Streetlight Management System Operating instructions

Transcription

1 Streetlight Management System Operating instructions InnoSmart-BS-V03 June TM The Internet of things is creating a new world!

2 1 Thank you for purchasing our company's products, if you have any questions or need please feel free to contact us. This operating instructions may contain places that are technically inaccurate, or where the product functions and operations do not match, or the printing error. We will update the contents of this operating instructions according to the enhancement of product function. The updated content will be added to the new version of this operating instructions. 1

3 LIST 1 Introduction Introduction Operating Environment Agreement System Used User Login Software interface and menu introduction Real-time Control Regional organization tree Concentrator control Group Control Node Control Panel Timing Task Menu Function Add Timed Tasks Fixed time calculation mode Sunrise Sunset Time (Tstronomical Clock) Calculation Mode Download Device Management Area Management Add New Area Modify Delete Concentrator Management The Group Information Management Concentrator Configuration Device Management Device Code Management Equipment Classification Table Node Management Fault Alarm Alarm Management... 错误! 未定义书签 6.2 Fault Analysis Data Reporter Street data Loop data Meter data External data Basic Data Alarm template management Newly added Alarm configuration

4 3 8.4 Box information Lamp type System configuration Log management Operation log management System management User management Add user Department management Role management

5 4 1 Introduction 1.1 Introduction InnoSmart Streetlight Management System, Mainly used in municipal street lamps, landscape lights, factory lighting, campus lighting and other occasions. With real-time single-lamp monitoring, group control, application strategy, video surveillance, equipment management, data acquisition and data analysis and other basic functions, At the same time with the receiving and processing alarm, energy analysis, fault analysis, operation and maintenance and other advanced applications. B/S frame is stable and reliable, no installation, easy operation, is the main operating terminal of the system. 1.2 Operating Environment Operating system requirements: Windows 7 or above Browser: IE11 or above, Firefox or above, Google 41 or above CPU: P4 2.4 or above Memory: 4G or more Hard Disk: 100G or more 1.3Agreement In order to simplify the description in this operating instructions, the following conventions are made: InnoSmart Streetlight Management System-- InnoSmart-BS-V3 is referred to as software Digital power, single-lamp controller, dual-lamp controller unified as node The left mouse button click is defined as click Double-click the left mouse button s defined as double-click Part of the picture for the schematic, please the actual interface of the software shall prevail 4

6 5 2 System Used 2.1User Login In the browser address bar enter the address: Step 1: Select the language Step 2: Enter the user name and password Step 3: Click Sign In Note:Check "Remember password" to save the user name and password entered this time, the next time you log in, will automatically fill in the user name and password. 5

7 6 2.2 Software Interface and Menu Introduction The software main interface is divided into seven parts, as shown in the following figure: The software interface is described below: AREA DESCRIPTION AREA DESCRIPTION Menu Bar Area Window Map Panel Alarm Message Administrator Menu Menu Bar: PROJECT Equipment Control Equipment Management Fault Alarm Data Report Basic Data Log Management DESCRIPTION Single-lamp control, group control, broadcast control and other real-time monitoring; Development of application strategy (Timing Tasks); Manage streets, area information, and coordinate definitions; Concentrator, node base data management, and configuration operations; Concentrator alarm record report; Node fault information record report; Street light data report; Loop data statistics report; Meter data statistics report; Concentrator external expansion port data report; Single lamp energy consumption statistics report; Software system in some of the basic configuration: Concentrator alarm configuration template; Power box information configuration; Light source information configuration; The basic system configuration; User log records. 6

8 7 User Management; System Departmental management; Management Role management Area Window: Organizational resource management, Show the organization of the entire system. Regions, concentrators, and nodes are managed, configured, and queried in the Device Management menu Equipment Management. Map Panel: Combined with the map, so that users know more clearly the exact location of each device. Alarm Message: When the concentrator alarm occurs, it will prompt the number of alarm messages to remind the user to deal with. Administrator Menu: The user changes the password and exits the software system. 3 Real-time Control After configuring the device, click "Real-time control" under "Equipment Control" in the menu bar, as shown below: Enter the real-time control interface, expand the corresponding city on the left, the street, select the need to control or monitor the concentrator, group or node: Select the concentrator 7

