Tescom i-com Series User manual

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i-com SERIES EXTERNAL
UPS – MODBUS (TCP/IP)
COMMUNICATION ADAPTER
(MDX-NET)
INSTALLATION AND USER MANUAL

Thank you for selecting our product to protect your electrical equipment.
The Modbus adaptor has been designed with the utmost care. We recommend that you take the time to read this
manual to take full advantage of the many features of your new equipment.
Environment
Our staff pays great attention to the environmental impact of its products during the design and manufacture
stages, through to the end of its life cycle.
 This product complies with the most strict regulations.
 It does not contain CFCs or HCFCs
Recycling of packing materials
Packing materials were selected to facilitate recycling. Please make sure they are correctly recycled in
compliance with all applicable regulations.
Special precautions
 If the adaptor must be stored prior to installation, storage must be in a dry place
 The admissible storage temperature range is -10 C to +70 C.
CONTENTS
1. Introduction ..................................................................................................... 1
1.1 Unpacking and Checking Contents ........................................................... 1
1.2 Overview .................................................................................................. 1
1.3 Functions .................................................................................................. 1
1.4 Technical Specifications ........................................................................... 1
2. Installation ....................................................................................................... 2
2.1 Configuration Of The Modbus Communication Parameters ...................... 2
2.2 RS232 Connection to UPS ....................................................................... 3
2.3 MDX-NET Network Connection ................................................................ 3
2.4 Installation ................................................................................................ 4
2.5 MDX-NET Configuration using Device Installer……………………………..4
3. Operation ........................................................................................................ 8
4. Indicator Lamb………………………………………………………………………...8
 TX300 Protocol HOLDING REGISTER Table (3 Phase UPS) ......................... 9
 TX301 Protocol HOLDING REGISTER Table (3 Phase UPS) ......................... 11
 TX100 Protocol HOLDING REGISTER Table (3 Phase UPS) ......................... 15
 STS Protocol HOLDING REGISTER Table (Static transfer switch)……….…...17

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1. Introduction
1.1 Unpacking and Checking Contents
EXTERNAL MODBUS ADAPTOR
5 volts DC power supply
RS232 UPS-ADAPTOR cable (CC05)
Utility CD
Installation and user manual
1.2 Overview
1.3 Functions
The MODBUS TCPIP communication adaptor provides UPS (Uninterruptible Power supply) data (states and
measures) to be sent a computer system.
The system provides a communication channel between ethernet(PC side) and RS232(UPS side) interface.
1.4 Technical Specifications
Function
Parameter
Value
RS232 Baud rate 2400 bauds
RS232 Parity No parity
RS232 Stop bit 1 stop bit
RS232 UPS Connection RX,TX,Gnd (3 wire)
Ethernet Interface 10Base-T or 100Base-TX (Auto-Sensing)
Ethernet Connector RJ45
Ethernet Protocols TCP/IP, UDP/IP,ARP, ICMP,SNMP,TFTP,Telnet,DHCP, BOOTP, HTTP,AutoIP

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2. Installation
2.1 Configuration Of The Modbus Communication Parameters
The device takes the device number during power on please select device number from 1 to 255 by setting
device number dip switches
Where Dn is the nth dip switch. For example, if we need to set the device’s address to 183 then we need
to set 7th, 5th, 4th, 2nd, 1st, and 0th dip switch pins. The address is calculated using above equation as
follows:

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2.2 RS232 Connection to UPS
Connect CC05 RS232 cable from serial port connector of the MODBUS adapter to the serial port of the
UPS.
CC05 RS232 Data Cable
Max. Length = 25 meters.
parts
pcs
9 pins D type connector (male) 1
9 pins D type connector(female) 1
3 wired shielded cable Max 25 meters
2.3 MDX-NET Network connection
UPS
connector
Pin Nr
PC port
Pin Nr
6 3
7 5
9 2
MODBUS
Adaptor serial port
9 pins D type male
9 pins D type female
4
3
5
2
1
8
7
6 9
4
1
8
7
6
2
9
5 3
UPS
Com port

