Eaton Network Adapter FCC 15 User manual

Powerware Modbus Card
User’s Guide
®®

Class A EMC Statements
FCC Part 15
NOTE This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to
part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference
when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate
radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful
interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful
interference in which case the user will be required to correct the interference at his own expense.
ICES-003
This Class A Interference Causing Equipment meets all requirements of the Canadian Interference Causing
Equipment Regulations ICES-003.
Cet appareil numérique de la classe A respecte toutes les exigences du Reglement sur le matériel brouilleur du
Canada.
EN 50091-2
Some configurations are classified under EN 50091-2 as “Class-A UPS for Unrestricted Sales Distribution.” For
these configurations, the following applies:
WARNING This is a Class A-UPS Product. In a domestic environment, this product may cause radio interference, in
which case, the user may be required to take additional measures.
Requesting a Declaration of Conformity
Units that are labeled with a CE mark comply with the following harmonized standards and EU directives:
SHarmonized Standards: EN 50091-1-1 and EN 50091-2; EC 60950 Third Edition
SEU Directives: 73/23/EEC, Council Directive on equipment designed for use within certain voltage limits
93/68/EEC, Amending Directive 73/23/EEC
89/336/EEC, Council Directive relating to electromagnetic compatibility
92/31/EEC, Amending Directive 89/336/EEC relating to EMC
The EC Declaration of Conformity is available upon request for products with a CE mark. For copies of the EC
Declaration of Conformity, contact:
Eaton Power Quality Oy
Koskelontie 13
FIN-02920 Espoo
Finland
Phone: [phone]
Fax: [phone]
Eaton, Powerware, and X-Slot are registered trademarks of Eaton Corporation or its subsidiaries and affiliates.
Modbus is a registered trademark of Schneider Electric. Wonderware is a registered trademark of Wonderware
Corporation. HyperTerminal is a registered trademark of Hilgraeve. Microsoft and Windows are registered
trademarks of Microsoft Corporation.
ECopyright 2002–2008 Eaton Corporation, Raleigh, NC, USA. All rights reserved. No part of this document may be
reproduced in any way without the express written approval of Eaton Corporation.

EATON Powerware®Modbus®Card User’s Guide S164201376 Rev C www.powerware.com i
Table of Contents
1 Introduction 1.........................................................
2 Installing the Modbus Card 3.............................................
Inspecting the Equipment 3................................................................
Four-Wire Communication 4...............................................................
Installing the Modbus Card into an X-Slot 6....................................................
3 Wiring the Modbus Card 7...............................................
Two-Wire Networks 7...................................................................
Four-Wire Networks 8...................................................................
RS-485 Terminal Strip 8..................................................................
RS-485 Modbus Port 9...................................................................
Termination 10.........................................................................
Biasing Resistors 11...................................................................
RS-232 Modbus Port 12...................................................................
4 Modbus Card Configuration 13.............................................
Configuring the Modbus Card 13.............................................................
5 Integrating the UPS 17...................................................
Generating Modbus Data 17................................................................
Example Modbus Profiler Output Files 18.......................................................
6 Troubleshooting 23......................................................
Service and Support 25...................................................................

TABLE OF CONTENTS
EATON Powerware®Modbus®Card User’s Guide S164201376 Rev C www.powerware.com
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EATON Powerware®Modbus®Card User’s Guide S164201376 Rev C www.powerware.com 1
Chapter 1 Introduction
The Eaton®Powerware®Modbus®Card is an X-Slot®connectivity device
that allows you to continuously and reliably monitor the UPSs in your
Building Management System (BMS). The card uses the Modbus
protocol to integrate data from the UPS into your building management
software, such as WonderwareR
The Modbus Card, shown in Figure 1, has the following features:
SRS-485 communication through an isolated DB-9 port or isolated
terminal strip
SSelectable termination and polarity resistance
SRS-232 communication through a DB-9 port
SSupports Modbus READ INPUT STATUS and READ INPUT REGISTER
commands
STwo-wire or four-wire communication topology
SLEDs showing communication activity
SThe Modbus Profiler tool can generate a Modbus register map for
easy integration into your building management software (see
page 17)
SX-Slot design for UPSs with an internal X-Slot or installed in a
Powerware Expansion Chassis for UPSs that do not have internal
X-Slots
RS-485 Modbus
(use either the DB-9 port or terminal strip)
RS-232 Modbus DB-9 Port
Configuration PortCommunication LEDs
Figure 1. The Modbus Card
Figure 2 shows a Powerware UPS added to an existing network by
connecting the terminal strip on the Modbus Card to the RS-485
terminals on another device.
.

