⇓ ⇓
14397-98 Historical Alarm # 200 -Dte R  7199
14399-00 Historical Alarm # 1 -Date R  7200

⇓ ⇓ ⇓ ⇓
14797-98 Historical Alarm # 200 -Date R  7399
14799-00 Historical Alarm # 1 -Time R  7400

⇓ ⇓ ⇓ ⇓
15197-98 Historical Alarm # 200 -Time R  7599
15199-00 Historical Alarm # 1 –Alarm Number R  7600

⇓ ⇓ ⇓ ⇓
15597-98 Historical Alarm # 200 – Alarm Number R  7799
69
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
15599-00 Historical Alarm # 1 –Alarm Phase R  7800

⇓ ⇓ ⇓ ⇓
15997-98 Historical Alarm # 200 – Alarm Phase R  7999
15999-00 Historical Alarm # 1 –Alarm Type R  8000

⇓ ⇓ ⇓ ⇓
16397-98 Historical Alarm # 200 – Alarm Type R  8199
16399-00 Historical Alarm # 1 –Alarm On/Off R  8200

⇓ ⇓ ⇓ ⇓
16797-98 Historical Alarm # 200 – Alarm On/Off R  8399
16799-00 Historical Alarm # 1 –Alarm Value R  8400

⇓ ⇓ ⇓ ⇓
17197-98 Historical Alarm # 200 – Alarm Value R  8599

17199-00 I0 – First Wave Sample R  8600

⇓ ⇓ ⇓ ⇓
17597-98 I0 – Last Wave Sample R  8799
17599-00 I1 – First Wave Sample R  8800

⇓ ⇓ ⇓ ⇓
17997-98 I1 – Last Wave Sample R  8999
17999-00 I2 – First Wave Sample R  9000
70
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV

⇓ ⇓ ⇓ ⇓
18397-98 I2 – Last Wave Sample R  9199
18399-00 I3 – First Wave Sample R  9200

⇓ ⇓ ⇓ ⇓
18797-98 I3 – Last Wave Sample R  9399
18799-00 V1 – First Wave Sample R  9400

⇓ ⇓ ⇓ ⇓
19197-98 V1 – Last Wave Sample R  9599
19199-00 V2 – First Wave Sample R  9600

⇓ ⇓ ⇓ ⇓
19597-98 V2 – Last Wave Sample R  9799
19599-00 V3 – First Wave Sample R  9800

⇓ ⇓ ⇓ ⇓
19997-98 V3 – Last Wave Sample R  9999

20601-02 1st Harmonics for Volts Line 1 (Angle) R  10301

20603-04 2nd Harmonics for Volts Line 1 (Angle) R  10302

⇓ ⇓ ⇓ ⇓
20661-62 31st Harmonics for Volts Line 1 (Angle) R  10331
20663-64 32nd Harmonics for Volts Line 1 (Angle) R  10332
71
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
20665-66 1st Harmonics for Volts Line 2 (Angle) R  10333
20667-68 2nd Harmonics for Volts Line 2 (Angle) R  10334

⇓ ⇓ ⇓ ⇓
20725-26 31st Harmonics for Volts Line 2 (Angle) R  10363
20727-28 32nd Harmonics for Volts Line 2 (Angle) R  10364
20729-30 1st Harmonic for Volts Line 3 (Angle) R  10365
20731-32 2nd Harmonics for Volts Line 3 (Angle) R  10366

⇓ ⇓ ⇓ ⇓
20789-90 31st Harmonics for Vots Line 3 (Angle) R  10395
20791-92 32nd Harmonics for Volts Line 3 (Angle) R  10396
20793-94 1st Harmonics for Current Line 1 (Angle) R  10397
20795-96 2nd Harmonics for Current Line 1 (Angle) R  10398

⇓ ⇓ ⇓ ⇓
20853-54 31st Harmonics for Current Line 1 (Angle) R  10427
20855-56 32nd Harmonics for Current Line 1 (Angle) R  10428
20857-58 1st Harmonics for Current Line 2 (Angle) R  10429
20859-60 2nd Harmonics for Current Line 2 (Angle) R  10430