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2.4 Installation
Check RS232 UPS connection ,check ethernet connection if connections are OKAY
Connect the power cord of the MODBUS TCPIP adapter to mains power (The power of the adapter
must be supplied from UPS output otherwise during line failure the power of the MODBUS adapter
shutdown)
2.5 MDX-NET Configuration using Device Installer
Run device installer software. (Start-Programs-Lantronix Device Installer)
This utility program finds all network connected MDX-NET adaptor devices.
If it fails please change your network settings (IP address and subnet mask) as static IP to the following values
İt is only for adjustment purpose after you adjust adaptor you can return to your old network settings.
X-Port factory settings:
IP: 10.0.0.xxx
Subnet Mask: 255.0.0.0
Gateway : 0.0.0.0
If the MDX-NET adaptor device is showned on the list double click on it and device details will be showned at the
window. Select the related MD-NET device and click on *Assign IP* button for adjusting the adaptor to your
network settings.

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At “Assign IP” window select *Static IP* option from configuration window and click on *NEXT* button.
NOTE : The new IP address is different from 10.0.0.xxx or subnet mask is different from 255.0.0.0 value the
adaptor connection may be lost in this case please re adjust your PC network settings to these network values.

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After adjust MDX-NET IP addresses the new assigned IP address will be showned at device installer program
window.
For detailed configuration we must connect to adaptor as WEB page to do this from device installer program click
on WEB configuration. Than click on *GO* button and device main WEB PAGE comes to screen. Ignore
username and password values for the first time.

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For MDX-NET serial port configuration at the left side menu click on *Serial settings* serial configuration page
comes to screen.
Parameter
value
Baud rate 9600
Enable packing checked
Click on *OK* button for update settings at the end of page
For MDX-NET Ethernet configuration from the left side manu click on *Connection* related configuration page
comes to screen.
Connect Mode Accept Incoming YES
Active Connect With any character
Connect Response None
Local port 502
Remote port 502
Click on *OK* button for update settings at the end of page

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3. Operation
Turn on the UPS
During power up the MODBUS adaptor will check the UPS communication version if it supports the
version it will run.
The MDX2 MODBUS adaptor supports TX100, TX300 and TX301 UPS communication protocols.
For Test Purpose download MODBUS tester program from the link http://www.modbus.pl/modbus.htm
4. Indicator Lamp
The indicator lamps on the MODBUS adaptor shows the status of communication.
Indicator lamp functions
Lamp status Description
RS232 led (green) Always on Adaptor power on and UPS RS232 connection is lost
False status
RS232 led Regular Blink Adaptor is communicating with UPS
RS232 led Irregular blinking Adaptor do not support some UPS commands
MODBUS led (yellow) Always on Adaptor power on and MODBUS connection is lost
False status
MODBUS led Regular Blink Adaptor is communicating with MODBUS Network
ALARM led Always off

