MODBUSCARD - Regulator Tripp Lite - Free user manual and instructions

Product Type	Communication Card
Brand	Tripp Lite
Model	MODBUSCARD
Compatibility	Select Tripp Lite UPS Systems with SNMP/COM slot
Interface	MODBUS RTU via RS-485
Dimensions (W x H x D)	2.4 x 0.8 x 3.4 in. (61 x 20 x 86 mm)
Weight	1.1 oz. (31 g)
Power Source	Powered by UPS (no external power required)
Functions	Remote monitoring, control, and configuration via MODBUS protocol
Installation	Internal slot in compatible UPS
Supported Registers	Voltage, frequency, load, battery status, alarms, and more
Baud Rate	9600 or 19200 bps (configurable)
Protocol	MODBUS RTU
Certifications	CE, FCC
Operating Temperature	32°F to 104°F (0°C to 40°C)
Humidity	0% to 95% non-condensing
Maintenance	No user-serviceable parts; do not attempt to open
Safety	Install only in compatible UPS; follow UPS manual
Spare Parts	Contact Tripp Lite for replacement
Repairability	Not user-repairable; replace if defective

Frequently Asked Questions - MODBUSCARD Tripp Lite

How do I install the MODBUSCARD in my Tripp Lite UPS?

Installation requires opening the UPS SNMP/COM slot cover, inserting the card, and securing it with screws. Refer to your UPS manual for exact steps.

Which Tripp Lite UPS models are compatible with the MODBUSCARD?

It is compatible with select UPS models that have an internal SNMP/COM slot. Check Tripp Lite's compatibility list or your UPS specifications.

Does the MODBUSCARD require external power?

No, it is powered directly by the UPS. No external power supply is needed.

How do I configure the MODBUSCARD's baud rate and address?

Configuration is done via DIP switches on the card or using Tripp Lite's software. Set the baud rate (9600 or 19200) and slave ID (1-247).

What MODBUS registers are available for monitoring?

Registers include input voltage, output voltage, load percentage, battery charge, runtime, temperature, and alarm status. See the manual for the full register map.

Can I use the MODBUSCARD with third-party MODBUS software?

Yes, it uses standard MODBUS RTU protocol, so it works with any MODBUS master software (e.g., SCADA, Home Assistant).

What cable and wiring are required?

Use a twisted-pair cable (RS-485) with a male DE-9 connector. Connect A(+) and B(-) pins, and optionally ground. Maximum distance is 4000 ft.

The MODBUSCARD is not communicating. What should I check?

Verify wiring (A/B polarity), baud rate and address settings, termination resistors, and that the UPS is powered on. Ensure the master device supports MODBUS RTU.

Is the MODBUSCARD hot-swappable?

No, always power off the UPS before installing or removing the card to avoid damage.

What does the LED indicator on the card mean?

A steady green LED indicates normal operation. Blinking green indicates communication activity. Red or off indicates a fault or no power.

USER MANUAL MODBUSCARD Tripp Lite

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Introduction

The MODBUSCARD provides a compatible SmartOnline® UPS system communication functionality with a PC by way of the MODBUS protocol.

Features

• Implements MODBUS protocol
• Provides MODBUS functions, including Read Coils, Discrete Inputs, Holding Registers, Input Registers, Write Single Coils and Write Single Registers
• Provides communication through RS-232, RS-485 or RS-422 interfaces
• Simultaneous communication through RS-232 and RS-485, or RS-232 and RS-422 connection interfaces

Configuration

A MODBUS Device ID Configuration Switches (SW1)
B RS-232 Port Configuration Switches (SW2)
C RS-422/485 Port Configuration Switches (SW3)
D RS-422/485 Communication Mode Switch (SW4)
E Terminal Strip Connections for RS-232/422/485 Communication
F Diagnostic LEDs

Configuration

Communication Terminal Strip Wiring Pinouts

MODBUSCARD Communication Terminal Pinout

RS-232 RS-485
GND Rx Tx	GND T-T+
8765	4321
			GND R-R+ T-T+RS-422

For RS-232 connection, use terminals 6 (Tx), 7 (Rx), 8 (G).

For RS-485, use terminals 1 (T+), 2 (T-), 5 (G) for half-duplex communication.

For RS-422, use terminals 1 (T+), 2 (T-), 3 (R+), 4 (R-), 5 (G) for full-duplex communication.

Note: The communication methods chosen must have its configuration dip switches set prior to installing the MODBUSCARD into the UPS systems accessory slot.

Device ID Configuration

Every MODBUS device needs to be set to a specific ID in order to be recognized by the system monitoring its MODBUS communication. Each switch of SW1 has a specific value assigned to it. The MODBUSCARD supports device IDs from 0-255, starting from the Least Significant Bit (LSB) to the Most Significant Bit (MSB). See Device ID Switch Values (Figure A).

Figure A: Device ID Switch Values (SW1)

Configuration

MODBUS DEVICE ID = 0 (Default)

MODBUS ID = 1

MODBUS ID = 21

MODBUS ID = 200

Figure B: Device ID Configuration Examples

Configuration of RS-232 Port

Use SW2 to configure the RS-232 interface.