INTRODUCTION
EATON Powerware®Modbus®Card User’s Guide S164201376 Rev C www.powerware.com
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RS-485 Network
Power Meter
PLC UPS with Modbus Card
Ethernet Gateway
Building Management Software
Ethernet
-270.6 -270.6
Figure 2. UPS Integrated with RS-485 Network

EATON Powerware®Modbus®Card User’s Guide S164201376 Rev C www.powerware.com 3
Chapter 2 Installing the Modbus Card
The Modbus Card is available:
Sas a separate card for use with UPSs that have an X-Slot
Sfactory-installed in a Powerware Expansion Chassis
Use the following sequence for installing the Modbus Card:
1. For four-wire networks only, change the jumpers on the Modbus
Card (see “Four-Wire Communication” on page 4).
2. If the Modbus Card will be the last device installed in the network
chain or the length of the network cable is excessive, termination
needs to be enabled (see “Termination” on page 10).
3. Install the card with the UPS (see the Powerware Expansion
Chassis User’s Guide or “Installing the Modbus Card into an X-Slot”
on page 6).
4. Wire the card to your network (see Chapter 3, “Wiring the Modbus
Card”onpage7).
5. Configure the card (see Chapter 4, “Modbus Card Configuration”
on page 13).
6. Run the Modbus Profiler tool to integrate the UPS data with the
building management software (see Chapter 5, “Integrating the
UPS” on page 17).
Inspecting the Equipment
If any equipment has been damaged during shipment, keep the shipping
cartons and packing materials for the carrier or place of purchase and file
a claim for shipping damage. If you discover damage after acceptance,
file a claim for concealed damage.
To file a claim for shipping damage or concealed damage: 1) File with
the carrier within 15 days of receipt of the equipment; 2) Send a copy of
the damage claim within 15 days to your service representative.

INSTALLING THE MODBUS CARD
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Four-Wire Communication
The factory-default setting for the Modbus Card is for two-wire
communication. To change the default setting, adjust the jumpers on the
Modbus Card.
CAUTION
To prevent electrostatic discharge (ESD), place one hand on an unpainted metal surface such
as the UPS rear panel.
1. If you are installing the Modbus Card into an X-Slot, complete
Step 3 only.
If you are installing the Powerware Expansion Chassis with your
UPS, complete Steps 2 through 4.
2. Remove the card from the slot on the Powerware Expansion
Chassis rear panel. Retain the screws (see Figure 3).
Figure 3. Removing the Modbus Card

INSTALLING THE MODBUS CARD
EATON Powerware®Modbus®Card User’s Guide S164201376 Rev C www.powerware.com 5
3. Change the J9 and J10 jumpers to the desired setting as shown in
Figure 4.
1
1
J11
23456
ON
S2
J7 J8
J10
J9
J9
J10
Four-Wire
1
1
J9
J10
Two-Wire
(Default)
1
1
Figure 4. Modbus Card Jumpers
4. Reinstall the Modbus Card into the Powerware Expansion Chassis.
Align the Modbus Card with the slot guides and slide the card into
the slot until it is firmly seated.
Secure the Modbus Card with the screws removed in Step 2.

INSTALLING THE MODBUS CARD
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Installing the Modbus Card into an X-Slot
CAUTION
To prevent electrostatic discharge (ESD), place one hand on an unpainted metal surface such
as the UPS rear panel.
1. Remove the X-Slot cover (or existing X-Slot module) on the UPS
rear panel. Retain the screws (see Figure 5).
NOTE Some UPSs may have another X-Slot module already installed (such as the
Powerware 9125 UPS). If there is a communication cable attached to this module, disconnect
the cable and then remove the X-Slot module.
Figure 5. Removing the Single-Port Module
2. Install the Modbus Card into the X-Slot on the UPS.
Align the Modbus Card with the slot guides and slide the card into
the slot until it is firmly seated.
Secure the Modbus Card with the screws removed in Step 1.

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Chapter 3 Wiring the Modbus Card
The Modbus Card provides an easy path for integrating a Powerware
UPS into an RS-485 Modbus network and also provides isolation of the
communication between the UPS and the RS-485 Modbus network.
You can use the DB-9 port or terminal strip on the Modbus Card to wire
into a two-wire or four-wire network.
Two-Wire Networks
The Modbus Card’s default configuration is for two-wire, half-duplex,
RS-485 networks. Figure 6 shows a detailed view of two-wire
connections using the Modbus Card terminal strip.
Slave Device #1
Master Device
Slave Device #2
RT*
RT*
*See Note
UPS with
Modbus Card RxD+ RxD–
T-- R+T+ GndR-- T-- R+T+ GndR--
T--
R+
T+
Gnd
R--
Figure 6. Two-Wire RS-485 Modbus Network
NOTE Only one transmission pair is used. It is not necessary to jumper the unused pair
together (this connection is made internally). Belden 9841 or equivalent cabling (a single
twisted-pair shielded cable with ground) is recommended.
NOTE If the Modbus Card is the last device installed in the network chain or the length of
the network cable is excessive, termination needs to be enabled (see page 10).