9 8 Select group Select the node 3.1 Regional Organization Tree Click "+" to expand the organization in front of the organization tree 8

10 9 Corresponding Icon Meaning: Concentrator: Online Offline Node: Online normal light Lights off Offline Lit but faulty The lamp is damaged 3.2 Concentrator Control Concentrator control panel: 9

11 10 The Concentrator control panel is described below: AREA DESCRIPTION AREA DESCRIPTION 1 Quick dimming button 2 Slider dimming assembly 3 Concentrator summary information 4 Automatic button 5 Concentrator details button 6 Relay monitoring 7 Manually refresh the data button 8 Concentrator parameter view button 9 Energy consumption statistics Quick Dimming Button: Quickly dim all nodes under the jurisdiction of the concentrator to the specified brightness. Slider Dimming Assembly: Flexibility to dim all nodes under the jurisdiction of the concentrator to the specified brightness. Concentrator Summary Information:The latitude and longitude of the concentrator on the map; Automatic Button:Automatically refresh concentrator information; Concentrator Details Button: View the detailed information of the expansion interface of the concentrator, as shown below: Relay Monitoring:Relay control and status display, as shown: Green indicates that the relay has been closed, gray that the relay is off; Manually Refresh The Data Button: Manually refresh the concentrator information; 10

12 11 Concentrator Parameter View Button: View the configuration parameters of the concentrator, as shown in Figure: The Concentrator displays the icon on the map according to the configured latitude and longitude position: 11

13 Group Control The group control panel is simple, just a quick dimming button and a slider dimming component; In the configuration node, there is an option is to assign the node number to the node, that is, N nodes assigned to the X group, when the real-time monitoring and timing tasks to facilitate control; 3.4 Node Control Panel The node control panel is described as follows: AREA DESCRIPTION AREA DESCRIPTION 1 Lamp state 2 Quick dimming button 3 Slider dimming Node data 4 assembly 12

14 13 5 Refresh button 6 Lamp type 7 Node Status 8 Real-time Graph 9 Node running time, energy consumption, fault subtotal information Lamp State: A total of five states, namely: Light, Off the lights,node Off-line,Fault, The lamp is damaged Quick Dimming Button: Quickly dim the node to the specified brightness. Slider Dimming Assembly: Flexibility to dim the node to the specified brightness. Node Data: Real-time update of the node's power parameters by manual refresh or automatic refresh. Refresh Button:Through manual refresh or automatic refresh, real-time update the node's power parameters, and refresh the lamp status, real-time curve information. Lamp Type: HID,LED,Single lamp controller,dual lamp controller;where the dual-lamp controller will display the A \ B option; select A \ B to view the data separately. Node Status: The status is: 1,HID \LED: Temperature is too high; The temperature is too low; Unable to start; Output short circuit; Output open circuit; Power is too high; The input voltage is too high; Input voltage is too low; 2,Single\ Dual Lamp Controller:The relay is damaged; Overload; Under load; The input voltage is too high; Input voltage is too low; The input current is too high; The input current is too low; Real-time Graph:Click the left button on the real-time curve to display the real-time voltage, current, and power curve of the node: 4 Timing Task 4.1 Menu Function The user can customize the timing task and let the device run automatically at the specified time. 13

15 14 +Add: You can add a new scheduled task; Delete the Selected:There is a checkbox in front of each task. Check the selected, and then click "delete the selected" to delete the selected record; Del ALL: That is, delete the same account with the current account of all the timing task records; Download: Will be selected records, issued to the Concentrator, the Concentrator will be recorded in order to continue to follow the regular implementation. Note: delete action can only delete the records in the database, will not be deleted has been sent to the Concentrator stored in the record, you want to delete the Concentrator in the record, you need to the centralized management interface to clear the scheduled task. 4.2 Add Timed Tasks Fixed time calculation mode 1,When the execution mode is "single execution", take the first date of the Expiry date; 2, Relay switch control mode is for the entire Concentrator, for the election group control mode is invalid. 3, Lamp: When the control node is a dual lamp controller, Lamp A, Lamp B, Double Option is applicable; When the control node is HID or LED or Single Lamp Controller, Can only choose Double. 4,When the control type is "Broadcast", it will work on the node under the jurisdiction of the whole Concentrator; When the control type is "Group", the group node will work. 14

