Johnson Controls Advanced Graphic Touchscreen Display User manual

Form Number: 5795595-JIM-A-921
Supersedes: 5795595-JIM-A-1120
Installation Guide
Issue Date: 2021-09-28
Johnson Controls
Advanced Graphic Touchscreen Display
on 25 Ton to 80 Ton Johnson Controls
Premier Rooftop Units
Installation and Operation Manual

2 Advanced Graphic Touchscreen Display on 25 Ton to 80 Ton Johnson Controls Premier Rooftop Units
Johnson Controls

Contents
ContentsIntroduction.....................................................................5
Key concepts..............................................................5
Chapter organization..........................................5
Introduction to the touchscreen display......................6
Key concepts..............................................................6
LED display...........................................................6
Features................................................................6
Theory of operation............................................ 7
Display configurations........................................7
Related information............................................ 7
Installing the display...................................................... 8
Key concepts..............................................................8
Mounting options................................................8
Display unit dimensions..................................... 8
Internal components of the display..................8
Internal wiring for adapters in the
display...................................................................9
Procedure overview................................................ 11
Install the display.............................................. 11
Detailed procedures............................................... 12
Mount display on a wall or in a remote
panel................................................................... 12
Cabling a display with a single controller...... 14
Cabling a display with multiple
controllers.......................................................... 15
Operating the display...................................................17
Introduction.............................................................17
Key concepts............................................................17
Display................................................................ 17
Operate the touchscreen................................. 17
Using the display...............................................17
Procedure overview................................................ 18
Detailed procedures............................................... 19
System settings................................................. 19
Login page......................................................... 20
Establish communication with controller.......22
Home page.........................................................23
Setting up and viewing MAP application........25
Menu navigation............................................... 30
View setpoint data and adjust or
override setpoints............................................. 40
View alarm summary........................................41
View graph data................................................ 42
USB functions and data import and
export................................................................. 42
Display faults and diagnosis............................ 43
Updating the display firmware........................44
Appendix A: Specifications and technical data..........45
Introduction.............................................................45
Key concepts............................................................45
Specifications.....................................................46
Wiring instructions..................................................48
Johnson Controls
Advanced Graphic Touchscreen Display on 25 Ton to 80 Ton Johnson Controls Premier Rooftop Units 3

4 Advanced Graphic Touchscreen Display on 25 Ton to 80 Ton Johnson Controls Premier Rooftop Units
Johnson Controls

Introduction
The Advanced Graphic Touchscreen Display
Installation and Operation Manual provides
information about how to use the advanced
graphic display interface. This chapter outlines
the manual's organization and content.
Key concepts
Chapter organization
Each chapter of this manual is divided into four
sections:
1. Introduction: Briefly outlines the main
sections.
2. Key concepts: Describes background
information necessary to perform or
understand specific tasks.
3. Procedure overview: Describes general
steps for performing the tasks described
in the detailed procedures section.
4. Detailed procedures: Describes in detail
the steps needed to complete specific
tasks described in that chapter. This
section is beneficial to users who are new
to the touchscreen display.
5Advanced Graphic Touchscreen Display on 25 Ton to 80 Ton Johnson Controls Premier Rooftop Units
Johnson Controls

Introduction to the
touchscreen display
The touchscreen display is a user interface (UI)
managed with the Applied Smart Equipment series
of controllers. The display can act as a simple adjust
and indication unit or can be used for more complex
tasks, such as integrating with multiple controllers
and commissioning units that are often associated
with a workstation.
The touchscreen display is designed for facility
engineers or service technicians who need a
straightforward way to monitor and adjust setpoints
in a controller without being limited in capability.
Note: Throughout the remainder of this
manual, the touchscreen display is referred to
as display.
Key concepts
LED display
The display presents a new, graphical interface
with fully mobile access. It enables enhanced data
visualization that allows building operators to
work smarter and make the most of their HVAC
investments. The advanced interface can be
configured for applications with more than one
controller, in which it can be permanently mounted
on the building wall, in a wall-mounted enclosure,
or in a remote control panel as part of the existing
workstation setup.
Figure 1: Touchscreen display mounted on control panel
Features
The display is intuitive, simple to learn, and syncs
easily with all Smart Equipment controllers. Building
owners and contractors can effortlessly monitor
their equipment or edit parameters from anywhere.
