Tripp Lite MODBUSCARDSV User manual

Operation Manual
Programmable MODBUS Card
for SV, SVX, S3MX 100-200K
3-Phase UPS Systems
1111 W. 35th Street, Chicago, IL 60609 USA • tripplite.com/support
Copyright © 2019 Tripp Lite. All rights reserved.
Operation 2
1. Warning Item 2
2. Capability Setting 3
3. Control Item 3
4. Control Result 4
5. Setting Parameter to Default Value 4
6. UPS Working Status 5
7. UPS Battery Information 5
8. Temperature Inquiry 5
9. 3-Phase Load Inquiry 6
10. 3-Phase Bypass Info 6
11. Output Power Factor Inquiry 6
12. Load Level Inquiry 6
13. UPS Working Mode 6
14. UPS Fault Information 7
15. Loss Point 7
16. Setting Parameter Item 8
17. Setting Parameter Succeed or Fail 8
18. Remote Shutdown and Test 8
19. CPU Information 9
20. UPS Model and Rating Information 9
21. Parallel Inquiry 10
22. Date Inquiry 10
(Sys or Rack Info Inquiry Address)
23. Set Date 10
(Sys or Rack Info Inquiry Address)
Appendix 1 11
Appendix 2 11
Appendix 3 12
Español 13 • Français 25 • Русский 37

2
1. Warning Item
Holding Register (Range 0x0000 - 0x0001, Read Function 0x03)
The Read Holding Registers function code is used to read contents of a contiguous block of Holding Registers in a remote
device. Starting register address and number of registers is specified by the request Protocol Data Unit. Addresses start at 0
and registers numbered 1-16 address as 0-15.
The Write Single Register function code is used to write a Single Holding Register in a remote device. The address of the register
to be written is specified by the request Protocol Data Unit. Addresses start at 0 and registers numbered 1 address as 0.
Address
Description Value 0/Value 1Hex Decimal
0x0000 0
Bit15 = EPO is Active 0:FALSE/1:TRUE
Bit14 = Load is over load level and reach countdown delay 0:FALSE/1:TRUE
Bit12 = Load level is over Overload Alarm Level 0:FALSE/1:TRUE
Bit11 = Battery is not connected
(battery voltage is less than 9V) 0:FALSE/1:TRUE
Bit10 = Battery is over 15V 0:FALSE/1:TRUE
Bit8 = Including: EPO is active, Maintain Bypass is active, DC start, but DC start setting
is disabled
Line Status is not OK (Voltage or Frequency is out of range, Phase sequence is not
correct, Neutral Loss)
SYNCHRO signal is abnormal
TRIG0 signal is abnormal
0:FALSE/1:TRUE
Bit7 = Charger is abnormal 0:FALSE/1:TRUE
Bit6 = Checksum value of EEPROM Data saved in MCU
is not correct 0:FALSE/1:TRUE
Bit5 = Fan locked 0:FALSE/1:TRUE
Bit4 = Line Phase sequence is not correct 0:FALSE/1:TRUE
Bit3 = Bypass Phase sequence is not correct 0:FALSE/1:TRUE
Bit2 = Neutral is absent 0:FALSE/1:TRUE
Bit1 = Initial communication between DSP and MCU is abnormal 0:FALSE/1:TRUE
Bit0 = SYNCHRO signal is abnormal 0:FALSE/1:TRUE
0x0001 1
Bit15 = TRIG0 signal is abnormal 0:FALSE/1:TRUE
Bit14 = Power Module number is not consistent with setting 0:FALSE/1:TRUE
Bit13 = No STS in system 0:FALSE/1:TRUE
Bit12 = Maintain Bypass is active 0:FALSE/1:TRUE
Bit11-Bit0 = Reservation N/A
Operation

