CONTROLLER INFORMATION SHEET

Transcription

1 CONTROLLER INFORMATION SHEET Maple Model(s) Graphic HMIs PLC or Controller Any device that supports BACnet IP P/N: Rev. 06 Date: 06/02/2016 Summary Maple Systems Graphic HMIs communicate over a Building Automation and Control Network using the BACnet IP protocol to allow the Graphic HMI to act as the client in a multiple client, multiple server format. Communications Cable The Graphic HMI should be connected to a BACnet router s or controller s Ethernet port. Some controllers require straight through 10baseT Ethernet cables and others require crossover 10baseT Ethernet cables. A list of cables offered by Maple Systems as well as cable assembly instructions to assist you in assembling your own Ethernet cable is available on our website. WARNING If your communications cable is not wired exactly as shown in our cable assembly instructions, damage to the HMI or loss of communications can result Page 1 of 12 Rev. 06, 06/02/2016

2 Creating Tags: The EZware BACnet driver is tag-based, and allows two methods of importing tag data: Method 1: The tag data can be read directly from the controller (the IP and port information must be properly configured). Click Tag Manager to open the Tag Information window. EasyBuilder-5000 has the Get Tag Info button instead of the Tag Manager button. The Tag Information window allows you to select which tags you want to bring in to your EZware project. Select BACnet Device to bring in all the tags. Click Get Tag Info to read the tag data directly from the controller to the EZware project Page 2 of 12 Rev. 06, 06/02/2016

3 Note: Not all BACnet controllers support directly reading the tag data, so Method 2 will be have to be used. Method 2: Click the Import Tag button to load in a comma-separated variable (CSV) file. The CSV file must have one line per tag, where each tag must be of this format: Column A Column B Column C Column D Beginning at line 6: [device instance],[object type],[object instance],[tag name] Page 3 of 12 Rev. 06, 06/02/2016

4 The following describes three tags, one each for an Analog Input, Analog Output, and Analog Value, all configured to communicate with device instance 1. 1,0,0,AI_0 Tag AI_0 refers to device instance 1, object type 0 (Analog Input), object instance 0. 1,1,6,AO_6 1,2,12,AV_12 Tag AO_6 refers to device instance 1, object type 1 (Analog Output), object instance 6. Tag AV_12 refers to device instance 1, object type 2 (Analog Value), object instance 12. The table Supported Objects and Properties below shows the available object type ID numbers and object names, and the supported properties for each object type. Notes: Object Instance numbers range from 0 to Tag names may not contain the # character (the pound sign, ASCII code 35). Data starts at line 6 in the file. Blank lines and lines starting with // (two adjacent ASCII code 47) are ignored. Once the tag information is loaded, the tags are available in EZware. Each tag is shown with its available properties. Each property is displayed with its Data Type. The tag name is displayed with its and Object Instance in parenthesis. Tag AI_0 is prefixed with (0,0), where the first 0 represents the, and the second 0 represents the Object Instance. Tag AV_12 would be prefixed with (2,12), where the 2 represents the for an Analog Value, and 12 represents the Object Instance. Some properties contain text data. Those tags will be displayed in the dialog as an array of SINT, along with each member of the array. To retrieve the data, select the first member of the array Page 4 of 12 Rev. 06, 06/02/2016

5 Tags can be exported from an EZwarePlus project in a CSV file format and imported into another EZwarePlus project. Click the Export Tag button in the System Parameters Device List to export the tag file from the EZwarePlus project. Note: The Export Tag button is not available in EasyBuilder Page 5 of 12 Rev. 06, 06/02/2016

6 Supported Objects and Properties ID Object Name Supported Properties 0 Analog Input Object Name Units Min Press Value Max Press Value Cov Increment Resolution High Limit Low Limit Dead Band 1 Analog Output Object Name Units Relinquish Default Min Press Value Max Press Value Cov Increment Resolution High Limit Low Limit Dead Band 2 Analog Value Object Name Units Relinquish Default Cov Increment High Limit Low Limit Dead Band Page 6 of 12 Rev. 06, 06/02/2016

