Solid state equipment has operational characteristics differing from those of electromechanical equipment. Safety Guidelines
for the Application, Installation and Maintenance of Solid State Controls (publication SGI-1.1
Rockwell Automation sales office or online at http://literature.rockwellautomation.com
between solid state equipment and hard-wired electromechanical devices. Because of this difference, and also because of the
wide variety of uses for solid state equipment, all persons responsible for applying this equipment must satisfy themselves
that each intended application of this equipment is acceptable.
In no event will Rockwell Automation, Inc. be responsible or liable for indirect or consequential damages resulting from the
use or application of this equipment.
The examples and diagrams in this manual are included solely for illustrative purposes. Because of the many variables and
requirements associated with any particular installation, Rockwell Automation, Inc. cannot assume responsibility or liability
for actual use based on the examples and diagrams.
No patent liability is assumed by Rockwell Automation, Inc. with respect to use of information, circuits, equipment, or
software described in this manual.
Reproduction of the contents of this manual, in whole or in part, without written permission of Rockwell Automation, Inc., is
prohibited.
Throughout this manual, when necessary, we use notes to make you aware of safety considerations.
available from your local
) describes some important differences
WARNING
Identifies information about practices or circumstances that can cause an explosion in a
hazardous environment, which may lead to personal injury or death, property damage, or
economic loss.
IMPORTANT
ATTENTION
Identifies information that is critical for successful application and understanding of the product.
Identifies information about practices or circumstances that can lead to personal injury or death,
property damage, or economic loss. Attentions help you identify a hazard, avoid a hazard, and
recognize the consequence
SHOCK HAZARD
Labels may be on or inside the equipment, for example, a drive or motor, to alert people that
dangerous voltage may be present.
BURN HAZARD
Labels may be on or inside the equipment, for example, a drive or motor, to alert people that
surfaces may reach dangerous temperatures.
Allen-Bradley, PanelView Plus, PanelView Plus Compact, FactoryTalk View, FactoryTalk View ME, FactoryTalk View Studio, FactoryTalk ViewPoint, RSLinx Enterprise, Rockwell Automation, and TechConnect
are trademarks of Rockwell Automation, Inc.
Trademarks not belonging to Rockwell Automation are property of their respective companies.
Use this manual if you are responsible for installing, configuring, and
operating the PanelView Plus Compact terminals.
No special knowledge is required to understand this manual or
operate the terminal. However, you must understand the functions
and operations of the FactoryTalk View ME applications that will run
on the terminal. Consult the application designer for this information.
Equipment installers must be familiar with standard panel installation
techniques.
Your terminal is shipped with these items:
• Power terminal block
• FactoryTalk View ME runtime software preloaded
• Mounting levers or mounting clips (model dependent)
• Panel cutout template
• Installation instructions
Additional Resources
The table lists resources available for the PanelView Plus terminals.
ResourceDescription
PanelView Plus 400 and 600 Terminals
Installation Instructions, publication
2711P-IN002
PanelView Plus 700 to 1500 Terminals and
Display Modules, and PanelView Plus
Compact 1000 Terminals, Installation
Instructions, publication 2711P-IN001
Wiring and Grounding Guidelines for
PanelView Plus Devices Technical Data,
publication 2711P-TD001
You can view or download publications at
http://literature.rockwellautomation.com
technical documentation, contact your local Rockwell Automation
distributor or sales representative.
Provides details on how to install the
terminals in a panel, and wire power.
Provides details on how to install the
terminals in a panel, and wire power.
Provides grounding and wiring guidelines
for PanelView Plus terminals.
. To order paper copies of
7Publication 2711PC-UM001A-EN-P - March 20097
Page 8
Preface
8Publication 2711PC-UM001A-EN-P - March 2009
Page 9
Overview
Chapter
1
Chapter Objectives
Product Overview
This chapter covers these topics:
• Product description
• Catalog number explanation
• Software support
• Terminal configurations
• Display modules
• Accessories
The PanelView Plus Compact terminals are similar to some PanelView
Plus terminal configurations but with limited hardware and software
functions. Major differences of the compact terminals include:
• Fixed hardware configuration, without the addition or
replacement of modular components.
• Serial and Ethernet communication only.
• Connection to a single logic controller using either RSLinx
Enterprise or KEPServer Enterprise software, not both.
• Limited number of displays and alarms in the FactoryTalk View
Machine Edition (ME) application and runtime software.
• FactoryTalk ViewPoint software is not supported.
• Primary HMI for CompactLogix controllers.
Applications created for PanelView Plus Compact terminals are
referred to as Compact Machine Edition applications. You can
run compact applications on PanelView Plus and PanelView
Plus Compact terminals. You cannot run a regular Machine
Edition application created for a PanelView Plus terminal on a
PanelView Plus Compact terminal.
Catalog Number
TIP
The table provides catalog number configurations for the PanelView
Plus Compact terminals.
Explanation
Cat. No.Display SizeOperator InputDisplay TypeInput Power
Each terminal is preloaded with FactoryTalk View Machine Edition
runtime and configuration software that does not require activation.
Applications for the compact terminals are created using FactoryTalk
View Studio software.
Software RequirementsVersion
FactoryTalk View Studio5.1 or later
RSLinx Enterprise
(1)
RSLinx Enterprise software is provided with FactoryTalk View Studio. During software installation, you are
prompted to install RSLinx Enterprise software.
(1)
5.20 or later
Compact Machine Edition applications are restricted to a subset of the
functions allowed on the PanelView Plus terminals.
• Maximum of 25 displays
• Maximum of 200 alarm messages
• Maximum screen resolution of 640 x 480 (VGA)
• one connection or shortcut to a single controller using either
RSLinx Enterprise 5.20 or KEPServer Enterprise.
• Serial and Ethernet communication only.
If using RSLinx Enterprise, only serial-DF1, serial-DH485 and
Ethernet drivers are supported.
Hardware Configurations
400 and 600 Configurations
1
2
3
The terminal configurations are fixed and do not support
communication modules. The 1000 touch terminal has a fixed display
module and logic module that cannot be replaced.
1000 Configuration
5
5
4
ItemDescription
1
USB port
(1)
2RS-232 serial port
310/100BaseT Ethernet port
4Power input, 24V DC
5CompactFlash Type 1 card slot
(1)
The 400 and 600 models have one USB port; the 1000 model have two USB ports.
1
2
3
4
10Publication 2711PC-UM001A-EN-P - March 2009
Page 11
Overview Chapter 1
Displays
The terminal configurations provide monochrome or color displays
with keypad, touch, or keypad/touch input.
Keypad Description of 400 Terminals
KeysDescription
F1 through F8Programmable keys that initiate functions on terminal display.
Numeric Keypad0…9, ., -, Backspace, Enter, Left and Right Tab keys, Shift keys
Navigation KeysUse the arrow keys for navigation.
Use the Alt+arrow keys to activate home, end, page up, and page
down functions.
ATTENTION
Use a finger or gloved finger to operate the keypad. To operate
the touch screen, use your finger, gloved finger, or plastic stylus
with a minimum tip radius of 1.3 mm (0.051 in.). Using other
object or tool may damage the touch screen or keypad.
Accessories
The compact terminals use many of the same accessories as the
PanelView Plus terminals with the exception of the display modules,
communication modules, logic modules, and memory.
IMPORTANT
The PanelView Plus Compact terminals do not support the
addition or replacement of modular components.
2711P-RL10C2Replacement color backlight for 1000 series B and C displays
Publication 2711PC-UM001A-EN-P - March 200911
Page 12
Chapter 1 Overview
Replacement Bezels
Cat. No.Description
2711P-RBT10Replacement bezel for 1000 touch terminal
Protective Antiglare Overlays
Cat. No.Description
2711P-RGK4Antiglare overlay (3) for PanelView Plus 400 keypad terminal
2711P-RGB4Antiglare overlay (3) for PanelView Plus 400 color keypad/touch terminal
2711P-RGT6Antiglare overlay (3) for PanelView Plus 600 touch terminal
2711P-RGT6Antiglare overlay (3) for PanelView Plus 600 touch terminal
2711P-RGT10 Antiglare overlay (3) for PanelView Plus 1000 touch terminal
Adapter Plates
Cat. No.Description
2711P-RAK4Adapts a PanelView Plus 400 keypad terminal to a PanelView
Standard 550 keypad cutout
2711P-RAT10Adapts a PanelView Plus 1000 touch terminal to a PanelView
1000/1000E touch cutout
Cables
Cat. No. Description
2711-NC13RS-232 operating/programming cable (9-pin D-shell to 9-pin D-shell), 5
m (16.4 ft)
2711-NC14RS-232 operating/programming cable (9-pin D-shell to 9-pin D-shell),
10 m (32.7 ft)
2711-NC17Remote RS-232 serial cable (9-pin D-shell to 9-pin D-shell)
2711-NC21RS-232 operating cable (9-pin D-shell to 8-pin mini DIN), 5 m (16.4 ft)
2711-NC22RS-232 operating cable (9-pin D-shell to 8-pin mini DIN), 10 m (32.7 ft)
2711P-CBL-EX04Ethernet CAT5 crossover cable, industrial grade, 4.3 m (14 ft)
Communication Adapters
Cat. No. Description
1761-NET-AICAIC+ advanced interface converter
Miscellaneous
Cat. No.Description
2711P-RY2032Replacement battery for 1000 terminal
2711P-RTMCReplacement mounting clips for 1000 terminals, quantity of 8
2711P-RTFCReplacement mounting levers for 400 and 600 terminals, quantity of 8
2711-TBDCReplacement DC power terminal block for 400 and 600 terminals
2711P-RTBDC2 Replacement two-position DC power terminal block for 1000 terminal
12Publication 2711PC-UM001A-EN-P - March 2009
Page 13
Installing the Terminal
Chapter
2
Chapter Objectives
Hazardous Locations
This chapter provides pre-installation information and procedures on
how to install the terminals.
• Hazardous locations
• Environment and enclosure
• Required tools
• Clearances
• Panel cutout dimensions
• Mount the 400 or 600 terminal in a panel
• Mount the 1000 terminal in a panel
• Product dimensions
This equipment is suitable for these locations:
• Class I, Division 2, Groups A, B, C, D
• Class II, Division 2, Groups F, G
• Class III
• ordinary, nonhazardous locations
The following statement applies to use in hazardous locations.
WARNING
The terminals have a temperature code of T4 when operating in a
55 °C (131 °F) maximum ambient temperature. Do not install the
terminals in environments where atmospheric gases have ignition
temperatures less than 135 °C (275 °F).
13Publication 2711PC-UM001A-EN-P - March 200913
Explosion Hazard
• Substitution of components may impair suitability for hazardous
locations.
• Do not disconnect equipment unless power has been switched off
and area is known to be nonhazardous.
• Do not connect or disconnect components unless power has been
switched off.
• All wiring must comply with N.E.C. articles 501, 502, 503, and/or
C.E.C. section 18-1J2 as appropriate.
