Aurora Electronics PVI-3600-OUTD-UK-F-W manual Connect Aurora to the Dc disconnect switches

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Installation and Operator’s Manual

Page 28 of 63

(PVI-3600-OUTD-UK-F-W Rev.: 1.0)

 

 

 

Step 5/7: Connect AURORA to the Ac disconnect switch or circuit breaker

WARNING: Use proper, low impedance cables to connect AURORA to the Ac disconnect or circuit breaker, and between the disconnecting means to the grid. To ensure proper operation the impedance seen at the Ac output terminals of AURORA must be below 1ohm.

1)Mount the conduit between AURORA and the Ac disconnect

2)Connect the conduit to the AURORA by using suitable watertight conduit connectors

3)Insert three cables labeled L1 (phase ONE of the split-phase system), L2 (phase two of the split-phase system) and GND (Grid Ground) in the conduit and run them to the terminal blocks of

AURORA

4)Connect the cable L1 to the terminal block labeled L1

5)Connect the cable L2 to the terminal block labeled L2

6)Connect the cable GND to the AURORA chassis ground connection labeled

7)Make the proper connections to the Ac disconnect. The L1 cable must be connected to Line side terminal 1, L2 must be connected to Line side terminal 2 and GND must be connected to ground terminal.

8)Verify that all connections have been executed properly and all the screws are properly tightened (torque of 0.6Nm/5.3in-lbs).

NOTE: In case your system has an additional kW-hour meter installed between the Ac disconnect and AURORA, please apply the Ac connection procedure to the terminals of the meter.

Step 6/7: Connect AURORA to the Dc disconnect switches

Your wind system will have one MPPT input circuit when connecting to AURORA Wind inverter.

NOTE: AURORA Wind has two independent Dc input sections, each of them capable of handling a maximum power of 2000W and a maximum current of 10A. You have to parallel the input terminal sections as shown in Fig.14. You can use the extra screw terminal block to wire a (14 AWG) jumper between the two sections.

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Contents AURORA Important Safety Instructions Revision TableImportant Safety Instructions Assembly Useful Information and Safety Standard ForewordGeneral Maintenance and Service Electrical ConnectionOperation Save ALL Documents in a Safe PlacePVI-3600-OUTD-UK-F-W Contents Page Wind Energy Main Elements of a Wind System Simplified diagram of a Wind system Data Transmission and Check Aurora Technical DescriptionInverter Protective Devices Anti-Islanding Ground FaultFurther Protective Devices System Design Package Inspection Package Check List Description Quantity No Choosing Installation Location Minimum clearance requirementsWall mounting diagram Wall MountingPage Inverter tilted mounting Preliminaries to Electrical Connections General wiring diagram Position of the holes on the bottom side Removing the side panel Page Location of Main Ground PE Screw Connect Aurora to the Dc disconnect switches AuroraPV Input Close the side panel START-UP User’s Interface Mode Data Transmission Options Real time data Available DataInternally Logged Data KEY LED IndicatorsLED on LED blinking LED off Any of the above conditions Installation phase Aurora is disconnected from grid Sleep Mode Aurora Initialization and Grid CheckAurora Under Production Ground InsulationRS-485 Address Setting Signal Malfunction-Fault SignalMessages and Error Codes Error Description LCD Display Second screen Serial Number and Firmware release number Pac ## W Vin Timegrid hhmmss Numgrid ## Error Grid fail Data RS-485 serial link Multiple units connection Power Line Modem PLM Data transmission to a PCData transmission to Aurora Easy Control Display menù Manual address settingAddress Information Automatic setting Verifying the paralleled input configurationSET in Mode Parallel Measurement Accuracy Data Description UnitData Resolution Accuracy Display Measurement Troubleshooting Info Aurora Input Values Value PVI-3600-OUTD-UK-F-WGrid protection characteristics Output Values DescriptionGeneral characteristics Description Value Power Derating due to Ambient Temperature Power DeratingPower Derating due to Input Voltage