• The UI is a 10 in. WXGA type color, wide
screen, backlit display with a thin film
transistor (TFT) and multi-touch, capacitive
touchscreen at 1280 x 800 resolution
• Graphical representation of the Premier line
of rooftop units and its major components
with real-time data
• Displays separate pages to navigate for each
major component
• Allows user to configure the display unit
to communicate with multiple controllers
connected to a common BACnet® MS/TP bus
using the appropriate configuration to match
the selected controller.
• Displays active alarm events
• Built-in browser for web connectivity to MAP
Gateway
• Provides the ability to read documents (PDFs
only)
• Displays parameter data from the controller in
a graphical format
• Data upload and retrieval options
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• Displays unit nomenclature for quick
identification of features and options on the
unit
Theory of operation
The display is available with the Applied Smart
Equipment type controller. It connects directly to
the built-in RS-485 port (SA or FC bus) on the main
control board (Figure 11), allowing straightforward
access to monitor and change all of the equipment
parameters.
Offering many-to-one, multi-client connectivity, the
MAP Gateway tool (Version 5.0 and above) is synced
with the display that gives user access to any Smart
Equipment device that is on a common BACnet (MS/
TP) field bus.
The display is operated through the built-in menu
system and MAP Gateway tool to provide access
to the real-time data and parameters stored in the
Applied Smart Equipment controller.
Note: Throughout the remainder of this guide,
the Applied Smart Equipment main control
board is referred to as controller and the MAP
Gateway tool is referred to as MAP. The Applied
Smart Equipment controller is only provided on
the Premier line of rooftop units.
Display configurations
Each display unit is pre-loaded with firmware.
Different display unit configurations customize the
display as required for different unit applications.
When the user integrates the display with a
controller, the display unit matches one of its
stored configuration codes with the code defined
in the controller configuration. If it finds a match,
then the display uses the corresponding display
configuration. If it does not find a match, it uses the
default configuration.
The display unit matches the available
configurations only for the Applied Smart
Equipment controllers.
Related information
Refer to Operating the display, for information on
upgrading the display firmware in the field with the
latest released display configuration files.
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Installing the display
The display can be permanently mounted on a
panel or on the wall. For panel or wall mounting
applications, the display unit is permanently
connected to at least one controller.
This chapter describes how to:
• Mount the display on a wall or panel located
in a remote location from the unit
• Cable the display for a single controller
application
• Cable the display for a multiple controller
application
When the display is selected while ordering the unit
through the Selection Navigator tool, the factory
mounts the display on the unit control panel in the
controls section.
Note: The standard UI is installed in the unit
control panel as a default if the touchscreen
display was not selected when ordering the
unit. If the standard interface must be replaced
with the touchscreen display in the field,
contact the factory for further information.
Key concepts
Mounting options
Mount the display remote in an existing control
panel or on a wall, using a BOX710-01 display
enclosure from Johnson Controls, shown in Figure 2.
Display unit dimensions
Figure 3 shows the overall dimensions of the
display. For panel cutout dimensions or wall
enclosure drill hole spacing, see Detailed
procedures in this chapter.
Internal components of the display
Figure shows the rear view of the display with all
ports for communication, storage, and power.
Figure 2: BOX710-01 Display enclosure for wall
mount
Figure 3: Display unit dimensions
Table 1: Display unit dimensions
Item A B C H L
Display (in./mm) 10.66 / 271 10.66 / 271 2.20 / 56 7.75 / 197 11.10 / 282
Note:
A and B represent dimensions for cutout.
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Figure 4: Communication, storage, and power ports on display
Note:
For technical specifications of available ports, refer to Table 15.
Internal wiring for adapters in the
display
Figure 5 to Figure 7 show the internal wiring of the
adapters required for display serial communications
cable and power connection. The power adapter
and display communication (SERIAL) adapter is
provided with the display unit.
The SA or FC bus adapter is required at the
controller for communications with the display. The
SA adapter is required when only one controller
is integrated with the display. The FC bus adapter
is used for multiple controllers connected on
a common BACnet MS/TP bus. SA and FC bus
adapters are field provided and installed as
applicable.
For cable type requirements, refer to Table 15 .
Figure 5: Power adapter connection to display
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Figure 6: SA/FC Bus communication with serial port adapter on the display
Table 2: Serial port position to SA/FC Bus connection
Serial port position SA Bus connection FC Bus connection
122
222
311
411
5 NA NA
633
7 NA NA
8 (shield) NA 4
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Figure 7: MAP and display connection: RJ-12 and RJ-45
Note:
1. Field to provide cable length as required.
2. When using an Ethernet switch, the MAP must be powered using an external power source. Refer
to Figure 12 for an example of the Ethernet switch.