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 TX300 PROTOCOL HOLDING REGISTER map (for 3 phase UPS)
MEASUREMENT GROUP (TX300 PROTOCOL)
Addr
Parameter Unit PROTOCOL Min-max
0 RECTIFIER INPUT VOLTAGE 1 phase-neutral ( * ) V P1 0-511
1 RECTIFIER INPUT VOLTAGE 2 phase-neutral ( * ) V P1 0-511
2 RECTIFIER INPUT VOLTAGE 3 phase-neutral ( * ) V P1 0-511
3 Not used
4 Not used
5 Not used
6 BYPASS INPUT VOLTAGE 1 phase-phase Not used
7 BYPASS INPUT VOLTAGE 2 phase-phase Not used
8 BYPASS INPUT VOLTAGE 3 phase-phase Not used
9 BYPASS INPUT VOLTAGE 1 phase-neutral V P2 0-511
10 BYPASS INPUT VOLTAGE 2 phase-neutral V P2 0-511
11 BYPASS INPUT VOLTAGE 3 phase-neutral V P2 0-511
12 INVERTER OUTPUT VOLTAGE 1 phase-phase Not used
13 INVERTER OUTPUT VOLTAGE 2 phase-phase Not used
14 INVERTER OUTPUT VOLTAGE 3 phase-phase Not used
15 INVERTER OUTPUT VOLTAGE 1 phase-neutral Not used
16 INVERTER OUTPUT VOLTAGE 2 phase-neutral Not used
17 INVERTER OUTPUT VOLTAGE 3 phase-neutral Not used
18 OUTPUT VOLTAGE 1 phase-phase Not used
19 OUTPUT VOLTAGE 2 phase-phase Not used
20 OUTPUT VOLTAGE 3 phase-phase Not used
21 OUTPUT VOLTAGE 1 phase-neutral (Bypass) V P2 0-255
22 OUTPUT VOLTAGE 2 phase-neutral (Bypass) V P2 0-255
23 OUTPUT VOLTAGE 3 phase-neutral (Bypass) V P2 0-255
24 RECTIFIER INPUT FREQUENCY Not used
25 BYPASS FREQUENCY Hz * 10 P1 0-999
26 INVERTER FREQUENCY Not used
27 OUTPUT FREQUENCY (Bypass Freq. if Bypass) Hz * 10 P1 0-999
28 INPUT CURRENT PHASE 1 (if option board is used) A P2 0-511
29 INPUT CURRENT PHASE 2 (if option board is used) A P2 0-511
30 INPUT CURRENT PHASE 3 (if option board is used) A P2 0-511
31 OUTPUT CURRENT 1 Not used
32 OUTPUT CURRENT 2 Not used
33 OUTPUT CURRENT 3 Not used
34 OUTPUT LOAD% 1 percentage % LOAD P2 0-255
35 OUTPUT LOAD% 2 percentage % LOAD P2 0-255
36 OUTPUT LOAD% 3 percentage % LOAD P2 0-255
37 TOTAL BATTERY VOLTAGE V P1 0-511
38 BATTERY CHARGE CURRENT Not used
39 BATTERY DISCHARGE CURRENT Not used
40 UPS INSIDE TEMPERATURE Deg*10 P1 (if sensor used) 0-255
41 DEVICE NOMINAL ACTIVE POWER W/100 F2 0-65535
42 DEVICE INPUT PHASES F2 1-3
43 DEVICE OUTPUT PHASES F2 1-3
44 DEVICE NOMINAL INPUT VOLTAGE V F2
45 DEVICE NOMINAL INPUT FREQUENCY Hz F2
46 NOMINAL BYPASS VOLTS V F2
47 NOMINAL BYPASS FREQUENCY Hz F2
48 NOMINAL OUTPUT VOLTAGE V F2
49 NOMINAL OUTPUT FREQUENCY Hz F2
( * ) : If split by-pass used, Rectifier Input Voltage indicates phase – phase.
50 NUMBER OF 12 VOLT BATTERIES F2 0-255
51 FAULT OR STATUS CODE P1 0-255
52 DEVICE CONFIGURATION F2 0-1
53 DEVICE TYPE F2 0-1
54 BYPASS CONFIGURATION F2 0-1
55 BATTERY CONFIGURATION F2 0-1
56 UPS PROTOCOL 0:TX100, 1:TX300, 2:MC114 (I/VVV) 0-255
57 MODBUS adaptor revision number 0-255

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ALARM AND STATUS GROUP BIT MEANING (TX300 PROTOCOL)
Addr Alarms BIT Description
100 inverter heatsink overtemp ( >85
o
C ) 7(128) 1=ALARM 0=NORMAL
100 inverter output voltage high ( >242V ) 6(64) 1=ALARM 0=NORMAL
100 inverter output voltage low ( <170V ) 5(32) 1=ALARM 0=NORMAL
100 output overload (>%150) 4(16) 1=ALARM 0=NORMAL
100 battery voltage high 3(8) 1=ALARM 0=NORMAL
100 IGBT overcurrent 2(4) 1=ALARM 0=NORMAL
100 Phase synchron bad 1(2) 0=SYNCHRON 1=FREE RUNNING
100 Bypass voltage bad ( 198V - 242V ) 0(1) 1=ALARM 0=NORMAL
101 General UPS alarm 7(128) 1=ALARM 0=NORMAL
101 Output off 6(64) 1=ALARM 0=NORMAL
101 fuse failure 5(32) 1=ALARM 0=NORMAL
101 battery cicuit breaker open (S5) 4(16) 1=ALARM 0=NORMAL
101 replace batteries 3(8) 1=ALARM 0=NORMAL
101 performing boost charge ( +432Vdc ) 2(4) 1=ALARM 0=NORMAL
101 rotate rectifier input phases 1(2) 1=ALARM 0=NORMAL
101 Emergency stop (Output OFF) 0(1) 1=ALARM 0=NORMAL
102 Maintenance bypass 7(128) 1=ALARM 0=NORMAL
102 Manual static bypass 6(64) 1=ALARM 0=NORMAL
102 Rectifier fault 5(32) 1=ALARM 0=NORMAL
102 mains failure on rectifier input 4(16) 1=ALARM 0=NORMAL
102 battery voltage low 3(8) 1=ALARM 0=NORMAL
102 load on bypass 2(4) 1=ON BYPASS 0=ON INVERTER
102 UPS fault 1(2) 1=ALARM 0=NORMAL
102 performing battery test 0(1) 1=PERFORMING TEST O=NORMAL
103 waiting shutdown or UPS shutdown 7(128) 1=ALARM 0=NORMAL
103 beeper off/on 6(64) 1=OFF 0=ON
103 Fan failure 5(32) Not used
103 End off backup time (Battery out end) 4(16) 1=ALARM 0=NORMAL
103 3(8) NU
103 2(4) NU
103 1(2) NU
103 0(1) NU