• Peripheral equipment must be suitable for the location in which it is
used.
Page 14
Chapter 2 Installing the Terminal
USB Ports
The PanelView Plus Compact terminals contain universal serial bus
(USB) ports that comply with hazardous location environments. This
section details the field-wiring compliance requirements and is
provided in accordance with the National Electrical Code, article 500.
PanelView Plus Compact Terminals Control Drawing
Associated Nonincendive Field Wiring Apparatus
PanelView Plus 400, 600, or 1000 Host Product
Nonincendive Field Wiring
USB Port
Nonincendive Field
Wiring Apparatus
USB
Peripheral
Device
Table 1 - PanelView Plus Compact USB Port Circuit Parameters
Display Size
400 and 600
C
a
V
oc
I
sc
Groups
A and B
Groups
C and D
Groups
A and B
5.25V DC 1.68 A10 µF10 µF3.5 µH15 µH
L
a
Groups
C and D
Series C or later
10005.25V DC 1.68 A10 µF10 µF15 µH15 µH
Selected nonincendive field wiring apparatus must have nonincendive
circuit parameters conforming with Table 2.
Table 2 - Required Circuit Parameters for the USB Peripheral Device
V
max
I
max
Ci + C
+ L
L
i
cable
cable
≥ V
≥I
£ Ca
£ L
oc
sc
a
14Publication 2711PC-UM001A-EN-P - March 2009
Page 15
Installing the Terminal Chapter 2
Application Information
Per the National Electrical Code the circuit parameters of
nonincendive field wiring apparatus for use in hazardous locations
shall be coordinated with the associated nonincendive field wiring
apparatus such that their combination remains nonincendive. The
PanelView Plus terminal and the USB peripheral device shall be
treated in this manner.
The circuit parameters of the PanelView Plus terminal USB port are
given in Table 1. The USB peripheral device and its associated cabling
shall have circuit parameters with the limits given in Table 2 for them
to remain nonincendive when used with the PanelView Plus terminal
USB port. If cable capacitance and inductance are not known the
following values from ANSI/ISA-RP 12.06.01-2003 may be used:
C
= 197 pF/m (60 pF/ft)
cable
L
= 0.7 µH/m (0.20 µH/ft)
cable
Nonincendive field wiring must be wired and separated in accordance
with 501.10(B)(3) of the National Electrical Code (NEC) ANSI/NFPA 70
or other local codes as applicable.
This associated nonincendive field wiring apparatus has not been
evaluated for use in combination with another associated
nonincendive field wiring apparatus.
Symbol Definitions
V
I
V
I
C
C
L
L
oc
sc
max
max
i
a
i
a
Open circuit voltage of the host USB port.
Maximum output current of the host USB port.
Maximum applied voltage rating of the USB peripheral device.
V
shall be greater than or equal to Voc in Table 1. (V
max
max
≥ V
oc ).
Maximum current to which the USB peripheral device can be subjected.
I
shall be greater than or equal to Isc in Table 1. (I
max
max
≥Isc).
Maximum internal capacitance of the USB peripheral device.
Maximum allowed capacitance of the USB peripheral device and its
associated cable. The sum of C
the associated cable shall be less than or equal to C
of the USB peripheral device and C
i
. (Ci + C
a
cable
cable
≤ Ca).
Maximum internal inductance of the USB peripheral device.
Maximum allowed inductance of the USB peripheral device and its
associated cable. The sum of L
the associated cable shall be less than or equal to L
of the USB peripheral device and L
i
. (Li + L
a
cable
cable
≤ La).
of
of
Publication 2711PC-UM001A-EN-P - March 200915
Page 16
Chapter 2 Installing the Terminal
Environment and Enclosure
ATTENTION
This equipment is intended for use in a Pollution Degree 2
industrial environment, in overvoltage Category II applications
(as defined in IEC 60664-1), at altitudes up to 2000 m (6561 ft)
without derating.
The terminals are intended for use with programmable logic
controllers. Terminals that are AC powered must also be
connected to the secondary of an isolating transformer.
This equipment is considered Group 1, Class A industrial
equipment according to IEC CISPR 11. Without appropriate
precautions, there may be difficulties ensuring electromagnetic
compatibility in residential and other environments due to
conducted or radiated disturbances.
This equipment is supplied as open-type equipment. It must be
mounted within an enclosure that is suitably designed for those
specific environmental conditions that will be present and
appropriately designed to prevent personal injury resulting from
accessibility to live parts. The interior of the enclosure must be
accessible only by the use of a tool. The terminals meet
specified NEMA Type and IEC ratings only when mounted in a
panel or enclosure with the equivalent rating. Subsequent
sections of this publication may contain additional information
regarding specific enclosure type ratings that are required to
comply with certain product safety certifications.
In addition to this publication, see:
• Industrial Automation Wiring and Grounding Guidelines,
publication 1770-4.1
• NEMA Standards 250 and IEC 60529, as applicable, for
explanations of the degrees of protection provided by different
types of enclosure.
, for additional installation requirements.
16Publication 2711PC-UM001A-EN-P - March 2009
Page 17
Installing the Terminal Chapter 2
Required Tools
Clearances
These tools are required for panel installation:
• Panel cutout tools
• Small, slotted screwdriver
• Torque wrench (lb•in) for tightening the mounting clips on the
1000 terminal
Allow adequate clearance around the terminal, inside the enclosure,
for adequate ventilation. Consider heat produced by other devices in
the enclosure. The ambient temperature around the terminals must be
between 0…55 °C (32…131 ºF).
Clearance Area 400 and 600 Terminals1000 Terminal
Top51 mm (2 in.)51 mm (2 in.)
Bottom102 mm (4 in.)51 mm (2 in.)
(1)
Side
Back None25 mm (1 in.)
(1)
Minimum side clearance for insertion of memory card and cable wiring is 102 mm (4 in.).
25 mm (1 in.)25 mm (1 in.)
Cutout Dimensions
Use the full size template shipped with your terminal to mark the
cutout dimensions.
Terminal TypeHeight mm (in.)Width mm (in.)
400 Keypad, or Keypad and Touch123 (4.86)156 (6.15)
600 Touch123 (4.86)156 (6.15)
1000 Touch224 (8.8)305 (12.00)
Publication 2711PC-UM001A-EN-P - March 200917
Page 18
Chapter 2 Installing the Terminal
Mount the 400 or 600
Terminal in a Panel
Mounting levers secure the terminal to the panel. The number of
levers you use (4 or 6) varies by terminal type.
ATTENTION
Follow these steps to mount the 400 or 600 terminals in a panel.
1. Cut an opening in the panel by using the panel cutout shipped
with the terminal.
2. Make sure the terminal sealing gasket is properly positioned on
the terminal.
This gasket forms a compression-type seal. Do not use sealing
compounds.
Disconnect all electrical power from the panel before making
the panel cutout.
Make sure the area around the panel cutout is clear.
Take precautions so metal cuttings do not enter any
components already installed in the panel.
Failure to follow these warnings may result in personal injury or
damage to panel components.
Sealing Gasket
3. Place the terminal in the panel cutout.
If installing the terminal in an existing 550 panel cutout, align
the terminal with the center of the cutout for best gasket sealing.
4. Insert all mounting levers into the mounting slots on the
terminal.
18Publication 2711PC-UM001A-EN-P - March 2009
Page 19
Installing the Terminal Chapter 2
Slide each lever until the flat side of the lever touches the
surface of the panel.
Mounting Slots
5. When all levers are in place, slide each lever an additional notch
6. Rotate each lever in the direction indicated until it is in the final
Flat Side of Lever
Mounting Levers
or two until you hear a click.
latch position.
Follow the latching sequence for the optimum terminal fit.
14
4 Levers
Notch
Rotate lever until notch in
lever aligns with proper
alignment mark on terminal.
61
Alignment Marks
3
513
6 Levers
246
2
2
3
4
5
6
Terminal Markings
or Alignment
Use this table as a guide to provide an adequate gasket seal
between the terminal and the panel.
Lever PositionPanel Thickness RangeTypical Gauge
11.52…2.01 mm (0.060…0.079 in.)16
1
22.03…2.64 mm (0.08…0.104 in.)14
32.67…3.15 mm (0.105…0.124 in.)12
43.17…3.66 mm (0.125…0.144 in.)10
53.68…4.16 mm (0.145…0.164 in.)8/9
64.19…4.75 mm (0.165…0.187 in.)7
ATTENTION
Follow instructions to provide a proper seal and to
prevent potential damage to the product. Rockwell
Automation assumes no responsibility for water or
chemical damage to the terminal or other equipment
within the enclosure because of improper installation.
Publication 2711PC-UM001A-EN-P - March 200919
Page 20
Chapter 2 Installing the Terminal
Mount the 1000 Terminal in
a Panel
Mounting clips secure the terminal to the panel.
ATTENTION
Follow these steps to mount the terminal in a panel.
1. Cut an opening in the panel by using the panel cutout shipped
with the terminal.
2. Make sure the terminal sealing gasket is properly positioned on
the terminal.
This gasket forms a compression-type seal. Do not use sealing
compounds.
Disconnect all electrical power from the panel before making
the panel cutout.
Make sure the area around the panel cutout is clear.
Take precautions so metal cuttings do not enter any
components already installed in the panel.
Failure to follow these warnings may result in personal injury or
damage to panel components.
3. Place the terminal in the panel cutout.
Sealing Gasket
20Publication 2711PC-UM001A-EN-P - March 2009
Page 21
4. Slide the ends of the mounting clips into the slots on terminal.
Mounting Clip Slot
5. Tighten the mounting clip screws by hand until the gasket seal
Installing the Terminal Chapter 2
Mounting Clip
contacts the mounting surface uniformly.
6. Tighten the mounting clips screws to a torque of 0.90…1.1 N•m
(8…10 lb•in) by using the specified sequence, making sure not
to overtighten.
14
Torque Sequence
23
ATTENTION
Tighten the mounting clips to the specified torque to
provide a proper seal and to prevent damage to the
product. Allen-Bradley assumes no responsibility for
water or chemical damage to the product or other
equipment within the enclosure because of improper
installation.
Publication 2711PC-UM001A-EN-P - March 200921
Page 22
Chapter 2 Installing the Terminal
Product Dimensions
185 (7.28)
Product dimensions for each terminal are in mm (in.).
PanelView Plus 400 Keypad or Keypad/Touch Dimensions
152
(6.0)
PanelView Plus Compact 600 Touch Dimensions
152 (6.0)
90
(3.54)
71 (2.81)
154 (6.08)
98 (3.86)
60
(2.35)
68 (2.68)
248
(9.7)
185 (7.28)
71 (2.81)
154 (6.08)
PanelView Plus Compact 1000 Touch Dimensions
55 (2.18)
329
(12.97)
22Publication 2711PC-UM001A-EN-P - March 2009
Page 23
Connecting Power
Chapter
3
Chapter Objectives
Wiring and Safety
Guidelines
This chapter covers wiring and safety guidelines, and provides
procedures to:
• remove and install the power terminal block.