Procedure overview
Install the display
Mount display on a wall or in a remote
panel
1. a. When mounting the display on a wall,
attach the wall-mounting box to the
wall, and place the display onto the
box.
b. When mounting the display in a
remote panel, insert the display into
the existing cutout in the control
panel.
2. Connect the serial communications cable,
MAP cable, and power supply to the display.
3. Connect the serial communications and MAP
cables from the display to the controller, and
apply power to the display.
Cable the display to the unit
To establish a direct connection to the controller:
1. Connect the serial communications cable into
the communication port labeled SERIAL on
the display unit. Plug the other end of the
serial communications cable into the SA bus
adapter on the controller.
2. Connect the Ethernet cable from the MAP to
the port labeled ETH2 on the display using
a RJ-45 style cable. Use a RJ-12 style cable to
connect the MAP with the SA bus modular jack
provided on the controller.
Note: Refer to Setting up and viewing
MAP application for instructions to set up
the MAP.
3. Connect a 24 VDC supply voltage to power up
the display.
To extend the serial communications cable in order
to view field bus devices:
1. The display can integrate multiple field
bus devices on Metasys® systems, Facility
Explorer® systems, Smart Equipment rooftop
units (RTUs) with unit control boards (UCBs),
Johnson Controls® branded field controllers,
including FEC, FAC, VMA, PCA, PCG, PCV Series
devices, TEC3000 Series thermostats, and
other Applied Smart Equipment controllers
using the MAP.
2. Connect the serial communications cable
into the communication port labeled SERIAL
on the display unit. Plug the other end of
the serial communications cable into the FC
bus adapter of the controller. Multiple field
devices can be connected on the FC bus of the
controller that are on a common MS/TP bus.
Note: In the Detailed procedures section
of this chapter, review Cabling a display
with multiple controllers.
3. Connect the Ethernet cable from the MAP
to any of the Ethernet ports (ETH0/ETH1/
ETH2). This guide shows the RJ-45 style cable
connected to the ETH2 port on the display.
Use a RJ-12 style cable to connect the MAP
with the FC bus modular jack provided on the
controller. Order Option 1 for touchscreen
display installation when the unit is with a
factory installed MAP. Order Option 2 for
touchscreen display installation when the unit
is without a factory installed MAP.
Note: Refer to Setting up and viewing
MAP application for instructions to set up
the MAP.
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4. Connect a 24 VDC supply voltage to power up
the display.
Note: Multiple field bus device
integration with the display is only
available on a common FC bus. For
cable type requirements and distance
limitations, refer to Table 15 .
Detailed procedures
Mount display on a wall or in a remote
panel
Note: A display enclosure is required to mount
the display on a wall or in a remote panel. Refer
to Table 14.
To mount the display on a wall:
1. Find an easily accessible location where
wire connections can be made and display
parameters can be viewed from a floor level.
Mount the display box on a dry surface. Avoid
prolonged exposure to direct sunlight to
prevent the risk of overheating the device.
2. Drill appropriate holes for the wall-mounting
box using the dimensions shown in Figure 8.
3. Attach the wall-mounting box to the wall
using the screws provided in the wall
mounting kit.
4. Place the display in the box.
Cutout X Y Z
BOX710-01 11.57 (294) 8.26 (210) 3.38 (86)
Note: Dimension in inches (mm).
Figure 8: Wall-mounting the Display
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To mount the display in a remote control panel or
gypsum plaster wall:
1. Avoid locations such as the heat exchanger,
variable frequency drive (VFD), or any housing
that may contain electric motors or other
strong sources of electrical interference.
Mount the display enclosure on a vibration
free surface.
2. Make an appropriate cutout in the panel using
the dimensions shown in Figure 3. Note the
maximum display thickness shown in the
Table 1.
After the display is securely mounted in its location:
1. Connect the serial communications cable,
Ethernet cable for MAP, and power supply to
the display. Use one of the removable slots
provided on the box to run cable back to the
controller.
Note: Refer to the sections Cabling
a display with a single controller
and Cabling a display with multiple
controllers in this chapter for wire
terminations.
2. Ground the display unit.
3. Ensure the aeration holes located on the side
of the display are not covered.