7 ID Object Name Supported Properties 3 Binary Input Object Name Polarity Notify Type Alarm Value 4 Binary Output Object Name Polarity Notify Type 5 Binary Value Object Name Notify Type Alarm Value 6 Calendar Object Name 7 Command Object Name In Process All Writes Successful Page 7 of 12 Rev. 06, 06/02/2016

8 ID Object Name Supported Properties 8 Device Object Name System Status Vendor Name Vendor Identifier Model Name Firmware Revision Application Software Version Protocol Version Protocol Revision Max APDU length Accepted Segmentation Supported APDU Timeout Number Of APDU retries Data Base Revision Max Segments Accepted Day light Savings Status APDU Segment Timeout Backup Failure Timeout 10 File Object Name File Type File Size Archive Read Only 11 Group Object Name 13 Multistate Input Object Name Number Of States Time Delay Notification Class Notify Type Page 8 of 12 Rev. 06, 06/02/2016

9 ID Object Name Supported Properties 14 Multistate Output Object Name Number Of States Time Delay Notification Class Notify Type 15 Notification Class Object Name Notification Class Priority 17 Schedule Object Name Priority For Writing 18 Averaging Object Name Minimum Value Average Value Maximum Value Attempted Samples Valid Samples Window Interval Window Samples 19 Multistate Value Object Name Number Of States Notification Class Notify Type Time Delay Page 9 of 12 Rev. 06, 06/02/2016

10 ID Object Name Supported Properties 20 Trend Log Object Name Enable Stop When Full Buffer Size Record Count Total Record Count 21 Life Safety Point Object Name Tracking Value Mode Silenced 22 Life Safety Zone Object Name Tracking Value Out of Service Mode Silenced 23 Accumulator Object Name Scale Units 24 Pulse Converter Object Name Units Scale Factor Adjust Value High Limit Low Limit Dead Band Cov Increment Count Page 10 of 12 Rev. 06, 06/02/2016

11 EZware Settings The following table lists the communications settings that must be configured in EZware. These settings can be found in the Edit-System Parameters menu under the PLC Settings > Device Properties. Please note: Name The Recommended Settings column provides the recommended setting based upon default settings most commonly use in Devices which use Modbus TCP/IP The Options column lists EZware s options; your controller may not support every option Recommended Settings Options Important Notes Name: BACnet/IP Description label HMI or PLC PLC Location Local Local; Remote Select Local if PLC directly connected to HMI; Remote if PLC connected thru another HMI. PLC type: BACnet/IP PLC I/F: Ethernet Ethernet Settings: IP Address: xxx.xxx.xxx.xxx Settings: Port Use the IP Address assigned to the controller. The standard BACnet port number is 47808; others may be used if the target BACnet system supports them. Settings: Mode Normal; [BACnet/IP to MS/TP] Adapter; [BACnet/IP] Server Depends on the device Settings: Maximum number of segments accepted Unlimited Unspecified, 2, 4, 8, 16, 32, 64, Unlimited Number of segments sent before sending a reply. Settings: Maximum APDU length accepted 480 (fits ARCNET frame) 50, 128, 206 (fits Lon Talk frame), 480 (fits ARCNET frame), 1024, 1476 (fits ISO frame) Specifies the maximum size of a single PDU (Protocol Data Unit). Cannot exceed 480 on MS/TP Page 11 of 12 Rev. 06, 06/02/2016

12 Name Recommended Settings Options Important Notes Settings: Ultimate destination MAC layer address A value of 0 indicates a broadcast on the destination network. Settings: Timeout (sec) Settings: Turn around delay (ms) Settings: HMI port no Settings: Device ID Settings: Network number Adjust if longer timeout is required. Timeout period between HMI polls. Different HMI ports are required when connecting multiple devices. The instance number of the controller. If [BACnet/IP to MS/TP] Adapter is selected, this is the MAC address of the MS/TP device. Specify the MS/TP Network Number Number of resending commands 0 0, 1, 2, 3 Maximum number of times the HMI will attempt to resend a command to the PLC if there is no response (0 = unlimited). Enable COV (Change Of Value) The number of seconds between COV subscriptions. Note: Not all devices support COV Page 12 of 12 Rev. 06, 06/02/2016