16 Sunrise Sunset Time (Tstronomical Clock) Calculation Mode This mode is based on the location of the Concentrator (latitude and longitude), combined with the time zone, calculate the actual sunrise sunset time. According to the sunrise sunset time to perform the corresponding timing tasks. For how to set the Concentrator latitude and longitude, see:6.2.3 Concentrator configuration. As shown below: In the above figure, we customized a timed task. The contents of the "Concentrator-A-300" Concentrator all the street lights in the April 1, 2016 to September 30, 2019, sunset every day 15 minutes ahead of time to put all the lights lit, the brightness is 100%. Note: As in the above example, Time = -15, that is 15 minutes ahead of time; if you need to delay X minutes, then enter X directly. If the Time = 50 minutes, that is delayed by 50 minutes to perform the task. 4.3Download When the timed task is added or the edit is saved, it returns to the task list. Tick the data before. Click on, the timing task is sent to the Concentrator for storage. This completes the setting of the scheduled task. Download the success of the task, will change the status of Sended, download failed or not downloaded are displayed status is Not Send 15

17 16 5 Device Management 5.1 Area Management Add New Area Please refer to the following steps:: 1,Select the left area management menu Area management ; 2,Select directory; 3,Enter the name of the region and latitude and longitude (do not know latitude and longitude can not fill); 4,Click the "Add Post" to save Modify Please refer to the following steps: 16

18 17 1,Click the area you want to edit; 2,Modify the name of the region and latitude and longitude (Do not know latitude and longitude can not fill); 3,Click the "Edit Post" to save; Delete Please refer to the following steps: 1,Click the area you want to delete; 2,Click Delete Post, you can successfully delete; Note: delete the area from the end of the region began to delete, can not be deleted directly with sub level region. For example: if you want to delete Area A, please delete Road A. Otherwise it could go wrong. 17

19 Concentrator Management The meaning of each icon is as follows: 1, Detailed Information: Displays detailed information about the concentrator; 2, Edit: Modify the configuration information for the Concentrator; 3, Delete: Delete Concentrator; note: After deletion can not be restored, please use caution; 4, Next Node: The node information belonging to the current Concentrator is sent to the Concentrator for storage, 5, Configuration Node: The Issued node operation is completed, you need to click on the "Configuration Node", the Concentrator will receive configuration instructions, the node data is written to Memory. Note: please wait for a certain time after the configuration node operation is performed. Please do not do any operation on the same Concentrator during the waiting period. Waiting time formula: number of Node*30 seconds. For example: Concentrator has 100 nodes, then, after the implementation of the configuration node operation, please wait at least 100*30=3000 seconds =50 minutes. Otherwise, it May result in the failure of the node configuration, and some nodes can not be controlled. 6, Query Node: Node information stored in the query Concentrator; 7, Clear Node: Clears node information stored in Concentrator; 8, Query Concentrator Task: Query timing task information stored in the Concentrator; 9, Clear Concentrator Task: Clear timing task information stored in Concentrator; 10, Query Alarm Mode: Query Concentrator current configuration alarm settings; 18

20 19 11, Group Information Management: N groups can be assigned to the Concentrator, and the group name can be customized; Note: the numbers of Group must be Arabic numerals and the value must be 1-255; 12, Concentrator Configuration: Writing latitude and longitude information to Concentrator; 13, Network Query: Query Concentrator node network; 14, PLC version: View Concentrator PLC version information; 15, PLC reset: Reset PLC will enable nodes to re networking; 16, Set Concentrator time: Manual sync Concentrator time; 17, Relay Switch Time Setting: You can set the relay must be turned on and off time. To prevent the restart after the power to cause the relay automatically open; 18, Department Conversion:The data can be stored in the Concentrator to other departments for management; 19, Start Networking: The notification Concentrator begins to network with nodes in the network. Note: you must enter the actual number of nodes, otherwise it may cause some nodes to be unable to network, and even lead to the latter part of the node can not control. Network speed will be affected by the circuit network. The more nodes, the longer the network time, please wait. Wait time formula: the number of nodes *20 seconds = all the time required for networking success; Wait for the network, through 13. Network Query, the number of nodes of network network query "check" 13, if successful, the query network shows the number of nodes and ID network success is correct, that the success of the network, to the next step: 20.stop networking. 20, Stop Networking: the implementation of the 19.Start Networking and through the "13.QueryNetwork" to understand the Concentrator and the successful completion of all nodes network, the implementation of the directive, notify the Concentrator stop networking. Note: if one can not all nodes networking success, you can repeatedly perform 19.Start Networking and 13.Query Network. 21, Storage Node: The function of the instruction is to write the node information of the network successfully into the routing table. 22, Read Flash Node: The instruction is only used for "Debug" debugging, generally do not use. 23, Delete the Flash Node: The instruction is to delete the 21, storage node stored in the routing table node information. Every time you need to perform this operation. Generally only need to be executed when the system is deployed for the first time. 19