Pin Function
6 Card TxD - transfer data to PC
7 Card RxD - receive data from PC
8 GND

Function Switch Value
ON/OFF	SW-1 SW-2
	OFF OFF MODBUS	OFF
	ON ON MODBUS ON
Baud-Rate	SW2-1 SW2-2
	OFF OFF 2400 (Default)
	ON OFF 4800
	OFF ON 9600
	ON ON 19200
Parity Check	SW2-3	OFF Disable Parity Check (Default)
		ON Enable Parity Check
	SW2-4	OFF Even Parity (Default)
		ON Odd Parity
Protocol	SW2-5 SW2-6
	OFF OFF MODBUS	Protocol (Default)
	ON OFF Regular Protocol
	OFF ON 3-Phase Protocol
	SW2-7 Reserved
	SW2-8 Reserved

Configuration

Configuration of RS-422/485 Port

Use SW3 to configure the RS-422/485 interface.

Pin Function
1 Card D+ (T+)
2 Card D- (T-)
3 Card R+
4 Card R-

Switch Setting Function
SW4	RS-485 Enable RS-485
	RS-422 Enable RS-422

Function Switch Value
Baud-Rate	SW3-1 SW3-2
	OFF OFF 2400 (Default)
	ON OFF 4800
	OFF ON 9600
	ON ON 19200
Parity Check	SW3-3	OFF Disable Parity Check (Default)
		ON Enable Parity Check
	SW3-4	OFF Even Parity (Default)
		ON Odd Parity
Protocol	SW3-5 SW3-6
	OFF OFF MODBUS Protocol (Default)
	ON OFF Regular Protocol
	OFF ON 3-Phase Protocol
Termination Resistor	SW3-7	OFF Disable RS-485/422 Termination Resistor (Default)
		ON Enable RS-485/422 Termination Resistor
	SW3-8	OFF Disable RS-422 Termination Resistor (Default)
		ON Enable RS-422 Termination Resistor

Installation

The MODBUSCARD should be installed in the accessory slot of a compatible SmartOnline UPS system.

Note: Prior to installing the card into the UPS, all configuration switches should be set to the values required by the UPS and your PC communication ports.

1. Remove the screws securing the blank cover plate from the UPS and set them aside.
2. Detach the communication terminal connector from the MODBUSCARD.
3. Slide the configured MODBUSCARD into the UPS accessory slot
4. With the screws that were removed in step 1, attach the compatible cover plate that came with MODBUSCARD to the accessory slot mounting points.
5. Re-insert the wired terminal strip connector into the MODBUSCARD port.
6. The MODBUSCARD's red LED will flash to indicate the UPS is connected and ready for communication.
7. The user will need to supply the means of communication on the PC side via RS-232, RS-422, or RS-485, as well as the appropriate monitoring software.

Operation

LED Indicators

LED Status Description
RED	OFF UPS disconnected
	Flashing (1 second) UPS connected
GREEN Illuminated (0.2 seconds) Receiving PC request

Discrete Inputs (Range 0x0100 - 0x012F, Read Function 0x02)

The Read Discrete Inputs function code is used to read 1-2000 contiguous status of Discrete Inputs in a remote device. The starting address and number of inputs is specified by the request Protocol Data Unit. Addresses start at 0 and Discrete Inputs numbered 1-16 would address as 0-15.

Description Address Value 0 Value 1
Alarm Temperature 0x0100 OK Over Temperature
Alarm Input Bad	0x0101 OK Input Bad
Alarm Output Bad	0x0102 OK Output Bad
Alarm Overload	0x0103 OK Overload
Alarm Bypass Bad	0x0104 OK Bypass Bad
Alarm Output Off	0x0105 Output On Output Off
Alarm UPS Shutdown	0x0106 OK Shutdown
Alarm Charger Failure	0x0107 OK Charger Failure
Alarm System Off 0x0108 System On	System Off
Alarm Fan Failure 0x0109 OK Fan Failure
Alarm Fuse Failure	0x010A	OK Fuse Failure
Alarm General Fault	0x010B OK General Fault
Alarm Awaiting Power	0x010C OK Awaiting Power
Alarm Shutdown Pending	0x010D	OK Shutdown Pending
Alarm Shutdown Imminent	0x010E	OK Shutdown Imminent
Buzzer Status	0x010F	Silence	Alarm
Economy Mode	0x0110	No	Yes
Alarm Inverter Bad	0x0111 OK Inverter Bad
Emergency Power Off	0x0112 Off	On
Buzzer State	0x0113 Disable	Enable
Battery Ground Fault	0x0114 OK Battery Ground Fault
Reserved	0x0115
Reserved	0x0116