⇓ ⇓ ⇓ ⇓
20917-18 st
31 Harmonics for Current line 2 (Angle) R  10459
20919-20 32nd Harmonicsfor Current Line 2 (Angle) R  10460
20921-22 1st Harmonics for Current Line 3 (Angle) R  10461

72
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
20923-24 2nd Harmonics for Current Line 3 (Angle) R  10462

⇓ ⇓ ⇓ ⇓
20981-82 31st Harmonics for Current Line 3 (Angle) R  10491
20983-84 32nd Harmonics for Current Line 3 (Angle) R  10492


21001-02 Active Energy L1 Last 15 Mint (KW) R  10501
21003-04 Active Energy L2 Last 15 Mint (KW) R  10502
21005-06 Active Energy L3 Last 15 Mint (KW) R  10503
21007-08 Active Energy L1+2+3 Last 15 Mint (KW) R  10504

21009-10 Active Energy L1 Last 30 Mint (KW) R  10505
21011-12 Active Energy L2 Last 30 Mint (KW) R  10506
21013-14 Active Energy L3 Last 30 Mint (KW) R  10507
21015-16 Active Energy L1+2+3 Last 30 Mint (KW) R  10508

21017-18 Active Energy L1 Last Hour (KW) R  10509
21019-20 Active Energy L2 Last Hour (KW) R  10510
21021-22 Active Energy L3 Last Hour (KW) R  10511
21023-24 Active Energy L1+2+3 Last Hour (KW) R  10512

21201-02 GLS : Power - Load #1 R/W  10601

21203-04 GLS : Power - Load #2 R/W  10602

73
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
21205-06 GLS : Power – Load #3 R/W  10603

⇓ ⇓ ⇓ ⇓
21247-48 GLS : Power - Load #24 R/W  10624

21301-02 GLS : Delay On - Output #1 R/W  10651


⇓ ⇓ ⇓ ⇓
21347-48 GLS : Delay On - Output #24 R/W  10674

21401-02 GLS : Genarator Power R/W  10701

21403-04 GLS : Power Hysteresis R/W  10702
21405-06 GLS : Power Delay On R/W  10703
21407-08 GLS : Power Delay Off R/W  10704
21409-10 GLS : Low Frequancy R/W  10705
21411-12 GLS : Frequancy Hysteresis R/W  10706
21413-14 GLS : KW/KVA Flag (KVA=0) R/W  10707
21415-16 GLS : Delay Reconnect R/W  10708
21417-18 GLS : Volt THD – Event R/W  10709
21419-20 GLS : Current THD – Event R/W  10710
21421-22 GLS : Max Volt - Event R/W  10711
21423-24 GLS : Simulate Power (KW/KVA) R/W  10712
21425-26 GLS : Simulate Frequancy R/W  10713
21427-28 GLS : Min. Volt To Disconnect R/W  10714

74
MODBUS Field Description Type GR PQ PICO VIP- LT LT- LT MC LTE LTC ITEM #
Register P color UniArt \
BACnet
AV
21429-30 GLS : Delay Min. Volt To Disconnect R/W  10715

21457-58 GLS : Active Mode R  10729

21459-60 GLS : Generator Mode R  10730

Table 1-4 Registers Table

1.3 — UniArt Alarms for ElNet Multimeter

The ElNet Energy & Powermeteris capable of working with UNIART software. When working with UNIART software user can get specific
alarms from the unit as described in Table 1-5.
Alarm # Description Phase GR LT MC PICO
1 Low Voltage (Line To N) 1 
2 High Voltage (Line To N) 1 
3 Low Voltage (Line To N) 2 
4 High Voltage (Line To N) 2 
5 Low Voltage (Line To N) 3 
6 High Voltage (Line To N) 3 
7 Low Voltage (Line To Line) 1-2 
8 High Voltage (Line To Line) 1-2 