• connect DC power.
• reset the terminal.
Use publication NFPA 70E Electrical Safety Requirements for
Employee Workplaces, IEC 60364 Electrical Installations in Buildings,
or other applicable wiring safety requirements for the country of
installation when wiring the devices. In addition to the NFPA
guidelines:
• connect the device and other similar electronic equipment to its
own branch circuit.
• protect the input power by a fuse or circuit breaker rated at no
more than 15 A.
• route incoming power to the device by a separate path from the
communication lines.
• cross power and communication lines at right angles if they
must cross.
• Communication lines can be installed in the same conduit as
low-level DC I/O lines (less than 10V).
• shield and ground cables appropriately to avoid electromagnetic
interference (EMI).
• Grounding minimizes noise from EMI and is a safety measure in
electrical installations.
For more information on grounding recommendations, refer to the
National Electrical Code published by the National Fire Protection
Association.
For more information, refer to Wiring and Grounding Guidelines for
PanelView Plus Devices, publication 2711P-TD001
publication in the literature library at this website
http://literature.rockwellautomation.com
23Publication 2711PC-UM001A-EN-P - March 200923
.
. You can locate this
Page 24
Chapter 3 Connecting Power
Removing and Installing the
Power Terminal Block
The terminals are shipped with the power terminal block installed.
You can remove the terminal block for ease of installation, wiring, and
maintenance.
PanelView Plus Compact 400 and 600 Terminals
WARNING
Explosion Hazard
Substitution of components may impair suitability for hazardous
locations.
Do not disconnect equipment unless power has been switched
off and area is known to be nonhazardous.
Do not connect or disconnect components unless power has
been switched off.
All wiring must comply with N.E.C. articles 501, 502, 503,
and/or C.E.C. section 18-1J2 as appropriate.
Peripheral equipment must be suitable for the location in which
it is used.
ATTENTION
Follows these steps to remove the terminal block in the PanelView
400 and 600 terminals.
1. Insert the tip of small, flat-blade, screwdriver into the terminal
block access slot.
2. Gently pry the terminal block away from terminal to release the
locking mechanism.
Do not force terminal blocks into connectors to prevent
potential damage to terminal.
24Publication 2711PC-UM001A-EN-P - March 2009
Page 25
Connecting Power Chapter 3
Follow these steps to replace the terminal block.
1. Press the terminal block base in first with block leaning
outward.
2. Gently push the top of the terminal block back to the vertical
position to snap in locking tab.
PanelView Plus Compact 1000 Terminals
Follow these steps to remove the terminal block.
1. Loosen the two screws that secure the terminal block.
2. Gently pull the terminal block away from the connector.
GND
Follow these steps to install the terminal block.
1. Reattach the terminal block to the connector until seated.
2. Tighten the two screws that secure the terminal block to the
connector.
Publication 2711PC-UM001A-EN-P - March 200925
Page 26
Chapter 3 Connecting Power
Connecting Power
The PanelView Plus Compact terminals have an integrated, 24V DC
power supply. See Appendix A
, Specifications for power ratings.
The power supply is internally protected against reverse polarity of
the DC+ and DC- connections. Connecting DC+ or DC- to the earth
terminal may damage the device.
The input power terminal block supports these wire sizes.
Wire Specifications for DC Input Power Terminal Block
(1)
TerminalWire Type
400 and 600
1000 0.56 N•m (5 lb•in)
(1)
Two-wire max. per terminal.
Stranded
or solid
Cu 90 °C (194 °F)22…16 AWG22…14 AWG
Dual-wire Gauge
Single-wire Gauge
Terminal Screw Torque
0.45…0.56 N•m (4…5 lb•in)
External Power Supply For Non-insolated DC Terminals
TIP
Use a single, 24V DC power supply to power each PanelView Plus
Compact terminal, such as cat. no. 2711P-RSACDIN. Using a separate,
isolated and ungrounded source to power each terminal prevents
ground loop currents from damaging the terminals.
The PanelView Plus Compact terminals contain non-isolated DC
power supplies.
Multiple AC Power Supplies to Power Multiple DC Terminals
L1L2
AC/DC Power Supply
(2711P-RSACDIN)
dc+
dc-dc+dc-
CircuitryCircuitry
PanelView Plus
AC/DC Power Supply
(2711P-RSACDIN)
PanelView Plus
L1L2
The output on the power supply must be isolated from the input and
not connected to earth/ground.
The non-isolated power supply does not provide galvanic isolation. A
Class 2 or Safety Extra-Low Voltage (SELV) isolated power supply with
a 24V DC nominal output voltage is required to power the terminal.
ATTENTION
Use a Class 2 or SELV supply as required by local wiring codes
for your installation. The Class 2 and SELV power sources
provide protection so that under normal and single-fault
conditions, the voltage between the conductors, and between
the conductors and functional earth or protective earth does not
exceed a safe value.
26Publication 2711PC-UM001A-EN-P - March 2009
Page 27
Connecting Power Chapter 3
Earth/Ground Connection
You must connect the earth/ground terminal to a low-impedance
earth/ground.
• The 1000 terminals have the earth/ground connection on the
rear of the display module.
• The 400 and 600 terminals have the functional earth/ground
connection on the power input terminal block.
IMPORTANT
The earth/ground connection to ground is mandatory. This
connection is required for noise immunity, reliability, and
Electromagnetic Compliance (EMC) with the European Union
(EU) EMC directive for CE-mark conformance and is required for
safety by Underwriters Laboratory.
On most PanelView Plus DC terminals, the earth/ground terminal is
internally connected to the DC- terminal within the product.
ATTENTION
Damage or malfunction can occur when a voltage potential
exists between two separate ground points. Make sure the
terminal does not serve as a conductive path between ground
points at different potentials.
The PanelView Plus terminals have isolated and nonisolated
communication ports. Refer to Communication Port Isolation
page 88
for details.
IMPORTANT
Publication 2711PC-UM001A-EN-P - March 200927
For more information, refer to Wiring and Grounding Guidelines
for PanelView Plus Devices, publication 2711P-TD001
.
Page 28
Chapter 3 Connecting Power
Connect DC Power
WARNING
Explosion Hazard - Do not disconnect equipment unless power
has been switched off and area is known to be nonhazardous.
Disconnect all power before installing or replacing components.
Failure to disconnect power may result in electrical shock or
damage to the terminal.
Follow these steps to connect the terminal to DC power.
1. Verify that the terminal is not connected to a power source.
2. Secure the DC power wires to the terminal block.
Follow the markings on terminal blocks and terminal for proper
connections.
3. Secure the earth/ground wire.
• On 400 and 600 terminals, secure the earth/ground wire to
the functional earth/ground terminal on the input power
terminal block.
• On the 1000 terminal, secure the earth/ground wire to the
earth/ground terminal screw at the bottom of the display.
1000 DC Terminal
Earth/Ground to Ground Bus
GND
GND
400 and 600 DC Terminals
Terminal Block
–
+
DC +
DC -
4. Apply 24V DC power to the terminal.
DC +
DC -
–
+
Functional Earth
to Ground Bus
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Connecting Power Chapter 3
Resetting the Terminals
Use the reset switch to restart a terminal without having to disconnect
and reapply power. After a reset, the terminal performs a series of
startup tests and then either:
• runs the .MER application loaded in the terminal.
• enters Configuration mode.
The action that occurs depends on the startup options configured for
your terminal. Refer to page 60
Refer to Chapter 8
, Troubleshooting , for a list of startup information
for information on startup options.
and error messages.
Reset Switch
Reset
• On 400 and 600 terminals, press the reset switch with your
finger or a nonconductive object.
• On 1000 terminals, insert a thin, nonconductive probe into the
hole marked reset and press the switch.
ATTENTION
Use a nonconductive object to press the reset or default switch.
Do not use a conducting object such as a paper clip or you may
damage the terminal. Do not use the tip of a pencil; graphite
may damage the terminal.
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Chapter 3 Connecting Power
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Configuring the Terminal
Chapter
4
Chapter Objectives
Accessing Configuration
Mode
This chapter shows how to use the Configuration mode of your
terminal to:
• perform data entry and navigation.
• load an application.
• run an application.
• modify application settings.
• modify terminal settings.
Your terminal has onboard software, FactoryTalk View ME Station, to
perform and configure terminal operations. When you reset or start
the terminal, you automatically enter Configuration mode, unless your
.MER application is automatically set to run on startup.
To access Configuration mode from a running application, press the
Goto Configuration Mode button. The application stops running but is
still loaded.
IMPORTANT
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To access Configuration mode from a running application, you
must add a Goto Configuration Mode button to an application
screen in FactoryTalk View Studio software.
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Chapter 4 Configuring the Terminal
Name of application that is currently loaded.
Only appears if application is loaded.
Configuration Mode
Terminal OperationDescription
Load Application (F1)Opens another screen where you can select an
application to load. Once loaded, the application name
will appear under Current Application.
Run Application (F2)Runs the .mer application displayed under Current
Application. An application must be loaded before you
can run it.
Application Settings (F3)Opens a menu of application-specific configuration
settings.
Terminal Settings (F4)Opens a menu of options to configure non-application,
specific terminal settings.
Delete Log Files Before
Running (F5)
Toggles between Yes and No. If you select Yes, all data
log files, alarm history and alarm status file will be
deleted before the application is run. If you select No, log
files are not deleted first.
Reset (F7)Resets the terminal. The action on startup depends on
how you configure the startup option.
Exit (F8)Exits Configuration mode.
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Configuring the Terminal Chapter 4
Navigation Buttons
Screen buttons are used for data entry and navigation.
• On touch-screen terminals, tap the button with your finger or
stylus.
• On keypad terminals, select the function key listed on the
button, or in some cases, the corresponding key on the keypad.
• If a mouse is attached, click a button.
In addition to operation specific buttons, most screens have a
combination of these buttons.
Navigation ButtonsDescription
Close
[F8]
OK
[F7]
Cancel
[F8]
Returns to the previous screen.
Accepts modified values and returns to
previous screen.
Cancels the current operation without saving
any changes.
Moves highlight up or down a list.
Selects a highlighted screen or item from a list.
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Chapter 4 Configuring the Terminal
Enter or Edit Data
Many screens have buttons that access fields where you must enter or
edit data. When you press the button or function key, the input panel
opens ready for you to enter data. If a field is restricted to a numeric
value, only the 0…9 keys will be enabled. If the value is an IP
address, the 0…9 and decimal point keys will be enabled.
Display Area
Character Keyboard
Controls
Input Panel ControlsFunction
SHFSwitches keys between their shifted and unshifted state. The initial default is shifted.
CAPSSwitches keys between lowercase and uppercase characters. The initial default is lowercase.
SPACEEnters a space between characters in the Display Area.
BackspaceDeletes the previous character (to the left of the cursor) in the Display Area.