Operation

Description Address Value 0 Value 1
Reserved 0x0117
Alarm Rectifier Main Fail 0x0118 OK Rectifier Main Fail
Alarm Rectifier Hi DC Stop 0x0119 OK Rectifier Hi DC Stop
Alarm Over Temp or Fuse Fail 0x011A OK Over Temp or Fuse	Fail
Alarm Battery Low 0x011B OK Battery Low
Alarm Battery Low Stop 0x011C OK Battery Low Stop
Alarm Battery Ground Fault 0x011D OK Battery Ground Fault
Inverter On 0x011E Inverter Off	Inverter ON
Alarm Inverter Overload	0x011F	OK Inverter Overload
Alarm Inverter Abnormal	0x0120 OK Inverter Abnormal
Alarm Load on Reserve	0x0121 Load Not On Reserve	Load on Reserve
Alarm Reserve Mains Fail	0x0122 OK Reserve Mains Fail
Alarm Reserve Freq. Abnormal	0x0123 OK Reserve Freq. Abnormal
Alarm Test In Progress	0x0124 No Test In Progress	Test In Progress
Alarm Test Error	0x0125 No Test Error	Test Error
UPS In Sleep Mode	0x0126 UPS Not In Sleep Mode	UPS In Sleep Mode
Reserved 0x0127
Alarm Bypass Volt/Freq Bad	0x0128 OK Bypass Volt/Freq Bad
Alarm Bypass Phase Sequence Bad	0x0129 OK Bypass Phase Sequence Bad
Alarm Bypass STS Overload	0x012A OK Bypass STS Overload
Alarm Bypass STS Over	0x012B OK Bypass STS Over
Alarm Bypass STS Fault	0x012C OK Bypass STS Fault
Reserved 0x012D
Reserved 0x012E
Reserved 0x012F

Note: Your UPS may not support all fields.

Coils (Range 0x0200 - 0x020F, Read Function 0x01, Write Function 0x05)

The Read Coils function reads 1-2000 contiguous status of coils in a remote device. The starting address and number of coils is specified by the request Protocol Data Unit. Addresses start at 0 and Coils numbered 1-16 would address as 0-15.

The Write Coils function writes a single output to ON/OFF in a remote device. A specified constant in the data field requests the ON/OFF state. Addresses start at 0 and Coils numbered 1 would address as 0.

Description Address Value 0 Value 1
UPS Buzzer	0x0200 Silence	Alarm
Shutdown Type	0x0201 UPS Output	UPS System
Economy Mode Setting	0x0202 Disable	Enable
ATX PC Reboot Function	0x0203 Disable	Enable
AC Fail & Restore Auto-Reboot	0x0204 Disable	Enable
ATX PC Resume Function	0x0205 Disable	Enable
Enable/Disable Inverter	0x0206 Disable	Enable
EPO Setting	0x0207 Disable	Enable
Enable/Disable Inverter	0x0208 Disable	Enable
Clear SRAM	0x0209 Clear SRAM	Clear SRAM
Cancel Shutdown Restart	0x020A	Cancel Shutdown Restart	Cancel Shutdown Restart
Set Output On/Off	0x020B OFF	ON
Reserved 0x020C
Reserved 0x020D
Reserved 0x020E
Reserved 0x020F

Note: Your UPS may not support all fields.

Operation

Holding Register (Range 0x0300 - 0x0321, Read Function 0x03, Write Function 0x06)

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.

Description Address Value Unit
Shutdown Action 0x0300 0-999 (0=Abort) Seconds
Shutdown Restart 0x0301 0-65535 Minutes
Test 0x0302		0: Abort Test
		1: General Test
		2: BTV Test
		3: Test for 10 seconds
		4: Test until battery low
UPS Identification 0x0303 0-99
Low Transfer Voltage 0x0304 0-999 Voltage
High Transfer Voltage 0x0305 0-999 Voltage
Voltage Sensitivity 0x0306		0: Normal
		1: Reduced
		2: Low
Last Battery Replace Date-Year 0x0307 0-9999
Last Battery Replace Date-Month	0x0308 1-12
Last Battery Replace Date-Day	0x0309 1-31
Next Battery Replace Date-Year	0x030A	0-9999
Next Battery Replace Date-Month	0x030B 1-12
Next Battery Replace Date-Day	0x030C 1-31
Description	Address	Value	Unit
UPS Periodic Auto-Test	0x030D	1: Disable
		2: Daily
		3: Weekly
		4: Bi-Weekly
		5: Monthly
Buzzer Test	0x030E	1-99	Seconds
UPS Boot Delay	0x030F	0-999 Seconds
Bypass Freq. Tolerance	0x0310 5-50	0.1 Hz
Select Output Voltage	0x0311 0-999 Voltage
Test Time	0x0312 1-60	Minutes
Test Voltage	0x0313 0-999 Voltage
Reserved	0x0314
Reserved	0x0315
External Battery Pack	0x0316 0-10
Dry Contact W1	0x0317
Dry Contact W2	0x0318
Dry Contact W3	0x0319
Dry Contact W4	0x031A
Dry Contact W5	0x031B
Dry Contact W6	0x031C
Bypass Low Transfer Voltage	0x031D	0-999 Voltage
Bypass High Transfer Voltage	0x031E	0-999 Voltage
Bypass Voltage Tolerance	0x031F	0-999 Voltage

Operation

Description Address Value Unit
Dry Contact Input Status 1 0x0320
Dry Contact Input Status 2 0x0321

Note: Your UPS may not support all fields.

Input Register (Range 0x0400 - 0x051C, Read Function 0x04) Rating Value

The Read Input Registers function code is used to read 1-125 contiguous input registers in a remote device. The 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.