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 TX301 PROTOCOL HOLDING REGISTER map (for 3 phase UPS)
MEASUREMENT GROUP (TX301 PROTOCOL)
Addr
Parameter Unit PROTOCOL Min-max
6 Rectifier module status codes D1 0-999
7 Inverter module status codes D1 0-999
8 Not used
9 Not used
10 Not used
11 Not used
12 Not used
13 Not used
14 INPUT VOLTAGE 1 phase-neutral V D2 0-511
15 INPUT VOLTAGE 2 phase-neutral V D2 0-512
16 INPUT VOLTAGE 3 phase-neutral V D2 0-512
17 INPUT VOLTAGE L1-L3 phase-phase V D2 0-511
18 INPUT VOLTAGE L2-L1 phase-phase V D2 0-511
19 INPUT VOLTAGE L3-L2 phase-phase V D2 0-511
20 INPUT CURRENT PHASE 1 (if option board is used) A D2 0-511
21 INPUT CURRENT PHASE 2 (if option board is used) A D2 0-511
22 INPUT CURRENT PHASE 3 (if option board is used) A D2 0-511
23 BYPASS VOLTAGE 1 phase-neutral V D2 0-511
24 BYPASS VOLTAGE 2 phase-neutral V D2 0-512
25 BYPASS VOLTAGE 3 phase-neutral V D2 0-512
26 BYPASS VOLTAGE L1-L3 phase-phase V D2 0-511
27 BYPASS VOLTAGE L2-L1 phase-phase V D2 0-511
28 BYPASS VOLTAGE L3-L2 phase-phase V D2 0-511
29 INPUR FREQUENCY Hz * 10 D2 0-999
30 BYPASS FREQUENCY Hz * 10 D2 0-999
31 Not used
32 Not used
33 Not used
34 Not used
35 Not used
36 Not used
37 TOTAL BATTERY VOLTAGE V D3 0-999
38 POSITIVE BATTERY VOLTAGE V D3 0-512
39 NEGATIVE BATTERY VOLTAGE V D3 0-512
40 POSITIVE BATTERY CURRENT A * 10 D3 0-512
41 NEGATIVE BATTERY CURRENT A * 10 D3 0-512
42 BATTERY TEMPERATURE C * 10 D3
43 BATTERY BACKUP TIME M D3
44 POSITIVE DC BUS VOLTAGE V D3
45 NEGATIVE DC BUS VOLTAGE V D3
46 BATTERY GROUPS NUMBER D3
47 BATTERY RATING A/H D3
48 Not used
49 Not used
50 Not used
51 Not used
52 Not used
53 Not used
54 INVERTER VOLTAGE 1 phase-neutral V D4 0-511
55 INVERTER VOLTAGE 2 phase-neutral V D4 0-512
56 INVERTER VOLTAGE 3 phase-neutral V D4 0-512
57 OUTPUT VOLTAGE 1 phase-neutral V D4 0-511
58 OUTPUT VOLTAGE 2 phase-neutral V D4 0-512
59 OUTPUT VOLTAGE 3 phase-neutral V D4 0-512
60 OUTPUT VOLTAGE L1-L3 phase-phase V D4 0-511
61 OUTPUT VOLTAGE L2-L1 phase-phase V D4 0-511
62 OUTPUT VOLTAGE L3-L2 phase-phase V D4 0-511
63 OUPTUT FREQUENCY Hz * 10 D4