SelectSelects a character and enters it in the Display Area.
PanelView Plus
Right, Left, Up, Down Arrow
Keys
EnterAccepts the entered characters and returns to the previous screen
ESCCancels the current operation and returns to the previous screen.
Selects the character to the right, left, above or below the currently selected character.
Follow these steps to enter characters in the display area.
1. Select a character on the character keyboard.
• On a touch-screen terminal, tap or press a key.
• On a keypad terminal, use the arrow keys on the keypad to
select a key.
• If a mouse is attached, click a key.
2. Press the Select button to copy the character to the display area.
3. Press Enter when done to exit the input panel.
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Configuring the Terminal Chapter 4
Loading an Application
List of .MER applications
stored in the CompactFlash of
the terminal.
You can load a FactoryTalk View ME .MER application from internal
CompactFlash in the terminal or an external CompactFlash card.
Moves
highlight up
Moves
highlight down
Follows these steps to load an application:
1. Select Load Application from the main screen.
2. Press the Source button to select the storage location of the
application file you want to load.
• Internal Storage - internal CompactFlash in the terminal.
• External Storage 1 - external CompactFlash card loaded in the
card slot of the terminal.
• External Storage 2 - reserved for future use.
TIP
FactoryTalk View ME software only recognizes files in
the \Rockwell Software\RSViewME\Runtime\ folder.
3. Select an .MER file from the list by using the up and down
cursor keys.
4. Press the Load button to load the selected application.
You are asked if you want to replace the terminal’s
communication configuration with the communication settings
in the application.
5. Select Yes or No.
If you select Yes, any changes to the device addresses or driver
properties in the RSLinx Communication screen will be lost.
The name of the currently loaded application will appear at the top of
the main configuration screen.
If you try to load a regular Machine Edition application created for a
PanelView Plus application on a PanelView Compact terminal, an
error is generated.
Error: Unable to load non-Compact Machine Edition application. Please load
a compact Machine Edition application.
IMPORTANT
You can only load a Compact Machine Edition application on a
PanelView Plus Compact terminal.
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Chapter 4 Configuring the Terminal
Running an Application
Application Settings
Terminal Settings
After loading an .MER application, you can run the application. To
load an application, select the Run Application button on the main
screen.
Log files are generated by the application. To delete the log files
before running an application, select the Delete Log Files Before
Running button on the main screen.
You can show device shortcuts defined for the loaded .MER
application. For example, your .MER application might have SLC
defined as a device shortcut name for the SLC 5/05 controller. Device
shortcuts are read-only and cannot be edited. To view device
shortcuts, select the Application Settings button from the main screen.
You can modify settings on the terminal that are not specific to the
application.
Terminal SettingsDescription
DiagnosticForwards diagnostic messages form a remote log
destination to a computer running diagnostics.
DisplayShows the temperature of the display, sets the
intensity of the backlight, and enables/disables the
screen saver.
File ManagementCopies or deletes application files or font files from
a storage location.
Font LinkingLinks a font file to a base font loaded on the
terminal.
Input DevicesConfigures settings for the keypad, touch screen, or
attached keyboard and mouse.
Networks and CommunicationsConfigures network connections and communication
settings specific to the application.
Print SetupConfigures settings for printing displays, alarm
messages, and diagnostics messages generated by
the application.
Startup OptionsSpecifies whether the terminal starts up in configure
or run mode. Also lets you enable/disable tests to
run on the terminal at startup.
System Event LogDisplays a list of system events currently logged by
the terminal.
System InformationDisplays power, temperature, battery and memory
details for the terminal. Also shows the firmware
number for FactoryTalk View ME software and
technical support information.
Time/Date/Regional SettingsSets the date, time, language, and numeric format
used by the terminal and applications.
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Configuring the Terminal Chapter 4
Follow these steps to access terminal settings and select a function.
1. Select Terminal Settings from the main screen.
Diagnostics Setup
Display
File Management
Font Linking
Input Devices
Networks and Communications
Print Setup
Startup Options
System Event Log
System Information
Time/Date/Regional Settings
Moves highlight up.
Moves highlight
down.
Selects highlighted
item and opens
screen.
Returns to previous
screen.
Configuring Communication
You configure communication for your application and controller by
using RSLinx Enterprise software.
KEPServer Serial Port ID’s
To access the KEPServer Serial Port ID’s screen, you must have
KEPServer Enterprise installed on your terminal. Otherwise, you will
get an error message when accessing this screen. If you plan on using
KEPServer Enterprise and serial communication, you must specify
which COM port to use.
2. Highlight an option by using the up and down cursor buttons.
• On touch screen terminals, press the buttons.
• On keypad terminals, press a key on the keypad or the
corresponding function key.
3. Press the Enter key to access the highlighted function.
• Access KEPServer Serial Port ID’s.
• Edit or view the driver settings for the communication protocol
used by your .MER application.
• Edit the device address of the controller on the network.
To access the KEPServer Serial Port ID screen, select Terminal
Settings>Networks and Communications>KEPServer Serial Port ID’s.
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Chapter 4 Configuring the Terminal
Configure Communication Properties
Follow these steps to configure driver settings for the communication
protocol used by your application.
1. Select Terminal Settings>Networks and Communications>RSLinx
Enterprise Communications.
You see a tree view of installed communication cards and
network configurations.
Ethernet Driver
Has no properties to edit.
Communication Driver
AB_ETH-1
<No Devices>
Serial-DF1
<No Devices>
2. Select the communication card installed on your terminal.
3. Press the Edit Driver button to view the current properties for
the communication driver.
4. Select the property you want to modify, then press the Edit
button.
5. Modify the setting and then press the Enter button.
You return to the previous screen with the newly entered data.
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Configuring the Terminal Chapter 4
Serial Properties
FieldDescriptionValid Values
DeviceThe serial device your terminal is connected
to.
Error CheckType of error checking used. Error checking is
automatically configured if Use Auto Config
is set to Yes.
ParityType of parity used. The parity is
automatically configured if Use Auto Config
is set to Yes.
Stop BitsNumber of stop bits used.1 or 2
Ack TimeoutAck/Poll timeout value in ms.20…60,000 ms
Max RetriesMaximum number of retries before the serial
driver fails.
StationStation number based on a specific device.PLC_CH0 0…77 (octal)
Baud RateData rate at which serial driver
communicates. The baud rate is
automatically configured if Use Auto Config
is set to Yes.
Use Auto ConfigAutomatically or manually configures the
baud rate, parity, and error checking
parameters.
Com PortCommunication port used on the terminal.1 (COM1)
Follow these steps to edit the device address of the logic controller.
1. From the RSLinx Configuration screen, select a device node.
2. Press the Edit Device button to view the device name and
current address of the logic controller.
3. Press the Device Address button to modify the address.
The input panel opens with the current address.
4. Use the Input Panel to modify the address and then press the
Enter button.
You return to the previous screen with the new address.
5. Press OK.
IMPORTANT
Modified settings do not take effect until the terminal is
restarted.
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Configuring the Terminal Chapter 4
Configuring Network
Information
You can configure network information for your terminal.
• Device name to identify terminal on network
• IP address of terminal on network
• Username and password to access network resources
Define a Device Name for the Terminal
You can configure a device name and description to identify your
your terminal on the network.
Follow these steps to enter a device name and description for your
terminal.
1. Select Terminal Settings>Networks and
Communications>Network Connections>Device Name.
2. Press the Device Name button to enter or edit the device name.
3. Press the Device Description button to enter or edit the
description for the device.
FieldDescriptionValid Values
(1)
Device Name
Device DescriptionProvides a description of the
(1)
Check with your network administrator to determine a valid device name.
Name that identifies the terminal to
other computers on the network.
terminal.
1…15 characters
A leading character in the
range of a through z or
A through Z.
Remaining characters in the
range of a through z,
A through Z, 0…9,
or - (hyphen)
50 characters max
4. Press OK.
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Chapter 4 Configuring the Terminal
Define an Ethernet IP Address
Some networks automatically assign IP addresses to Ethernet devices
if DHCP is enabled. If DHCP is not enabled, you can manually enter
an IP address for the terminal.
Follow these steps to view or enter an IP address for your terminal.
2. Press the IP Address button to view or modify the IP address.
3. Press the DHCP button to enable or disable DHCP assignment of
addresses.
4. Press the IP address, Subnet Mask, and Gateway buttons, then
enter the appropriate information.
5. Press OK when done.
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Configuring the Terminal Chapter 4
FieldDescriptionValid Values
Use DHCPEnables or disables Dynamic Host
Configuration Protocol (DHCP) settings. DHCP
automatically allocates network devices and
configurations to newly attached devices on
the network.
If DHCP is set to Yes, the terminal is
automatically assigned an IP address, Subnet
Mask, and Gateway. The fields are disabled.
If DHCP is set to No, you can enter the IP
address, Subnet Mask, and Gateway
address.
IP AddressA unique address identifying the terminal on
the Ethernet network.
Subnet MaskAddress must be identical to the server
subnet mask.
GatewayOptional Gateway address.xxx.xxx.xxx.xxx
Mac IDRead-only field.
Yes (default)
No
xxx.xxx.xxx.xxx
000.000.000.000 (default)
Range of values for the first
set of decimal numbers is
1…255 unless all fields are
set to 000. The range of values
for the last three sets of
decimal numbers is 0…255.
xxx.xxx.xxx.xxx
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Chapter 4 Configuring the Terminal
Define Name Server Addresses
You can define name server addresses for the EtherNet/IP network
adapter. These addresses are automatically assigned if DHCP is
enabled for the network adapter.
Primary DNSThe address of the primary DNS resolver.xxx.xxx.xxx.xxx
Secondary DNSThe address of the secondary DNS resolver.xxx.xxx.xxx.xxx
Primary WINSThe address of the primary WINS resolver.xxx.xxx.xxx.xxx
Secondary WINSThe address of the secondary WINS resolver. xxx.xxx.xxx.xxx
3. Press OK when done.
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Configuring the Terminal Chapter 4
Authorize Terminal to Access Network Resources
The terminal can access network resources with proper identification.
A user name, password, and domain must be provided by your
network administrator.
2. Press the user name, password and domain buttons and enter
the information provided by your network administrator.
FieldDescriptionValid Values
User NameIdentifies the user to the network.70 characters max
PasswordCharacters that gain access to network
along with the user name.
Domain NameProvided by network administrator.15 characters max
No character limitation
3. Press OK when done.
You can configure diagnostics for the current computer. To access the
diagnostic screen, select Terminal Settings>Diagnostic Setup from the
main screen. The screen shows a tree view of diagnostic nodes.
To access the Remote
Log Setup or Message
Routing, select the node
and then the Edit button.
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Chapter 4 Configuring the Terminal
Remote Log Destination
The Remote Log Destination forwards messages that it receives to a
Windows 2000/XP computer running diagnostics. The location is
determined by the IP address and port number.