Description Address Value Unit
Series 0x0400		0: T
		1: H
		2: NT
		3: NH
Rating Input Voltage 0x0401 0-999 Voltage
Rating Input Frequency 0x0402 0-999 0.1 Hz
Rating Output Voltage 0x0403 0-999 Voltage
Rating Output Frequency 0x0404 0-999 0.1 Hz
Rating VA 0x0405 0-65534	10 VA
Rating Output Power	0x0406 0-65534	10 Watt
Low Battery Time	0x0407 0-99	Minutes
Low Tx Voltage Point	0x0408 0-999 Voltage
High Tx Voltage Point	0x0409 0-999 Voltage
Low Tx Voltage Upper Bound	0x040A	0-999 Voltage
Low Tx Voltage Lower Bound	0x040B 0-999 Voltage
High Tx Voltage Upper Bound	0x040C 0-999 Voltage
High Tx Voltage Lower Bound	0x040D 0-999 Voltage
Description	Address	Value	Unit
UPS Type	0x040E	0: On-Line
		1: Off-Line
		2: Line-Interactive
		3: 3-Phase
		4: Split Phase
		5: Others
Rating Battery Voltage	0x040F	0-999 Voltage
Low Tx Frequency Point	0x0410 0-999 0.1 Hz
High Tx Frequency Point	0x0411 0-999 0.1 Hz
Bypass Rating Frequency	0x0412 0-999 0.1 Hz
Bypass Freq Max Tolerance	0x0413	5-50	0.1 Hz
Bypass Freq Set Tolerance	0x0414	5-50	0.1 Hz
Bypass Low Tx Voltage Point/Bypass Rating Voltage	0x0415 0-999 Voltage
Bypass High Tx Voltage Point	0x0416 0-999 Voltage
Bypass Low Tx Voltage Upper Bound/ Bypass Voltage Max Tolerance	0x0417 0-999 Voltage
Bypass Low Tx Voltage Lower Bound/ Bypass Voltage Set Tolerance	0x0418 0-999 Voltage
Bypass High Tx Voltage Upper Bound	0x0419 0-999 Voltage
Bypass High Tx Voltage Lower Bound	0x041A	0-999 Voltage
Reserved	0x041B
Reserved	0x041C
Reserved	0x041D

Operation

Battery Status

Description Address Value Unit
Battery Condition 0x041E		0: Good
		1: Weak
		2: Replace
Battery Status 0x041F		0: OK
		1: Low
		2: Depleted
Battery Charge 0x0420		0: Floating
		1: Charging
		2: Resting
		3: Discharging
Seconds on Battery 0x0421 0-65534 Seconds
Estimated Minutes Remaining 0x0422 0-999
Estimated Charge Remaining 0x0423 0-999
Battery Voltage 0x0424 0-9999 0.1 Voltage
Battery Current 0x0425 0-9999 0.1 Amp
Temperature 0x0426 0-999	Degrees Celsius
Battery Level	0x0427 0-999	%
External Battery Pack #	0x0428 0-10
Negative Battery Voltage	0x0429 0-9999 0.1 Voltage
Negative Battery Current	0x042A	0-9999 0.1 Amp
Negative Battery Temp	0x042B 0-999	Degrees Celsius
Negative Battery Level	0x042C 0-999	%
Reserved	0x042D
Reserved	0x042E
Reserved	0x042F

Input Status

Description	Address	Value	Unit
Input Number Lines	0x0430	0-9
Input Frequency 1	0x0431	0-999 0.1 Hz
Input Voltage 1 0x0432 0-9999		0.1 Voltage
Input Current 1	0x0433	0-9999	0.1 Amp
Input Power 1	0x0434	0-65534	10 Watt
Input Frequency 2	0x0435	0-999 0.1 Hz
Input Voltage 2 0x0436 0-9999		0.1 Voltage
Input Current 2	0x0437	0-9999	0.1 Amp
Input Power 2	0x0438	0-65534	10 Watt
Input Frequency 3	0x0439	0-999 0.1 Hz
Input Voltage 3 0x043A 0-9999		0.1 Voltage
Input Current 3	0x043B	0-9999	0.1 Amp
Input Power 3	0x043C	0-65534	10 Watt
Input Voltage 12	0x043D	0-9999	0.1 Voltage
Input Voltage 23	0x043E	0-9999	0.1 Voltage
Input Voltage 31	0x043F	0-9999	0.1 Voltage
Reserved	0x0440
Reserved	0x0441

Operation

Output Status

Description Address Value Unit
Output Source 0x0442		0: Normal
		1: Battery
		2: Bypass (Reserve)
		3: Reducing
		4: Boosting
		5: Manual Bypass
		6: Other
		7: None
Output Frequency 0x0443 0-999 0.1 Hz
Output Number Lines 0x0444 0-9
Output Voltage 1 0x0445 0-9999 0.1 Voltage
Output Current 1 0x0446 0-9999 0.1 Amp
Output Power 1 0x0447 0-65534 10 Watt
Output Load 1 0x0448 0-999 %
Output Voltage 2 0x0449 0-9999 0.1 Voltage
Output Current 2 0x044A 0-9999 0.1 Amp
Output Power 2 0x044B 0-65534 10 Watt
Output Load 2 0x044C 0-999 %
Output Voltage 3 0x044D 0-9999 0.1 Voltage
Output Current 3 0x044E 0-9999	0.1 Amp
Output Power 3 0x044F 0-65534 10 Watt
Output Load 3 0x0450 0-999 %
Output Voltage 12 0x0451 0-9999 0.1 Voltage
Output Voltage 23 0x0452 0-9999 0.1 Voltage
Output Voltage 31 0x0453 0-9999 0.1 Voltage
Reserved	0x0454
Reserved	0x0455