WIRING THE MODBUS CARD
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Four-Wire Networks
The Modbus Card also supports four-wire, half-duplex, RS-485 networks.
Figure 7 shows a detailed view of four-wire connections using the
Modbus Card terminal strip.
Slave Device #1
Master Device
Slave Device #2
*See Note
RT*
RT*
RT*
RT*
UPS with
Modbus Card RxD+ RxD–TxD+ TxD–
T--R+ T+Gnd R-- T--R+ T+Gnd R--
T--
R+
T+
Gnd
R--
Figure 7. Four-Wire RS-485 Modbus Network
NOTE Belden 9842 or equivalent cabling (a dual twisted-pair shielded cable with ground)
is recommended.
NOTE If the Modbus Card is the last device installed in the network chain or the length of
the network cable is excessive, termination needs to be enabled (see page 10).
RS-485 Terminal Strip
The RS-485 five-position terminal strip provides an alternate interface to
attach the RS-485 transmission lines. This connector also allows external
resistors to be applied to terminate the network.
Before connecting the RS-485 network to the Modbus Card, remove the
detachable plug from the 5-pin terminal strip connector. The RS-485
signal names are shown just above the connector (see Figure 8).
For two-wire networks. Connect the RS-485 network signal TxD(+) to the
RxD(+) input signal on the Modbus Card terminal strip. Connect the
RS-485 network signal TxD(–) to the RxD(–) input signal on the Modbus
Card terminal strip. The Modbus Card factory-default jumper setting for
J9 and J10 is two-wire communication.

WIRING THE MODBUS CARD
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For four-wire networks. All four RS-485 network signals including TxD(+),
RxD(+), TxD(–), and RxD(–) must be connected to the terminal strip as
illustrated in Table 1. Verify that the Modbus Card J9 and J10 jumpers
are set to the four-wire option (see “Four-Wire Communication” on
page 4).
TxD+ RxD+ TxD– RxD– GND
12345
Figure 8. RS-485 Terminal Strip
Table 1. RS-485 Terminal Strip Pin Assignments
Pin Number Modbus Card Signal Name RS-485 Network Signals
Master Signal Name
1TxD(+) RxD(+)
2RxD(+) TxD(+)
3TxD(–) RxD(–)
4RxD(–) TxD(–)
5Signal common Signal common
RS-485 Modbus Port
For two-wire networks. Connect the RS-485 network signal TxD(+) to the
Modbus RxD(+) input signal (DB-9 Pin 1). Connect the RS-485 network
signal TxD(–) to the Modbus RxD(–) input signal (DB-9 Pin 6). The
Modbus Card factory-default jumper setting for J9 and J10 is two-wire
communication.
For four-wire networks. All four RS-485 network signals including TxD(+),
RxD(+), TxD(–), and RxD(–) must be connected to the pin assignments
on the DB-9 connector as illustrated in Table 2. Verify that the Modbus
Card J9 and J10 jumpers are set to the four-wire option (see “Four-Wire
Communication” on page 4).

WIRING THE MODBUS CARD
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3
87
9
1
6
245
Figure 9. RS-485 DB-9 Pin Numbers
Table 2. RS-485 DB-9 Pin Assignments
Pin Number Modbus Card Signal Name RS-485 Network Signals
Master Signal Name
1RxD(+) TxD(+)
2TxD(+) RxD(+)
3Signal common Signal common
4Reserved —
5Reserved —
6RxD(–) TxD(–)
7TxD(–) RxD(–)
8Reserved —
9Reserved —
Termination
CAUTION
Termination resistors should be placed only at the extreme ends of the RS-485 network. No
more than two termination points should be used in the RS-485 network.
Termination is not required unless the Modbus Card is located at the
end of the RS-485 network or the length of the network cable is
excessive.
If receive termination is required, an on-board 120 ohm termination
resistor may be selected by setting S2-3 to the ON position. A 120 ohm
resistor will be placed in parallel with the RxD(+) and RxD(–) lines (see
Figure 10).
If transmit termination (four-wire networks) is required, an on-board
120 ohm termination resistor may be selected by setting S2-4 to the ON
position. A 120 ohm resistor will be placed in parallel with the TxD(+)
and TxD(–) lines (see Figure 10).

