DNP 3.0 Serial (RS232/RS485) and Ethernet (TCP/IP) SCADA Interface for A75DE Chargers with S2A-368S Option 21P. Setup Instructions

Transcription

1 La Marche Manufacturing Company DNP 3.0 Serial (RS232/RS485) and Ethernet (TCP/IP) SCADA Interface for A75DE Chargers with S2A-368S Option 21P Setup Instructions This manual is only valid for A75DE Chargers equipped with a S2A-368S control module and a S2A-383S-3X40 communications card 106 Bradrock Dr. Des Plaines, IL Instruction Drawing Number: P25-LOPT21P-A75DE-368S-1 Tel: Fax: CPN Revision A00 Rev. Date: 08/14 ECN:

2 Default Settings The LaMarche Communications Card is shipped with the following default settings: Serial Port Settings Port: RS232 Node Address: 4 Baud Rate: 9600 Data Bits: 8 Stop Bits: 1 Parity: None Ethernet/TCP/Configuration Port Settings Protocol: DNP 3.0 Node Address: 4 IP Address: Subnet: Gateway: TCP Port Number: PC/Laptop. Required Equipment/Software CAT 5/Ethernet Null-Modem/Crossover cable to connect PC/Laptop to Ethernet Port on Communications Card. To change settings it is necessary to load and install the EasyConnect Software provided by Kalki Communications from the following URL onto your PC/Laptop: Setting changes are made through the Ethernet connector on the 383S card. EasyConnect Software Operation EasyConnect is the software that will be used to accomplish the following setting changes. Link Layer Settings (Source Address, Destination Address) SCADA Port Settings (Port Type, Baud Rate, Data Bits, Parity, etc.) Setting the Modbus Address of the Chargers Control Card The communications board utilizes Modbus RTU to read and write settings from the Chargers control board. The settings are polled every 5 seconds. By default they are set as follows: Modbus Address: 1 Modbus Baud Rate: 9600 Modbus Parity Type: None Modbus Port Type: RS232 These settings are required for the two cards to communicate properly. If for some reason the Communications Card is unable to obtain readings from the Control Card the points will go to the offline state. The Modbus Settings may be accessed from the Settings Menu. 2

3 Changing the DNP 3.0 Link Layer Settings When you have completed the installation of EasyConnect and run it you will be greeted with the following screen: The first step is to upload the settings from the communications board into EasyConnect for modification. Connect the PC/Laptop to the Ethernet Port on the Communications Board. The communications board must be powered. Please note it may take up to 1 minute from the time the board is powered to when it will receive commands. Select Upload as shown below: 3

4 Select Import to the Configuration (Add as a new device) and the Model should be SYNCS2R1OEM. If you have modified the IP Address of the module to one other than the factory default of you must enter it in the IP Address box. Press Upload to begin the process. Once the Upload is complete you will see a screen as shown below: The above screen shows 3 Channels in the tree view pane. Your application will determine which channel you set up. If you are using RS232 or RS485 to communicate you will interested in Channel-2 DNP 3.0 Serial Slave settings. If you are using TCP to communicate you will be interested in Channel-3 DNP TCP Slave settings. IT IS NOT ADVISED TO MODIFY ANY Channel-1 Modbus RTU Master Settings UNLESS DIRECTED BY LAMARCHE. Channel-1 is used to communicate with the LaMarche Control Card and unintended modification of these settings may prevent the Communications card from receiving and transmitting data to the control card. 4

5 Communications Board Configuration Channel-2 DNP 3.0 Serial Slave Configuration When using the Serial Ports you must check the 383S card switch settings and either confirm or select SW4 (light blue) to either RS232 or RS485. SW3 (red) selects the RS485 biasing and termination resistor configuration. The silkscreen on the board shows the switch positions for various settings. J2A is the RS232 connection and this port is wired as DTE. TS1 is the RS485 connection. Only one Serial port is active at a time. The Ethernet Port on the small daughter board is the configuration port. 5

6 Serial Port Configuration (RS232/RS485, Baud Rate, Parity, Data Bits, Stop Bits) Using the mouse point and click on Channel-2 DNP 3.0 Serial Slave in the tree view as shown below. In this view you can select the Channel Type, RS485/RS422 mode, Baud Rate, Data Bits, Stop Bits, Parity and Flow Control. It is not advisable to change any other settings without first consulting with LaMarche or your SCADA Department. ALSO PLEASE LEAVE the Port SETTING ON Com2. Recommended Settings: RS232: Channel Type: RS232 Baud Rate: 9600 RS485: Channel Type: RS485 RS485/RS422 mode: RS485 Data Bits: 8 Baud Rate: 9600 Stop Bits: 1 Data: Bits: 8 Parity: None Stop Bits: 1 Flow Control: None Parity: None Flow Control: Hardware 6

