251864388 EasyIO lab test 01 FG series v1 2

Create New Folder / Rename Folder In this exercise, we will be creating multiple folders to organize the Sedona program in the EasyIO FG controller.. Step 5 Drag and drop an “S2Time” o

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EasyIO Lab Exercise

V1.1

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Disclaimer

EasyIO 30P is a product by EasyIO Holdings Pte Ltd The EasyIO 30P was built on the Sedona Framework ® EasyIO FG-32 is a product by EasyIO Holdings Pte Ltd The EasyIO FG-32 was built on the Sedona Framework ® Sedona Framework is a trademark of Tridium, Inc CPT Tool is by Online Tools Inc

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Table of Contents

Introduction 5

Prerequisite 5

Connecting to the Sedona Controller 6

Sync the Controller Time 8

Build a simple logic in the Sedona App 9

Create New Folder / Rename Folder 9

CreateSedona Program in Sch Folder 11

CreateSedonaProgram in Cool Folder 14

Create Sedona Program in Vent Folder 17

Build Graphics Pages (Gr Page) 20

Create New Gr Page/Rename Page 20

Build Air Handling Unit Gr Page Part 1 22

Build Air Handling Unit Gr Page Part 2 29

Build Schedule Unit Gr Page 34

Build Live Chart Gr Page 37

Deploying Graphics 41

View Graphics in Web Browser 44

Create User Define Library 49

Create Sedona objects library 49

Create Gr widget library 52

FG Series Bacnet Server 54

Create Bacnet Server Network 54

Create Bacnet Server Binary Point 55

Create Bacnet Server Analog Point 57

Test FG Series Bacnet IP Server 57

Test Lab Submission 58

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Introduction

Thank you for attending our EasyIO Sedona Training Program

In this lab exercise, you will be guided in building simple Sedona Application into the EasyIO FG Series Sedona Controller provided to you

The exercise as well will guide you to build simple Graphics Page using the Sedona program built in the Sedona Controller

Prerequisite

1 Computer (PC) Preferably Windows OS

2 Sedona programming tool; the CPT Tool by Online Tools Inc(Minimum version : 27 Dec 2013)

3 Network cable to connect to an EasyIO FG Series controller (optionally a network switch can be used to connect between both PC and an EasyIO FG Series controller)

4 EasyIO Sedona Controller; EasyIO FG Series, minimum firmware V2.2.2.0.05

5 24 VAc power supply to power up the EasyIO FG Series

6 Micro SD memory card Capacity range from 1GB to 16GB

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Connecting to the Sedona Controller

This exercise will cover the process of connecting to a Sedona Controller using the CPT Tools

Step 1

Manually change the computer IP address to be same subnet as the EasyIO FG series

Default IP address for EasyIO FG Series controller is 192.168.10.11

You will need to assign an IP address for the computer ranging from 192.168.10.1 to 192.168.10.254 (excluding 192.168.10.11 as this is the EasyIO Controller IP address)

Step 2

Locate the CPT tool executable file and launch the program by double clicking the CPT Tool icon

Step 3

Connect to the EasyIO FG Sedona Controller with the credentials below

The EasyIO FG controller IP address is at default which is as below

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Step 5

kits Some kits are pre-installed

To install a kit tick at the check box next to the kit name

Kits that are preinstalled and do not need further action are:

CPT will proceed with kits installation and will reboot the EasyIO FG controller

A manual reconnection to the EasyIO FG controller is required

AT THIS POINT YOU HAVE COMPLETED THIS PART OF THE EXERCISE

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Sync the Controller Time

This exercise will sync the EasyIO FG controller Real Time Clock (RTC)with the PC system time and time zone

Step 1

Double click the “service” folder to display all the service objects

Double click “time”object brings up the time object property view

Step 2

In the New Date Time option select “Configuration” radio button and click “LocalTime” button

This will force the controller Real Time Clock (RTC) to sync with the host computer

Step 3

Hit Save at the New Date Time option The controller RTC should now sync with the computer This can be verified by checking the “Sedona Date Time” option

Step 4

Save the Sedona app by invoking the Save action

AT THIS POINT YOU HAVE COMPLETED THIS PART OF THE EXERCISE

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Build a simple logic in the Sedona App

In this exercise, we are going to build a simple app replicating a Cooling Only Air Handling Unit and a simple Heat Pump Control

Some Inputs objects such as Temperature will be replicating by using a Ramp object or other object from the Control library

To replicate Output objects such as Modulating Valve control and On/Off control, Sedona controller physical output will be used

Create New Folder / Rename Folder

In this exercise, we will be creating multiple folders to organize the Sedona program in the EasyIO FG controller

Step 1

Rename the default “EasyIO” folder to “Sch”

Renaming object is by double clicking the object (folder) and right side bar will show the

object/folder property

Give a name in the “Name” property slot

Saving is by hitting Enter keyboard key or click elsewhere in the CPT Tool

Step 2

Create 2 more folders under apps and named it “Cool” and “Vent” respectively

Creating folders is by right click at

A drop down menu will display Choose “Add Folder”