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64 INPUT CURRENT PHASE 1 (if option board is used) A D4 0-511
65 INPUT CURRENT PHASE 2 (if option board is used) A D4 0-511
66 INPUT CURRENT PHASE 3 (if option board is used) A D4 0-511
67 Not used
68 Not used
69 Not used
70 Not used
71 Not used
72 Not used
73 OUTPUT LOAD% 1 percentage % LOAD D5 0-255
74 OUTPUT LOAD% 2 percentage % LOAD D5 0-255
75 OUTPUT LOAD% 3 percentage % LOAD D5 0-255
76 OUTPUT POWER L1 KVA * 10 D5
77 OUTPUT POWER L2 KVA * 10 D5
78 OUTPUT POWER L3 KVA * 10 D5
79 POWER FACTOR L1 PF * 10 D5
80 POWER FACTOR L2 PF * 10 D5
81 POWER FACTOR L3 PF * 10 D5
82 CREST FACTOR L1 CF * 10 D5
83 CREST FACTOR L2 CF * 10 D5
84 CREST FACTOR L3 CF * 10 D5
85 Not used
86 Not used
87 Not used
88 Not used
89 Not used
90 Not used
91 TH1 TEMPERATURE SENSOR C * 10 D6
92 TH2 TEMPERATURE SENSOR C * 10 D6
93 TH3 TEMPERATURE SENSOR C * 10 D6
94 FAN MAINTENANCE COUNTER D6
95 BATTERY MAINTENANCE COUNTER D6
96 GENERAL MAINTENANCE COUNTER D6
97 OPTIONAL MAINTENANCE COUNTER D6
98 UPS RTC DATE D6
99 UPS RTC TIME D6
100 RELATIVE HUMIDITY D6
101 Not used
102 Not used
103 Not used
104 Not used
105 Not used
106 Not used
107 NOMINAL INPUT VOLTAGE V F2
108 NOMINAL INPUT FREQUENCY Hz * 10 F2
109 NOMINAL BYPASS VOLTAGE V F2
110 NOMINAL BYPASS FREQUENCY Hz * 10 F2
111 NOMINAL OUPTUT VOLTAGE V F2
112 NOMINAL OUTPUT FREQUENCY Hz * 10 F2
113 DEVICE INPUT PHASES F2
114 DEVICE OUTPUT PHASES F2
115 BATTERY NUMBER IN ONE GROUP F2
116 DEVICE TYPE F2
117 DEVICE OPERATION MODE F2
118 BYPASS CONFIGURATION F2
119 BATTERY CONFIGURATION F2
120 N+1 MINIMUM UPS F2
121 UPS NUMBER F2
122 CHASSIS NUMBER LO WORD F2
123 CHASSIS NUMBER HI WORD F2
124 SYSTEM POWER LO WORD F2
125 SYSTEM POWER HI WORD F2