21 20 24, Hardware & Software Information: get the Concentrator software system information and hardware version information;note: all of the above Concentrator operating instructions are sequential, in two types: data entry class and Concentrator configuration class: 1,Data entry class: First, the data of the Concentrator and the node are input into the system and the relationship is formed (the node needs to specify which Concentrator is included in the input), as well as the modification of the Concentrator information;as described above, 1, 2, 3 and add Concentrator operation; 2,Concentrator Configuration Class: Concentrator configuration class operation is relatively complex operation, each configuration must be strictly followed by the steps: 1 12,Configuration Concentrator 2 16,Set Concentrator Time 3 7,Clear Node 4 23,Delete Flash Node 5 19,Start Networking(Wait for Node number *20 Seconds) 6 13,Query Networking(When all nodes are successful networking) 7 20,Stop Networking 8 21,Storage Node 9 4,Issued Node 10 5,Configuration Node(Wait for Node number *30 Seconds) 11 6,Query Node So far, the Concentrator and the node successfully set up the network, you can try to control the node. 1.You can set the number of items displayed on each page.and you can search by concentrator name or ID. 2. You can Add \ Delete the select \ Refresh by clicking on the button below. 20

22 21 Add Concentrator The first step: First select the Concentrator in the region, the regional information creation, please refer to The second step: Fill in the name (support Chinese and English and digital), latitude and longitude, installation address, box, date, notes and other information. The third step: Concentrator ID, on the Concentrator machine. The fourth step: Select an alarm mode, or the creation and content of the model, refer to The Group Information Management In order to facilitate grouping and identity management, you can select any name for the group. Management of group information under each Concentrator. 21

23 Add Group Group name can be arbitrary in English and digital combination group must be a number and range must be Concentrator Configuration When new or modified information Concentrator, we can specify a latitude and longitude information for Concentrator, when you save the Concentrator information, the list corresponding to the Concentrator concentrator behind click "Concentrator configuration" button, the system will be longitude and your computer location information is written to the Concentrator, the realization of the use of sunrise and sunset time in timing tasks (Astronomical clock) model. If you do not perform the Concentrator configuration operation, the Concentrator will not be able to run a timed task performed in an astronomical clock mode. 22

24 Device Management Device Code Management Node device coding classification, generally by the default configuration of our company; Equipment Classification Table Node device classification, generally by the default configuration of our company; Node Management Add Node Step 1: locate your position: The system is equipped with a map tool, see the above tips, click OK, and then click,the map will automatically jump to your current location. With this feature, some browsers will ask you if you share your location, allowing you to.or you can use the Mouse to drag the map to the location you want to place the street lamp, you can also use the mouse wheel zoom map. The second step: setting parameters: 23

25 24 As shown above, if you see this prompt, direct point "OK", and then set the parameters, as follows: Line width that draw the width of the auxiliary line, the distance between the lamp according to the actual situation may set a value. Fill in the parameters directly, fill in the next step. The third step: determine the starting point and end position: Click first determine the starting point for the road, as shown in figure: Button, then in the corresponding position, click the left mouse button to In the example above, the position of the red circle is the left mouse button. Please use the mouse to click on the map as the end of the road". Click OK, and then click on the map on the other end of the road as the end point. Of course, you can drag the map to a further place, the end set farther. The fourth step: auxiliary line generation: The end of the set will be seen as shown in the tip of the language, to inform the auxiliary line drawing is completed. Click OK to close the prompt, as shown below: 24

