FG-LCD-MMI Data Sheet Rev 2.3 6 December 2011 1 Description The FG-LCD-MMI is a smart and cost effective human machine interface, HMI LCD approach to display real time status information and modify points value on building control system in additional to conventional Niagara AX system. The LCD is a touch screen display which provides ease of usage for different users. It works in latest Sedona Framework™ and interfaces seamless with all Sedona-based devices and makes information accessible from all systems connected to these devices. Technical Specification Input Voltage 24VAC/24VDC Input current 1A at 24V Microcontroller ARM Cortex M3 Processing Speed 72MHz SD Card Supported SDSC/SDHC LCD resolution 320X240 LCD colour depth RGB (565) Touch Screen Resistive Ethernet 10/100BASE-T Features Touch screen with sharp colour display Sedona Framework™ support Communicates with all Sedona devices, with EasyIOFGLcd kit View and edit points Supports multiple data types e.g. Boolean, integer, float Ethernet based Simple configuration/setup on both Sedona devices and LCD display. Easy Firmware upgrade Real time data upgrade Small form factor Accessible up to 600 points per controller Access to multiple controller Cost effective upgrade in project phase Minimum effort for system transfer from existing EasyIO product Simplified control of maintenance/ facility team Watchdog governed to prevent system abnormality Simple and clean GUI Data Sheet FG-LCD-MMI
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FG-LCD-MMI Data Sheet Rev 2.3 6 December 2011
1
Description
The FG-LCD-MMI is a smart and cost effective human machine interface, HMI LCD approach to display real time status information and modify points value on building control system in additional to conventional Niagara AX system. The LCD is a touch screen display which provides ease of usage for different users. It works in latest Sedona Framework™ and interfaces seamless with all Sedona-based devices and makes information accessible from all systems connected to these devices.
Technical Specification
Input Voltage 24VAC/24VDC
Input current 1A at 24V
Microcontroller ARM Cortex M3
Processing Speed 72MHz
SD Card Supported SDSC/SDHC
LCD resolution 320X240
LCD colour depth RGB (565)
Touch Screen Resistive
Ethernet 10/100BASE-T
Features
Touch screen with sharp colour display
Sedona Framework™ support
Communicates with all Sedona devices, with EasyIOFGLcd kit
View and edit points
Supports multiple data types e.g. Boolean, integer, float
Ethernet based
Simple configuration/setup on both Sedona devices and LCD display.
Easy Firmware upgrade
Real time data upgrade
Small form factor
Accessible up to 600 points per controller
Access to multiple controller
Cost effective upgrade in project phase
Minimum effort for system transfer from existing EasyIO product
Simplified control of maintenance/ facility team
Watchdog governed to prevent system abnormality
Simple and clean GUI
Data Sheet
FG-LCD-MMI
FG-LCD-MMI Data Sheet Rev 2.3 6 December 2011
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Physical View
Note: A. All linear dimensions are in millimeters. B. This drawing is subject to change without notice.
Top View Bottom View
Back View
Side View
FG-LCD-MMI Data Sheet Rev 2.3 6 December 2011
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Physical View (continued)
Note: A. All linear dimensions are in millimeters. B. This drawing is subject to change without notice.
Physical Functionality
Front View
LCD
Touch
Screen
Input
Power
Supply
Ethernet
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Physical Functionality (continued)
Overview
Back View
Ethernet Input
Power
Supply
Mini USB
Front View
Micro SD
Card
FG LCD
AX Supervisor
TCP/IP
TCP/IP
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Wiring Diagram
The FG LCD can interface with up to 6 Sedona devices at any point in time. But in the future,
that number will be increased. Do take note that the Sedona devices must have the
easyioFGLcd kit installed inside its Sedona platform in order to it to communicate with the
LCD display. The cable that is suitable to use to connect from FGLCD to the Sedona devices
is the CAT5 cable (straight) with the RJ45 connectors while for the power, normal power
cable will be used.
24VDC / 24VAC
Power Supply
Sedona
Device 1
CAT5 Cable
Power Cable
+24V
GND
PE
Power Connection
Router / Switch
Sedona
Device 2
Sedona
Device 3
Sedona
Device4
Sedona
Device 6
Sedona
Device 5
Note: All Sedona Devices must come with the easyioFGLcd kit installed inside.
Sedona
Device n
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Basic Functionality
The function of the LCD display is based on a client-server basis. The LCD display will act
as a client and the Sedona device will be the server. The LCD display will send requests to
the Sedona device to collect its data every interval. This interval time can be changed
depending on the firmware of the LCD display. So to begin, the Sedona device must have
the easyioFGLcd kit installed inside. This kit contains all the objects that the Sedona device
needs to interface with the LCD display.
The picture above is an example of the implementation of the LCD display which connects to
a Sedona device that is the EasyIO 30P. The 30P comes with the easyioFGLcd kit installed
inside.
For more information of the Sedona Platform side on how to install the easyioFGLcd kit and
set up the page, the line and what information to display, please refer to easyioFGLCD
Implementation document.
Router /
Switch
FG LCD
Sedona
Device.
E.g.
EasyIO
30P
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The flow chart below shows the basic steps needed to run the FG LCD display.
For more information on the functionality of the LCD display, please refer to the LCD
Functionality section in this data sheet.
Power up the
LCD display.
Power up the
Sedona Devices.
Set the IP address of
the Sedona Devices
from the LCD display
after pressing the
Controller IPs button.
