Setup Instructions. This manual is only valid for A36D/TPSD Chargers. equipped with a 341S control card with P341S0012 or P341S0013 software

Transcription

1 La Marche Manufacturing Company DNP 3.0 Serial (RS232/RS485) and Ethernet (TCP/IP) SCADA Interface for A36D & TPSD Chargers with S2A-341S and S2A-383S communication cards. Option 21P, 57T and 57U Setup Instructions This manual is only valid for A36D/TPSD Chargers equipped with a 341S control card with P341S0012 or P341S0013 software and 383S-3X6X communications card with P383S-21P6-01 software or 383DS-3X6X communication card with P383DS-57TU6-01 software. 106 Bradrock Dr. Des Plaines, IL Tel: Fax: CPN Instruction Drawing Number: P25-LOPT21P57TU-A36D-TPSD-1-341S Revision A02 Rev. Date: 12/17 ECN:

2 Default Settings The LaMarche Communications Card is shipped with the following default settings: Node Address: 4 Serial Port Settings Port: RS485 Baud Rate: 9600 Data Bits: Fixed at 8 Stop Bits: Fixed at 1 Parity: Ethernet/TCP/Configuration Port Settings IP Address: Subnet: Gateway: TCP Port Number: Communications Setting Configuration Enter the Settings Menu and scroll to the Comm. Settings selection. Within the Comm. Settings menu you may choose the following selections; DNP Node Address DNP Serial Port DNP Parity DNP Baud Rate DNP IP Address DNP Subnet Mask DNP Gateway DNP TCP Port Number Read Only Mode < DNP > Node Address This allows you to set the Node Address. The address is set in individual digits. Use the UP and DOWN ARROW buttons to increment or decrement the digit. Use the CHARGER MODE button to advance to the next digit. Press ENTER to complete the selection or the BACK to discard. Valid settings are 0 to

3 < DNP Serial Port Type > Selects the type of serial port. Selections are RS232 or RS485. Note dipswitch setting changes are required on the communications board. Use the UP and DOWN ARROW buttons to make the selection. Press ENTER to complete the selection or the BACK to discard. SERIAL PORT SELECTION SW4 (light blue) selects RS232 or RS485. SW3 (red) selects the BIAS and TERMINATION resistor configuration for RS485. There is no selection for the TCP Port as that is active all of the time. The RS232 port is wired as DTE. 3

4 < DNP Parity Type > Selects the Parity type. Selections are NONE, ODD, EVEN. Use the UP and DOWN ARROW buttons to make the selection. Press ENTER to complete the selection or the BACK to discard. < DNP Baud Rate > Selects the Baud Rate. Selections are 1200, 2400, 4800, 9600, 19200, Use the UP and DOWN ARROW buttons to make the selection. Press ENTER to complete the selection or the BACK to discard. < Read Only Mode > This selection when set to YES prevents ALL settings changes from being made remotely. All the settings may be read but none may be written to. The only way to modify this selection is from the front panel of the charger. Use the UP and DOWN ARROW buttons to make the selection. Press ENTER to complete the selection or the BACK to discard. < DNP IP Address > Selects the IP Address. The IP Address is set in individual quads. Use the UP and DOWN ARROW buttons to increment or decrement the quad value. Use the CHARGER MODE button to advance to the next quad. Press ENTER to complete the selection or the BACK button to discard. Valid IP settings are as follows; 1) The Subnet Mask must be valid 2) The IP may not be the loopback address of ) The IP may not be in the Class D range of to ) The IP may not be in the Class E range of to ) The IP may not be a broadcast address of or ) The IP and Gateway must be in the same Subnet < DNP > Subnet Mask Selects the Subnet Mask. The Subnet Mask is set in individual quads. Use the UP and DOWN ARROW buttons to increment or decrement the quad value. Use the CHARGER MODE button to advance to the next quad. Press ENTER to complete the selection or the BACK button to discard. < DNP Gateway > Selects the Gateway. The Gateway is set in individual quads. Use the UP and DOWN ARROW buttons to increment or decrement the quad value. Use the CHARGER MODE button to advance to the next quad. Press ENTER to complete the selection or the BACK button to discard. < Read Only Mode > When set to YES remote setting changes are disabled. Setting changes made through the front panel are allowed. This setting is only available through the front panel. 4