Bypass Status

Description		Address	Value	Unit
Bypass Frequency 0x0456	0-999		0.1 Hz
Bypass Number Lines 0x0457		0-9
Bypass Voltage 1 0x0458	0-9999 0.1 Voltage
Bypass Current 1 0x0459	0-9999 0.1 Amp
Bypass Power 1 0x045A	0-6534		10 Watt
Bypass Voltage 2 0x045B	0-9999 0.1 Voltage
Bypass Current 2 0x045C	0-9999 0.1 Amp
Bypass Power 2 0x045D	0-6534		10 Watt
Bypass Voltage 3 0x045E	0-9999 0.1 Voltage
Bypass Current 3 0x045F	0-9999 0.1 Amp
Bypass Power 3 0x0460	0-65$34		10 Watt
Bypass Voltage 12		0x0461	0-9999 0.1 Voltage
Bypass Voltage 23		0x0462	0-9999 0.1 Voltage
Bypass Voltage 31		0x0463	0-9999 0.1 Voltage
Bypass STS Temperature		0x0464	0-999	Degrees Celsius
Reserved		0x0465
Reserved		0x0466

Operation

Test Status

Description Address Value Unit
Test Result 0x0467		0: No Test Performed
		1: Test Passed
		2: Test In Progress
		3: General Test Fault
		4: Battery Test Fault
		5: Deep Battery Test Fault
		6: Test Aborted

Output Relay

Description Address Value Unit
Number of Output Relay 0x0468		0: Not Available
		>0: Available (<=99)

Environment

Description Address Value Unit
Temperature 0x0469 0-999 Degrees Celsius
Humidity 0x046A 0-999
Relay 1 0x046B 0: Off, 1: On
Relay 2 0x046C 0: Off, 1: On
Relay 3 0x046D 0: Off, 1: On
Relay 4 0x046E 0: Off, 1: On
Reserved	0x046F
Reserved	0x0470

Select Voltage

Description Address Value	Unit
Selected Output Voltage 0x0471 0-999		Voltage
Select Output Voltage 1	0x0472 0-999	Voltage
Select Output Voltage 2	0x0473 0-999	Voltage
Select Output Voltage 3	0x0474 0-999	Voltage

SRAM Exist

Description Address Value	Unit
SRAM EXIST	0x0475 0: Doesn't	Exist 1: Exists

Note: Currently, this field is not supported by UPS.

Operation

TempStatus

Description Address Value Unit
TempStatus Byte 1, 2 0x0476 Low: Byte	1, Hi: Byte 2
TempStatus Byte 3, 4 0x0477 Low: Byte	3, Hi: Byte 4
TempStatus Byte 5, 6 0x0478 Low: Byte	5, Hi: Byte 6
TempStatus Byte 7, 8 0x0479 Low: Byte	7, Hi: Byte 8
TempStatus Byte 9, 10 0x047A Low: Byte	9, Hi: Byte 10
TempStatus Byte 11, 12 0x047B Low: Byte	12, Hi: Byte 12
TempStatus Byte 13, 14 0x047C Low: Byte	13, Hi: Byte 14
TempStatus Byte 15, 16 0x047D Low: Byte	15, Hi: Byte 16
TempStatus Byte 17, 18 0x047E Low: Byte	17, Hi: Byte18
TempStatus Byte 19, 20 0x047F Low: Byte	19, Hi: Byte 20
Reserved 0x0480
Reserved 0x0481

Temp Byte 1 (Lo): R Phase Inverter Temperature

Temp Byte 2 (Hi): B0: Temperature Warning (>=75C)

B1: High Temperature Shutdown (>=85C)

B2: Inverter Voltage Too Low

B3: Inverter Voltage Too High

B4: Overload Warning

B5: Overload Shutdown

B6: Inverter Fuse Fail Shutdown

B7: Inverter PCB Communication Abnormal

Temp Byte 3 (Lo): S Phase Inverter Temperature

Temp Byte 4 (Hi): B0: Temperature Warning (>=75C)

B1: High Temperature Shutdown (>=85C)

B2: Inverter Voltage Too Low

B3: Inverter Voltage Too High

B4: Overload Warning

B5: Overload Shutdown

B6: Inverter Fail Shutdown

B7: Parallel Communication Abnormal

Temp Byte 5 (Lo): T Phase Inverter Temperature

Temp Byte 6 (Hi): B0: Temperature Warning (>=75C)

B1: High Temperature Shutdown (>=85C)

B2: Inverter Voltage Too Low

B3: Inverter Voltage Too High

B4: Overload Warning

B5: Overload Shutdown

B6: Inverter Freq Abnormal Shutdown

B7: Parallel Communication Fail

Temp Byte 7 (Lo): B3..B0: The Summary of UPS Run at Inverter Test Mode

B7..B4: The Summary of UPS at Inverter Mode

Temp Byte 8 (Hi): B0: Power Fail

B1: EPO Happened

B2: MB_ON (To Bypass)

B3: Low Battery Warning

B4: Battery Low Shutdown

B5: Master UPS (Output Synch)