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ALARM AND STATUS GROUP BIT MEANING (TX301 PROTOCOL)
Addr Alarms BIT Description
0 İnverter IGBT ALARM 0 (1) 1=ALARM 0=NORMAL
0 Overtemperature 1 (2) 1=ALARM 0=NORMAL
0 Battery volt high 2 (4) 1=ALARM 0=NORMAL
0 İnverter AC LOW 3 (8) 1=ALARM 0=NORMAL
0 İnverter AC HIGH 4 (16) 1=ALARM 0=NORMAL
0 Overload shutdown 5 (32) 1=ALARM 0=NORMAL
0 O/P short circuit 6 (64) 1=ALARM 0=NORMAL
0 Maintenance by-pass 7 (128) 1=ALARM 0=NORMAL
0 Manual by-pass 8 (256) 1=ALARM 0=NORMAL
0 Battery low shutdown 9 (512) 1=ALARM 0=NORMAL
0 REPO STOP 10 (1024) 1=ALARM 0=NORMAL
0 DC balance alarm 11 (2048) 1=ALARM 0=NORMAL
0 Peak overcurrent 12 (4096) 1=ALARM 0=NORMAL
0 Can not start 13 (8192) 1=ALARM 0=NORMAL
0 Power on but fault prevents startup 14 (16384) 1=ALARM 0=NORMAL
0 İnverter system fault 15 (32768) 1=ALARM 0=NORMAL
1 By-pass input failure 0 (1) 1=ALARM 0=NORMAL
1 By-pass volt out of tolerance 1 (2) 1=ALARM 0=NORMAL
1 By-pass frequency out of tolerance 2 (4) 1=ALARM 0=NORMAL
1 Overload warning 3 (8) 1=ALARM 0=NORMAL
1 İnverter Overtemperature 4 (16) 1=ALARM 0=NORMAL
1 Output off warning 5 (32) 1=ALARM 0=NORMAL
1 Load on by-pass 6 (64) 1=ALARM 0=NORMAL
1 Reverse inverter output current 7 (128) 1=ALARM 0=NORMAL
1 İnverter module reset 8 (256) 1=ALARM 0=NORMAL
1 Battery low warning 9 (512) 1=ALARM 0=NORMAL
1 Generator operation 10 (1024) 1=ALARM 0=NORMAL
1 Output phase loss 11 (2048) 1=ALARM 0=NORMAL
1 Senkron BAD 12 (4096) 1=ALARM 0=NORMAL
1 Short circuit warning 13 (8192) 1=ALARM 0=NORMAL
1 Output switch off 14 (16384) 1=ALARM 0=NORMAL
1 Service login 15 (32768) 1=ALARM 0=NORMAL
2 Test mode 0 (1) 1=ALARM 0=NORMAL
2 Rotate by-pass phases 1 (2) 1=ALARM 0=NORMAL
2 İnverter stop 2 (4) 1=ALARM 0=NORMAL
2 İnverter DC DOWN 3 (8) 1=ALARM 0=NORMAL
2 Output current limited 4 (16) 1=ALARM 0=NORMAL
2 Fuse failure 5 (32) 1=ALARM 0=NORMAL
2 PSP failure 6 (64) 1=ALARM 0=NORMAL
2 7 (128) 1=ALARM 0=NORMAL
2 8 (256) 1=ALARM 0=NORMAL
2 9 (512) 1=ALARM 0=NORMAL
2 User login 10 (1024) 1=ALARM 0=NORMAL
2 11 (2048) 1=ALARM 0=NORMAL
2 Password required for startup 12 (4096) 1=ALARM 0=NORMAL
2 13 (8192) 1=ALARM 0=NORMAL
2 14 (16384) 1=ALARM 0=NORMAL
2 15 (32768) 1=ALARM 0=NORMAL
3 AC input volt HIGH 0 (1) 1=ALARM 0=NORMAL
3 Line Failure 1 (2) 1=ALARM 0=NORMAL