75
Alarm # Description Phase GR LT MC PICO
9 Low Voltage (Line To Line) 2-3 
10 High Voltage (Line To Line) 2-3 
11 Low Voltage (Line To Line) 3-1 
12 High Voltage (Line To Line) 3-1 
13 Low Current 1 
14 High Current 1 
15 Low Current 2 
16 High Current 2 
17 Low Current 3 
18 High Current 3 
19 Low Current L0 (N) 
20 High Current L0 (N) 
21 Low Power Factor 1 
22 High Power Factor 1 
23 Low Power Factor 2 
24 High Power Factor 2 
25 Low Power Factor 3 
26 High Power Factor 3 
27 Low Power Factor 1+2+3 
28 High Power Factor 1+2+3 

39 High Power Period (Item 262) 1+2+3 

40 Low Power Period (Item 263) 1+2+3 
41 Low Voltage THD 1 
42 High Voltage THD 1 
43 Low Voltage THD 2 
76
Alarm # Description Phase GR LT MC PICO
43 High Voltage THD 2 
45 Low Voltage THD 3 
46 High Voltage THD 3 
47 Low Current THD 1 
48 High Current THD 1 
49 Low Current THD 2 
50 High Current THD 2 
51 Low Current THD 3 
52 High Current THD 3 
53 Low Current THD L0 (N) 
54 High Current THD L0 (N) 
55 Low Current TDD 1 
56 High Current TDD 1 
57 Low Current TDD 2 
58 High Current TDD 2 
59 Low Current TDD 3 
60 High Current TDD 3 
61 Low Current TDD L0 (N) 
62 High Current TDD L0 (N) 
63 Low Current K.Factor 1 
64 High Current K.Factor 1 
65 Low Current K.Factor 2 
66 High Current K.Factor 2 
67 Low Current K.Factor 3 
68 High Current K.Factor 3 
69 Low Current K.Factor L0 (N) 
77
Alarm # Description Phase GR LT MC PICO
70 High Current K.Factor L0 (N) 
81 U.Alarm – High Current 1  
82 U.Alarm – High Current 2  
83 U.Alarm – High Current 3  
84 U.Alarm – High Voltage 1  
85 U.Alarm – High Voltage 2  
86 U.Alarm – High Voltage 3  
87 U.Alarm – Low Voltage 1  
88 U.Alarm – Low Voltage 2  
89 U.Alarm – Low Voltage 3  
90 U.Alarm – Low PF 1+2+3  
91 U.Alarm – High V.THD 1+2+3  
92 U.Alarm – High I.THD 1+2+3  
Table 1-5 Alarm Table

Alarm # Description Phase LT Color

1 High Voltage (Line To N) 1 
2 High Voltage (Line To N) 2 
3 High Voltage (Line To N) 3 
4 High Current 1 
5 High Current 2 
6 High Current 3 
7 Demand KW Tot 
8 Import Power Total KW Tot 
9 Export Power Total KW Tot 
10 Temprature --- 
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Alarm # Description Phase LT Color
11 % kVarhC/kWh Tot 
12 % kVarhL/kWh Tot 
13 No Volt 1 
14 No Volt 2 
15 No Volt 3 
16 No Current 1 
17 No Current 1 
18 No Current 1 
19 High Leakage Current --- 
20 High General PF --- 
21 Digital In #1 --- 
22 Digital In #2 --- 

41 Low Voltage (Line To N) 1 

42 Low Voltage (Line To N) 2 
43 Low Voltage (Line To N) 3 
44 Low Current 1 
45 Low Current 2 
46 Low Current 3 
47 Low Demand KW Tot 
48 Low Import Power Total KW Tot 
49 Low Export Power Total KW Tot 
50 Low Temprature --- 
51 Low % kVarhC/kWh Tot 
52 Low % kVarhL/kWh Tot 
53 Low No Volt 1 
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Alarm # Description Phase LT Color
54 Low No Volt 2 
55 Low No Volt 3 
56 Low No Current 1 
57 Low No Current 1 
58 Low No Current 1 
59 High Leakage Current --- 
60 Low General PF --- 
Table 1-6 LT (Color) Alarm Table