B6: Inverter DC Bus Abnormal Shutdown

B7: Short Circuit Shutdown

Temp Byte 9 (Lo): Heatsink Temperature

Temp Byte 10 (Hi): B0: Bypass Voltage Over

B1: Bypass Voltage Under

B2: Bypass Freq Abnormal

B3: Bypass Phase Abnormal

B4: Rectifier Voltage Over

B5: Rectifier Voltage Under

B6: Rectifier Freq Abnormal

B7: Rectifier Phase Abnormal

Temp Byte 11 (Lo): Ambient Temperature

Temp Byte 12 (Hi): B0: Bypass Voltage Over

B1: Bypass Voltage Under

B2: SSW at Bypass Side

B3: SSW at Inverter Side

B4: Rectifier Voltage Over

B5: Rectifier Voltage Under

B6: Rectifier Input Over Current

B7: Rectifier Input Current Unbalanced

Temp Byte 13 (Lo): Battery Temperature

Temp Byte 14 (Hi): B0: Bypass Voltage Over

B1: Bypass Voltage Under

B2: Low Battery Shutdown

B3: Low Battery Warning

B4: Rectifier Voltage Over

B5: Rectifier Voltage Under

B6: Rectifier Fail

B7: DC Bus Over Voltage

Operation

Temp Byte 15 (Lo): B0: TR1 Over Temperature (O/P TR Over Heat Shutdown)

B1: TR2 Input Choke Over Heat (I/P TR Over Heat Shutdown)

B2: Rectifier Over Temperature Warning (>=75C)

B3: Rectifier Over Temperature Shutdown (>=85C)

B4: Static Switch Over Temperature Warning (>=75C)

B5: Static Switch Over Temperature Shutdown ( ≥ 85C)

B6: Static Switch Overload

B7: Static Switch Fail

Temp Byte 16 (Hi): B0: Converter Board Power Abnormal

B1: EPO Happened

B2: Manual Bypass On

B3: Converter Board Communication Error

B4: Battery Cabinet Over Temperature Warning ( ≥ 75C)

B5: Battery Ground Fault

B6: Battery Test in Progress

B7: Battery Test Fail

Temp Byte 17: Reserved

Temp Byte 18: Reserved

Temp Byte 19: Reserved

Temp Byte 20 (Hi): B5: Ambiance Over Temperature

B7: Auxiliary Power Fail

Note: Currently, TempStatus is not supported by UPS.

Parallel Master ID

Description Address Value Unit
Parallel Master ID 0x0482 0 - 99

Available Event Log

Description	Address	Value Unit
UPS Event Log	0x0483	0-500
Event Log Report Format	0x0484	0-1
Event Reporting Method	0x0485	0-1

Event Log Report Format: 0: NT 9 byte format

1: NH 8 byte format

Power Module Attribute

Description	Address	Value	Unit
Power Module ID / Attribute	0x0486	Lo: ID (1-4), Hi: Attribute
Power Module ID / Attribute	0x0487
Power Module ID / Attribute	0x0488
Power Module ID / Attribute	0x0489
Reserved	0x048A
Reserved	0x048B

Power Module Attribute: which is used to identify the attribute of the power module.

B0: PFC

B1: Rectifier

B2: Charger

B3: Inverter

B4: Bypass

B5: TBD

B6: TBD

B7: TBD

Operation

Power Module General Status

Description Address Value Unit
Power Module ID / General Status 0x048	C Lo: ID (1-4), Hi: Status
Power Module ID / General Status 0x048	D
Power Module ID / General Status 0x048	E
Power Module ID / General Status 0x048	F
Reserved 0x0490
Reserved 0x0491

Power Module General Status:

B0: The power module exists or the power module is powered

B1:

B2:

B3:

B4:

B5:

B6:

B7: Fault shutdown

Power Module PFC Status

Description Address Value Unit
Power Module ID 0x0492 1-4
PFC Status 0,1 0x0493 Lo: Status 0, Hi:	Status 1
Power Module ID 0x0494
PFC Status 0,1 0x0495
Power Module ID 0x0496
PFC Status 0,1 0x0497
Power Module ID 0x0498
PFC Status 0,1 0x0499
Reserved 0x049A
Reserved 0x049B
Reserved 0x049C
Reserved 0x049D

PFC Status:

BO: PFC fuse open shutdown

B1: PFC over temperature warning

B2: PFC over temperature shutdown

B3: DC bus over voltage warning

B4: DC bus over voltage shutdown

B5: DC bus under voltage warning

B6: DC bus under voltage shutdown

B7: PFC circuit general fault

B8: Fan failure

B9: TBD

B10: TBD

B11: TBD

B12: Inner communication failure

B13: TBD

B14: TBD

B15: Not calibrated (used to indicate whether the power module has been calibrated)

Operation

Power Module Inverter Status

Description Address Value Unit
Power Module ID / Status 0 0x049E Lo: ID (1-4), Hi: Status 0
Inverter Status 1,2 0x049F Lo: Status 1, Hi: Status 2
Power Module ID / Status 0 0x04A0
Inverter Status 1,2 0x04A1
Power Module ID / Status 0 0x04A2
Inverter Status 1,2 0x04A3
Power Module ID / Status 0 0x04A4
Inverter Status 1,2 0x04A5
Reserved 0x04A6
Reserved 0x04A7
Reserved 0x04A8
Reserved 0x04A9

Inverter Status:

B0: Inverter Fuse Open

B1: Inverter Over Temperature Warning

B2: Inverter Over Temperature Shutdown

B3: Fan Failure

B4:

B5: Inverter Short Circuit

B6: Inverter STS Failure

B7: Inverter Voltage Abnormal

B8: Inverter Circuit General Fault

B9: DC Bus Over Voltage Shutdown

B10: Inverter Overload

B11:

B12: Inner Communication Loss (includes the communication to system or other modules)

B13: EPO Shutdown

B14: Inverter Parallel Communication Loss

B15: Inverter Parallel Failure (which may due to any of ID, or rating setting conflict, etc...)