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3 DC BUS voltage HIGH 2 (4) 1=ALARM 0=NORMAL
3 DC BUS voltage LOW 3 (8) 1=ALARM 0=NORMAL
3 Rectifier input frequency BAD 4 (16) 1=ALARM 0=NORMAL
3 Overtemperature warning 5 (32) 1=ALARM 0=NORMAL
3 Blackout 6 (64) 1=ALARM 0=NORMAL
3 Rectifier IGBT alarm 7 (128) 1=ALARM 0=NORMAL
3 Rotate rectifier input phases 8 (256) 1=ALARM 0=NORMAL
3 Not used 9 (512) Not used
3 Not used 10 (1024) Not used
3 Not used 11 (2048) Not used
3 Not used 12 (4096) Not used
3 Rectifier interrupted 13 (8192) 1=ALARM 0=NORMAL
3 DC BUS DOWN 14 (16384) 1=ALARM 0=NORMAL
3 Rectifier system fault 15 (32768) 1=ALARM 0=NORMAL
4 Performing battery test 0 (1) 1=ALARM 0=NORMAL
4 Boost charge mode 1 (2) 1=ALARM 0=NORMAL
4 AC input voltage peak HIGH 2 (4) 1=ALARM 0=NORMAL
4 Input CB open 3 (8) 1=ALARM 0=NORMAL
4 Rectifier STOP 4 (16) 1=ALARM 0=NORMAL
4 (+)BATT charge limit 5 (32) 1=ALARM 0=NORMAL
4 (-)BATT charge limit 6 (64) 1=ALARM 0=NORMAL
4 Waiting DC BUS 7 (128) 1=ALARM 0=NORMAL
4 Battery failure 8 (256) 1=ALARM 0=NORMAL
4 Batt.TEMP sensor failure 9 (512) 1=ALARM 0=NORMAL
4 Battery temperature high 10 (1024) 1=ALARM 0=NORMAL
4 Rectifier input phase loss 11 (2048) 1=ALARM 0=NORMAL
4 PFC RESET 12 (4096) 1=ALARM 0=NORMAL
4 Waiting startup delay 13 (8192) 1=ALARM 0=NORMAL
4 Not used 14 (16384)
Not used
4 Not used 15 (32768)
Not used
5 TH1 temp HIGH 0 (1) 1=ALARM 0=NORMAL
5 TH1 temp HIGH 1 (2) 1=ALARM 0=NORMAL
5 TH2 temp LOW 2 (4) 1=ALARM 0=NORMAL
5 TH2 temp LOW 3 (8) 1=ALARM 0=NORMAL
5 FAN maintenance 4 (16) 1=ALARM 0=NORMAL
5 Battery maintenance 5 (32) 1=ALARM 0=NORMAL
5 Optional maintenance 6 (64) 1=ALARM 0=NORMAL
5 TH1 SENSOR FAIL 7 (128) 1=ALARM 0=NORMAL
5 TH2 SENSOR FAIL 8 (256) 1=ALARM 0=NORMAL
5 RESET Fault 9 (512) 1=ALARM 0=NORMAL
5 Battery CB open 10 (1024) 1=ALARM 0=NORMAL
5 General maintenance 11 (2048) 1=ALARM 0=NORMAL
5 PFC CAN COMM ERR 12 (4096) 1=ALARM 0=NORMAL
5 INV CAN COMM ERR 13 (8192) 1=ALARM 0=NORMAL
5 Not used 14 (16384)
Not used
5 Not used 15 (32768)
Not used

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 TX100 PROTOCOL HOLDING REGISTER map (for 1 phase UPS)
MEASUREMENT GROUP (TX100 PROTOCOL)
Addr
Parameter Unit PROTOCOL Min-max
0 RECTIFIER INPUT VOLTAGE 1 phase-phase V P1 0-511
1 RECTIFIER INPUT VOLTAGE 2 phase-phase V P1 0-511
2 RECTIFIER INPUT VOLTAGE 3 phase-phase V P1 0-511
3 Not used
4 Not used
5 Not used
6 BYPASS INPUT VOLTAGE 1 phase-phase Not used
7 BYPASS INPUT VOLTAGE 2 phase-phase Not used
8 BYPASS INPUT VOLTAGE 3 phase-phase Not used
9 BYPASS INPUT VOLTAGE 1 phase-neutral V P1 0-511
10 BYPASS INPUT VOLTAGE 2 phase-neutral Not used
11 BYPASS INPUT VOLTAGE 3 phase-neutral Not used
12 INVERTER OUTPUT VOLTAGE 1 phase-phase Not used
13 INVERTER OUTPUT VOLTAGE 2 phase-phase Not used
14 INVERTER OUTPUT VOLTAGE 3 phase-phase Not used
15 INVERTER OUTPUT VOLTAGE 1 phase-neutral Not used
16 INVERTER OUTPUT VOLTAGE 2 phase-neutral Not used
17 INVERTER OUTPUT VOLTAGE 3 phase-neutral Not used
18 OUTPUT VOLTAGE 1 phase-phase Not used
19 OUTPUT VOLTAGE 2 phase-phase Not used
20 OUTPUT VOLTAGE 3 phase-phase Not used
21 OUTPUT VOLTAGE 1 phase-neutral (Bypass) V P1 0-255
22 OUTPUT VOLTAGE 2 phase-neutral (Bypass) Not used
23 OUTPUT VOLTAGE 3 phase-neutral (Bypass) Not used
24 RECTIFIER INPUT FREQUENCY Not used
25 BYPASS FREQUENCY Hz*10 P1
26 INVERTER FREQUENCY Not used
27 OUTPUT FREQUENCY (Bypass Freq. if Bypass) Hz*10 P1 0-999
28 INPUT CURRENT PHASE 1 Not used
29 INPUT CURRENT PHASE 2 Not used
30 INPUT CURRENT PHASE 3 Not used
31 OUTPUT CURRENT 1 Not used
32 OUTPUT CURRENT 2 Not used
33 OUTPUT CURRENT 3 Not used
34 OUTPUT LOAD% 1 percentage % LOAD P1 0-255
35 OUTPUT LOAD% 2 percentage Not used
36 OUTPUT LOAD% 3 percentage Not used
37 TOTAL BATTERY VOLTAGE V P1 0-511
38 BATTERY CHARGE CURRENT Not used
39 BATTERY DISCHARGE CURRENT Not used
40 UPS INSIDE TEMPERATURE Deg*10 P1 (if sensor used) 0-255
41 DEVICE NOMINAL ACTIVE POWER W / 100 F2 0-65535
42 DEVICE INPUT PHASES F2 1-3
43 DEVICE OUTPUT PHASES F2 1-3
44 DEVICE NOMINAL INPUT VOLTAGE V F2
45 DEVICE NOMINAL INPUT FREQUENCY Hz*10 F2
46 NOMINAL BYPASS VOLTS V F2
47 NOMINAL BYPASS FREQUENCY Hz*10 F2
48 NOMINAL OUTPUT VOLTAGE V F2
49 NOMINAL OUTPUT FREQUENCY Hz*10 F2
50 NUMBER OF 12 VOLT BATTERIES F2 0-255
51 FAULT OR STATUS CODE P1 0-255
52 DEVICE CONFIGURATION F2 0-1
53 DEVICE TYPE F2 0-1
54 BYPASS CONFIGURATION F2 0-1
55 BATTERY CONFIGURATION F2 0-1
56 UPS PROTOCOL 0:TX100, 1:TX300, 2:MC114 (I/VVV) 0-255
57 MODBUS adaptor revision number 0-255