4. Place the display in the bracket, apply slight
pressure on the front of the display. Make
sure to push the display in all the way so that
it is firmly secured in place
Figure 9: Remote panel/gypsum plaster wall-mounting the display
Cutout X Y
BOX710-01 10.90 (277) 7.55 (192)
Note: Dimension in inches (mm).
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IP66 protection is guaranteed only when:
• Maximum deviation from the plane surface to
the cut-out is ≤ 0.019 in.
• Thickness of the case where it is mounted to
the equipment is 0.059 in. to 0.23 in.
• Maximum surface roughness where the
gasket is applied is ≤ 0.004 in.
Figure 10: Cutout and display clearances
Note: A = Display; B = Installation cutout
Cabling a display with a single controller
Figure 11 shows the connections made to the
display for power and communications in a single
controller application.
Figure 11: Single controller cable connection
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1. The serial communications RS-485 cable
connects to the SA bus on the controller and
terminates on the SERIAL port of the display.
The SERIAL port adapter is factory provided.
The SA bus adapter on the controller is field
provided.
2. Refer to Table 14 for detailed information on
kit components.
3. Use the RJ-12 modular jack for the SA bus
provided on the controller to connect to the
MAP. Terminate the RJ-45 cable on the display
from the MAP in any of the available (ETH0/
ETH1/ETH2) ports. This guide shows the RJ-45
cable connected to the ETH2 port on the
display.
Note: Refer to Setting up and viewing
MAP application for more details.
4. Order Option 1 for touchscreen display
installation when the unit is with a factory
installed MAP. Order Option 2 for touchscreen
display installation when the unit is without a
factory installed MAP. For SA and FC bus cable
recommendations and controller terminal
block information, refer to the BACnet
Integration Setup section in the Johnson
Controls Premier Rooftop Units Start-Up and
Operation Guide (5881375-JSG-A).
Cabling a display with multiple
controllers
shows the connections made to the display for
power and communications in a multiple controller
application.
Figure 12: Multiple controllers cable connection
1. Connect multiple controllers in a daisy chain
on the FC bus.
2. For integration to the display, Steps 3 and
5 are only applicable to the Applied Smart
Equipment controller.
3. The serial communications RS-485 cable
connects to the FC bus on the controller and
terminates on the SERIAL port of the display.
The SERIAL port adapter is factory provided.
The FC bus adapter on the controller is field
provided.
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Note: The multiple controller integration
on the display using the FC bus cannot
support applications where BACnet
IP connection on the Applied Smart
Equipment controller is utilized. For this
application, FC bus does not support
BACnet IP, Modbus™ or N2.
4. Refer to Table 14 for detailed information on
kit components.
5. Use the RJ-12 modular jack for FC bus
provided on the controller to connect to the
MAP. Terminate the RJ-45 cable on the display
from the MAP in any of the available (ETH0/
ETH1/ETH2) ports. This guide shows the RJ-45
cable connected to the ETH2 port on the
display.
Note: Refer to Setting up and viewing
MAP application for more details.
6. For SA and FC bus cable recommendations
and controller terminal block information,
refer to the BACnet Integration Setup section
in the Johnson Controls Premier Rooftop Units
Start-Up and Operation Guide (5881375-JSG-A).
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Operating the display
Introduction
The display is operated through a simple menu
system interface that provides easy, intuitive access
to real-time data and parameters stored in the
controller.
This chapter describes how to:
• Operate the touchscreen
• Go to system settings
• Enter a password
• Establish communication with a controller
• Connect to a MAP
• Display the main menu and menu navigation
• View setpoint data and adjust or override
setpoints
• View alarm events
• View graph data
• View documents
• Export data, restore backup, and clone using a
USB drive
• Display faults and diagnosis
• Update the display firmware
Key concepts
Display
The display combines state-of-the-art connectivity
features and top performance in an advanced
design. The display is a glass projected capacitive
touchscreen with 10.1 in. wide screen and 1280 x
800 pixels. The interface on the touchscreen display
supports multi-touch gesture programming
Figure shows the home page layout of the display
with display screen components highlighted. See .
Figure 13: Display home page
Operate the touchscreen
A capacitive touchscreen is activated by human
touch, which serves as an electrical conductor
used to stimulate the electrostatic field of the
touchscreen. However, gloves or specialized stylus
pens may also be used.
Using the display
Certain areas of the touchscreen always show the
same type of information during normal operation
(once the user has selected a display configuration).
