Sirius Lighting Design User Manual

Transcription

1 Sirius Lighting Design User Manual Updated 21 Mar, 2016 Page 1 / 32

2 Table of Contents 1 Introduction System requirements Interface board GUI for Sirius Lighting Design Main Window Menu Bar Tool Bar Network and Device Panel Feature and Command Window Log Window Features Product ID/Barcode Dimming Interface Selection Maximum Output Current (MOC) LED Module Working Hours Module Temperature Protection (MTP) V Schedule Dimmer Lumen Output Compensation (LOC) AC Dimming Page 2 / 32

3 1 Introduction Global greenhouse gas reduction policy and restrictions on electrical and electronics hazardous products has led us to the urge of replacing traditional lighting control system with environmental friendly, high energy efficient and effectively controlled lighting system. The traditional simple ON/OFF electrical and electronic switches have been used to control two states of light i.e. ON and OFF. Recently, a need has been observed to control lighting system in a more sophisticated manner introducing illumination control, distributed and/or centralized control along with the traditional ON/OFF control. Programmable LED Lighting Power provides a very flexible and optimal lighting control mechanism both for distributed and centralized light control. You can control the many features of LGIT LED Driver you want through the Sirius UI program. Page 3 / 32

4 2 System requirements In order to make full use of the feature of the Sirius, the followings are required. - Windows desktop computer or notebook - OS(32bit): Windows XP or Windows 7(recommended) - Communication: USB 2.0 ports (It is needed to connect the USB2DALI interface with PC) - DLL(Property): Silicon Labs HID Device Interface Library V1.6, HID to UART Dynamic Link Library V2.0 Page 4 / 32

5 3 Interface board This is the interface board between PC and the LED Driver. It has a Mini-USB connector, DALI connector and VCC (3.3V) output connector. VCC (3.3V) output connector is used for firmware upgrade without AC power source. < Block Diagram > Page 5 / 32

6 4 GUI for Sirius Lighting Design 4.1 Main Window Double click the LED Controller executable. A GUI window will pop-up containing the following Panels: - Menu bar: Contains the different menus supported by the GUI - Tool bar: Provides quick access to frequently used functionality - Network and Devices Panel: Panel showing the devices and the groups in the network. - Feature and Command Window: Window showing the feature set associated with the devices and allows the user to read, modify and update the feature parameters and their settings. - Logging Window: Shows the status logs Page 6 / 32

7 4.2 Menu Bar Menu bar contains 4-main menu items. Place the cursor on the menu item to view the drop down action items for each of them. In this chapter, user can find each of feature s role in the program Menu File The File menu contains the following actions. - Open: Click on this action item to invoke an Open File dialog. Select a LGT (.lgt) file and click on Open. The values of each feature are updated. Note: When the configuration file is opened, UI program check the compatibility between the configuration file and Sirius. If the configuration file is incompatible with current Sirius version, the error message is popped up. Then you should open another configuration file or make the new configuration file. Page 7 / 32

8 - Save: Click on this action item to save the current information into the LGT (.lgt) file. Feature configurations can be saved to a file for later use. Click the File-Save button in the top menu. You can save the configuration file using current value of each feature. - Save As: Click on this action item to invoke a Save File dialog. After setting the folder directory and file name, click on Save to save the current information into an LGT (.lgt) file. Feature configurations can be saved to a file for later use. Click the File-Save button in the top menu. You can save the configuration file using current value of each feature. NOTE: Check the selected model before saving configuration file. Model information will be included in data file. This information will be used at Sirius factory version in order to verify connection of correct device. If the version or model is not matched between data file and connected device, the error will be occurred. - Exit: Click on Exit button to close the program. Any unsaved data will be prompted to be written into an LGT(.lgt) file Menu Tools - Add Virtual Device: Click on this action item, a device Model Selection dialog will popup on the screen. Select the current model by selecting a row and pressing the OK button. Page 8 / 32

