AE Conversion INV250-45EU PLC Manual
Micro-inverter
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Summary of Contents for AE Conversion INV250-45EU PLC
- Page 1 Micro-Inverter INV250-45EU RS485 INV250-45EU PLC INV250-45EU INV350-60EU RS485 INV350-60EU PLC INV350-60EU INV500-90EU RS485 INV500-90EU PLC INV500-90EU English...
- Page 2 Installation and Operation Manual for INV250-45EU RS485, INV250EU-45 PLC and INV250EU-45 INV350-60EU RS485, INV350EU-60 PLC and INV350EU-60 INV500-90EU RS485, INV500EU-90 PLC and INV500EU-90 Printed in Germany, Copyright by AEconversion GmbH & Co. KG...
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Page 3: Table Of Contents
Table of Contents Appendix About this Manual Symbols used Technical Data for INV250 Scope Technical Data for INV350 Target Audience Technical Data for INV500 Safety and Regulations Overview: Country Specific Data General Information and Safety Instructions Derating Diagrams for INV250 2.1.1 Storage, Transportation, Operation &... -
Page 4: About This Manual
- Attention! • INV250-45EU Inappropriate alterations can cause damage! • INV250-45EU RS485 - All contacts should be kept dry and clean! • INV250-45EU PLC - Transport the inverter only in the given • INV350-60EU packaging. • INV350-60EU RS485 • INV350-60EU PLC •... -
Page 5: Ce Mark
The inverter can be operated with a permanent connection to 2.2 CE Mark the power network. The inverter is not designed for mobile use. The CE mark documents that according to the label the inverter fulfills the following essential requirements of relevant Changes to the inverter are generally prohibited. -
Page 6: Legal Regulations And Technical Guidelines
PV-systems using micro-inverters the PV-modules INV350-60EU RS485 work independently, each at their maximum performance to INV350-60EU RS485 increase energy harvest. INV250-45EU PLC INV350-60EU PLC The “plug-and play”-system eliminates connection mistakes, INV500-90EU PLC making the installation safe and easy. There are no high voltage DC circuits to handle and installation time and costs are reduced. -
Page 7: Led-Display
5.3 LED-Display 5.5 Network and System Protection According to the VDE-AR-N 4105, the last five fault conditions of the network and system protection as well as the set action values and times must be readable. For the device versions without a communication interface and with integrated light conductors, the data output is realized through the LED. -
Page 8: Installation
• The open circuit voltage of the connected PV generator must In addition, we recommend a distance of 25 mm between be in the allowed input voltage range, even at very low outdoor the back of the PV module and the top of the inverter. •... -
Page 9: Mounting Alternatives
DC connector PV- 7.2 Mounting Alternatives DC connector PV+ If an assembly to the PV-framework below the PV modules is not possible, a more fitting alternative is possible: climatic membrane For wall mounting, the inverter can be turned 180 ° and mounted to the wall with the back of the inverter. -
Page 10: Ac-Connection Of Plc And Nocom Devices
This voltage is measured by the inverter. If the voltage at the 8.2.2 AC-Connection of RS485 Devices supply terminals exceeds the grid overvoltage limit, the inverter shuts off due to grid overvoltage. It is essential to take this fact into account for the AC wiring and dimensioning of the AC line. If using multiple AC power circuits in a PV system, it is necessary to distribute the supply phase symmetric to the three-phase system. -
Page 11: Communication Set-Up
Inverter Module Connection Cable PV-Generator (modules) 8.4 Communication Set-Up Depending on the Communication-Version of the Micro- This step is performed for all remaining PV modules, each to Inverter, different procedures have to be carried out to set the corresponding inverter without exceeding the maximum up the communication sustem. Please follow the instructions number of inverters in a power circuit. corresponding to your Micro-Inverter. The exact use of the DC connectors is as follows: Push together the cable coupler until it clicks. -