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ALARM AND STATUS GROUP BIT MEANING (TX100 PROTOCOL)
Addr Alarms BIT Description
100 inverter heatsink overtemp 7(128) 1=ALARM 0=NORMAL
100 inverter output voltage high 6(64) 1=ALARM 0=NORMAL
100 inverter output voltage low 5(32) 1=ALARM 0=NORMAL
100 output overload 4(16) 1=ALARM 0=NORMAL
100 battery voltage high 3(8) 1=ALARM 0=NORMAL
100 internal overcurrent 2(4) 1=ALARM 0=NORMAL
100 phase synchron bad 1(2) 0=SYNCHRON 1=FREE RUNNING
100 bypass voltage bad 0(1) 1=ALARM 0=NORMAL
101 General UPS alarm 7(128) 1=ALARM 0=NORMAL
101 Output off 6(64) 1=ALARM 0=NORMAL
101 fuse failure 5(32) 1=ALARM 0=NORMAL
101 battery CB open 4(16) 1=ALARM 0=NORMAL
101 replace batteries 3(8) 1=ALARM 0=NORMAL
101 performing boost charge 2(4) 1=ALARM 0=NORMAL
101 rotate rectifier input phases 1(2) 1=ALARM 0=NORMAL
101 Emergency stop 0(1) 1=ALARM 0=NORMAL
102 Maintenance bypass 7(128) 1=ALARM 0=NORMAL
102 Manual bypass 6(64) 1=ALARM 0=NORMAL
102 Rectifier fault 5(32) 1=ALARM 0=NORMAL
102 mains failure on rectifier input 4(16) 1=ALARM 0=NORMAL
102 battery voltage low 3(8) 1=ALARM 0=NORMAL
102 load on bypass 2(4) 1=ON BYPASS 0=ON INVERTER
102 UPS fault 1(2) 1=ALARM 0=NORMAL
102 performing battery test 0(1) 1=PERFORMING TEST O=NORMAL
103 waiting shutdown or UPS shutdown 7(128) 1=ALARM 0=NORMAL
103 beeper off/on 6(64) 1=OFF 0=ON
103 Fan failure 5(32) Not used
103 End off backup time 4(16) 1=ALARM 0=NORMAL
103 3(8) NU
103 2(4) NU
103 1(2) NU
103 0(1) NU