9 - Read: Click on this action to read the Device Configuration data from the connected device. The following Feature Configuration dialog will pop-up listing all the available features for the current device/model. Select or un-select the features to read and click on OK. There would be a communication with the device and selected features of the device will be read and displayed. - Write: Click on this action to write Device Configuration data to the connected device. The Feature Configuration dialog will popup listing all the available features for the current device/model. Select or un-select the features to read and click on OK. The features will be written to the device. Note: Before reading/writing with device, model connection should be done previously to make clear which device will communicate with PC. Page 9 / 32

10 - Port Connection: Click on this action, the Port Setup dialog will pop-up. USB port configuration is carried out automatically. Before communication with a device, you should check status of port connection. In the upper right corner of the UI main window, current connection status with interface board is displayed. Port is automatically opened when the interface board is connected to the PC using USB cable. Connected represents that the connection is OK. If Not Connected is displayed, check the connection between PC and interface board. Click the Port setup button, dialog is popped up. In this dialog, you can see the detail information of the connection. - Group Control: Click on this action to manage the groups of devices. A Group Control dialog window will pop-up. Add/remove devices from the different device groups as required. You can find more information of group control in section Group Control. Page 10 / 32

11 4.2.3 Menu View This menu contains the following actions: View menu. - Panels : this action consists of other actions as listed below. Devices: Check/Uncheck of this action will retain/remove the Network and Devices panel from Main Window. Logging: Check/Uncheck of this action will retain/remove the Logging Window from the Main Window. Device Features: Check/Uncheck of this action will retain/remove the Device Features Tab from the Main Window. Command: Check/Uncheck of this action will retain/remove the Command Tab of a device from Main window. Quick Menu Bar: Check/Uncheck of this action will retain/remove the menu bar from Main window Menu Help This menu contains the following actions as shown below. - About: Click to get the version information. This dialog contains detail information of Sirius program and connected device (converter). This information will be used for checking compatibility of the UI program. Page 11 / 32

12 - User Manual: Click to open the user manual which is supported by html. - Supported Devices: Click on this action item to pop up a Model Selection dialog of the list of supported devices. Page 12 / 32

13 4.3 Tool Bar Tool bar contains icons for quick actions. The expanded view of the tool bar as below: - Open : The functionality is same as File Open action item - Save : The functionality of this icon is same as File Save action item - Read : The functionality of this icon is same as Tools Read action item - Write : The functionality of this icon is same as Tools Write action item - Port : The functionality of this icon is same as Tools Port action item Page 13 / 32

14 4.4 Network and Device Panel This panel contains the list of connected devices. The connected devices and groups will be shown in the form of expandable tree view. The panel consists of 3 buttons. Use Scan Network and Commission button to find the connected model. When you run these items, program starts to find connected model. There is no need to select model. Program will detect the model name or type and update its information in the devices list panel Scan Network - This button scans for devices on the DALI network for their short address. This short address will be used for communication with the device. If model has own short address, then keep the previous short address. For device(s) not assigned short address will be have unique short address. After the network is scanned, the tree-view is updated into the model list Commission - Clicking this button will initiate the network commissioning. All device(s) will be assigned a new unique short address starting from zero. After the network commissioning is done, the tree-view is updated into the model list Group Control - Clicking on this button will invoke the Group Control window as described in Tools Group Control. Group information of a hardware device is shown by any of the following ways: a) Tools Group Control b) Keyboard shortcut : Ctrl + G c) On clicking Group Control in device panel. Page 14 / 32

15 Group Control has following options for configuration of LED Driver(s). Select Group: It is a drop down to select the group number 0~15. Add >> : Selected LED Driver is added to the configured group index. << Remove: LED Driver which is associated with specific group is removed from composition. This is effective only for selected group. Other group information is still remained. Close: This makes the group control window closed. Group Control feature is also used to create new group of devices and to remove device from a group. To create a group, following steps are followed, a) Click on Group Control button b) Select a group from the Select Group menu. c) Click on/select a device in the left list to add in the selected group. d) Click Add >>. To remove a device from the group, a) Click on Group Control button b) Select a group from the Select Group menu. c) Click on/select a device in the right list to remove from the selected group. d) Click << Remove Page 15 / 32