3
Operation
2. Capability Setting
Holding Register (Range 0x000E - 0x000F, Read Function 0x03, Write Function 0x10)
Addresses start at 0 and are numbered 1-16 address as 0-15.
The Write function writes to ENABLE/DISABLE in a remote device. A specified constant in the data field requests the ENABLE/
DISABLE state.
Address
Description Value 0/Value 1 Register ValueHex Decimal
0x000E 14
Bit15 = Enable/disable audible alarm 0:FALSE/1:TRUE E:8000 / D:7FFF
Bit10 = Enable/disable auto-Restart 0:FALSE/1:TRUE E:4000 / D:BFFF
Bit7 = Enable/disable code start 0:FALSE/1:TRUE E:200 / D:FDFF
Bit6 = Enable/disable bypass forbidding 0:FALSE/1:TRUE E:100 / D:FEFF
Bit3 = Enable/disable bypass when device turn off 0:FALSE/1:TRUE E:40 / D:FFBF
Bit1 = Enable/disable high efficiency mode 0:FALSE/1:TRUE E:10 / D:FFEF
0x000F 15
Bit15-Bit 13 = Reservation N/A E:8 / D:FFF7
Bit12 = Enable/disable converter mode 0:FALSE/1:TRUE E:4 / D:FFFB
Bit11-Bit8 = Reservation N/A E:2 / D:FFFD
Bit7 = Enable/disable period self test Z 0:FALSE/1:TRUE E:1000 / D:EFFF
Bit0-Bit5 = Reservation N/A N/A
3. Control Item
Holding Register (Read Function 0x03, Write Function 0x10)
Addresses start at 0 and are numbered 1-16 address as 0-15.
The Write function writes to ENABLE/DISABLE in a remote device. A specified constant in the data field requests the ENABLE/
DISABLE state.
Address
Description Value 0/Value 1 Alarm DescriptionHex Decimal
0x001A 26
Bit15 = Silence buzzer beep (audible alarm) 0:FALSE/1:TRUE Y:8000
Bit14 = buzzer beep open (audible alarm) 0:FALSE/1:TRUE Y:4000
Bit13 = Test until battery low 0:FALSE/1:TRUE Y:2000
Bit12 = Remote turn off UPS 0:FALSE/1:TRUE Y:1000
Bit11 = Remote turn on UPS 0:FALSE/1:TRUE Y:800
Bit10 = Cancel shutdown 0:FALSE/1:TRUE Y:400
Bit9 = Cancel test 0:FALSE/1:TRUE Y:200
Bit8 = 10 second test 0:FALSE/1:TRUE Y:100
Bit3-Bit 0 = Reservation N/A N/A
0x001B 27 Bit5-Bit 11 = Reservation N/A N/A
Bit10 = UPS turn to bypass 0:FALSE/1:TRUE Y:0400
0x0422 1058
Bit15 = EPO function open 0:FALSE/1:TRUE Y:8000
Bit14 = EPO function close 0:FALSE/1:TRUE Y:4000
Bit13 = Mode output frequency 50 Hz 0:FALSE/1:TRUE Y:2000
Bit12 = Mode output frequency 60 Hz 0:FALSE/1:TRUE Y:1000
Bit11 = Charger On 0:FALSE/1:TRUE Y:0800
Bit10 = Charger Off 0:FALSE/1:TRUE Y:0400
Bit9 = Enable independent battery 0:FALSE/1:TRUE Y:0200
Bit8 = Disable independent battery 0:FALSE/1:TRUE Y:0100

4
Operation
4. Control Result
Holding Register (Read Function 0x03)
Addresses start at 0 and are numbered 1-16 address as 0-15.
Address
Description Value 0/Value 1Hex Decimal
0x0025 37
Bit15 = Flag:Silence buzzer beep (Audible Alarm) 0:FAIL/1:SUCCESS
Bit14 = Flag:buzzer beep open (Audible Alarm) 0:FAIL/1:SUCCESS
Bit13 = Flag:Test until battery low 0:FAIL/1:SUCCESS
Bit12 = Flag:Remote turn off UPS 0:FAIL/1:SUCCESS
Bit11 = Flag:Remote turn on UPS 0:FAIL/1:SUCCESS
Bit10 = Flag:Cancel shutdown 0:FAIL/1:SUCCESS
Bit9 = Flag:Cancel test 0:FAIL/1:SUCCESS
Bit8 = Flag:10 seconds test 0:FAIL/1:SUCCESS
Bit7 = Reservation N/A
Bit6 = Reservation N/A
Bit5 = Reservation N/A
Bit4 = Reservation N/A
Bit3-Bit0 = Reservation N/A
0x0026 38 Bit10 = UPS turn to bypass 0:FAIL/1:SUCCESS
Bit9-Bit0 = Reservation N/A
0x0423 1059
Bit15 = EPO function in normal open 0:FAIL/1:SUCCESS
Bit14 = EPO function in normal close 0:FAIL/1:SUCCESS
Bit13 = Mode output frequency 50 Hz 0:FAIL/1:SUCCESS
Bit12 = Mode output frequency 60 Hz 0:FAIL/1:SUCCESS
Bit11 = Charger On 0:FAIL/1:SUCCESS
Bit10 = Charger Off 0:FAIL/1:SUCCESS
Bit9 = Enable independent battery 0:FAIL/1:SUCCESS
Bit8 = Disable independent battery 0:FAIL/1:SUCCESS
5. Setting Parameter to Default Value
Holding Register (Read Function 0x03, Write Function 0x10)
The Write function writes to ENABLE/DISABLE in a remote device. A specified constant in the data field requests the ENABLE/
DISABLE state.
Address
Description Value 0/Value 1 TypeHex Decimal
0x0030 48 Bit15 = Setting control parameter to default value Y:8000 Read / Write
Bit14-Bit0 = Reservation N/A N/A
0x003B 59 Bit15 = Flag:Setting control parameter to default value 0:FAIL/1:SUCCESS Read Only
Bit14-Bit0 = Reservation N/A N/A