FieldDescriptionValid Values
AddressAddress of the remote Windows
2000/XP computer.
PortThe port used to communicate with the
remote Windows 2000/XP computer.
xxx.xxx.xxx.xxx
4445 (default)
Message Routing
The Message Routing screen lets you access these screens:
• Remote Log
• FactoryTalk View Diagnostics List
Each of the above screens shows a list of messages that can be sent to
that destination. The list shows the On/Off status of each message
type. Use the On/Off button to turn a message type on or off. A
message type is enabled if it has a checked box.
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Configuring the Terminal Chapter 4
Managing Files on the
Terminal
The terminal provides operations for managing files that are stored on
the terminal.
• Delete application .MER files, font files, or log files that reside in
a storage location on the terminal.
• Copy application .MER files or font files from one storage
location to another.
Delete an Application File or a Font File
The procedure for deleting an application file or a font file from the
terminal is the same except for the type of file you are deleting.
2. Press the Source button to choose the location of the application
or font file you want to copy.
• Internal Storage - the internal CompactFlash in the terminal.
• External Storage 1 - the external CompactFlash card loaded in
the card slot of the terminal.
• External Storage 2 - for future use.
3. Select a file from the storage location.
4. Press the Destination button on the same screen.
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Configuring the Terminal Chapter 4
5. Press the Destination button to choose the storage location
where you want to copy the application or font file.
The destination must be different than the source location.
• Internal Storage - the internal CompactFlash in the terminal.
• External Storage 1 - the external CompactFlash card loaded in
the card slot of the terminal.
• External Storage 2 - for future use.
6. Press the Copy button to copy the selected application or font
file to the selected destination.
If the file exists, you will receive a warning and will be asked if
you want to overwrite the existing application.
7. Select Yes or No.
TIP
FactoryTalk View ME software looks for .MER files in the
\Rockwell Software\RSViewME\Runtime folder and font
files in the \Rockwell Software\RSViewME\Fonts\ folder.
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Chapter 4 Configuring the Terminal
Modifying Display Settings
You can access and modify these display settings for your terminal:
• View display temperature
• Adjust display contrast
• Adjust display intensity
• Configure the screen saver
• Enable or disable the screen cursor
View the Display Temperature
To view the current temperature of the display, select Terminal
Settings>Display>Display Temperature.
The 600 and 1000 terminals have a cold-cathode fluorescent lamp
(CCFL) backlight. This backlight requires temperature control when
the internal temperature of the product is below 10 °C (50 °F) or
above 60 °C (140 °F). The terminal monitors low and high
temperature conditions.
• If the internal temperature of the product is below 10 °C (50 °F),
the backlight is set to overdrive or the full-rated current setting
for at least five minutes.
• If the internal temperature is at or above 60 °C (50 °F), the
backlight is set to underdrive; 40% or less of full brightness. This
reduces heat generation from the backlight.
Temperature monitoring begins when the terminal powers on, or
when the backlight turns on, for example, exiting Screen Saver mode.
The temperature control affects only display intensity; it does not
restrict the use or operation of the terminal.
When a low or high temperature condition is detected, an error is sent
to the system event log. If the temperature control is not functioning,
a noncritical error is sent to the system event log but the terminal
continues to operate normally.
TIP
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The CCFL backlight temperature control takes precedence over
the application Backlight Settings.
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Configuring the Terminal Chapter 4
Adjust the Display Contrast
You can view or modify the display contrast for 400 and 600 grayscale
terminals. Displays are shipped with the contrast level set at 50%,
which is the optimum setting.
2. Press the up an down cursor buttons to adjust the contrast.
The current contrast level is shown as a percentage. The change
is not permanent until you press OK.
3. Press OK when done.
Adjust the Display Intensity
You can view or modify the intensity of the terminal backlight. You
can use the default intensity of 100% or you can set the intensity for
runtime operations.
2. Press the Startup Intensity button to switch between the Default
intensity and the Runtime intensity.
• If you choose Runtime, the startup screens will use the
runtime intensity.
• If you choose Default, the startup screens will use the default
setting of 100%
3. Increase or decrease the intensity for runtime operations, by
pressing the up or down arrow keys.
Intensity changes are not permanent until you press OK.
4. Press OK when done.
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Chapter 4 Configuring the Terminal
Configure the Screen Saver
The terminal screen saver activates after an idle period using a specific
intensity. You can adjust the idle timeout and intensity, disable the
screen saver, and enable or disable the screen saver bitmap.
1. Select Terminal Settings>Display>Screen Saver.
2. Press the Screen Saver button to select an idle timeout for
activating the screen saver.
To disable the screen saver, select the Disabled option.
3. Increase or decrease the brightness intensity of the screen saver
by pressing the up and down cursor buttons.
4. Press the Advanced Settings button to access the bitmap option.
• Select the Screen Saver Image button to enable or disable the
screen saver bitmap.
• Press OK to return to the previous.
5. Press OK to exit and return to the terminal settings.
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Configuring the Terminal Chapter 4
Enable or Disable the Screen Cursor
The terminal has a screen cursor that you can enable or disable.
1. Select Terminal Settings>Display>Cursor.
2. Press the Enable Cursor button to enable or disable the cursor.
3. Press OK to exit and return to Terminal Settings.
Font Linking
List of fonts loaded on
the terminal.
Shows all fonts loaded on the terminal except the
base font. Select the name of the font you are
linking to the base font. Select the Add Fonts button
to link the font file for the selected font to the base
font. You will return to the Linked Fonts screen.
Add Linked Font
Courier New
MS Mincho
Tahoma
Times New Roman
Font linking lets you run a translated application on the terminal by
linking a font file to the base font, for example, linking a Chinese font
file to the base font Arial.
For more details on pre-installed terminal fonts and additional fonts
available for downloading, see Appendix C
.
To link a font file to the base font on the terminal, select Terminal
Settings>Font Linking.
Select Base Font
Arial
Courier New
Tahoma
Times New Roman
Add Fonts
[F1]
Linked Font
Show Links
[F1]
Shows the location and name of the
font that is linked to the base font
Close
[F8]
Base font = Arial
Link:
MS Mincho
External storage 1\MSMINCHO.TTC
used by the terminal. If a file is not
linked, box will be empty.
Close
[F8]
Delete Link
[F1]
Deletes linked
font file (if any).
Edit Link
[F2]
Edits the link by letting you add the linked
file to a font loaded on the terminal.
Close
[F8]
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Chapter 4 Configuring the Terminal
Configuring the Keypad,
Keyboard, or Mouse
You can configure input devices used with your terminal, including
the keyboard, keypad, mouse, and attached keyboard.
Configure Keyboard Settings
You can adjust settings for the keys on the terminal keypad or for
keys on an attached keyboard.
2. Press the Repeat Rate button to specify the number of times a
key is repeated per second when you hold a key down.
Valid values for the keypad are 0 and 2…30. The keyboard is
device dependent but typical values are the same.
3. Press the Repeat Delay button to select the amount of time that
elapses per second before a key is repeated.
Values are device dependent. Unsupported values are dimmed.
4. Press OK when done.
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Configuring the Terminal Chapter 4
Configure Keypad Settings for the Terminal
You can restrict multiple or simultaneous key presses on the keypad
of your terminal.
1. Select Terminal Settings>Input Devices>Keypad.
2. Press the Single Key Mode button to select a key option.
• If Enabled, any programmable key that is pressed inhibits all
keys until the programmable key is pressed again. This
includes the Alt, Ctrl, Shift keys.
• If Enabled with Abort, any secondary key press will terminate
the initial key press immediately.
• If Disabled, there are no restrictions on key presses. This is
the default.
IMPORTANT
3. Press the Hold Off Time button to enter the length of time, in
seconds, to ignore multiple presses of the same key.
4. Press OK when done.
The keypad cannot produce Home, End, Page Up or Page
Down when Single Key mode is enabled.
Configure the Sensitivity of the Mouse
You can set and test the sensitivity for both the speed and physical
distance between mouse clicks. The process is identical to setting the
double-tap sensitivity for the touch screen.
To set the mouse sensitivity, select Terminal Settings>Input
Devices>Mouse.
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Configuring the Touch
Screen
You can configure these operations for terminals with a touch screen:
• Calibrate the touch screen
• Enable or disable Cursor
• Set the double-tap sensitivity
Calibrate the Touch-screen
IMPORTANT
Follow these steps to calibrate the touch screen.
1. Select Terminal Settings>Input Devices>Touch
Screen>Calibration.
The screen for calibrating the touch screen appears.
Use a plastic stylus device with a minimum tip radius of 1.3 mm
(0.051 in.) to prevent damage to the touch screen.
Carefully press and briefly hold stylus on the center of the target.
Repeat at as the target moves around the screen.
2. Touch the center of the target (+) each of the four times it
appears on the screen.
When the calibration is complete, you will see this message.
Tap the screen to register saved data. Wait for 30 seconds to
cancel saved data and keep the current settings.
3. Tap the screen to save the data or wait 30 seconds to cancel the
saved data, retaining the current settings.
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Enable or Disable the Cursor on Touch Screens
You can enable or disable the cursor on terminals with a touch
screen. Disabling the cursor will not disable the mouse.
2. Press the Enable Cursor button to enable or disable the cursor.
3. Press OK.
Set the Double-tap Sensitivity
You can set and test the sensitivity for both the speed and physical
distance between touch-screen presses. The process is identical to
setting the double-tap sensitivity for the mouse.
1. Select Terminal Settings>Input Devices>Touch
Screen>Double-tap Sensitivity.
2. Double-tap the Set button to set the sensitivity of touch-screen
presses.
3. Double-tap the Test button to test the sensitivity of touch-screen
presses.
If you double-tap the test button with the time set using the Set
button, the Test button will reverse its foreground and
background colors.
4. Press OK when done.
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Chapter 4 Configuring the Terminal
Configuring Print Options
You can configure settings for printing displays, alarm messages, or
diagnostic messages from FactoryTalk View ME .MER applications.
The general setup for printing displays and messages is the same,
however, the advanced settings are different.
1. Select a Terminal Settings>Networks and Communications>Print
Setup> option.
• Displays
• Alarms
• Diagnostic Messages
2. Update properties by selecting the appropriate button and
changing the value, if necessary.
FieldDescriptionValid Values
PCL PrinterType of printer to use.Laser (default)
PortPort to use for printing displays, alarm
messages, and diagnostic messages.
Network PathNetwork path of printer to use if the Port
selection is Network.
Advanced SettingsAccesses additional settings.
Inkjet
Network (default)
USB
519 characters max
3. Press the Advanced button to access additional settings.
The advanced settings for printing displays are:
• print orientation (portrait or landscape).
• draft mode (enable or disable).
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Configuring the Terminal Chapter 4
• The advanced settings for printing diagnostic and alarm
messages determines when to print messages that are sent to
the network or USB port.