16 4.4.4 Device(s) List Click on this drop down for the following options: Configuration File Configuration file can be loaded in any of the following ways: a) From Menu bar: File Open b) Keyboard shortcut: Ctrl + O c) From Devices panel: All Devices Configuration File(right click) Load File d) From Tool bar: Click on the Open icon A window will pop up to select the.lgt file. Virtual Devices Virtual devices can be loaded in following ways: a) From Devices panel: All Devices Virtual Devices (right click) Add Virtual Device b) Tools Add Virtual Device c) Keyboard shortcut : Ctrl + M A window will pop up to select virtual devices. Scanned Devices Scanned devices can be loaded in any of the following ways: a) From Device panel : All Devices Scanned Devices (right click) Scan For Devices b) Click on Scan Network or Commission button LED Driver(s) which is connected to the interface module gets loaded. If LED Driver is not connected, error message will be shown in the screen to request the connection status again. User Defined Group Groups associated with the Hardware devices connected are shown in any of the following ways: a) Click on Scan Network button b) From Device panel: All Devices User Defined Groups(right click) Show Groups Page 16 / 32

17 Groups-tree is updated in User Defined Group if there is any group information. NOTE: Based on the connected model information, MOC range will be applied (MOC range depends on the output power of LED Driver). Model information will be included in data file. It will be used at Sirius factory version in order to verify the connection of correct device. If the version or model information is not matched between data file and connected device, the error will be occurred. Page 17 / 32

18 4.5 Feature and Command Window Feature Tab - The user can view and configure the features of a selected device in this tab. Upon selection of a device, all the supported features of the device are visible in a sub-panel. The features are displayed to the left of the window. The features that are visible depend on the device model. The user can click on any of the features and configure them. A page summarizing the supported features and their configurations is shown in the Summary page. The summary page gives an overview of Power Status, the enabled features and their configurations Command Tab - To send DALI commands to the device, Command tab needs to be selected. This tab contains common actions that can be performed by the user on some selected device or a group. - Using this tab, the user can send commands to either a specific device or a group by setting address in the address portion. The command can also be broadcast by Page 18 / 32

19 checking on the broadcast option. The address is either a short address (0-63) for the device or group address (0-15). - The user can perform Direct Arc Power Control by setting the corresponding value in the Direct Arc Power Control box. The user can also perform indirect control by clicking on the buttons in the Indirect Arc Power Control box. Each button corresponds to a fixed command that is sent to the specified address. - Commander panel is used to send specific command to the specified address. After the command is sent to the device, the result is updated. - The DTR Values can be read or written to by using the DTR panel. Each button corresponds to a specific pre-defined command. After clicking the button the command is sent to the device and the result is updated in the textbox. - The different scenes can also be managed by using the Go to Scene panel. By clicking on the + button a Set Scene dialog is invoked so that user can manage the scenes and send the command to the device. 4.6 Log Window All the log messages are shown in this window. Timelines, short address, commands and their result status will be displayed in this window. This updated information is automatically saved into the excel sheet in program directory. Page 19 / 32

20 5 Features 5.1 Product ID/Barcode Description Use the Product ID feature to know what type of product is connected. You can also read the barcode information of the product Practical Use Click the Read button after connection with product, Product ID and barcode information will be displayed in the summary tab. Product ID has LED Driver s model name. And you can read the barcode information of the product by click on the Barcode button. The barcode information is consists of 17-digit character and number Value Setting No Product ID Default Value Variable Range 1 Read None None 2 Barcode None None Page 20 / 32

21 5.2 Dimming Interface Selection Description Use the Dimming Interface Selection feature to determine the dimming method for product. Selectable items are: - DALI V - Schedule dimmer - AC Dimming - No dimming In case of DALI Dimming mode, you can select dimming curve. NOTE: AC Dimming interface mode is only for M model Practical Use You can select Dimming Interface to click radio button and showing screen will move to relative feature tab. In DALI mode, dimming curve can be selectable (Logarithmic and Linear). When 1-10V has been selected, showing screen will be changed to 1-10V min. Level feature tab to configure the minimum dimming level. When AC dimming is selected ( M model only), showing screen will be changed to AC Dimming feature tab to configure AC dimming and voltage level. The Low %, Low V, High %, High V value can be set using spin box or graph. When Schedule dimmer is selected, showing screen will be changed to Schedule Dimmer feature tab. You can configure the time table and dimming level including override, operating mode(time/location) and midnight shift. Page 21 / 32