26 25 As shown in the diagram, the system draws a red line and 5 blue circles on the map. Each circle is 30 metres apart. The intersection of a line and a circle is the location of the sample to place the street lamp node. The fifth step: place street lamp: In the intersection of the line and the circle, click the left mouse button, you can place the node. As shown in the following figure: At the same time, coordinate information will be automatically assigned to the left and below the text box. 25

27 26 At this point, through the auxiliary tool to set the node coordinates to complete the operation, the other features of the auxiliary tool, the following. 1,Continue to add nodes: Add and save the node information, continue to add nodes, a painting line and the circle will remain on the map, and add the node icon before will draw on the map, in order to continue to add nodes. Following figure: This is the number of nodes in the management interface Click the "Add New Node " button, and get into add node interface. You can see the last node and add auxiliary lines have automatic drawing on the map, then only need to map on the line and circle where cross click the mouse on the left, you can get to the newly added node coordinates. As figure: 2,Clear Data: That is, the map of the auxiliary line and node icon removed, re painting lines and add nodes. 1,Get Coordinates: Node coordinates are automatically assigned to the corresponding input box. 和 For some browsers do not support the 26

28 27 script, you can get the coordinates of the manual button to obtain the coordinates of the current node. The following steps to add additional options for the node: Step 1: device ID, typically printed on node devices; The second step: node type,a lamp post with two lamps choose Double lamp, single lamp choose Single lamp, the other according to the selected HID or LED; The third step: fill in the name of the node (support in English and digital combination); The fourth step: the Concentrator, the node assigned to the specified Concentrator, the Concentrator management interface; The fifth step: node grouping, for the node assigned to the specified group, to facilitate unified control and timing task control The sixth step: in the right to select the node area, select the region, will be automatically assigned to the "area" input box, do not need to manually fill; as shown in the following figure: The seventh step: drag the map to find the node installation location, click on the left button on the map, complete latitude and longitude information input; The eighth step: product type, select the appropriate product type; The ninth step: advanced options can be based on the actual situation to enter more information, options, you can not fill; The tenth step: save success; The eleventh step: to the Concentrator management interface to find the corresponding Concentrator, the implementation of the next node and configuration node operation; 27

29 Edit node As shown in figure , edit node information in this example; can see the map, in the smallest circle in red blue icon, is the node of the current editor, is a word "drag the icon to change the position, as shown below: Pictured above, the node position, drag icon point release mouse coordinate data of the node can be immediately synchronized to the input box, and then click "save button" to save the edited information node. 28

30 Node Management Through the list of nodes, can view the information, modify information, delete more information, delete nodes, to find the corresponding management interface to the concentrator concentrator, the implementation of the "issued a joint" and "configuration node" operation; 1.You can set the number of items displayed on each page.and you can search node at here. 2.You can Add \ Delete the select \ Delete All \ Refresh by clicking on the button below. 6 Fault Alarm 6.1 Concentrator alarm Record the alarm information corresponding to the concentrator, as shown in the following figure: 29

31 30 1.Centralized alarm will be based on the user's settings, and when the concentrator to add or edit the corresponding alarm configuration. Alarm configuration please refer to 8.1; 2.Export Log: You can export logs to excel format documents as needed. 3.Check All: when the concentrator alarm or modify the configuration, click on the processing can be; 4.Delete All: if you do not need to retain the alarm information, you can choose to delete, but if you do not deal with the corresponding problems according to the actual situation, the alarm will continue. Concentrator alarm range and content: Missing A phase Missing B phase Missing C phase A phase over voltage limit B phase over voltage limit C phase over voltage limit A phase Lower voltage limit B phase Lower voltage limit C phase Lower voltage limit A phase over Current limit B phase over Current limit C phase over Current limit AD1 circuit voltage alarm AD2 circuit voltage alarm Optocoupler input 1 alarm Optocoupler input 2 alarm 6.2 Node Fault Record the fault information of each street lamp node, as shown in the following figure: 30