Print Messages AfterDefault ValueExample
Specified number of messages60 messagesWhen the queue has 60 messages, the messages are printed
500 messages or timeout period,
whichever is first
Specified number of messages or timeout
period, whichever is first.
168 hours (7 days)If the queue has 350 messages after 168 hours, the 350
60 messages
168 hours (7 days)
regardless of how long they have been in the queue.
You can change the number of messages.
messages are printed.
You can change the timeout period.
If the queue has 60 messages after 24 hours, then the 60
messages are printed.
You can change the number of messages and the timeout
period.
For example, the number of messages is set to 75 and the
timeout period is set to 48 hours.
• If the queue has 75 messages after 24 hours, then the 75
messages are printed before the set timeout of 48 hours.
• If the queue has 15 messages after 48 hours, the 15
messages are printed after the set timeout period.
4. Press OK when done.
5. Press OK to return to Terminal Settings.
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Chapter 4 Configuring the Terminal
Configuring Startup Options
The action the terminal takes on startup depends on how you
configure the startup options. You can:
• disable FactoryTalk View ME Station software.
• go to FactoryTalk View Configure mode.
• run the current application.
Disable FactoryTalk View ME Station Software on Startup
Follow these steps to disable FactoryTalk View Station software on
startup.
1. Select Terminal Settings>Startup Options>FactoryTalk View ME
Station Startup.
2. Press the On Startup button until Do not start FactoryTalk View
ME is selected.
3. Press OK.
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Configuring the Terminal Chapter 4
Enter Configuration Mode on Startup
Follow these steps to enter Configuration mode on startup.
1. Select Terminal Settings>Startup Options>FactoryTalk View ME
Station Startup.
2. Press the On Startup button to select Go to Configuration Mode.
3. Press the Configuration Mode Options button.
4. Press the Load Current Application button to specify whether
you want to load the current application on startup.
5. Press the Replace RSLinx Communications button to specify
whether to use the communication configuration of the current
application or the terminal on startup.
• Select No to use the RSLinx configuration of the terminal.
• Select Yes to use the configuration of the application. The
terminal configuration is replaced with the application
settings. Any changes to device addresses or driver properties
in RSLinx communication will be lost.
6. Press OK to return to the previous screen.
7. Press OK to return to Terminal Settings.
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Chapter 4 Configuring the Terminal
Run the Loaded Application on Startup
Follow these steps to run the loaded application on startup.
1. Select Terminal Settings>Startup Options>FactoryTalk View ME
Station Startup.
2. Press the On Startup button to select Run Current Application.
If an application is not loaded, the options are disabled.
3. Press the Replace RSLinx Communications button to specify
what configuration settings to use when running the application.
• Select No to use the RSLinx configuration of the terminal.
• Select Yes to use the configuration of the application. The
terminal configuration is replaced with the application
settings. Any changes to device addresses or driver properties
in RSLinx communication will be lost.
4. Press the Delete Log Files to specify what action to take with the
log files on startup.
• Select Yes to delete all log files (data, alarm history, alarm
status) generated by the terminal before running application.
The files are deleted from the system default location.
• Select No to retain all log files.
5. Press OK twice to return to Terminal Settings.
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Configuring the Terminal Chapter 4
Configuring Startup Tests
The terminal can run extended tests on startup. You can select which
test to run and also specify test settings on startup.
Select Tests to Run on Startup
Follows these steps to select tests to run on startup.
The screen shows a list of each test that can be performed on
the terminal at startup and its current On/Off status. You can
turn any test in the list on or off by selecting the On/Off button.
The terminal will run tests only with a checked box.
2. Select the tests you want to run on startup.
• Use the up and down cursor buttons to highlight a test.
• Press the On/Off button to select a test. A checked box means
the test is selected to run. Press the button again to clear the
check box.
3. Press OK.
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Chapter 4 Configuring the Terminal
Configure Startup Test Settings
Follow these steps to specify how many times to run the selected tests
on startup and to enable extended diagnostics.
IMPORTANT
Enabling extended diagnostics and setting a high repeat count
will increase the time it takes the terminal to reboot.
The tests will run each time you reset or cycle power to the
terminal until you disable extended diagnostics. Setting a low
repeat count will also decrease the startup time.
1. Select Terminal Settings>Startup Options>Startup Test Settings.
2. Press the Repeat Count button to specify the number of times,
0… 128, to run the selected tests on startup.
3. Press the Enable Extended Diagnostics button to enable or
disable extended diagnostics on startup.
• Select Yes to enable extended diagnostics.
• Select No to disable extended diagnostics.
4. Press OK.
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Configuring the Terminal Chapter 4
Clearing the System Event
Log
The System Event Log screen displays a list of system events logged
by the terminal.
Follow these steps to clear all or some of the events from the system
event log.
1. Select Terminal Settings>System Event Log.
2. Select an event and then press the More Details button to
display system event log details for that event.
3. Press the Clear All button to clear all system event logs.
4. Press OK.
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Chapter 4 Configuring the Terminal
Displaying Terminal
Information
You can view these details for your terminal:
• Total power on time
• Processor temperature
• Battery voltage and battery state
• Amount of memory on terminal
Follow these steps to display terminal information.
The current time appears in 24-hour format in separate Hour,
Minute, and Second fields.
2. Press the Hour, Minute, and Seconds buttons to change values.
FieldDescriptionValid Values
HourThe current hour in 24-hour format.0…23
MinuteThe current minute in 24-hour format.0…59
SecondsThe current second in 24-hour format.0…59
3. Press OK when done.
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Chapter 4 Configuring the Terminal
Change the Time Zone
You can modify the current time zone on the terminal. Time zones are
installed as a part of the operating system. When changing the time
zone, the current time and date are adjusted to match the time zone.
2. Press the up and down cursor buttons to select a time zone.
LanguageDefault Time Zone
English(GMT -05:00) Eastern Time (US and Canada)
French(GMT +01:00) Brussels, Copenhagen, Madrid, Paris
German(GMT +01:00) Amsterdam, Berlin, Bern, Rome, Stockholm, Vienna
Japanese(GMT +09:00) Osaka, Sapporo, Tokyo
If the selected time zone supports Daylight Savings, the Daylight
Savings button is available.
3. Press the Daylight Savings button to enable or disable daylight
savings for the selected time zone.
Daylight Savings is set to Yes for all time zones except Japanese,
which does not support daylight savings. Changes are
permanently applied when you close the Time Zone screen.
4. Press the Use Daylight Savings Button to select Yes or No.
5. Click OK when done.
6. Click OK to return to Terminal Settings.
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Modifying Regional
Settings
You can adjust regional settings for a specific language installed on
the terminal, including the date, time and numeric formats.
To access regional settings for a language, select Terminal
Settings>Time/Date/Regional Settings>Regional Settings. The current
language appears at the bottom of the Regional Settings screen.
Select a Language
You can select a language that is installed on the terminal. Languages
are installed as a part of the operating system.
The current date is shown in the selected long date format.
2. Press the Long Date Format button to select a date format.
Long Date FormatsExample
dddd, MMMM, dd, yyyy (default)
dddd is name of week day
MMMM is name of month
dd is two-digit day of month with leading zero
yyyy is four-digit year
MMMM dd, yyyy
MMMM is name of month
dd is two-digit day of month with leading zero
yyyy is four-digit year
dddd, dd MMMM, yyyy
dddd is name of week day
dd is two-digit day of month with leading zero
MMMM is name of month
yyyy is four-digit year
dd MMMM, yyyy
dd is two-digit day of month with leading zero
MMMM is name of month
yyyy is four-digit year
Monday, January 01, 2003
January 01, 2003
Monday, 01 January, 2003
01 January, 2003
3. Click OK when done.
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Chapter
Installing and Replacing Components
5
Chapter Objectives
Required Tools
Precautions
This chapter shows how to install or replace specific components of
the terminals.
• Battery
• Backlight
• External CompactFlash card
• Product ID label
• Display module bezel
These tools are required to install and replace components:
• #00, #1, and #2 Phillips screwdriver
• Electrostatic Discharge (ESD) wristband
Before installing or replacing any components, disconnect power
from the terminal. During installation, take care not to touch any of
the exposed electronic components.
WARNING
Disconnect all power from the terminal before installing or
replacing any components. Failure to disconnect power may
result in electrical shock or damage to the terminal.
ATTENTION
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Be careful when touching any of the exposed electronic
components to prevent damage from electrostatic discharge
(ESD).
Work in a static free environment and wear a properly
grounded ESD wristband.
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Chapter 5 Installing and Replacing Components
Replacing the Battery
The lithium battery in the terminals is used by the real-time clock and
static RAM; it is not used for application backup or retention. The
clock module has a life expectancy of two years without power.
The replacement battery is catalog number 2711P-RY2032.
WARNING
When you connect or disconnect the battery an electrical arc
can occur. This could cause an explosion in hazardous location
installations. Be sure that power is removed or the area is
nonhazardous before proceeding. Replace the battery only with
the indicated catalog number.
For safety information on the handling of lithium batteries,
including handling and disposal of leaking batteries, see
Guidelines for Handling Lithium Batteries, publication AG 5-4
.
Battery Replacement for the 1000 Terminals
This product contains a hermetically sealed lithium battery
which may need to be replaced during the life of the product.
At the end of its life, the battery contained in this product
should be collected separately from any unsorted municipal
waste.
The collection and recycling of batteries helps protect the
environment and contributes to the conservation of natural
resources as valuable materials are recovered.
Follow these steps to replace the battery in the 1000 terminal.
1. Disconnect power from the terminal.
2. Place the terminal, display side down, on a flat stable surface.
3. Loosen the six captive screws that attach the logic module to the
display module.
Logic Module
Captive screws
on top and bottom.
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Installing and Replacing Components Chapter 5
4. Carefully lift the logic module away from the terminal and flip
over to expose the circuit board.
Remove battery by lifting up the
edge indicated by arrow.
ATTENTION
Wear a properly grounded ESD wristband before
touching any of the electronic components in the
logic module.
5. Locate the battery on the circuit board.
6. Remove the battery by lifting up the side of the battery.
7. Insert the new battery.
IMPORTANT
Use only catalog number 2711P-RY2032 to replace the
battery.
8. Attach the logic module by aligning the two connectors on the
bottom of the module with the connectors on the terminal.
9. Push down on the logic module until firmly seated.
10. Tighten the six captive screws that secure the logic module to a
torque of 0.58 N•m (5…7 lb•in).
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Chapter 5 Installing and Replacing Components
Battery Removal for the 400 and 600 Terminals
The lithium battery in the 400 and 600 is non-replaceable and should
be removed only at the end of product life.
This product contains a hermetically sealed lithium battery
which is permanently connected and should be removed only by
trained professionals.
At the end of its life, the battery contained in this product
should be collected separately from any unsorted municipal
waste.
The collection and recycling of batteries helps protect the
environment and contributes to the conservation of natural
resources as valuable materials are recovered.
Follow these steps to remove the battery in the 400 and 600 terminals.