7 DNP Link Layer Configuration (Source & Destination Address) Using the mouse point and click on Node_2 in the tree view as shown below. In this view you can select the Source Address and Destination Address. Other settings are available however it is not advisable to change any other settings without first consulting with LaMarche or your SCADA Department. Note: The Source Address is the address the Communications card is to reside at. The Destination Address would be that of the Master Station and is not always required unless source validation is utilized. Once you have configured the Serial Port and Link Layer settings you may proceed to the Download Settings to Communications Card section of this manual. 7

8 Communications Board Configuration Channel-3 DNP TCP Slave Configuration When using the TCP you do not need to concern yourself with the switch settings on the 383s card shown below. 8

9 DNP Link Layer Configuration (Source & Destination Address) Using the mouse point and click on Node_3 in the tree view as shown below. In this view you can select the Source Address and Destination Address. Other settings are available however it is not advisable to change any other settings without first consulting with LaMarche or your SCADA Department. Note: The Source Address is the address the Communications card is to reside at. The Destination Address would be that of the Master Station and is not always required unless source validation is utilized. 9

10 DNP Channel Configuration (TCP Port Number) Using the mouse point and click on Channel-3 DNP TCP Slave in the tree view as shown below. In this view you can select the Port Number. Other settings are available however it is not advisable to change any other settings without first consulting with LaMarche or your SCADA Department. To change the IP, Subnet and Gateway please refer to the section titled Changing the IP Settings. Once you have configured the settings you may proceed to the Download Settings to the Communications Card section of this manual. 10

11 Downloading the Settings to the Communication Card Step 1: Use the mouse and click on SS1: SYNCHS2R1OEM in the tree view pane. Step 2: Select Download for the Settings menu. 11

12 Step 3: After you select Download the following dialog will appear. Check the Configuration File Check Box as shown. In the IP Address box enter the IP address of the module if it has been changed to something other than the default of Press the Download button. Step 4: The following dialog should appear when the download is successful. Press the OK button. A Restart is required and is described in the next step. 12

13 Step 5: Select Restart from the Settings menu as shown below. Step 6: In the IP Address box enter the IP address of the module if it has been changed to something other than the default of Press the Restart button. 13

14 Step 7: Once the Restart has begun a dialog box as shown below will appear indicating the device is about to restart. Press the OK button. At this point the configuration is now stored on the card and the configuration process is complete. For those that desire to change the IP Settings of the card please refer to the section titled Changing the IP Setting. 14

15 Changing the IP Settings Step 1: Select IP Configuration from the Settings menu as shown below. Step 2: In the Lan Settings dialog shown below you enter the present IP address in the box just below the SYNCS2R1OEM drop down box. In this case the card is at IP In the IP Address, Subnet and Gateway under the eth0 label you enter the settings you would like the card to take on. In this case the module is presently at and will be changed to an IP of with a Subnet of and a Gateway of Press the OK button when you are done making changes. 15

16 Step 3: The card is now at the new IP settings. Press the OK button and the board will be restarted automatically and will now be at the new settings. Note: If you have changed them to a different subnet you will have to modify your network adapter card settings to reconnect to the card. 16

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29 DNP V3.0 Point List The tables below identify all the data points provided by the implementation. Binary Input Points Static (Steady-State) Object Number: 1 Static Variation reported when variation 0 requested: 1 (Binary Input 2 without status) Point Name/Description Index 0 AC Alarm Indicator (FAILURE=1) 1 Low Voltage Alarm Indicator (FAILURE=1) 2 High Voltage Alarm Indicator (FAILURE=1) 3 High Voltage Shutdown Alarm Indicator (FAILURE=1) 4 Low Current Alarm Indicator (FAILURE=1) 5 Ground Detection Enabled (ENABLED=1) Positive Ground Alarm Indicator (FAILURE=1). 6 Point will always read 0 when Ground Detection Enabled (Binary Input Point 5) is 0. Negative Ground Alarm Indicator (FAILURE=1). 7 Point will always read 0 when Ground Detection Enabled (Binary Input Point 5) is 0. 8 Summary Alarm Indicator (FAILURE=1) 9 End of Discharge Alarm Indicator (FAILURE=1). 10 Overload Alarm Indicator (FAILURE=1) 11 Charger Failure Alarm Status (FAILURE=1) 12 Over Temperature Alarm Status (FAILURE=1) 13 SCR Failure Alarm Status (FAILURE=1) 14 Over Temperature Probe Status (probe not connected, open or shorted=1) 15 Temperature Compensation Probe Status (probe not connected, open or shorted=1) Binary Output Status Points Object Number: 10 Default Variation reported when variation 0 requested: 2 (Binary Output Status) Control Relay Output Blocks Object Number: 12 Point Index Name/Description 0 Float/EQ Mode Indicator (FLOAT=0, EQUALIZE=1) 1 Include AC Alarm in Summary Alarm (INCLUDED=1) 2 Include Low Current Alarm in Summary Alarm (INCLUDED=1) 3 Include Overload Alarm in Summary Alarm (INCLUDED=1) 4 Include Ground Detection Alarms in Summary Alarm (INCLUDED=1) 5 Latch Alarms (LATCHED=1) 6 Latch End of Discharge Alarm (LATCHED=1) LCD Backlight Timeout Enable (ENABLED=1) 7 This has no effect on Chargers equipped with VFD Displays. 8 Event logging Enabled (ENABLED=1) 29

