251864388 EasyIO lab test 01 FG series v1 2

EasyIO Lab Exercise v1.2 EasyIO Lab Exercise V1.1 EasyIO Lab Exercise v1.2 Document Change Log 25thNov 2013 Document created 27thDec 2013 Real time chart and collection table view 7thJan 2014 User guide updated base on CPT Tool Built 2014-01-03 EasyIO Lab Exercise v1.2 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 EasyIO Lab Exercise v1.2 Table of Contents Introduction Prerequisite Connecting to the Sedona Controller Sync the Controller Time Build a simple logic in the Sedona App Create New Folder / Rename Folder 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 22 Build Air Handling Unit Gr Page Part 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 EasyIO Lab Exercise v1.2 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 Computer (PC) Preferably Windows OS Sedona programming tool; the CPT Tool by Online Tools Inc(Minimum version : 27 Dec 2013) 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) EasyIO Sedona Controller; EasyIO FG Series, minimum firmware V2.2.2.0.05 24 VAc power supply to power up the EasyIO FG Series Micro SD memory card Capacity range from 1GB to 16GB EasyIO Lab Exercise v1.2 Connecting to the Sedona Controller This exercise will cover the process of connecting to a Sedona Controller using the CPT Tools Step 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 Locate the CPT tool executable file and launch the program by double clicking the CPT Tool icon Step Connect to the EasyIO FG Sedona Controller with the credentials below The EasyIO FG controller IP address is at default which is as below IP Address Subnet Mask Username Password : 192.168.10.11 : 255.255.255.0 : admin : , not put in any password Step The CPT Tool should display the navigation tree on the left side bar with the IP address as the header (title) EasyIO Lab Exercise v1.2 Step Double click Kits Management kits Some kits are pre-installed to install the following To install a kit tick at the check box next to the kit name Kits that are preinstalled and not need further action are: Sys Control dateTime dateTimeStd easyioFG inet sox tcom Additional kits that need to be installed are: easyioControl easyioCpt easyioHvac easyioLimKit easyioSchedule Hit Apply when finish selecting kits Step 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 EasyIO Lab Exercise v1.2 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 Double click the “service” folder to display all the service objects Double click “time”object brings up the time object property view Step 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 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 Save the Sedona app by invoking the Save action AT THIS POINT YOU HAVE COMPLETED THIS PART OF THE EXERCISE EasyIO Lab Exercise v1.2 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 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 Create 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 EasyIO Lab Exercise v1.2 Step Save the Sedona app by invoking the Save action AT THIS POINT YOU HAVE COMPLETED THIS PART OF THE EXERCISE 10 EasyIO Lab Exercise v1.2 Legend Writable Points Text Label 46 EasyIO Lab Exercise v1.2 Legend All Images are read only widgets 47 EasyIO Lab Exercise v1.2 Step Do a backup by using the Utilities Choose backup option button on the left side bar Step In the backup pop up window give the backup a name ie; TestLab_Foo Replace Foo with your name and hit backup button AT THIS POINT YOU HAVE COMPLETED THIS PART OF THE EXERCISE 48 EasyIO Lab Exercise v1.2 Create User Define Library CPT Tools allows you to create a template library for future used This feature is comes handy and reduce Sedona programming time In this exercise, you are going to create user_lib Each for Sedona objects library (Sedona kits object) and graphics library Properties of the saved object/objects are stored in the custom user library Create Sedona objects library Step Open the Vent Folder workspace This step is to ensure that you are viewing the Sedona object library At the Sedona objects library, choose the User_Libs tab Step In the Sedona workspace, select objects by holding down the mouse while you drag The objects selections are CO2, SetPt and Cmpr 49 EasyIO Lab Exercise v1.2 Step Drag the selected objects to the Sedona object user_lib side bar and release Step It will create a single object by merging them together Give a name to the custom object created Name MUST NOT contain special character such as “ , * and etc Use underscore (_) instead of space In the example, the custom object is named “CO2_Control” Optionally a new Category can be created by manually key in the category name in the Category field 50 EasyIO Lab Exercise v1.2 Step To reuse the custom object, drag and drop into the workspace The properties of each saved object are remain when you drop the custom object in to the workspace AT THIS POINT YOU HAVE COMPLETED THIS PART OF THE EXERCISE 51 EasyIO Lab Exercise v1.2 Create Gr widget library Following steps show create Gr widget user custom library Step Open the