A finish app with folders will display as below

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Step 3

Save the Sedona app by invoking the Save action

AT THIS POINT YOU HAVE COMPLETED THIS PART OF THE EXERCISE

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CreateSedona Program in Sch Folder

In this exercise we will creates a program that control a command Start Stop for an Air Handling Unit

This folder contains a Schedule object (Enable) that will control a StartStop Command (Occupy)

object

The Enable(Weekly Schedule)object will trigger the Occupy object replicating a Scheduler start and

stop time

Step 1

Double click “Sch” folder to display the workspace

Drag and drop a “Schedule”object from easyioSchedule library and rename it as “Enable”

Step 2

Drag and drop a “DO” object from easyioFG library and rename it as “Occupy”

This object will replicate a Digital Output

A thumbnail will show, Click and hold on it the required point

Drag the link (almost like a connection wire or line) from the source or output to the destination slot, connection point or input you require, then release the mouse button when the required input is reached (line connects the two points) The link will automatically be made

Source in this exercise is the Enable object outSlot and the destination is Occupy inSlot

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A completed program will display as below

Step 5

Drag and drop an “S2Time” object from easyioLimKit library in to the same workspace

This object is convert 2 Integer value to a string output

Step 7

Drag and drop 2 “WriteInt” from the control library and named as “OnTime” and “OffTime”

respectively

Right click on the object choose Action > Set Set the output value to 800 and 1800 respectively

0800 represents 8.00AM and 1800 represents 6.00PM

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Step 9

Save the Sedona app by invoking the Save action

AT THIS POINT YOU HAVE COMPLETED THIS PART OF THE EXERCISE

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CreateSedonaProgram in Cool Folder

In this exercise we are creating a PID loop control for an Air Handling Unit that is controlling a

cooling valve

The PID loop object is enabled by an On/Off status from the previous “Sch” folder (refer to next

exercise)

Step 1

Double click “Cool” folder to display the workspace

Drag and drop a “WriteFloat” from control library and rename it as “Temp”

This object will replicate a temperature value

Right click on the object, choose Action > Set Set the output value to 25.00oC (77.00 oF)

Step 2

Drag and drop a second “WriteFloat” object into the same workspace Rename it as “SetPt”

Set the output value to 24.50oC (75.00 oF)

Step 3

Drag and drop a third object singleLoop from easyioHvac kit, Rename it as PID

Click on the object and set the property at the right side bar with the given value below and leave the others as default if not mention

Throttling Range : 6.00

Integral Gain : 0.10

Step 4

Drag and drop UO object from the easyioFG kit, named it “Valve”

Select Percentage 0-10V in the output Type property and Channel UO1 in the channel property

Create links between the objects in this workspace as display below using the steps discussed earlier The completed logic including links should same as below

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Step 5

In this step you are going to create a link between objects in different folder Create a link between

Occupy object in (Sch folder) and singleLoop object Enable Slot and Occupied Slot in (Cool Folder)

This external link from the Occupy object in the Sch folder will enable the PID Loop object when the

equipment is running (true state)

The below step shows linking between different folder in the Sedona apps

Double click at the Sch folder and right click at the Occupy object Choose Make Link option

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Step 6

In the popup window choose the source slot and the target slot then hit Link

The source slot has to be in the left side and the target slot has to be on the right side of the pop up Multiple links can be done in the popup window

Optionally linking between objects can be done via “Make Link” shortcut icon at the top of tool bar

A completed program for Cool folder will display as below Note that there are 2 pins at the

singleLoop object

Pin/Pins represent a link from external source (another folder) within the Sedona apps

In this exercise the external links came from the Occupy object in the Sch folder

Step 7

Save the Sedona app by invoking the Save action

AT THIS POINT YOU HAVE COMPLETED THIS PART OF THE EXERCISE

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Create Sedona Program in Vent Folder

In this exercise we are creating an On Off control for 2 Exhaust Fan base on an Indoor Air Quality (CO2 Concentration) and a Fan Enable Status

Step 1

Double click “Vent” (Ventilation) folder to display the workspace

Drag and drop a “Ramp” from control library and rename it as “CO2”

Click on the object and set the property as below and leave the rest as default if not mention

Min : 500.0

Max : 2000.0

Delta : 1.00

Step2

Drag and drop “WriteFloat” object into the same workspace The “WriteFloat” is available from

control library Rename it as “SetPt”

Set the output value to 900.00

Step 3

Drag and drop a third object “Cmpr” (compare) from Control library Make the links between the

objects to complete the logic as display below

Step 4

Drag and drop “WriteBool” object from control library and rename it as Fan_En

Drag and drop “And2”object from the control library

Link Fan_En object outSlot to And2 object in1Slot

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Step 5

Drag and drop 2 “DO” object from easyioFG library and name it respectively ExFan01 and ExFan02

In the property sheet of each object select DO2 and DO3

Link the ExFan01 and ExFan02 to the And2 object outSlot

Step 6

Complete the logic by linking the “Cmpr” object xgy slot to “And2” object in2Slot

The completed logic is as below

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Step 5

Save the Sedona app by invoking the Save action

AT THIS POINT YOU HAVE COMPLETED THIS PART OF THE EXERCISE

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Build Graphics Pages (Gr Page)

