Xantrex Technology GT3.0 Verification and Commissioning Test, Purpose, Verification Test

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Safety

Verification and Commissioning Test

Purpose

This procedure is designed to verify correct operation of the Xantrex Grid Tie Solar Inverter both on initial operation and periodically through its life as required by the utilities.

Commissioning Test

Follow the startup and monitoring procedures as documented in Chapters 4 and 5.

When operation of the inverter has been verified and the unit is producing power, run the Non-Islanding test as described in this procedure.

Verification Test

Periodically run the Non-Islanding test. The inverter must respond within the 2-second limit for compliance and then hold off on producing power for the required delay (default value of 5 minutes).

Non-Islanding Test

This test requires that the AC circuit for the inverter be switched off. This can be accomplished by switching the breaker on the main panel that feeds the inverter(s). As an alternate, the disconnect for the home or business may be used as well. Have someone watch the front panel of the inverter. Within 2 seconds of switching the breaker, the green light on the front of the inverter must go out. The display will respond with an AC Fault display, indicating that the AC is out of the operating range.

Re-energize the breaker to the inverter. The unit will respond by beginning its countdown. The green light will be off during this time. Five minutes after applying AC (default value), the green light will turn on and the inverter will begin to push power to the grid. The display will then return to its on-line display showing the power being produced along with the total kWh produced to date.

Note: The default voltage, frequency and reconnect delay values as defined by UL1741 and CSA 107.1-01 are programmed into the unit at time of shipment from the factory. No changes to these settings can be made in the field by the user. Only authorized personnel with the utility’s permission may change these settings. Contact Xantrex Technology to gain permission and the procedure/equipment to make these changes.