5
Operation
6. UPS Working Status
Holding Register (Read Function 0x03)
Address
Description UnitHex Decimal
0x031E 798 R-Input voltage 0.1V
0x031F 799 S-Input voltage 0.1V
0x0320 800 T-Input voltage 0.1V
0x0321 801 Input frequency 0.1 Hz
0x0322 802 R-Output voltage 0.1V
0x0323 803 S-Output voltage 0.1V
0x0324 804 T-Output voltage 0.1V
0x0325 805 Output frequency 0.1 Hz
0x0326 806 R-Output current 0.1A
0x0327 807 S-Output current 0.1A
0x0328 808 T-Output current 0.1A
0x0329 809 R-Output load percent 1%
0x032A 810 S-Output load percent 1%
0x032B 811 T-Output load percent 1%
0x032C 812 P Battery voltage 0.1V
0x032D 813 N Battery voltage 0.1V
0x032E 814 Max Temperature of the detecting pointers 0.1C
0x032F 815 See Appendix 1 See Appendix 1
7. UPS Battery Information
Holding Register (Read Function 0x03)
Address
Description UnitHex Decimal
0x00BC 188 P-Battery voltage 0.1V
0x00BD 189 P-Battery piece number
0x00BF 191 P-Battery capacity %
0x00C0 192 P-Battery remain time Minutes
0x00C1 193 N-Battery voltage 0.1V
0x00C2 194 N-Battery piece number
0x00C4 196 N-Battery capacity %
0x00C5 197 N-Battery remain time Minutes
0x0318 792 P-Battery charge current 0.01A
0x0319 793 N-Battery charge current 0.01A
0x0307 775 The battery Total Ah information Inquiry Ah
0x0308 776 EPO status QREPO 8000 : Open
7FFF : Close
8. Temperature Inquiry
Holding Register (Read Function 0x03)
Address
Description UnitHex Decimal
0x00CC 204 Temperature1 0.1°C
0x00CD 205 Temperature2 0.1°C
0x00CE 206 Temperature3 0.1°C
0x00CF 207 Temperature4 0.1°C

6
Operation
9. 3-Phase Load Inquiry
Holding Register (Read Function 0x03)
Address
Description UnitHex Decimal
0x00DD 221 R-Phase of load %
0x00FC 252 S-Phase of load %
0x00FD 253 T-Phase of load %
0x00FE 254 The whole load %
10. 3-Phase Bypass Info
Holding Register (Read Function 0x03)
Address
Description Unit
Hex Decimal
0x011A 282 R-Voltage of bypass 0.1V
0x011B 283 S-Voltage of bypass 0.1V
0x011C 284 T-Voltage of bypass 0.1V
0x011D 285 R-Current of bypass 0.1A
0x011E 286 S-Current of bypass 0.1A
0x011F 287 T-Current of bypass 0.1A
0x0123 291 Bypass frequency 0.1 Hz
11. Output Power Factor Inquiry
Holding Register (Read Function 0x03)
Address
Description UnitHex Decimal
0x030F 783 R-Output power factor 0.001
0x0310 784 S-Output power factor 0.001
0x0311 785 T-Output power factor 0.001
12. Load Level Inquiry
Holding Register (Read Function 0x03)
Address
Description UnitHex Decimal
0x0312 786 R-Watt percent %
0x0313 787 S-Watt percent %
0x0314 788 T-Watt percent %
0x0315 789 R-VA percent %
0x0316 790 S-VA percent %
0x0317 791 T-VA percent %
13. UPS Working Mode
Holding Register (Read Function 0x03)
Address
Description UnitHex Decimal
0x00D0 208 UPS Mode inquiry See Appendix 2