22 5.2.3 Value Setting No Interface Default Value Variable Range 1 Dimming Interface DALI DALI, 1-10V, Schedule dimmer, AC Dimming(M-model only), No dimming 2 Dimming Curve Logarithmic Logarithmic, Linear V Min Level 10% 10% ~ 100% 4 AC Dimming Low % 30% 30% ~ 100% High % 100% Low% ~ 100% Low V 120V 120V ~ 200V High V 250V 170V ~ 250V Page 22 / 32

23 5.3 Maximum Output Current (MOC) Description Use this Maximum Output Current feature to adjust the maximum output current. You can read LED Module of various wattages by adjusting MOC value Value Setting No MOC Default Value Variable Range D Model 700mA 200mA ~ 700mA 1 Maximum Output Current M Model 27W : 1000mA 75W : 1400mA 150W : 1400mA 240W : 1400mA 320W : 1400mA (Read-only) 27W : 200mA ~ 1000mA 75W : 700mA ~ 1400mA 150W : 700mA ~ 1400mA 240W : 700mA ~ 1400mA 320W : 700mA ~ 1400mA NOTE: Configuration range of MOC(Maximum Output Current) has limitation by manufacturer. Please check product s specification. Page 23 / 32

24 5.4 LED Module Working Hours Description Use this LED Module Working Hours feature to read the operating hours of LED module. This information let user know that replacement time of LED module and used for LOC setting Value Information No Working Hours Default Value Variable Range 1 LED Module Working Hours 0H (Read-only) 0H ~ H Page 24 / 32

25 5.5 Module Temperature Protection (MTP) Description Maximum Temperature Protection is used to protect LED Module from high temperature Practical Use This data is described in the summary tab. You can find each meaning of configured temperature as below: - T start ( ): Temperature level at which the driver starts to reduce dimming level - T stop ( ): Temperature level at which the driver has to reach the temperature protection dimming level. - T max ( ): Temperature level at which the driver switches off the LED output. - Dim Level (%, Protection Dim level): The dimming level that has to be applied to protect the module. Page 25 / 32

26 5.5.3 Value Setting No MTP Default Value Variable Range (Read-Only) 1 Enable Disable Enable or Disable 2 Tstart Tstart 85 3 Tstop Tstop 95 4 Tmax Tmax Dim Level 10% 10% Dim Level 90% Page 26 / 32

27 V Description 1-10V is associated with LED Driver s supporting dimming interface. 1-10V is used to control output current of LED Driver, depending on DIM+/- level of LED Driver. You can set up 1-10V Min. Level by using Sirius Program Practical Use When LED Driver has configured 1-10V Min. level, Dimming level (Output Current) would change from 1-10V Min. Level to Max Level 100%. According to the voltage level of DIM+/-, Dimming level is calculated linearly based on the 1-10V Min. Level. Dimming level is set by increase and decrease of voltage level measured in DIM+/-. Voltage Slider: Set the value between the range of (%) by moving slider. Spin Box: Set the value between the range of (%) by changing the spin box or manually typing the number in the spin box Value Setting No Working Hours Default Value Variable Range V Min Level 10% 10 ~ 100% Page 27 / 32

28 5.7 Schedule Dimmer Description Schedule dimmer is used to automatic dimming control of LED Driver. As time has passed, the dimming of LED Driver is changed according to the schedule table Practical Use Select the schedule dimmer in the dimming interface for enable this function. - Time based: If the Time based check box is selected, the schedule dimmer operates as a time based mode. When the switch of the main power is turned on, the dimming of the LED driver is changed according to the table from No. 0 to No. 4. Users can set the maximum five steps of the schedule within 24 hours. - Location based: The location based mode of schedule dimmer is used to control the dimming of the LED driver according to the table that can be set between 15 p.m. and 10 a.m. basically. A midnight shift value is used to compensate a time error that can be occurred due to a difference between time zone and real location. The midnight shift value can be calculated in two ways which is from location or from coordinates. If the time based check box is selected, the location based mode will be disabled automatically. - Override: The override function maintain output to 100% during predefined hold time when certain event is occurred on the mode of schedule dimmer. Select the override check box to use this feature. Page 28 / 32