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Contents Xantrex Grid Tie Solar Inverter Page Xantrex Grid Tie Solar Inverter Date and Revision Organization ScopeAudience Abbreviations and Acronyms Conventions UsedRelated Information Page Important Safety Instructions To locate the firmware version number Regulatory ComplianceFCC Information to the User Verification Test Verification and Commissioning TestPurpose Commissioning TestPage Contents Monitoring the Inverter Wiring the InverterMaintenance and Troubleshooting Starting the InverterIndex SpecificationsWarranty and Return Information Xiv Figures Xvi Tables Xviii Introduction Xantrex GT Inverter About the Xantrex Grid Tie Solar InverterMppt Standard Features2Main Features of the GT Inverter Optional Features3Safety and Data Label Locations Safety and StandardsRemovable Components Wiring Box standard on North American modelsOptional Heat Sink Cover and Fan GT3.0-aa 2-bb-230 Model Configurations1GT Inverter Models Installation Multiple Inverter Installations Installation OptionsPlanning the Installation Single Inverter InstallationMultiple Inverter Installation Single Inverter InstallationInverter Location General Recommendations Equipment and Installation RecommendationsPV Array Requirements 1MPPT Operational Window Voltage Effect of Array Voltage Inverter ModeVoltage and Mppt Requirements Planning the Installation AC Grounding Grounding RequirementsLong Distance Grounding Lightning Protection2Basic Grounding Overview Xantrex GT Inverter Wiring Box3Long Distance Grounding Overview 4Grounding With Extra Lightning Protection Overview Routing the WiresPlanning DC Wire Routing Planning AC Wire RoutingAC Circuit Breaker Requirements Preparing for the InstallationWiring Circuit Breakers and Disconnect SwitchEquipment Needed AC/DC Disconnect SwitchGround Fault Fuse Other Materials NeededOverview Mounting the InverterKnockout Preparation Dimensions and Knockout LocationsPreparing to Mount the Unit 7Dimensions of GT Inverter and Knockout Locations Installing the Mounting BracketLocation Minimum Clearance Clearance Requirements2Inverter Clearance Requirements Surfaces for Mounting Ground Floor To mount the unit using polesMounting on Poles or Rails To mount the GT Inverter to wallboard, siding, or concrete Mounting on Wallboard, Siding or ConcreteTo mount the inverter on the mounting bracket Mounting the Inverter on the BracketMounting a Single Inverter Mounting Multiple Inverters in Parallel Installing AccessoriesInstalling the Fan Assembly 12Attaching the fan assembly To attach the fan assembly to the inverter13Location of Fan Connector To connect the fan wiresTo remove the heat sink cover from the inverter Installing the Heat Sink CoverTo install the heat sink cover on the inverter Wiring the Inverter To remove the wiring box cover Accessing the Wiring Terminals2AC and DC Terminal Block Location in the Wiring Box 3AC/DC Disconnect Switch Positions Connecting the DC WiringWire Size Torque To wire the PV array to GT Inverter1Torque Values for Wires 4DC Connections for Grounded PV Array Xantrex GT Inverter Wiring BoxConnecting the AC Wiring To wire the main utility service panel to the GT Inverter Xantrex GT InverterService Panel Wiring Box 5AC Connections from GT Inverter to Utility Service PanelTo wire the PV array to GT Inverters in parallel Connecting Inverters in ParallelDC and AC Wiring for Inverters in Parallel 6Parallel GT Inverter DC and AC Wiring Xanbus Network Technology Communications Wiring for Inverters in ParallelMale Network Terminator 9Xanbus RJ45 Ports in the GT Inverter Wiring BoxConductor Name CAT 5 Cable Insulation Color RJ45 Connector Requirements2T568A Standard Wiring Cabling Requirements3Network Components and Part Numbers Guidelines for Routing the Network CablesPurchasing Network Components Wiring the Inverter 11Communications Wiring for GT Inverters in Parallel Page Starting the Inverter To check the PV array DC voltage Startup ProcedureChecking the PV Array DC Voltage Checking the AC Utility VoltageTo replace the front panel cover Replacing the Wiring Box CoverTo replace the wiring box cover To start up the inverter Starting up the GT InverterMonitoring the Inverter 1Front Panel LCD Location Monitoring the Front Panel DisplayDisplay Duration Description Startup ModeFront Panel Display Screens and What They Mean 1Startup Screens on GT Inverter Front Panel DisplayDisplay 2Normal Operation Default ScreenTo view more Normal Operation information 3Normal Operation Screens for All GT Inverter UnitsMultiple Unit System Offline Mode5Offline Mode Default Display To view unit-specific screens in a multiple unit system25kWh Fault ModeOffline Mode Screens for All GT Inverter Units Multiple Unit8Fault Message Screens VoltageFaultDisplay Description Additional Fault Mode ScreensSpecial Screens 10Special Message Screens Status Indicator Lights11Status Indicator LEDs LEDonMeansGreen LED Maintenance PV Array Factors Factors Affecting GT Inverter PerformanceOther Factors Performing General MaintenanceReplacing Parts To replace a ground fault protection fuse Replacing the Ground Fault Protection Fuse1Location of Fuse, Front Panel Cover Removed Replacing the InverterTo remove the inverter from the wiring box To replace the inverter on the wiring box 2Inverter and Wiring Box Sections1Troubleshooting the GT Inverter Identifying Error/Fault Conditions and SolutionsSpecifications GT3.0 European Electrical SpecificationsInput OutputAdjustment Range Setting Adjustable Disconnect SettingsOutput Power Versus Ambient Temperature Figure A-2Typical Efficiency EfficiencyUser Display Environmental SpecificationsMechanical Specifications GT Fan Kit includes fan assembly and heat sink cover AccessoriesWarranty Warranty and Return InformationExclusions DisclaimerProduct Out of Warranty Service Return Material Authorization PolicyReturn Procedure PV Details Information About Your SystemInverter Details Index Port 3-13, 5-7 Torquing 3-5, 3-10 wire sizes IX-4 Page Xantrex Technology Inc