WIRING THE MODBUS CARD
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1
J11
S2
J7 J8
J10
J9
RxD(–) Pull Down (620Ω)
RxD Terminator (120Ω)
Four-Wire
Two-Wire
ON
*OFF
123456
TxD(–) Pull Down (620Ω)
TxD(+) Pull Up (620Ω)
TxD Terminator (120Ω)
RxD(+) Pull Up (620Ω)
*Factory-default = OFF
Figure 10. S2 Termination Configuration
If a value other than the on-board 120 ohm termination is required, then
S2-3 and S2-4 should be set to the OFF position. The Modbus Card
terminal strip provides easy access to attach external termination
resistors across the TxD(+), TxD(–), RxD(+), and RxD(–) RS-485 network
lines.
Biasing Resistors
CAUTION
Biasing resistors should be used at only one point in the RS-485 network.
Biasing resistors are used to ensure that the idle voltage sensed across
the receiver does not create false data bits. The factory-default for
S2 (1–6) is OFF.
Two on-board 620 ohm biasing resistors may be selected by setting
S2-1 and S2-2 to the ON position. If biasing is set at the master terminal
unit, then S2-1, S2-2, S2-5, and S2-6 should be set to the OFF position.

WIRING THE MODBUS CARD
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RS-232 Modbus Port
It is also possible to use the RS-232 Modbus port for connecting to your
network.
3
87
9
1
6
245
Figure 11. RS-232 DB-9 Pin Numbers
Table 3. RS-232 DB-9 Pin Assignments
Pin Number Function Direction from the Modbus Card
1No connection —
2RS-232 transmit data Out
3RS-232 receive data In
4No connection —
5Signal common —
6No connection —
7No connection —
8No connection —
9No connection —

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Chapter 4 Modbus Card Configuration
The Modbus Card has an RS-232 configuration port that you can access
with a terminal or a computer equipped with a terminal emulation
program.
To use the configuration screens for the Modbus Card, you need:
SA serial communication cable (supplied).
SA terminal with a serial communication port, or a computer with a
terminal emulation program such as HyperTerminalR
The serial line should be set to 9600 baud, No parity, 8 data bits,
1 stop bit, and no hardware handshaking. The configuration port
always runs at these settings.
Configuring the Modbus Card
NOTE The Modbus Card is already configured for communication at 9600 baud and the
slave address is set to 29. If you do not need to change these settings, continue to Chapter 5,
“Integrating the UPS” on page 17 to integrate the UPS data with your building management
software.
To connect the card to the computer and start the terminal emulation
program:
1. Connect the supplied serial cable from the configuration port on the
Modbus Card to an available RS-232 communication port on your
computer (see Figure 12).
Configuration
Port
Figure 12. Configuration Port
.

MODBUS CARD CONFIGURATION
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2. Press [Enter]. The Configuration screen appears (see Figure 13).
Powerware Modbus Card
Version 1.00 (1-16-02)
Current Configuration:
Baud Rate: 9600
Slave Address: 29
-----------------------------------------------------------------------------
Valid Commands:
AD Change Slave Address, usage AD n,
where n is the new slave address for the card (1 - 247 valid).
BD Change Modbus Baud Rate, usage BD n,
where n is the new baud rate (1200, 2400, 4800, 9600, 19200).
SA Save Configuration
-----------------------------------------------------------------------------
Figure 13. Configuration Screen
If the Configuration screen does not appear, press [Enter] one more
time.
If you still do not see the Configuration screen, check the following
conditions:
SThe communication settings of the terminal should be
9600 baud, No parity, 8 data bits, 1 stop bit, and no hardware
handshaking.
SIf the serial configuration is correct, check the cabling to be sure
all connections are secure.
SVerify that your terminal emulation program is on the correct
communication port for serial communication.
SVerify that the UPS has input power and is turned on.
3. To configure the Modbus Card baud rate, type BD followed by a
space and the baud rate (1200, 2400, 4800, 9600, or 19200) and
press [Enter]. The default is 9600 baud. This setting affects both
RS-232 and RS-485 Modbus connections.

MODBUS CARD CONFIGURATION
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4. To configure the slave address, type AD followed by a space and
node (1 through 247) and press [Enter]. The default is 29. This
setting affects both RS-232 and RS-485 Modbus connections.
5. To save and exit, type SA and press [Enter] to permanently save the
new configuration changes.
6. The card is now configured. Shut down the terminal emulation
program and disconnect the serial cable from the Modbus Card.
7. Continue to Chapter 5, “Integrating the UPS” on page 17.

MODBUS CARD CONFIGURATION
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