32 31 1.Street lamp node failure time: according to the number of nodes mounted concentrator. The more nodes, the longer the time. The upper limit is 255*10 seconds. 2.Process Select: when the node after the failure of the release, click on Process Select to processing; 3. Check All:when all the node after the failure of the release, click on Check all to processing; 4.Delete the select: You can delete some of them by selecting them. 4.Delete all: if you do not need to retain the fault information, you can choose to delete, but if you do not deal with the corresponding problems according to the actual situation, the fault information will continue to update to this interface. Single lamp controller fault scope and content: Under load Under voltage Under current overload Over voltage Over current Relay failure Digital driving power supply(or Electronic ballast) fault scope and content: High Temperature Unable start-up Open output High Input voltage High output voltage Low Temperature Output short High power Low input voltage Low output voltage 31

33 32 7 Data Reporter 7.1 Lamp data 1,select a specific node, the node will show the history curve, They are "24 hours", "within three days", "three days ago" historical data curve and data report. As shown in the following figure: 2,you can search, search out the specified node history. 3, Export Log: You can export logs to excel format documents as needed. 32

34 Loop data 1,the data is recorded on the loop Concentrator three relay history state, supported by region, statistical methods such as the Concentrator, select the "Shenzhen", will be the data shown in the report "relay historical data report all Shenzhen Concentrator" throughout the region. 2,choose a specific Concentrator, will display the history curve of the Concentrator relay, is "24 hours", "three days", "three days ago" the historical data curve and data report; statistics per hour display. As shown in the following figure: 3,the search can be used to search the specified Concentrator history. 33

35 34 4, Export Log: You can export logs to excel format documents as needed. 7.3 Meter data Note: the meter data need to be purchased in addition to our digital meter installation can be collected after the corresponding data. 1, Export Log: You can export logs to excel format documents as needed. 34

36 External data The external data report record is the analog signal interface of the external expansion of the Concentrator and the data of the optical coupling interface, and supports the relay historical data report of the Concentrator according to the area and the Concentrator statistical mode. 1, Export Log: You can export logs to excel format documents as needed. 8 Basic Data 8.1 Alarm template management This function is an option for the Concentrator to configure the alarm settings and alarm thresholds of the Concentrator. 35

37 Newly added 1,Tick before you need an alarm; 2,Some options need to fill in the lowest and highest value, beyond the scope of the alarm; 3,After storage, the need to choose the corresponding alarm configuration management interface concentrator for Concentrator, or new Concentrator selection and configuration of the corresponding alarm; when modifying the alarm configuration list, need to re edit and save management interface to the Concentrator; 4,alarm configuration will be written to the Concentrator; 36

38 37 8.3Alarm configuration 1,the configuration here, just template; 2,delete the configuration here, will not change the configuration inside the Concentrator; 3,modify the configuration, you need to focus on the Concentrator management interface editor Concentrator, and then save; 8.4 Box information Corresponding to the Concentrator management, the Concentrator can be set on the electric box, and record the detailed information of the electric box to facilitate the management of the electric box equipment; 8.5 Lamp type Corresponding to the node management, each node can be configured with the corresponding lamp type, to facilitate the management of lighting equipment; 8.6 System configuration Automatic refresh time acting on the real-time monitoring of the Concentrator control panel and the automatic refresh button of the node control panel; 37

39 38 9 Log management 9.1 Operation log management Record the user's operating log in the software system.how to export logs? Please refer to the following steps: Before exporting, need to search the contents of the log. Step 1: Select Start date; Step 2: Select end date; Step 3: Search; Step 4: Export. 10 System management 10.1 User management Management of user information, add new users, modify permissions, delete users, etc.; 38

40 39 Note: area permissions: can be assigned to each user management area; Add user When adding a user, you need to pay attention to the following points: 1,Must assign a role for the user, can only have a role, only the operating authority; 2,You must specify a time interval for the user, When set, the user manually controls the concentrator and node at this time interval; 3,The Department must be specified for the user, because all the data in the system is divided according to the Department Department management Each user must be assigned to the designated department for the configuration and management of the user's private data. 39

41 40 1. Add a new department. 2. Edit the department. 3. Delete the department Role management Each user account must be assigned to a role.the main function of the role is the menu authority assignment, In order to play the right to manage user accounts. 1. You can add the new role. 2. Click on Permission setting button to set the role below. 40

42 41 Thanks! 41