29 The midnight shift calculation window is shown as below. - Location: It is a predefined list of midnight shift of major cities around the world. - Latitude: The value of the latitude, which is consists of three items (degrees, minutes, seconds). And this value may be negative according to the location. - Longitude: The value of the longitude, which is consists of three items (degrees, minutes, seconds). And this value may be negative according to the location. - Time zone: A time zone is a region that has a uniform standard time. In Sirius program, it can be set the time zone value from +12 to -12 according to the GMT reference. - Daylight saving: Indication whether daylight saving should be dealt with or not. You have two choices for calculation of midnight shift. If your location is in the location list, you can use it. Some locations are not in the list. For those unlisted locations, the geographical coordinates can be used to calculate the correct midnight shift. Click OK to save result of your calculation as the new midnight shift. Note that clicking OK is not directly saving your data to the driver. To save midnight shift to a driver you will have to write the whole feature. Note also that the location is not written into the driver, the midnight shift is written instead. You can put the dimming schedule in the table up to 5 steps. If you want to add the schedule to the table, click the ADD button after filling text box. If you want to delete the schedule from the table, click the DEL button after clicking a row you want to delete. If the light level is less than or equal to the physical min during schedule dimming, it will be considered as physical min. And the light level will maintain the physical min. * LGIT s driver use 3 day mean hours to determine the virtual time for schedule dimmer. To calculate the virtual time, mean hours of past three days including today is used. Even though difference of ON duration time is greater than one hour, it will use the running average of ON duration time to calculate virtual seconds. Page 29 / 32

30 5.7.3 Value Setting No Schedule Dimmer Default Value Variable Range 1 Override Not Disabled Enable or Disabled 2 Hold time 0min 60min 3 Time Based Disabled Enable or Disabled 4 Midnight Shift(Minute) 5 Schedule 0min No Time(hh:mm) Dim(%) 0 15: : : : : min ~ 120min Number of Schedule : 5 Hour : 00H ~ 23H Min : 0M ~ 59M Dim : 10% ~ 100% (0% is settable for M model) Note1: Only M model supports minimum dimming level as 0%. The other model has a limitation of minimum dimming level to 10%. Note2: If user configured the new schedule data using Schedule dimmer feature tab and write data to the device, then AC Power should be restarted in order to apply. Page 30 / 32

31 5.8 Lumen Output Compensation (LOC) Description The efficiency of LED module is decreased over time naturally. For this reason, the brightness of LED module will be going to decrease for same output power. To maintain the constant brightness, increasing the output current as time goes on is required Value Information No LOC Default Value Variable Range 1 Enable Not enabled Enable or Not enable 2 Table No Time(hh:mm) Dim(%) (Read-only) Number of Schedule : 16 Hour : 0H ~ H Dim : 10% ~ 100% Page 31 / 32

32 5.9 AC Dimming Description AC dimming is used to control output current of LED Driver, depending on AC input voltage level of LED Driver. You can set up AC input range and Dim level by using Sirius Program. NOTE: Only M-model supports this feature for dimming interface Practical Use There are Low %, Low V, High % and High V. When LED Driver is inputted voltage from AC power, Low V to High V, Dimming level (Output Current) would change Low % to High % linearly. If AC power is lower than Low V, Dimming level is remained previous level %. And In case of higher voltage than High V, Dimming Level maintain High % Value Setting No AC dimming Default Value Variable Range 1 Low % 30 % 30% ~ 100% 2 High % 100% Low% ~ 100% 3 Low V 120V 120V ~ 200V 4 High V 170V 170V ~ 250V Page 32 / 32