30 Analog Inputs Static (Steady-State) Object Number: 30 Static Variation reported when variation 0 requested: 4 (16-Bit Analog Input w/o Flag) Point Index Description, Units Scale Factor 0 Heartbeat. Increments continuously to indicate communications between Controller board and communications board are working. None 1 Board Number. Will read 368 for 368S card. None 2 Software Version, Version of software on 368S card. None 3 Voltage, Volts Current, Amps Equalize Cycle Time Hours Remaining, Hours, Minutes Note: The last two digits are the minutes. None 6 Auto Equalize Timer, Days None 7 Auto Equalize Timer, Hours, Minutes Note: The last two digits are the minutes. None 8 Low DC Current Alarm Low Limit, Amps. Setting the Low DC Current Alarm below this will result in disabling the Low DC Current Alarm Status 0.1 Indicator. 9 Over Temperature Probe Reading, Degrees C None 10 Temperature Compensation Probe Reading, Degrees C None 11 Over Temperature Alarm Threshold, Degrees C None 12 Maximum Alarm Voltage, MAXAV, Volts Maximum Alarm Current, MAXAI, Amps Maximum Float Voltage, MAXFV, Volts Minimum Float Voltage, MINFV, Volts Maximum Equalize Voltage, MAXEV, Volts Minimum Equalize Voltage, MINEV, Volts Maximum Current Limit, MAXCL, Amps Minimum Current Limit, MINCL, Amps Event Log Space Used, Percent Maximum Settable Temperature Compensation Rate, MAXTCR, V/Cell/C Note: 0=Temperature Compensation OFF AC Line Voltage, Volts AC Line Frequency, Hertz 0.1 Analog Outputs Static (Steady-State) Object Number: 40 Static Variation reported when variation 0 requested: 2 (16-Bit Analog Output Status) Point Index Description, Units, Valid Settings/Range Scale Factor 0 Equalize Timer Mode (0,12,3,4) None 1 Equalize Timer Setting (0 to 144) None 2 Low Voltage Alarm Threshold, Volts, (0 to MAXAV) High Voltage Alarm Threshold, Volts, (0 to MAXAV) High Voltage Shutdown Alarm Threshold, Volts, (0 to MAXAV)

31 Analog Outputs Static (Steady-State) Object Number: 40 Static Variation reported when variation 0 requested: 2 (16-Bit Analog Output Status) Point Index Description, Units, Valid Settings/Range Scale Factor 5 Low DC Current Alarm Threshold, Amps, (0 to MAXAI) End of Discharge Alarm Threshold, Volts, (0 to MAXAV) Float Voltage, Volts, (MINFV to MAXFV) Equalize Voltage, Volts, (MINEV to MAXEV) Current Limit, Amps, (MINCL to MAXCL) Temperature Compensation Rate, (0 to MAXTCR) V/Cell/C Note 0=OFF Automatic Logging Interval, Minutes, (1 to 60) None 12 AC Alarm Delay, Seconds, (0 to 255) None 13 Low Voltage Alarm Delay, Seconds, (0 to 255) None 14 End of Discharge Alarm Delay, Seconds, (0 to 255) None 15 Equalize Timer Mode 4 (Auto Equalize on LV Alarm Recovery) Delay, Seconds (1 to 255) None 16 High Voltage Alarm Delay, Seconds, (1 to 255) None 17 High Voltage Shutdown Alarm Delay, Seconds, (1 to 255) None 18 Low Current Alarm Delay, Seconds, (1 to 255) None 19 Low Voltage Alarm Recovery Threshold, Percent (0 to 20) None 20 End of Discharge Alarm Recovery Threshold, Percent (0 to 20) None 21 RTC Month, Month, (1 to 12) None 22 RTC Day, Days, (1 to 31) None 23 RTC Year, Years, (0 to 4095) None 24 RTC Hours, Hours, (0 to 23) None 25 RTC Minutes, Minutes, (0 to 59) None 26 RTC Seconds, Seconds, (0 to 59) None 31