5 < DNP TCP > Port Number This allows you to set the TCP Port Number. The address is set in individual digits. Use the UP and DOWN ARROW buttons to increment or decrement the digit. Use the RIGHT ARROW to advance to the next digit. Press ENTER to complete the selection or the LEFT ARROW to discard. Valid settings are 0 to

6 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 Index Name/Description AC Alarm Indicator (FAILURE=1) High Voltage Alarm Indicator (FAILURE=1) High Voltage Shutdown Alarm Indicator (FAILURE=1) Low Current Alarm Indicator (FAILURE=1) Open DC Protection Alarm Indicator (FAILURE=1) A36D ONLY. For TPSD this point will always read 0. Positive Ground Alarm Indicator (FAILURE=1). TPSD ONLY. For A36D this point will always read 0. Negative Ground Alarm Indicator (FAILURE=1). TPSD ONLY. For A36D this point will always read 0. Summary Alarm Indicator (FAILURE=1) End of Discharge Alarm Indicator (FAILURE=1). Overload Alarm Indicator (FAILURE=1) Over Temperature Alarm Enable (ENABLED=1) Over Temperature Alarm Status (FAILURE=1) Charger in Settings Menu (Set to 1 when charger is manually put into the settings menu through the front panel) Remote setting changes are disabled when this is set to 1 until the local operator exits the Settings Menu. SCADA Read Only Mode (ENABLED=1). Setting changes are not allowed when the charger is in the settings menu or when the SCADA Read Only Mode has been selected. Negative Ground Alarm Relay Contacts (CLOSED=1, OPEN=0). TPSD ONLY. High Voltage Alarm Relay Contacts (CLOSED=1, OPEN=0). Low Voltage Alarm Relay Contacts (CLOSED=1, OPEN=0). Positive Ground Alarm Relay Contacts (CLOSED=1, OPEN=0). TPSD ONLY. AC Fail Alarm Relay Contacts (CLOSED=1, OPEN=0). Summary Alarm Relay Contacts (CLOSED=1, OPEN=0). Low Current Alarm Relay Contacts (CLOSED=1, OPEN=0). Open DC Protection Alarm Relay Contacts (CLOSED=1, OPEN=0). Float/EQ Mode Indicator (FLOAT=0, EQUALIZE=1) Temperature Compensation Enable (ENABLED=1). LCD Backlight Timeout Enable (ENABLED=1) This has no effect on Chargers equipped with VFD Displays. Include Low Current Alarm in Summary Alarm (INCLUDED=1) Include AC Alarm in Summary Alarm (INCLUDED=1) Include Ground Detection Alarms in Summary Alarm (INCLUDED=1). TPSD ONLY. For A36D this point will always read 0.. Include Over Temperature Alarm in Summary (INCLUDED=1). A36D ONLY. Latch Summary Alarm (YES=1) Latch AC Fail Alarm (YES=1) Latch Low Voltage Alarm (YES=1) Latch High Voltage Alarm (YES=1)

