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General| Model | PIKO 5.5 |
|---|---|
| Number of MPP Trackers | 2 |
| Protection Class | IP65 |
| AC Nominal Voltage | 230 V |
| Operating Temperature Range | -25°C to +60°C |
| Rated Output Power | 5500 W |
| Max. apparent AC power | 5500 VA |
| Cooling | Convection |
| AC Frequency | 50 Hz |
| Communication Interfaces | Ethernet, USB |
Manufacturer assumes no liability for free usage or errors.
Commitment to gender-neutral language where possible.
Details the intended use and limitations of the PIKO inverter for safety and compliance.
Declares the inverter's compliance with relevant European Union directives and standards.
Explains the manual's purpose, target audience, and importance for safe operation.
Defines various icons and notes (warnings, information) used throughout the manual.
Explains the meaning of symbols and abbreviations used in the manual for clarity.
Identifies and explains the safety signs and labels applied to the inverter's housing.
Illustrates the typical configuration and components of a grid-connected photovoltaic system.
Details the external and internal components of the PIKO inverter, including ports and interfaces.
Explains advanced inverter features such as shadow management and external module control.
Provides guidelines for safely transporting and storing the inverter before installation.
Lists all items included in the packaging of the PIKO inverter and its accessories.
Covers crucial aspects of selecting the installation site and mounting the inverter correctly.
Details the procedures for connecting the inverter to the AC grid and DC PV modules.
Explains how to connect PV strings, including parallel connections and DC input specifications.
Guides the connection of communication interfaces like Ethernet, RS485, and S0/AL-Out terminals.
Outlines the essential steps for powering up and configuring the inverter after installation.
Step-by-step instructions for safely activating the inverter and initiating operation.
Procedures for properly shutting down the inverter, including steps for maintenance.
Crucial safety procedures to ensure the inverter is completely de-energized before any work.
Explains the function of the inverter's display, LEDs, and control buttons for operation.
Describes how to interpret the operational status messages shown on the inverter's display.
Explains the meaning and indication of the status LEDs located on the inverter.
Provides an overview of the hierarchical menu system accessible via the inverter's control panel.
Details the service menu, accessible with a code, for advanced configuration and diagnostics.
Explains the inverter's role in managing energy flow for self-consumption and grid interaction.
Lists and explains error codes, their possible causes, and recommended actions.
Introduces the web server as the primary graphic interface for inverter configuration.
Provides instructions for accessing the web server through a computer's web browser.
Details the network setup required to connect the inverter to a computer for web server access.
Outlines the navigation hierarchy and available menus within the web server interface.
Describes the core sections of the web server interface: Home, Current Values, Statistics, Settings, Info, Login/Logout.
Explains specific web server pages like Login/Logout, Home, Current Values, and Statistics.
Explains methods for establishing network connections for system monitoring and data retrieval.
Details the inverter's data logger, the types of data recorded, and their format.
Provides instructions on how to download, save, and visualize logged system data.
Explains the necessity of active power control based on energy regulations and grid requirements.
Details methods for limiting the inverter's power output, including software-based adjustments.
Explains how to use a ripple control receiver to manage the inverter's power output based on grid signals.
Provides step-by-step instructions for installing and connecting the ripple control receiver.
Introduces the concept of self-consumption and the system configuration for monitoring energy usage.
Details the wiring requirements for connecting a load relay for self-consumption control.
Guides the user through configuring self-consumption control functions via the web server interface.
Outlines routine maintenance tasks required to ensure the inverter's long-term performance.
Provides detailed instructions and procedures for safely cleaning the inverter's cooling fan.
Explains the process for updating the software on the inverter's communication board.
Guides the user through updating the main firmware of the PIKO inverter.
Details how to update the country-specific settings and parameters of the inverter.
Presents comprehensive technical specifications, electrical data, and physical dimensions of the PIKO inverters.
Provides a schematic overview of the inverter's internal architecture and functional blocks.
Guides the installation and connection of the PIKO BA Sensor for energy monitoring.
Explains system configurations involving multiple inverters and the use of the PIKO BA Sensor.
Lists other available accessories such as PIKO M2M Service and the PIKO Solar App.
Explains the information provided on the inverter's identification and data type plate.
Contains essential contact details for warranty claims and technical service support.
Lists key information points that must be communicated to the system operator during handover.
Outlines the procedure for safely disassembling the inverter and its proper disposal according to regulations.
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