Install the
easyioFGLcd kit.
Create the server.
Create the pages.
Log on into its
Sedona Platform.
Create the lines.
Connect the LCD display
with the Sedona Device
using the Ethernet cable.
Press the Controllers
button on the home
screen.
Select a specific
controller.
The LCD display
successfully shows
the data from the
Sedona Device.
Press Settings
button on the
home screen.
Save App.
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LCD Functionality
1. Home Screen
Upon powering up, the FG LCD will
beep once.
Then, the home screen as shown in the
above picture will appear on the LCD
screen. The left button represents
Settings and the right button
represents Controllers. In the middle,
a Pad Lock button represent if this
LCD is locked. In the above picture, the
sign shows that the LCD is locked. If
the LCD is locked, the user cannot
enter Settings but still can enter
Controllers.
2. Entering Password
The above picture shows the screen user
will be in when they pressed the button
that represents Pad Lock. Now the user
will be prompted to enter the password to
unlock the LCD. The default password for
the LCD is ‘1234’. The user can press del
to delete a number, press clear to clear all
the numbers, press enter to confirm
password or press cancel to go back to
the home screen.
Press enter to confirm the password which
the user has entered.
If the password is correct, the user will be
returned to the home screen. Now the Pad
Lock sign will show that it is unlock as
shown in the picture above.
3. Settings
Pressing the Settings button will bring the
user to the screen as shown in the picture
below.
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There are 7 buttons that can be pressed.
There are Ethernet, Controller IPs,
Home Controller, Change Pin, System
and About buttons.
i. Ethernet
The above picture shows the Change IP
Settings screen the user will see upon
pressing Ethernet button. Here is the
place where user can set the IP Address,
Subnet and Gateway for this LCD display.
Press Save after configuring the IP
settings. Pressing the Home button will
straightaway bring user to Home Screen.
ii. Controller IPs
The above picture shows the screen for
the controller’s setup upon pressing the
Controller IPs button. The screen shows
6 buttons for 6 controllers which is the
maximum number of controller this LCD
display can interface with. Press any of
the controller’s (Controller 1-6) button will
bring the user to the screen as shown by
the below picture.
In here, the user can key in the IP address
of the controller which the LCD display
interfaces with. Press Save after keying in
the IP address.
iii. Home Controller
The user can put two lines of information
from one of the controllers in the home
screen. So, that specific controller is called
the home controller. The above picture
shows the screen the user will be in after
pressing the Home Controller button.
This is the place where the user can edit
the home controller’s IP address. Press
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Save after keying in the IP address.
iv. Change Pin
The above picture shows the screen the
user will be in upon pressing Change Pin
button. This is where the user changes the
pin/password to unlock this LCD display.
Type the new pin/password into the New
Pin and Confirm Pin segment. Press
Save after keying it in.
v. System
The above picture shows the screen
where the user will be in upon pressing
the System button. The system menu
contains two buttons which are
Calibration and Reboot. If the user press
Calibration button, the user will be
required to do calibration for the LCD
display as shown in the picture below.
Please follow the steps on the LCD screen
to complete calibration.
If the user pressed the Reboot button, the
LCD display will reboot / reset.
vi. About
When the user presses the About button,
the above screen will be shown. This
screen shows various information about
this LCD display.
4. Controllers
The above picture shows the screen the
user will see upon pressing Controllers
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button on the home screen. This is the
place where the user can select a specific
controller and the information from the
specific controller will be displayed as
shown in the picture below (Controller 1
selected).
The maximum amount of pages the user
can put is 99. The maximum amount of
line the user can put on a page is 6.
5. Editing Controller’s Information
The user can configure and edit the values
of the controllers from the LCD display
(For more information on how to set up the
page, the line and what information to
display on the Sedona Platform, please
refer to easyioFGLCD Implementation
document). If the specific line from the
controller’s access right was configured
Writable, the user can press that specific
line to highlight it as shown in the picture
below.
Pressing the highlighted line again will
bring the user to the screen where the
user can configure the values. If the user
pressed a line which the data type is float
or integer, a cursor bar will appear as
shown in the picture below. The user can
slide the bar right or left for their specific
value. Alternatively, the user can press the
‘+’ or ‘-‘ button to alter the value.
If the user pressed the line which the data
type is Boolean, a switch to represent true
or false will be shown on the screen as
depicted in the picture below. The user
can press the switch to alter between true
or false.
6. Mini USB
The mini USB port is reserved for future
purposes.
7. Firmware Flashing by Micro SD Card
The Micro SD card is used to upgrade the
firmware of the FG LCD. In order to flash
the LCD display with a new firmware, the
user will have to plug in the SD Card
before powering on the LCD display.
Immediately after powering on, the LCD
display will first auto detect the SD Card
then read and download the new firmware.
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Installation
Troubleshooting
Problem Solution
a. Nothing is displayed when the LCD is power on.
1. Check whether there is any input power to the LCD display.
2. Check whether the power connection to the LCD is correct. Please refer to the wiring diagram.
3. Open up the casing and check whether
the LCD display is connected to the PCD board.
b. Unable to unlock the LCD screen. 1. Make sure the password is correct.
2. The default password is ‘1234’.
c. Unable to receive any data/information from Sedona devices.
1. Check whether the IP addresses of the controllers are correct through the LCD display.
2. Check whether the settings on the Sedona devices are correct.