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AEG PV.500-MH manual Graphical Display and Operation Unit

Models: PV.500-MH

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Protect PV.500_MH Operating Instructions
8	Graphical Display and Operation Unit	57
8.1	General Information	57
8.1.1	Signalling	58
8.1.2	Keyboard Operation	58
8.2	Start-up	59
8.3	Menu Structure	60
8.3.1	Menu Tree	60
8.3.2	Main Menu	60
8.3.3	Operating Display	61
8.3.4	Status/Measured Values	66
8.3.5	Blocking	67
8.3.6	Fault History	68
8.3.7	Settings	68
8.3.8	Information	68
8.3.9	Service	68
8.3.10	Help	68

80000043212 BAL

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AEG PV.500-MH manual Graphical Display and Operation Unit

Contents

Protect PV.500-MH Operating InstructionsProtect PV.500-MHOperating Instructions AEG Power Solutions GmbHExplanation of Symbols and Safety Instructions Table of ContentsProduct Details System DescriptionInterfaces Monitoring Systems, Messages and FaultsSystem Function Graphical Display and Operation Unit Warranty 1 Information on How to Use these Instructions1.1General Information Validity1.3Explanations of Target Groups 1.2Target Groups1.3.1Obligations of the Equipment Operator Handling80000043212 BAL 1.3.2Skilled Personnel Skills and Training8 of 1.4Storing Instructions 2.Secure the unit against being switched back onObligations of skilled personnel 1.Disconnect safely2.1Explanation of Symbols 2 Explanation of Symbols and Safety InstructionsSymbol Table 2 - Other symbols2.2Safety Instructions SIGNAL WORD2.2.1Signal Words Used 2.2.2Hazard Symbols UsedMeaning for skilled personnel Symbol2.2.4Abbreviations 2.4Safety AwarenessCrystalline silicon cells DANGERThin-filmcells Lightning protection2.7.1Protective Covers System stop switch2.8Residual Hazards 2.7.2Lockable Equipment Doors2.7.3Guard DANGER DANGERDANGER DANGER2.8.3Fire-RelatedRisks 2.8.2Risks Due to Moving PartsWater in electrical equipment Risk of injury due to rotating fansFailure of remote signalling 2.8.5Risks from Maintenance and Repair WorkDANGER 2.8.4Risks due to Loss of Control3.1Product Description 3 Product DetailsSafety 3.2Dimensions and Views3.3Appropriate Use 3.4Inappropriate Use3.6Nameplate 3.5Standards, Directives and CE MarkProtect PV.500-MHOperating Instructions Figure 4 Rating plate example3.7Technology Risk to life due to electric shock DANGER3.8Operating Elements 4.1Individual Operation 4 System Description5.1Description of Sequence Control 5 System Function5.1.1The OFF Status 5.1.2The Waiting for Feed Conditions Status5.1.4The Waiting Status 5.1.3The Operation StatusPossible change of status Possible change of status5.1.6The Night Status 5.1.5The Fault StatusPossible change of status Possible change of statusLater in the evening EveningNight Protect PV.500 MH Operating InstructionsInverter stack switch-ontime Switch-onconditions5.1.8Sequence Control Parameters Minimum DC voltage5.2.2Fan Control, Cabinet Fan 5.2Description of Fan Control 5.2.1Generalminimum time in the fast fan stage 5.2.3Cabinet Fan Control Parameters5.2.4Fan Control, Inverter Stack Fan 5.3Insulation Monitoring and Earthing of PV Cells 5.2.5Parameters of Inverter Stack Fan Control5.3.1General IGBT temperature limit80000043212 BAL 34 ofMaintenance mode Maintenance mode5.3.3Operation with Thin-FilmSolar Cells General5.3.4Insulation Monitoring Parameters Minimum time in maintenance mode5.4MPP Tracker Insulation test time6.1General Information 6 Monitoring Systems, Messages and FaultsTemperature monitoring systems 6.2Table of FaultsDOU message Fault/MessageCAN I/O monitoring systems DOU message Fault/MessageUnit Monitoring Systems Fault/Message Fault/MessageDC voltage monitoring systems DOU message7.1.1General 7 Interfaces7.1Communication Interface MultiCom CCC hardware data assembly A29.1 7.1.2Technical Data9600 baud, 8, E, 1 default 19,200 baud default7.1.3Structure of the MultiCom CCC Interface Configuration jumpersConnections ButtonPort 2 Serial interface X5 internally wired to LED signalsDescription of serial interfaces Green/red flashesShield connection of the RS485 bus line Port 2 X5 RS485 pin assignment defaultPort 2 X5 RS232 pin assignment 7.1.4ConfigurationController Area Network CAN at Port 3 X4 CAN pin assignmentSetting the terminal program 7.1.4.1 Configuration PreparationsCR 7.1.4.2 Configuring the Modbus Protocol 7.1.4.3 Configuring Modbus Data Transmission MOD1 7.2COM Server 7.2.1General7.2.2Network Connection Configuration jumpers 7.2.4Installation of the COM ServerLED signals Green LED H1 Network factory settings for the COM server7.2.6Configuration of the Virtual COM Port 7.2.5Network Integration ConfigurationStructure 7.3Remote SignallingTechnical data Connection to MultiCom interface 8.1General Information 8 Graphical Display and Operation UnitAcoustic signal generator 8.1.1Signalling8.1.2Keyboard Operation LEDs8.2Start-up Possible symbol keys and their function8.3.2Main Menu 8.3Menu Structure 8.3.1Menu TreeProtect PV.500-MHOperating Instructions Menu tree8.3.3Operating Display Protect PV.500-MHOperating Instructions Examples of possible displaysFigure 29 Example of operating display Figure 30 Example of operating displayFigure 31 Example of operating display Protect PV.500 MH Operating InstructionsFigure 32 Example of operating display Figure 33 Operating display - Central sectionProtect PV.500-MHOperating Instructions Current yearly data t = monthFigure 34 Example of daily data Figure 35 Example of monthly dataYearly overview Menu Status/dataIverter-Status Grid operation MPP 8.3.7Settings 8.3.6Fault History8.3.9Service 8.3.8Information