These areas of the touchscreen are indicated in
Figure 13 and described in .
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CAUTION
Do NOT use sharp objects that might damage the
surface of the screen.
CAUTION
Take care not to allow layers of dust to form on the
graphic panel in a way that might cause accumulation
of static charges. Keep the faceplate of the display
clean. The equipment must be cleaned only with
a soft cloth and neutral soap product. Do not use
solvents.
Table 3: Display screen components
Area Description
Display configuration Shows the unit configuration of the
selected controller
Date and time Shows the current time setup in the
selected controller in 12 hour format
Login Shows the user login and logout
information
More Indicates when there are more pages
of data associated with the current
function. Use the page up or page
down key to display the next or
previous page
Unit status bar Lists the current unit status,
zone temperature, discharge air
temperature (DAT) and indoor air
quality (IAQ) information
Minimize or maximize
navigation wheel
Tap on this to minimize or maximize
the navigation wheel
Heat Shows the parameters associated with
the heating function
Cool Shows the parameters associated with
the cooling function
Economizer Shows the parameters associated with
the economizer
Demand
ventilation
Shows the parameters associated with
demand ventilation
Alarm Shows the alarm summary
Settings Shows the configuration page
Table 3: Display screen components
Area Description
Graph Show graphs for sensors connected to
the unit
USB
functions
Provides the ability to do backup,
restore, export data, and clone
Table 4: Display touch commands
Motion Finger
action Description
Tap
Tap on the touchscreen with a finger.
A single tap is used to make selections
when navigating through the menu or
for user parameter selections
Double Tap
(Tap-Tap)
Tap on the touchscreen twice in quick
succession with a finger. Use the
double tap to access system settings
for MAP setup
Swipe
Swipe on the touchscreen. This
motion can be used to reveal internal
components of the cabinet
Zoom In
Pinch on the touchscreen with two
fingers to zoom in. Zoom in is used to
view trend data, documents, and MAP
application data
Zoom Out
Move two fingers in an outward
direction on the touchscreen to zoom
out. Zoom out is used to view trend
data, documents, and MAP application
data
Procedure overview
Table 5: Operating the display
To do this Follow these steps
System
settings
To set up the MAP or to adjust screen settings
such as brightness and calibration, double tap
on the touchscreen during the initial power up
sequence
Enter a
password
Enter user name and password on the login
screen
Device
discovery
page
This page shows a drop-down of only single or
multiple Applied Smart Equipment controllers
when integrated with the display on the common
MS/TP bus. Select the controller to view data.
When multiple controllers are available, select the
controller based on the Dev ID address assigned
to the unit’s controller
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Table 5: Operating the display
To do this Follow these steps
Configuration
page
This page shows the controller information that
the display is communicating with currently. MAP
browser, the open PDF icon, and the navigation
wheel can also be viewed
Home page
Home page has a navigation wheel with symbols
that represent categories for the main menu. Also
see an internal view of the unit by using the swipe
motion on the cabinet
Home page
with internal
view
The home page with internal view always has the
graphical representation of the internal view of
the cabinet. Navigation wheel is also shown in a
maximized manner
View setpoint
data
View the setpoint data after selecting a function
in the main menu, and use the more arrows
to page through data
Adjust
setpoint
Tap on the setpoint data, and use adjust setpoint
icon to change the value
Note: See the Detailed procedures in this
chapter for further instructions for all of the
tasks above.
Detailed procedures
Table 6: Icons
Icon Icon description
Edit
Login
Settings
Alarm
USB functions
System settings
Note: These steps are only to be followed
when the user must access the touchscreen
calibration, brightness, or MAP settings. In
regular operation, the display directly navigates
the user to the login page.
1. Power up the display and repeatedly double
tap on the touchscreen until the TAP-TAP
menu displays at the top of the screen. Tap
on the settings icon when it turns yellow or
wait for the TAP-TAP time counter to expire
(10 seconds). Figure 14 shows the available
options on the TAP-TAP menu. Select the
System Settings option.
2. When the desired parameters have been
selected, tap on Exit under System Settings
(Figure 15).
3. Tap on the Start HMI option to begin regular
operation of the display (Figure 16).
Figure 14: TAP-TAP menu
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Figure 15: System settings > exit Figure 16: Start HMI option
Figure 17: Login page
Login page
Enter a user name and password from Table based
on the level of access desired.
1. The display requires users to set a new user
name and password after the first time
logging in as one of the accounts in Table .
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