1. Disconnect power from the terminal.
2. Place the terminal, display side down, on a flat stable surface.
3. Unlatch the eight retaining tabs (two on each side) on the back
cover and remove cover.
4. Locate the yellow battery on the logic board.
5. Remove the battery.
Retaining Tabs
Battery
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Installing and Replacing Components Chapter 5
Replacing the Backlight
This section shows how to replace the backlight in the 1000 terminal.
The replacement backlight is catalog number 2711P-RL10C2.
IMPORTANT
The backlight contains mercury. At the end of its life, the
backlight should be collected separately from unsorted
municipal waste.
Follow these steps to replace the backlight.
1. Disconnect power from the terminal.
2. Remove the display module bezel.
3. Remove the four screws that secure the LCD display.
4. Lift the LCD display and detach the display connector from the
circuit board.
The circuit board layout may vary for each terminal model.
The location of the connector varies by model.
Display
Connector
5. Detach the backlight connector from the circuit board.
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Chapter 5 Installing and Replacing Components
6. Press the retaining tab that secures the backlight and then pull
out the backlight.
Backlight
Retaining Tab
7. Insert the new backlight.
Backlight
8. Attach the LCD display connector to the circuit board.
Refer to step 4.
9. Attach the backlight connector to the circuit board.
Refer to step 5.
10. Secure the LCD display with the four screws and tighten the
screws to a torque of 0.58 N•m (5…7 lb•in).
11. Replace the display module bezel.
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Installing and Replacing Components Chapter 5
Using an External
CompactFlash Card
All of the terminals have a CompactFlash card slot that supports
Type 1 CompactFlash cards. These cards are available in different
memory sizes.
CompactFlash Card Slot
Insert a CompactFlash Card
Insert the card in the CompactFlash card slot of the terminal until
firmly seated.
400 and 600 Terminals
1000 Terminals
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Chapter 5 Installing and Replacing Components
Remove a CompactFlash Card
Press the Eject button on the logic module. When the button pops
out, press it again to release the card. The location of the button varies
depending on the series of the logic module.
The 400 and 600 terminals do not have an eject button. Simply secure
edge of card with fingers and pull card away from slot.
Removing the Product ID
Label
You can replace the label on the terminal with another label.
1. Remove the Allen-Bradley label using your fingers or a tweezers.
2. Clean area with damp cloth and isopropyl alcohol.
3. Remove adhesive backing of OEM label and affix over area
where label was located.
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Installing and Replacing Components Chapter 5
Replacing the Bezel
The 1000 terminal has a touch screen that can only be replaced with
the same touch screen. You do not have to remove the logic module
before removing the display module bezel.
Follow these steps to remove the display module bezel on the 1000
terminal.
1. Disconnect power from the terminal.
2. Set the terminal, display side down, on a flat stable surface.
ATTENTION
Wear a properly grounded ESD wristband before
touching any of the electronic components in the
logic module.
3. On touch-screen-only terminals, remove the two screws that
secure the small metal plate to the back of the display module.
4. Disconnect the touch screen connector.
Plate
Touch Screen Connector
5. Remove the screws from the back of the display module.
The number of screws varies for each terminal type.
Display Module Bezel
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Chapter 5 Installing and Replacing Components
6. Remove the sealing gasket.
7. Lift the back of the display module away from the bezel.
Work on a clean, flat, stable surface to protect the display from
debris, scratches and damage.
8. Detach the touch screen connector.
9. Set the bezel aside.
Display Module Bezel
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Installing and Replacing Components Chapter 5
Follow these steps to replace the display module bezel.
1. Make sure the bezel is free of lint and marks.
2. Attach the touch screen connector.
3. Place the back of the display module over the bezel.
Be careful not to pinch any of the cables. Allow the touch screen
connector to extend out of the access opening.
4. Connect the touch screen connector.
5. Replace the sealing gasket.
6. Attach the screws that secure the display module to the bezel
and tighten to a torque of 1.35…1.58 N•m (12…14 lb•in).
7. Re-attach the small metal plate to the back of the display module
using two screws and torque to 0.58 N•m (5…7 lb•in).
Cleaning the
Display Window
Use a protective antiglare overlay for easier cleaning of the display
window.
ATTENTION
Follow these steps to clean the display window.
1. Disconnect power from the terminal at the power source.
2. Use a clean sponge or soft cloth with a mild soap or detergent to
clean the display.
3. Dry the display with a chamois or moist cellulose sponge to
avoid water spots.
Remove fresh paint splashes and grease before drying by rubbing
lightly with isopropyl alcohol (70% concentration). Afterward, wash
using a mild soap or detergent. Rinse with clean water.
Use of abrasive cleaners or solvents may damage the display.
Do not scrub or use brushes.
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Terminal Connections
Chapter
6
Chapter Objectives
This chapter provides network and device connections for the
terminals.
• Runtime communication cables
• Communication port isolation
• USB ports
• Serial connections on base unit
• Ethernet (onboard communication)
Cables for Runtime
The tables provide a summary of terminal connections to controllers
and network interface modules for runtime communication.
Communication
PanelView Plus Compact Terminals to SLC Controllers
Cables: PanelView Plus Compact Terminals to SLC Controllers
Protocol
DF1RS-232 (DF1) Comm port (9-pin)N/A
DH-485RS-232 (DH-485) Comm port (9-pin)
EtherNet/IPEtherNet/IP Comm portN/A
(1)
An EtherNet/IP direction connection between a PanelView Plus Compact terminal and an SLC 5/05 requires hub or crossover cable listed.
PanelView Plus Compact
400, 600, 1000 Comm Port
SLC-500, 5/01, 5/02
CH1 RJ45
(DH-485)
Use AIC+ module
(1761-NET-AIC)
Connect to port 1 or 2
SLC-5/03, 5/04, 5/05
CH0 (9-pin RS-232)
(DF1 or DH-485)
2711-NC13 (5 m/16 ft)
2711-NC14 (10 m/32 ft)
2706-NC13 (3 m/10 ft)
2711-NC13 (5 m/16 ft)
2711-NC14 (10 m/32 ft)
2706-NC13 (3 m/10 ft)
Use 1761-NET-ENI module
with Ethernet cable
SLC 5/03
CH1 (RJ45)
(DH-485)
N/AN/AN/A
Use AIC+ module
(1761-NET-AIC)
Connect to port 1 or 2
N/AN/A
SLC 5/04
CH1 (DH+)
N/AN/A
2711P- CBL-EX04 Ethernet
crossover cable
SLC 5/05
CH1 (ENET)
(1)
PanelView Plus Compact Terminals to MicroLogix Controllers
Cables: PanelView Plus Compact to MicroLogix Controllers
Protocol
DF1RS-232 (DF1) Comm port (9-pin)
DH-485RS-232 (DH-485) Comm port (9-pin)
EtherNet/IPEtherNet/IP Comm port
(1)
AIC+ Module recommended for isolation when PanelView and controller are not using same power supply.
PanelView Plus Compact
400, 600, 1000 Comm Port
MicroLogix 1500LRP
CH1 (9-pin RS-232)
(DF1 or DH-485)
2711-NC13 (5 m/16 ft)
2711-NC14 (10 m/32 ft)
2706-NC13 (3 m/10 ft)
2711-NC13 (5 m/16 ft)
2711-NC14 (10 m/32 ft)
2706-NC13 (3 m/10 ft)
Use 1761-NET-ENI module
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MicroLogix 1000, 1200, 1500LSP
CH0 (8-pin Mini DIN)
(DF1 or DH-485)
2711-NC21 (5 m/16 ft)
2711-NC22 (15 m/49 ft)
(null modem not required)
2711-NC21 (5 m/16 ft)
2711-NC22 (15 m/49 ft)
(null modem not required)
with Ethernet cable
MicroLogix 1100, 1400
Ethernet Port
(1)
(1)
N/A
N/A
Ethernet cable
Page 88
Chapter 6 Terminal Connections
PanelView Plus Compact to Logix Controllers
Cables: PanelView Plus Compact to Logix Controllers
Protocol
DF1RS-232 (DF1) Comm port (9-pin)
DH-485RS-232 (DH-485) Comm port (9-pin)N/A
EtherNet/IPEtherNet/IP Comm port
PanelView Plus Compact
400, 600, 1000 Comm Port
ControlLogix
CH0 (9-pin RS-232)
(DF1)
Use 1756-ENET or 1756-ENBT module
with Ethernet cable
PanelView Plus Compact to Logix Communication Adapters
Cables: PanelView Plus Compact to Communication
Protocol
DF1RS-232 Comm port (9-pin)
DH-485 RS-232 Comm port (9-pin)
PanelView Plus Compact
400, 600, 1000 Comm Port
Port 1 (9-pin)
2711-NC13 (5 m/16 ft)
2711-NC14 (10 m/32 ft)
2706-NC13 (3 m/10 ft)
2711-NC13 (5 m/16 ft)
2711-NC14 (10 m/32 ft)
2706-NC13 (3 m/10 ft)
CompactLogix
CH0 (9-pin RS-232)
(DF1 or DH-485)
2711-NC13 (5 m/16 ft)
2711-NC14 (10 m/32 ft)
2706-NC13 (3 m/10 ft)
2711-NC13 (5 m/16 ft)
2711-NC14 (10 m/32 ft)
2706-NC13 (3 m/10 ft)
To 1769-L35E with Ethernet cable
Adapters
1761-NET-AIC
Port 2
8-pin Mini DIN
2711-NC21 (5 m/16 ft)
2711-NC22 (15 m/49 ft)N/A
2711-NC21 (5 m/16 ft)
2711-NC22 (15 m/49 ft)N/A
Port 3
(DH-485)
Communication Port
Isolation
The table summarizes electrical isolation for the communication ports
on the PanelView Plus Compact terminals.
Communication Port400 and 600 Terminal1000 Terminal
The 1000 terminals have two USB ports. The 400 and 600 terminals
have one USB port. The terminals support standard USB keyboard
and mouse devices (HID devices) with native device drivers. They
also support some USB printers that have Printer Control Language
(PCL) capabilities. A vendor specific Windows CE driver is required
for all other USB devices.
See Appendix B
for a list of compatible USB devices.
Plug the USB device into either one of the two USB ports on the
1000 terminals.
USB Connector Pinout
PinSignal
1USBVCC
2USBD3USBD+
4USB-GND
WARNING
Do not connect or disconnect the communication cable with
power applied to the terminal, or the serial device on the other
end of the cable. An electrical arc could cause an explosion in
hazardous location installations. Be sure that power is removed
or the area is nonhazardous before proceeding.
WARNING
USB devices not powered by the USB port must be within the
same enclosure and connected to a ground system common
with the terminal, or the USB devices must be used with a USB
hub that provides galvanic isolation.
If a USB hub is connected to the terminal, an externally powered USB
hub is recommended. Before attaching devices to a USB hub, check
that the power adapter is connected and powered on.