7
Operation
14. UPS Fault Information
Holding Register (Read Function 0x03)
Address
Description Unit Example ResponseHex Decimal
0x02A3 675 Fault kind ASCII 00:no fault default:FF See Appendix 3 0x3030 (Not Fault)
0x4646 (Fault)
0x02E5 - 0x02EC 741 - 748 Fault kind1 ASCII module ID : 01-07 See Appendix 3
0x0000
0x0000
0x0000
0x0000
0x0000
0x0000
0x0000
0x03B0 - 0x03CB 944 - 971 Fault kind1 ASCII module ID : 08-35 See Appendix 3
0x0000
0x0000
0x0000
0x0000
0x0000
0x0000
0x0000
0x0000
0x0000
0x0000
0x0000
0x0000
0x0000
0x3031
0x3132
0x0000
0x0000
0x3336
0x0000
0x0000
0x0000
0x0000
0x0000
0x0000
0x0000
0x0000
15. Loss Point
Holding Register (Read Function 0x03)
Address
Description UnitHex Decimal
0x034A 842 High efficiency mode Voltage high loss point V
0x034B 843 High efficiency mode Voltage low loss point V
0x034C 844 Free run mode frequency high loss point 0.1 Hz
0x034D 845 Free run mode frequency low loss point 0.1 Hz
0x034E 846 Bypass Freq. high loss point 0.1 Hz
0x034F 847 Bypass Freq. low loss point 0.1 Hz
0x0350 848 Bypass Voltage high loss point V
0x0351 849 Bypass Voltage low loss point V

8
Operation
16. Setting Parameter Item
Holding Register (Read Function 0x03, Write Function 0x10)
Address
Description Unit Sample Values TypeHex Decimal
0x02ED 749 Setting the battery shut down delay time Second 10 Read / Write
0x02EE 750 Battery Cut-off minimum voltage per cell 0.01V 166 Read Only
0x02EF 751 Cut off voltage per PCS ( ! ! ! ) BATCO (10.00~11.00) 0.01V 1000 Read / Write
0x02f0 752 Battery low voltage per PCS 0.01V 1100 Read / Write
0x02f1 753 Battery low capacity (%) % 20 Read / Write
0x02f3 755 Self-test inquiry period Day 0 Read / Write
0x0309 777 Bat test stop time S 10 Read / Write
0x030A 778 Bat test stop capacity % 20 Read / Write
0x030B 779 Bat test stop voltage 0.01V/PCS 1100 Read / Write
0x0424 1060 Setting battery Total Ah Ah 9 Read / Write
0x05ED 1457 Setting charging current 02 to 64 10 Read / Write
17. Setting Parameter Succeed or Fail
Holding Register (Read Function 0x03)
Address
Description Value 0/Value 1Hex Decimal
0x0384 900
Bit15 = Self-test inquiry period 0:FALSE/1:TRUE
Bit14 = Battery cut-off minimum voltage per cell 0:FALSE/1:TRUE
Bit13 = Battery low voltage per PCS 0:FALSE/1:TRUE
Bit12 = Battery low capacity (%) 0:FALSE/1:TRUE
Bit10 = Bat test stop voltage 0:FALSE/1:TRUE
Bit9 = Bat test stop capacity 0:FALSE/1:TRUE
Bit 8 = Bat test stop time 0:FALSE/1:TRUE
Bit7 = Setting the battery shut down delay time 0:FALSE/1:TRUE
0x0385 901
Bit13 = Flag: Reservation N/A
Bit12 = Flag: Reservation N/A
Bit11 = Flag: Reservation N/A
Bit10 = Flag: The bypass Freq. low loss point and high loss point 0:FALSE/1:TRUE
Bit9 = Flag: The bypass Voltage high loss point 0:FALSE/1:TRUE
Bit8 = Flag: The bypass Voltage low loss point 0:FALSE/1:TRUE
Bit7-Bit0 = Reservation N/A
0x05ED 1517 Bit15 = Setting charging current 0:FALSE/1:TRUE
18. Remote Shutdown and Test
Holding Register (Read Function 0x03 for 0x03DA, 0x030F and 0x0310,
Write Function 0x10 for range 0x03AB - 0x3AC)
Address
Description Unit Value0/Value1 Example for 0x03AB - 0x3AC RangeHex Decimal
0x03AB 939 Shutdown minutes (ASCII) 0x2E32
0x03AC 940 Test for specified time minutes (ASCII) 0x2E32
0x03DA 986
Bit15 = flag:Shutdown 0:FAIL/1:SUCCESS N/A
Bit14 = flag:Test for specified time 0:FAIL/1:SUCCESS N/A
Bit13 = flag:Shutdown and restore 0:FAIL/1:SUCCESS N/A
Bit12-Bit0 = Reservation N/A N/A
0x030F 780 Get shutdown time Unit: second 117
0x0310 781 Get restore time Unit: second 562