7 Binary Input Points Static (Steady-State) Object Number: 1 Static Variation reported when variation 0 requested: 1 (Binary Input 2 without status) Point Index Name/Description Latch High Voltage Shutdown Alarm (YES=1) Latch Positive Ground Alarm (YES=1). TPSD ONLY. For A36D this point will always read 0 and writes to are prohibited. Latch Negative Ground Alarm (YES=1). TPSD ONLY. For A36D this point will always read 0 and writes to are prohibited. Latch Overload Alarm (YES=1) Latch End of Discharge Alarm (YES=1) Reset Alarms (YES=1) Ground Detection Alarm Enable. (ENABLED=1, DISABLED=0) TPSD ONLY. For A36D this point will always read 0. Test All Alarm Contacts (BEGIN TEST=1, END TEST=0). Note the HVSD alarm contacts are not tested remotely. Test Negative Ground Relay Contacts (BEGIN TEST=1, END TEST=0). TPSD ONLY. Test High Voltage Alarm Relay Contacts (BEGIN TEST=1, END TEST=0). Test Low Voltage Alarm Relay Contacts (BEGIN TEST=1, END TEST=0). Test Positive Ground Relay Contacts (BEGIN TEST=1, END TEST=0). TPSD ONLY. Test AC Alarm Relay Contacts (BEGIN TEST=1, END TEST=0). Test Summary Alarm Relay Contacts (BEGIN TEST=1, END TEST=0). Test Low Current Alarm Relay Contacts (BEGIN TEST=1, END TEST=0). Test Open DC Protection Alarm Relay Contacts (BEGIN TEST=1, END TEST=0). A36D ONLY. 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 Float/EQ Mode Indicator (FLOAT=0, EQUALIZE=1) Temperature Compensation Enable (ENABLED=1). LCD Backlight Timeout Enable (ENABLED=1) This has no effect on Chargers equipped with VFD Displays. Include Low Current Alarm in Summary Alarm (INCLUDED=1) Include AC Alarm in Summary Alarm (INCLUDED=1) Include Ground Detection Alarms in Summary Alarm (INCLUDED=1). TPSD ONLY. For A36D this point will always read 0 and writes to are prohibited. Include Over Temperature Alarm in Summary (INCLUDED=1) Latch Summary Alarm (YES=1) Latch AC Fail Alarm (YES=1) Latch Low Voltage Alarm (YES=1) Latch High Voltage Alarm (YES=1) Latch High Voltage Shutdown Alarm (YES=1) 7

8 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 Latch Positive Ground Alarm (YES=1). TPSD ONLY. For A36D this point will always read 0 and writes to are prohibited. Latch Negative Ground Alarm (YES=1). TPSD ONLY. For A36D this point will always read 0 and writes to are prohibited. Latch Overload Alarm (YES=1) Latch End of Discharge Alarm (YES=1) Reset Alarms (YES=1) Write a 1 to reset alarms. After alarms are reset software in the controller sets this point to 0. Ground Detection Alarm Enable. (ENABLED=1, DISABLED=0) TPSD ONLY. For A36D this point will always read 0 and writes to are prohibited. Test All Alarm Contacts (BEGIN TEST=1, END TEST=0). Note the HVSD alarm contacts are not tested remotely. Test Negative Ground Contacts (BEGIN TEST=1, END TEST=0). TPSD ONLY. Test High Voltage Alarm Contacts (BEGIN TEST=1, END TEST=0). Test Low Voltage Alarm Contacts (BEGIN TEST=1, END TEST=0). Test Positive Ground Contacts (BEGIN TEST=1, END TEST=0). TPSD ONLY. Test AC Alarm Contacts (BEGIN TEST=1, END TEST=0). Test Summary Alarm Contacts (BEGIN TEST=1, END TEST=0). Test Low Current Alarm Contacts (BEGIN TEST=1, END TEST=0). Test Open DC Protection Alarm Contacts (BEGIN TEST=1, END TEST=0). A36D ONLY. 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 Modbus Heartbeat. This register should increment at a rate of approximately once per second. A constantly incrementing count is indicative of communications between the communications board and main controller are operating correctly. Board Number. Will read 341 for 341S card. Software Version, Version of software on 341S card. Voltage, Volts Current, Amps Equalize Cycle Time Hours Remaining, Hours, Minutes Note: The last two digits are the minutes. Auto Equalize Timer, Days Auto Equalize Timer, Hours, Minutes Note: The last two digits are the minutes. 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 Indicator. Scale Factor