Page 12: Without Communication
the data exchange takes place on the AC-Lines. Therefore there’s 9.2 Acceptance of the plant by the Utility Company no need for additional data lines to the Microinverter. Using this interface, several (max.32) inverters can be monitored For this purpose, the following documents are generally simultaneously, over a maximum distance of about 100 meters. -
Page 13: Further Information
associations and committees for the relevant department. Standard Display Inverter Meaning Through the installation of solar panels / solar system, the given by requirements for roofing, waterproofing and exterior wall Utility cladding according to the rules of the German Roofing Trade, or 100% external limitation The maximum power is fed. -
Page 14: Technical Data For Inv250
Technical Data for INV250 INV250-45 Micro-Inverter Description The AEconversion Micro-Inverter INV250-45 converts the generated energy into grid-compliant alternating current. For this, the INV250-45 is directly connected to a module. The Individual conversion allows optimal utilization of solar energy. The micro-inverter INV250-45 operates up to a maximum power of 250W with a maximum PV input voltage of 45V. -
Page 15: Technical Data For Inv350
Technical Data for INV350 INV350-60 Micro-Inverter Description The AEconversion Micro-Inverter INV350-60 converts the generated energy into grid-compliant alternating current. For this, the INV350-60 is directly connected to a module. The Individual conversion allows optimal utilization of solar energy. The micro-inverter INV350-60 operates up to a maximum power of 350W with a maximum PV input voltage of 60V. -
Page 16: Technical Data For Inv500
Technical Data for INV500 INV500-90 Micro-Inverter Description The AEconversion Micro-Inverter INV500-90 converts the generated energy into grid-compliant alternating current. For this, the INV500-90 is directly connected to one or two modules. The Individual conversion allows optimal utilization of solar energy. The micro-inverter INV500-90 operates up to a maximum power of 500W with a maximum PV input voltage of 90V. -
Page 17: Overview: Country Specific Data
Overview: Country Specific Data 08.2013 INV250 / INV350 / INV500... -
Page 18: Derating Diagrams For Inv250
Derating Diagrams for INV250 Derating diagram P pv / I pv Derating diagram Ppv / T ambient 0m/s Wind Speed Derating diagram Ppv / T ambient 0.1 m/s Wind Speed INV250 / INV350 / INV500 08.2013... -
Page 19: Derating Diagrams For Inv350
Derating Diagrams for INV350 Derating diagram P pv / I pv Derating diagram Ppv / T ambient 0m/s Wind Speed Derating diagram Ppv / T ambient 0.1 m/s Wind Speed 08.2013 INV250 / INV350 / INV500... -
Page 20: Derating Diagrams For Inv500
Derating Diagrams for INV500 Derating diagram P pv / I pv Derating diagram Ppv / T ambient 0m/s Wind Speed Derating diagram Ppv / T ambient 0.1 m/s Wind Speed INV250 / INV350 / INV500 08.2013... - Page 21 Derating Diagrams for INV500 Derating diagram P pv / U ac 08.2013 INV250 / INV350 / INV500...
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Page 22: Declaration Of Ce-Conformity
Geseker Str. 3 D-59494 Soest, Germany Address: Produktbezeichnungen: Art. Nr. / Part No. Name of Product: Micro-Inverter PS350 INV250-45EU 11-05-500291-XX INV250-45EU RS485 11-05-500292-XX INV250-45EU PLC 11-05-500293-XX INV350-60EU 11-05-500190-XX INV350-60EU RS485 11-05-500246-XX INV350-60EU PLC 11-05-500247-XX INV500-90EU RS485 11-05-500302-XX INV500-90EU PLC 11-05-500303-XX Further models of this family: Die bezeichneten Produkte stimmen mit den Vorschriften folgender europäischer Richtlinien überein:... - Page 23 AEconversion GmbH & Co. KG • Geseker Strasse 3 • 59494 Soest • Germany Telefon +49 (0) 521 329471-0 • Telefax +49 (0) 0521 329471-29 • www..aeconversion.de 08.2013 INV250 / INV350 / INV500...
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