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Chapter 6 Terminal Connections
Serial Connections
PanelView Plus Compact 400 and 600 Terminals
All compact terminals have a serial RS-232 port that supports:
• DH-485 communication through a serial connection.
• DF1 full duplex communication with controllers using direct
connections or modem connections.
• third-party point-to-point communication.
• application uploads/downloads.
• printing.
The serial port on the terminals is a 9-pin, male, RS-232 connector.
The table shows the pinout descriptions for this port and how these
pins map to the serial ports on the controllers.
PanelView Plus Compact 1000 Terminal
Serial RS-232 Port
9
9-pin DCE
1
6
SLC
PLC
9-pin
25-pin
Insert plastic tie wrap in the
hole and use as strain relief
for all attached cables.
MicroLogix/
DNI 8-pin DIN
1
2
RXD
234
5
Serial RS-232 Port
Serial Port Connector Pinout
PanelView RS-232 Port
3
4
5
6
7
8
TXD
DTR
COM
DSR
RTS
CTS
327
420
572
66
74
85
9
Connector ShellChassis Gnd
The maximum cable length for serial communication is
15.24m(50ft).
WARNING
Do not connect or disconnect the communication cable with
power applied to the terminal, or the serial device on the other
end of the cable. An electrical arc could cause an explosion in
hazardous location installations. Be sure that power is removed
or the area is nonhazardous before proceeding.
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Terminal Connections Chapter 6
Modem Connection
Wire or radio modem communication is possible between the
terminal and controller. Each modem must support full duplex
communication. Refer to your modem user manual for details on
settings and configuration.
PanelView Plus Compact Terminal
DF1 Port
Optical Isolator
Modem
Modem
Controller
Construct a Null Modem Cable
To construct a null modem cable, refer to this pinout.
Null Modem Pinout
PanelView
9 - pi n
FG (Frame Ground)---1FG
TD (Transmit Data)3233RD
RD (Receive Data)2322TD
RTS (Request to Send)7875CTS
CTS (Clear to Send)8784RTS
SG (Signal Ground)5557SG
DSR (Data Set Ready)64620DTR
DTR (Data Terminal Ready)4646DSR
9-pin
Modem
PanelView
9 -p i n
25-pin
Modem
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Chapter 6 Terminal Connections
Computer Connections
The RS-232 serial port on the base-configured unit of the terminals
supports:
• application uploads/downloads using a direct connection.
• printing.
PanelView Plus Compact Terminals
Computer
Available Cables
Cat. No. 2711-NC13, 5 m (16.4 ft)
Cat. No. 2711-NC14, 10 m (32.7 ft)
Cat. No. 2706-NC13, 3 m (10 ft)
RS-232 Port
25-pin to 9-pin
Adapter (if required)
PanelView Port (DCE)
9-pin male9-pin male
1 NC
2
RXD
3
TXD
4 NC
5
COM
6 (pulled high to +12V)
9 NC
DSR
7
RTS
8
CTS
Computer Port (DTE)
with Handshaking
DCD
1
RXD (Data Receive)
2
TXD (Data Transmit)
3
4
COM
5
DSR
6
RTS
7
CTS
8
NC
9
Upload/Download Cable without Hardware Handshaking
PanelView Printer Port
9-pin male9-pin25-pin
(DCE)
2
3
5
RXD
TXD
COM
Computer Port
(DTE)
23
32
57
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Terminal Connections Chapter 6
8
Ethernet Connections
The Ethernet port on the PanelView terminals supports:
• EtherNet/IP communication.
• third-party Ethernet communication.
• network connections.
• application uploads/downloads.
• printing.
Ethernet Connector
The terminals have an RJ45, 10/100 Base-T connector for EtherNet/IP
or Ethernet TCP/IP network communication.
Insert plastic tie wrap in
Ethernet Port
The table shows the connector pinouts.
hole and use as strain relief
for all attached cables.
Ethernet Connector Pinout
PinPinPin Name
Looking into RJ45
Connector
1
1TD+
2TD3RD+
4NC
5NC
6RD7NC
8NC
Shield ConnectionNo Direct Connection
(AC coupled to Chassis GND)
Use point-to-point, 10/100 Base-T cables with cross over pin-outs,
such as catalog number 2711P-CBL-EX04, when connecting the
Ethernet port on the terminal directly to:
• Ethernet port on the controller.
• 10/100 Base-T port on a computer without a switch.
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Chapter 6 Terminal Connections
Ethernet Cable
For PanelView Plus Compact 1000 terminals use Belden 7921A
shielded Ethernet Category 5e cable according to TIA 568-B.1 and
RJ45 connector according to IEC 60603-7 for compliance with the
European Union 89/336/EEC EMC Directive.
The maximum cable length between the terminal’s Ethernet port and a
10/100 Base-T port on an Ethernet hub (without repeaters or fiber) is
100 m (328 ft).
WARNING
Do not connect or disconnect any communication cable with
power applied to this device or any device on the network. An
electrical arc could cause an explosion in hazardous location
installations. Be sure that power is removed or the area is
nonhazardous before proceeding.
Security Considerations
IGMP (Internet Group Management Protocol) is used for IPv4
multicast. A multicast is communication between a single sender and
multiple receivers on a network. IGMP is used to exchange
membership status data between IPv4 routers that support
multicasting and members of multicast groups. A router is an
intermediary device on a communication network that expedites
message delivery by finding the most efficient route for a message
packet within a network, or by routing packets from one subnetwork
to another. A sub-network is a separate part of an organization’s
network identified through IP addressing.
PanelView Plus terminals provide level 2 (full) support for IPv4
multicasting (IGMP version 2) as described in RFC 1112 and RFC 2236.
SNMP (Simple Network Management Protocol) is used for internal
network management and is not supported.
Ports 137 and 138 are normally open to support the NetBIOS protocol
used by Windows CE.NET similar to other Microsoft and IBM network
operating systems.
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Upgrading Firmware
Chapter
7
Chapter Objectives
Transferring Applications
Firmware Upgrade Wizard
This chapter shows how to upgrade firmware in a PanelView Plus
Compact terminal using the Firmware Upgrade Wizard.
You can transfer applications using a CompactFlash card or a
computer.
• To copy or load applications on the terminal from terminal
configuration mode using a CompactFlash card, refer to
Loading an Application
• To transfer .MER applications from a computer to the terminals,
refer to FactoryTalk View Studio help or documentation.
The Firmware Upgrade Wizard (FUW) provides two options for
upgrading firmware in a PanelView Plus Compact terminal.
• Create a firmware upgrade card that you can then load in the
CompactFlash card slot of the terminal to upgrade firmware.
• Upgrade firmware in a terminal connected to a computer over a
direct serial or network connection. The network connection
requires a computer running RSLinx Enterprise software.
on page 35.
Preparing Terminal
for Upgrade
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Before starting the FUW, you need to prepare the terminal for a
successful upgrade.
1. Back up all .MER files on the terminal to an external storage
card or network.
2. Delete all applications on the terminal.
3. Record Ethernet communication settings, such as IP address,
subnet masks, and gateways by selecting Terminal
Settings>Networks and Communications>Network
Connections>Network Adapters>IP Address.
4. Disable the Autostart feature on the terminal by selecting
Terminal Settings>Startup Options>FactoryTalk View ME Station
Startup and select Go to Configuration Mode.
5. Reset the terminal.
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Chapter 7 Upgrading Firmware
Upgrading Firmware with a
CompactFlash Card
Upgrading terminal firmware using a CompactFlash card is a two-step
process. First, you create a firmware upgrade card with the necessary
firmware files. Second, you load the card in the target terminal to
upgrade the firmware.
Create a Firmware Upgrade Card
Follow these steps to create a firmware upgrade card.
• Select Tools>Firmware Upgrade Wizard in FactoryTalk View
Studio software.
2. Select Create firmware upgrade card.
• In the Firmware card location box, select the destination for the
CompactFlash files, the physical location of the CompactFlash
card, for example, E:\ or a folder on the hard drive.
• From the Existing terminal type pull-down list, select the type of
terminal you want to upgrade, then press Next.
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Upgrading Firmware Chapter 7
3. From the Firmware source folder list, browse to the location of
the firmware files.
The default location is shown.
4. From the Upgrade firmware version list, select the firmware
version for the upgrade, then press Next.
5. Select the appropriate KEPServer drivers, then click Next.
If no KEPServer drivers are needed, just click Next.
A dialog box shows the target terminal type, upgrade firmware
version, and KEPServer drivers that the CompactFlash card
firmware will set.
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Chapter 7 Upgrading Firmware
6. Click Finish to copy the firmware source files to the location
specified in step 2.
TIP
If the files were created in a folder on a local hard drive, copy
the files to the root directory of the CompactFlash card.
Upgrade Firmware in Terminal with Firmware Upgrade Card
Follow these steps to upgrade the terminal firmware from a
CompactFlash card.
1. Insert the CompactFlash card into the card slot of a powered
terminal.
A dialog box indicates the firmware upgrade is about to occur.
2. Press Upgrade to begin the firmware upgrade.
IMPORTANT
Do not remove the CompactFlash card while the upgrade
is in process.
A dialog box reminds you to back up all .mer and user files
before upgrading the terminal.
3. Click Yes if you want to continue with the upgrade.
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Upgrading Firmware Chapter 7
A dialog box shows the progress of the upgrade.
4. After the terminal resets twice, the new firmware is installed.
• On touch-screen terminals, you must calibrate the touch screen
after the first terminal reset by selecting pointers in all four
corners of the screen and pressing the middle of the screen
when prompted.
• Communication settings are cleared when the terminal is
upgraded. If Ethernet communication is used, reconfigure the
Ethernet settings using the values recorded when preparing the
terminal for the upgrade. Refer to Prepar
ing Terminal for
Upgrade on page 95.
IMPORTANT
Ignore this message if it appears during the upgrade.
Machine Edition may be corrupted. Do you want to
download firmware?
It means FactoryTalk View Machine Edition has been
removed from the terminal to install the upgrade. Do
NOT touch the two buttons that appear with the
message. Doing so could render the terminal inoperable.
5. Replace the .MER files that you backed up before starting the
upgrade or download a new .MER file to the terminal.
6. Load the .MER file and run the project.
TIP
You can configure your application to start automatically
on power cycle by accessing Terminal Settings>Startup
Options in Configuration mode.
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Chapter 7 Upgrading Firmware
Upgrading Firmware over a
You can upgrade firmware in a terminal that is connected to a
computer using a direct serial connection or network connection.
Network Connection
Both the serial and Ethernet connection requires the File Transfer
Utility running on the terminal.
Follow these steps to upgrade terminal firmware over a network using
RSLinx Enterprise software and Ethernet communication.
• Serial connection requires a RAS connection to be set up on
computer. During the RAS setup, you select the serial COM port.
This option is used if the computer does not have RSLinx
Enterprise installed or running. The serial connection is not
supported on computers running the Windows Vista operating
system.
• Ethernet connection requires that you enter the terminal’s IP