B16: TBD

B17: TBD

B18: TBD

B19: TBD

B20: TBD

B21: TBD

B22: TBD

B23: Not calibrated (used to indicate whether the power module has been calibrated)

Power Module Charger Status

Description Address Value Unit
Power Module ID / Charger Status 0x04AA Lo: ID (1-4), Hi: Status
Power Module ID / Charger Status 0x04AB
Power Module ID / Charger Status 0x04AC
Power Module ID / Charger Status 0x04AD
Reserved 0x04AE
Reserved 0x04AF

Charger Status:

B0: Charger Circuit General Fault

B1-B7: Reserved

Operation

Power Module Temperature Status

Description Address Value Unit
Power Module ID 0x04B0 1-4
Temperature PFC 0x04B1 0-9999 0.1 Voltage
Temperature TBD 0x04B2 0-9999 0.1 Voltage
Temperature INV 0x04B3 0-9999 0.1 Voltage
Temperature INV R 0x04B4 0-9999 0.1 Voltage
Temperature INV S 0x04B5 0-9999 0.1 Voltage
Temperature INV T 0x04B6 0-9999 0.1 Voltage
Power Module ID 0x04B7 1-4
Temperature PFC 0x04B8 0-9999 0.1 Voltage
Temperature TBD 0x04B9 0-9999 0.1 Voltage
Temperature INV 0x04BA 0-9999 0.1 Voltage
Temperature INV R 0x04BB 0-9999 0.1 Voltage
Temperature INV S 0x04BC 0-9999 0.1 Voltage
Temperature INV T 0x04BD 0-9999 0.1 Voltage
Power Module ID 0x04BE 1-4
Temperature PFC 0x04BF 0-9999 0.1 Voltage
Temperature TBD 0x04C0 0-9999 0.1 Voltage
Temperature INV 0x04C1 0-9999 0.1 Voltage
Temperature INV R 0x04C2 0-9999 0.1 Voltage
Temperature INV S 0x04C3 0-9999 0.1 Voltage
Temperature INV T 0x04C4 0-9999 0.1 Voltage
Power Module ID 0x04C5 1-4
Temperature PFC 0x04C6 0-9999 0.1 Voltage
Temperature TBD 0x04C7 0-9999 0.1 Voltage
Temperature INV 0x04C8 0-9999 0.1 Voltage
Temperature INV R 0x04C9 0-9999 0.1 Voltage
Temperature INV S 0x04CA 0-9999 0.1 Voltage
Temperature INV T 0x04CB 0-9999 0.1 Voltage
Reserved	0x04CC
Reserved	0x04CD
Reserved	0x04CE
Reserved	0x04CF
Reserved	0x04D0
Reserved	0x04D1
Reserved	0x04D2
Reserved	0x04D3
Reserved	0x04D4
Reserved	0x04D5
Reserved	0x04D6
Reserved	0x04D7
Reserved	0x04D8
Reserved	0x04D9

Operation

Power Module Inverter Voltage

Description Address Value Unit
Power Module ID 0x04DA 1-4
Inverter Voltage R 0x04DB 0-9999 0.1 Voltage
Inverter Voltage S 0x04DC 0-9999 0.1 Voltage
Inverter Voltage T 0x04DD 0-9999 0.1 Voltage
Power Module ID 0x04DE 1-4
Inverter Voltage R 0x04DB 0-9999 0.1 Voltage
Inverter Voltage S 0x04DC 0-9999 0.1 Voltage
Inverter Voltage T 0x04DD 0-9999 0.1 Voltage
Power Module ID 0X04DE 1-4
Inverter Voltage R 0x04DF 0-9999 0.1 Voltage
Inverter Voltage S 0x04E0 0-9999 0.1 Voltage
Inverter Voltage T 0x04E1 0-9999 0.1 Voltage
Power Module ID 0x04E2 1-4
Inverter Voltage R 0x04E3 0-9999 0.1 Voltage
Inverter Voltage S 0x04E4 0-9999 0.1 Voltage
Inverter Voltage T 0x04E5 0-9999 0.1 Voltage
Power Module ID 0x04E6 1-4
Inverter Voltage R 0x04E7 0-9999 0.1 Voltage
Inverter Voltage S 0x04E8 0-9999 0.1 Voltage
Inverter Voltage T 0x04E9 0-9999 0.1 Voltage
Reserved 0x04EA
Reserved 0x04EB
Reserved 0x04EC
Reserved 0x04ED
Reserved 0x04EE
Reserved 0x04EF
Reserved 0x04F0
Reserved 0x04F1