9 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 Temperature Compensation Probe Reading, Degrees C Note: A shorted probe will give a reading of 273 and an open probe will give a reading of+273 Temperature Compensation Probe Status OK=0,SHORTED=1,OPEN=2,HARDWARE FAILURE=3 Maximum Settable Alarm Voltage, MAXAV, Volts Maximum Settable Alarm Current, MAXAI, Amps Over Temperature Probe Reading, Degrees C Note: A shorted probe will give a reading of 273 and an open probe will give a reading of+273 Over Temperature Probe Status OK=0,SHORTED=1,OPEN=2,HARDWARE FAILURE=3 Charger Series. (0=TPSD,1=A36D) Battery Voltage, Volts Note: This point should only be monitored when BIP15=1 NOT AVAILABLE= 30000, FAILED = Aux Temperature Probe #1, C Note: NOT AVAILABLE=30000, SHORTED=30001, OPEN=30002, FAILED=30003 Aux Temperature Probe #2, C Note: NOT AVAILABLE=30000, SHORTED=30001, OPEN=30002, FAILED=30003 Low Voltage Alarm Status (0=NO ALARM,1=LOW VOLTAGE ALARM,2=LOW BATTERY VOLTAGE ALARM) P60-407S Board Failure Alarm (0=N/A,1=NO ALARM,2=ALARM) Equalize Timer Mode (0,1 2,3,4) Equalize Timer Setting (0 to 144) 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) Low DC Current Alarm Threshold, Amps, (0 to MAXAI) Low DC Current Alarm Recovery Threshold, Amps (Low DC Current Alarm Threshold to MAXAI) Low Voltage Alarm Recovery Threshold, Percent (0 to 20) Low Voltage Alarm Delay, Seconds, (1 to 300) Equalize Timer Mode 4 (Auto Equalize on LV Alarm Recovery) Delay, Seconds (1 to 255) High Voltage Alarm Delay, Seconds, (1 to 300) High Voltage Alarm Recovery Threshold, Percent (0 to 20) High Voltage Shutdown Alarm Delay, Seconds, (1 to 300) Low Current Alarm Delay, Seconds, (1 to 300) End of Discharge Alarm Threshold, Volts, (0 to MAXAV) End of Discharge Alarm Recovery Threshold, Percent (0 to 20) Overload Alarm Threshold, Amps, (0 to MAXAI) Overload Alarm Recovery Threshold, Percent (0 to 20) Scale Factor 9

10 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 AC Alarm Delay, Seconds, (1 to 300) Ground Detection Alarm Delay, Seconds, (1-300) TPSD ONLY. For A36D this point will always read 0. Scale Factor 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 Equalize Timer Mode (0,1 2,3,4) Equalize Timer Setting (0 to 144) 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) Low DC Current Alarm Threshold, Amps, (0 to MAXAI) Low DC Current Alarm Recovery Threshold, Amps (Low DC Current Alarm Threshold to MAXAI) Low Voltage Alarm Recovery Threshold, Percent (0 to 20) Low Voltage Alarm Delay, Seconds, (1 to 300) Equalize Timer Mode 4 (Auto Equalize on LV Alarm Recovery) Delay, Seconds (1 to 300) High Voltage Alarm Delay, Seconds, (1 to 300) High Voltage Alarm Recovery Threshold, Percent (0 to 20) High Voltage Shutdown Alarm Delay, Seconds, (1 to 300) Low Current Alarm Delay, Seconds, (1 to 300) End of Discharge Alarm Threshold, Volts, (0 to MAXAV) End of Discharge Alarm Recovery Threshold, Percent (0 to 20) Overload Alarm Threshold, Amps, (0 to MAXAI) Overload Alarm Recovery Threshold, Percent (0 to 20) AC Alarm Delay, Seconds, (1 to 300) Ground Detection Alarm Delay, Seconds, (1-300) TPSD ONLY. For A36D this point will always read 0 and writes to are prohibited. End of Discharge Alarm Delay, Seconds (1-300) Overload Alarm Delay, Seconds, (1-300) Scale Factor

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