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 What’s New?
01.03.2010 : Add LT –Demand THD Values (2141-2157)
08.03.2010 : Add GR –KFactor (167-170)
31.05.2010 : Add MC
06.06.2010 : Add Temp Sensor (190)
22.07.2010 : Add Modbus Response Delay (290)
01.09.2010 : Add TOU Registers (3101-3328)
06.06.2010 : Add Energy in KW (3400-3435)
15.06.2010 : Add Energy in KW (3400-3411) in LTE
08.09.2011 : Add Total Q For C & L Mode (285 & 286)
12.09.2011 : Add Meter B (3440 & 3477)
10.11.2011 : Add Fast Trend Cycle (GR) (199)
23.11.2011 : Add Long Wave Events (PQ) (650-654)
10.12.2011 : Update Alarm Table
09.01.2012 : Add LTC16 Capacitors 8-16 (1981-1990)
16.02.2012 : Add MC & LT ModBus Index (ReMap Items 3800-3999)
19.02.2012 : Add LT Alarms (Items 4400-4519)
20.02.2012 : Add PQ/GR ModBus Index (ReMap Items 3800-3999)
06.05.2012 : Add PQ Trip Current
10.05.2012 : Add LT (Color) Reactive Four Quadrant (Items 295-298)
24.05.2012 : Add PST to PQ
17.06.2012 : Add Simple Trip Data (Items 5051-5058)
14.08.2012 : Add User Trend (Items 5301-5315)
14.08.2012 : Add Item 657
20.08.2012 : Add Items 5340-5360
29.08.2012 : Add Items 697-699
02.09.2012 : Add Items 5400-5798
02.09.2012 : Add Items 1991-1993
12.09.2012 : Add Items 3437-8
13.09.2012 : Add Items 5390-2
19.09.2012 : Add Items 5320-5333
05.11.2012 : Add Items 5801-5824
26.11.2012 : Add LT Color Alarms
02.12.2012 : Update Alarm Table
06.12.2012 : Add 2120 – Keyboard Lock
12.12.2012 : Add MSTP Parameters
27.12.2012 : Add Pulse Registers (5481)
09.01.2013 : Add MVAR Registers (3439)
17.01.2013 : Add Avr15M Registers (5360)
16.07.2013 : Add D.In Energy (LT)
31.07.2013 : Add User Flash Trend (LT TFT - Items 5900-5928)
20.08.2013 : Add Total D.In Energy
01.10.2013 : Add Combined Apparant Power (KVA) and (MVA) (Items 3443-3444)
03.10.2013 : Add Harmonics & Min/Max to Pico,
04.10.2013 : Add LT Historical Alarms
08.10.2013 : Add LTE VAR-LC
13.02.2014 : Add PQ – Crest Factor
16.02.2014 : Update Flash trend registers.
08.04.2014 : Update GPS Registers.
08.04.2014 : Add K power per line (LT 2013 - Items 3478-3486)
17.07.2014 : Update Alarm Table (Items 4400-4640)
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04.09.2014 : Add Alternate Meter Energy (Items 3446-3448, 3450-3458, 3490-3498)
22.12.2014: Add High PF Limit (Items 3985-86, 3987-88)
5.8.2015: Add Current Demand To Pico
29.9.2015: Add Items 5280-5293 (Fundamental Data)
29.9.2015: Add Items 5975-5999 (Ftrend Items)
20.4.2016: Add Digital In #1 & #2 to LTE
13.6.2016: Add Harmonics Angle (LT)
13.11.2016: Add Energy to LT (3478-3486)
24.1.2017: Add Interval Energy to LT (10501-12)
17.8.2017: Add SNTP LT+PQ (4632)
4.10.2018: Add GLS
24.11.2019: Change the word 'Combined' to 'Total'
15.03.2020: Add Warning regards 'Open Protocols'
26.03.2020: Add Cos-F to GR/PQ (647-9)

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