Battery Cabinet Temperature

Description Address Value	Unit
Battery Cabinet #1 Temperature	0x04F2	0 – 999 Degrees Celsius
Battery Cabinet #2 Temperature	0x04F3	0 – 999 Degrees Celsius
Battery Cabinet #3 Temperature	0x04F4	0 – 999 Degrees Celsius
Battery Cabinet #4 Temperature	0x04F5	0 – 999 Degrees Celsius
Reserved 0x04F6
Reserved 0x04F7

Operation

Manufacture

Description Address Value Unit
Manufacture Byte 0, 1 0x04F8 Lo: Byte 0, Hi: Byte 1
Manufacture Byte 2, 3 0x04F9 Lo: Byte 2, Hi: Byte 3
Manufacture Byte 4, 5 0x04FA Lo: Byte 4, Hi: Byte 5
Manufacture Byte 6, 7 0x04FB Lo: Byte 6, Hi: Byte 7
Manufacture Byte 8, 9 0x04FC Lo: Byte 8, Hi: Byte 9
Manufacture Byte 10, 11 0x04FD Lo: Byte 10, Hi: Byte 11
Manufacture Byte 12, 13 0x04FE Lo: Byte 12, Hi: Byte 13
Manufacture Byte 14, 15 0x04FF Lo: Byte 14, Hi: Byte 15
Reserved 0x0500
Reserved 0x0501
Reserved 0x0502

Model

Description Address Value Unit
Model Byte 0, 1 0x0503 Lo: Byte 0, Hi: Byte 1
Model Byte 2, 3 0x0504 Lo: Byte 2, Hi: Byte 3
Model Byte 4, 5 0x0505 Lo: Byte 4, Hi: Byte 5
Model Byte 6, 7 0x0506 Lo: Byte 6, Hi: Byte 7
Model Byte 8, 9 0x0507 Lo: Byte 8, Hi: Byte 9
Model Byte 10, 11	0x0508 Lo: Byte 10, Hi: Byte 11
Model Byte 12, 13	0x0509 Lo: Byte 12, Hi: Byte 13
Model Byte 14, 15	0x050A Lo: Byte 14, Hi: Byte 15
Reserved	0x050B
Reserved	0x050C
Reserved	0x050D

Firmware Version

UPS Connection Status

Description Address Value Unit
UPS Connection Status 0x051C 0: Disconnection 1:		Connection

Note: Filed value 0xFFFF in Input Registers represents that field is not supported by UPS.

Warranty & Product Registration

LIMITED WARRANTY

Seller warrants this product, if used in accordance with all applicable instructions, to be free from original defects in materials and workmanship for a period of 2 years (except internal UPS system batteries outside USA and Canada, 1 year) from the date of initial purchase. If the product should prove defective in material or workmanship within that period, Seller will repair or replace the product, in its sole discretion. Service under this Warranty can only be obtained by your delivering or shipping the product (with all shipping or delivery charges prepaid) to: Tripp Lite, 1111 W. 35th Street, Chicago, IL 60609, USA. Seller will pay return shipping charges. Visit www.triplite.com/support before sending any equipment back for repair.

THIS WARRANTY DOES NOT APPLY TO NORMAL WEAR OR TO DAMAGE RESULTING FROM ACCIDENT, MISUSE, ABUSE OR NEGLECT. SELLER MAKES NO EXPRESS WARRANTIES OTHER THAN THE WARRANTY EXPRESSLY SET FORTH HEREIN. EXCEPT TO THE EXTENT PROHIBITED BY APPLICABLE LAW, ALL IMPLIED WARRANTIES, INCLUDING ALL WARRANTIES OF MERCHANTABILITY OR FITNESS, ARE LIMITED IN DURATION TO THE WARRANTY PERIOD SET FORTH ABOVE; AND THIS WARRANTY EXPRESSLY EXCLUDES ALL INCIDENTAL AND CONSEQUENTIAL DAMAGES. (Some states do not allow limitations on how long an implied warranty lasts, and some states do not allow the exclusion or limitation of incidental or consequential damages, so the above limitations or exclusions may not apply to you. This Warranty gives you specific legal rights, and you may have other rights which vary from jurisdiction to jurisdiction.)

WARNING: The individual user should take care to determine prior to use whether this device is suitable, adequate or safe for the use intended. Since individual applications are subject to great variation, the manufacturer makes not representation or warranty as to the suitability or fitness of these devices for any specific application.

Not compatible with PoE (Power over Ethernet) applications.

PRODUCT REGISTRATION

Visit www.triplite.com/warranty today to register your new Tripp Lite product. You'll be automatically entered into a drawing for a chance to win a FREE Tripp Lite product!*

* No purchase necessary. Void where prohibited. Some restrictions apply. See website for details.

Regulatory Compliance Identification Numbers

For the purpose of regulatory compliance certifications and identification, your Tripp Lite product has been assigned a unique series number. The series number can be found on the product nameplate label, along with all required approval markings and information. When requesting compliance information for this product, always refer to the series number. The series number should not be confused with the marking name or model number of the product.

Tripp Lite has a policy of continuous improvement. Product specifications are subject to change without notice.

1111 W. 35th Street, Chicago, IL 60609 USA • www.tripplite.com/support

10-10-323 95-2907_RevB