9
Operation
19. CPU Information
Holding Register (Read Function 0x03)
Address
Description Unit Sample Additional CommentsHex Decimal
0x03E1 993 STS DSP Firmware version ASCII
0x3241
0x3530
0x4300
If user receives 2A50C,
it describes FW-2A50C
0x01FC 508 10-inch LCD Firmware version ASCII
0x3241
0x3532
0x4200
If user receives 2A52B,
it describes FW-2A52B
0x049C 1180 LCD MCU Firmware version ASCII
0x3241
0x3531
0x4300
If user receives 2A51C,
it describes FW-2A51C
0x03E4 996 Power Stage DSP Firmware
version ASCII
0x3241
0x3445
0x4300
If user receives 2A4EC,
it describes FW-2A4EC
0x03E7 999 Power Stage MCU Firmware
version ASCII
0x3241
0x3446
0x4100
If user receives 2A4FA,
it describes FW-2A4FA
20. UPS Model and Rating Information
Holding Register (Read Function 0x03)
Address
Description UnitHex Decimal
0x03F2 1010 Battery piece number
0x03F3 1011 Battery standard voltage per unit 0.1V
0x03F4 1012 Input phase
0x03F5 1013 Output phase
0x03F6 1014 Nominal I/P Voltage V
0x03F7 1015 Nominal O/P Voltage V
0x03F8 1016 Output power factor
0x03F9 1017 Output rated VA W
0x03FB 1019 Device model
ASCII= 0x2323 ##
0x2323 ##
0x2323 ##
0x5333 S3
0x4D31 M1
0x3030 00
0x4B58 KX
0x4400 D
0x048A 1162 Battery Voltage 0.1V
0x048B 1163 Rating Output Current A
0x048C 1164 Rating Output Frequency 0.1 Hz
0x048D 1165 Rating Output Voltage 0.1V
0x048E 1166 Parallel number
0x031A 794 Setting redundant number
0x05D9 1497 Serial Number
ASCII= 0x3239 29
0x3134 14
0x4156 AV
0x5450 TP
0x5338 S8
0x3830 80
0x3630 60
0x3030 00
0x3031 01

10
Operation
21. Parallel Inquiry
Address
Description Unit Alarm DescriptionHex Decimal
0x02F4 756 Paraller setting ASCII 01:Enable; 0:Disable 0x3030
0x02F5 757 Independent battery setting ASCII 01:Enable; 0:Disable 0x3030
22. Date Inquiry (Sys or Rack Info Inquiry Address)
(Holding Register, Read Function 0x03)
Address
Description Unit Hex ASCII
Hex Decimal
0x03F3 759 BatMaintenYear ASCII 0x3230 20
0x3139 19
0x03F4 761 BatMaintenMonth ASCII 0x3031 01
0x03F5 762 BatMaintenDay ASCII 0x3031 01
0x03F6 763 BatInstalYear ASCII 0x3230 20
0x3139 19
0x03F7 765 BatInstalMonth ASCII 0x3031 01
0x03F8 766 BatInstalDay ASCII 0x3031 01
0x03F9 767 SysMaintenYear ASCII 0x3230 20
0x3139 19
0x03FB 769 SysMaintenMonth ASCII 0x3031 01
0x048A 770 SysMaintenDay ASCII 0x3031 01
0x048B 771 SysInstalYear ASCII 0x3230 20
0x3139 19
0x048C 773 SysInstalMonth ASCII 0x3031 01
0x048D 774 SysInstalDay ASCII 0x3031 01
23. Set Date (Sys or Rack Info Inquiry Address)
Holding Register (Write Function 0x10 for range 0x03F3 - 0x03F6)
Address
Description Unit Alarm Description Additional CommentsHex Decimal
0x03F3 1061 Set SysInstalDate ASC
0x3230
0x3139
0x3035
0x3033
This function only receives the form of address. Ex:
1061-0x3230
1062-0x3139
1063-0x3035
1064-0x3033
0x03F4 1065 Set SysMaintenDate ASC
0x3230
0x3139
0x3035
0x3033
This function only receives the form of address. Ex:
1065-0x3230
1066-0x3139
1067-0x3035
1068-0x3033
0x03F5 1069 Set BatInstalDate ASC
0x3230
0x3139
0x3035
0x3033
This function only receives the form of address. Ex:
1069-0x3230
1070-0x3139
1071-0x3035
1072-0x3033
0x03F6 1073 Set BatMaintenDate ASC
0x3230
0x3139
0x3035
0x3033
This function only receives the form of address. Ex:
1073-0x3230
1074-0x3139
1075-0x3035
1076-0x3033