First of all, the easyioCpt kit need to be installed into the Sedona apps as mention in the earlier

chapter before proceeding to create Gr pages

In case the easyioCpt kit is not visible in the Sedona library, please refer to Connecting to the Sedona Controller

The easyioCptService is an object in the easyioCpt kit has to be drop in to the service folder

Double click the service folder

Drag and drop the easyioCptService in to the service folder

Create New Gr Page/Rename Page

In this exercise, we will be creating multiple graphics pages in the EasyIO FG controller for the

Sedona apps that we built earlier

Multiple Gr pages can be created The following steps shows creating Gr page/pages in the EasyIO

FG Controller

Step 1

Locate graphic icon on the left side bar, right clicking it will bring the selection menu

Choose “New Graphic” Give the Gr page a name, in this example it is named as AHU

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Step 2

Set the AHU Gr page as home page by right click on the AHU Gr page and choose “Set as Home”

If this step is done correctly, the icon for the Gr page will change and a small home image can be seen in the icon

Save the Sedona app by invoking the Save or action keyboard shortcut key CtrL + S

AT THIS POINT YOU HAVE COMPLETED THIS PART OF THE EXERCISE

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Build Air Handling Unit Gr Page Part 1

In this exercise, we will be creating a graphic page for an Air Handling Unit

The process of building the Gr pages is very similar to the Sedona apps

It is a drag and drop process

To create static image/images drag and drop from the widget library (widget library is image library;

it can only available is you are in the Gr page workspace)

To create image/ images with animation drag and drop objects from the Sedona apps and choose image/widget

Step 1

Double click on the AHU Gr page This will display the workspace for the Gr page

The library side bar will automatically display the library for Gr page

Gr library are groups of graphics images templates Each group consists of one or more images

Step 2

Drag and drop the “Duct A” image from the ducts library

This step demonstrates creating a static image/widget into a Gr page

A single click on the image dropped in the workspace will display the image properties at the right side bar

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Step 3

Create text label/labels for a Gr page Text label widget is available in the general library

Drag and drop the “Label” widget into the Gr workspace

The label properties such as font style, font format and text label colour can be can be configure to

user preference in the properties side bar

This label represents the title of the Gr page Edit the text property to “Air Handling Unit” in the text

Text label colour properties

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Step 4

Drag and drop static widgets as below instructions to complete the Gr page as display below

The two filter images are dragged and dropped into the Gr page as static image The filterV object

is from the “coils” Gr library

The coil image is dragged and dropped into the Gr page as static image The coolingCoilTrueobject

is from the “coils” Gr library

The cooling pipes image is dragged and dropped into the Gr page as static image The cValve2wayR

object is from the “valves” Gr library

The two sensor images are dragged and dropped into the Gr page as static image The

The arrows images are dragged and dropped into the Gr page as static image The “arrows” object are from Gr “misc” library

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Step 5

Create animating widgets In order to create animating image/widget binding to a value of a point,

simply drag and drop a point within the Sedona apps In this exercise, Occupy object in the Sch

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Step 6

Create 2 more Fan widgets by using the ExFan01 and ExFan02point from the Vent folder This time use the fanLeft from the equipment library

Top right fan image label: Exhaust Fan 01

Top left fan image label: Exhaust Fan 02

Bottom fan image label: Blower Fan

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Step 8

Save the Sedona app by invoking the Save or action keyboard shortcut key CtrL + S

AT THIS POINT YOU HAVE COMPLETED THIS PART OF THE EXERCISE

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Build Air Handling Unit Gr Page Part 2

Step 1

In the same AHU Gr page, create animating text labels or text label displaying a point value (read

only) This is done by drag and drops an object and chooses the Label as the widget

Drag and drop the Temp from the Cool folder into the AHU Gr page

In the selection window choose Out slot and Label widget from General library

Dragging a point from the Sedona apps into a Gr page and choosing the label as the widget will

automatically create a label with binding to the Sedona point

This label will display real time value of the point

Step 2

By default every text label binding format string will shows %s in the Gr workspace

This is the default formatting The web browser will display numerical value with 4 precision places

as25.1234

The text label binding supports multiple formatting In order view the supported formats, click on

right side bar

In the pop up window move the mouse pointer to the format string field The text label formatting tips will be shown

Step 3

In this example for the temp value binding Temperature is %.2f Deg C is being used with %.2f format

displaying the real time value with 2 precision places

This formatting will return Temperature is 25.00 Deg C with 25.00 point value as the value

Change the formatting for this object to be as Temp Set Point is %.2f Deg C

The formatting will return Temp Set Point is 24.50 Deg C with 25.00 point value as the value

Step 6

Change the text binding colour by choosing the text colour property

The colour chooser will prompt for colour selection Change the colour to other than black

In this example a dark blue with the colour RGB code as below

This remark the text binding is a writable text binding

Change the formatting for this object to be as Cooling load is at %.2f %%

The formatting will return Cooling load is at 50.00 % with 50.00 point value as the value

The two %% character will format a percentage (%) symbol