AHU Gr page workspace This step is to ensure that you are viewing the Sedona object library Step In the Sedona workspace, select objects by holding down the mouse while you drag The objects selections are the Coil and Valve widget Step Drag the selected objects to the widget object user_lib side bar and release 52 EasyIO Lab Exercise v1.2 Step It will create a single object by merging them together Give a name to the custom object created Name MUST NOT contain special character such as “ , * and etc Use underscore (_) instead of space In the example, the custom object is named “Coil_Pipe” Optionally a new Category can be created by manually type in the category name in the Category field Step To reuse the custom object, drag and drop into the workspace The properties of each saved object are remain when you drop the custom object in to the workspace AT THIS POINT YOU HAVE COMPLETED THIS PART OF THE EXERCISE 53 EasyIO Lab Exercise v1.2 FG Series Bacnet Server Minimum requirement for FG series controller to run Bacnet IP Server is V2.2.2.0.05 Create Bacnet Server Network Step Apart from above exercise, install additional kits as below This is the minimum requirement easyioFGDriver – 1.0.45.2 or higher easyioFGBACSvr – 1.0.45.2 or higher Step Create one folder under apps and named it “Bacnet” Creating folder is by right click at A drop down menu will display Choose “Add Folder” A finish app with folders will display as below Step Double click “Bacnet” folder to display the workspace Drag and drop a “BACSvrNetwork” object from easyioFGBACSvr library in the Bacnet folder workspace 54 EasyIO Lab Exercise v1.2 Step Click at the ”BACSvrNetwork” object and select the enable property at the property side bar to “true” Optionally the ObjectId can be change This objectId represents the Device Instance ID By default it is 8001 AT THIS POINT YOU HAVE COMPLETED THIS PART OF THE EXERCISE Create Bacnet Server Binary Point Step In the same Bacnet folder workspace double click the “BACSvrNetwork” It will display the Bacnet Network workspace Step Drag and drop BACSvrBV object into the workspace Rename the object to “Occ_BV” Step At the property sheet, select enable to true to enable the point to able to export out as a Bacnet BV Step Give the object an instanceNumber Instance number ranges between to 31 In this exercise it is set to Step By default after setting the instanceNumber the object name will be “Binary Value X” where X represents the instanceNumber Optionally a user define name and be used Max character allowed is 16 In this exercise, it is being named “Occupy_BN” 55 EasyIO Lab Exercise v1.2 Step Make a link from Sch folder Occupy object to Bacnet folder Occupy_Status object AT THIS POINT YOU HAVE COMPLETED THIS PART OF THE EXERCISE 56 EasyIO Lab Exercise v1.2 Create Bacnet Server Analog Point Step In the same Bacnet folder workspace double click the “BACSvrNetwork” It will display the Bacnet Network workspace Step Drag and drop BACSvrAV object into the workspace Rename the object to “Temp_AV” Step At the property sheet, select enable to true to enable the point to able to export out as a Bacnet AV Step Give the object an instanceNumber Instance number ranges between to 31 In this exercise it is set to Step By default after setting the instanceNumber the object name will be “Analog Value X” where X represents the instanceNumber Optionally a user define name and be used Max character allowed is 16 In this exercise, it is being named “Temp_BN” Step Make a link from Vent folder CO2 object to Bacnet folder Temp_AV object AT THIS POINT YOU HAVE COMPLETED THIS PART OF THE EXERCISE Test FG Series Bacnet IP Server Use any Bacnet Client to test the FG Series Bacnet IP Server AT THIS POINT YOU HAVE COMPLETED THIS PART OF THE EXERCISE 57 EasyIO Lab Exercise v1.2 Test Lab Submission Step Double click the kit management clicking the Backup button Do a Sedona apps backup by at the bottom of the kit management Step The backup will reside in a folder named with the IP address of the connected controller Select that folder Ensure the folder with the IP address is selected By default the Sedona backup file will be saved in the file path/directory shown below Step Navigate to the “file” folder via window explorer Zipped the IP address folder 58 EasyIO Lab Exercise v1.2 Step Email the zipped package to; To : Skfoo@easyio.com Subject : Test Lab The result of the text lab will be email individually AT THIS POINT YOU HAVE COMPLETED THIS TEST LAB EXERCISE 59 EasyIO Lab Exercise v1.2 Good Luck Thank you for your time 60 .. .EasyIO Lab Exercise v1. 2 Document Change Log 25 thNov 20 13 Document created 27 thDec 20 13 Real time chart and collection table view 7thJan 20 14 User guide updated base on CPT Tool Built 20 14 -01- 03... Controller; EasyIO FG Series, minimum firmware V2 .2. 2.0.05 24 VAc power supply to power up the EasyIO FG Series Micro SD memory card Capacity range from 1GB to 16GB EasyIO Lab Exercise v1. 2 Connecting... bar 22 EasyIO Lab Exercise v1. 2 Step 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