Need help?Do you have a question about the Kostal PIKO 3.6 and is the answer not in the manual?
Details types of safety warnings: ATTENTION, DANGER, WARNING, CAUTION.
Identifies the intended readers for different sections of the manual.
Defines the intended purpose and limitations of the PIKO inverter.
States manufacturer's liability limitations for misuse or errors.
Covers safety markings, proper installation, and lightning protection.
Details safe handling, electrical shock prevention, and fire risk avoidance.
Explains inverter function, PV module connections, and internal consumption.
Explains power control features and guidelines for transport/storage.
Lists package contents and covers critical safety during installation.
Guidelines for choosing an optimal and safe location for the inverter.
Step-by-step instructions for mounting the inverter on the wall.
Crucial safety warnings and steps for electrical connections.
Detailed steps for connecting the AC power cable to the inverter.
Guidance on connecting DC cables, including cross-section and parallel connections.
Details on DC bridges, plug-in connectors, and cable connections.
Procedure for connecting the PV string plugs to the inverter.
Instructions for setting the country via DIP switch on Communication Board I.
Instructions for country setting via display for Communication Board II.
Guidance on connecting communication components to Communication Board I.
Outlines the four main communication scenarios for the inverter.
Steps for configuring inverter settings via the integrated web server.
Details on connecting inverter to computer via Ethernet or crossover cable.
How to retrieve current yield data and log data directly from the inverter.
Explains how to transfer yield data to an internet solar portal.
Details on using modem or DSL for data transfer to a solar portal.
Connecting multiple inverters via Ethernet and modem for data transfer.
How to remotely access inverter data via network or modem.
Requirements for accessing the inverter via the Internet using a DSL connection.
Connecting an inverter via analogue modem to a telephone network.
Details on modem, RJ sockets, and terminals for communication.
Instructions for connecting Ethernet and telephone cables.
Procedure for installing an analogue modem to the circuit board.
Steps for installing a GSM modem, including SIM card and software setup.
Guide to launching and using the GSM-Link software for configuration.
Steps for installing the modem and radio antenna.
Instructions for activating data transfer to a solar portal using a portal code.
Connecting communication components to Communication Board II.
Details on modem, RJ sockets, and terminals for Communication Board II.
Steps for configuring inverter settings via the integrated web server.
Details on connecting inverter to computer via Ethernet or crossover cable.
How to retrieve current yield data and log data directly from the inverter.
Explains how to transfer yield data to an internet solar portal.
Connecting multiple inverters via Ethernet and modem for data transfer.
Requirements for accessing the inverter via the Internet using a DSL connection.
Details on modem, RJ sockets, and terminals for Communication Board II.
Instructions for connecting an Ethernet cable to the inverter.
Procedure for installing an analogue modem to the circuit board.
Connecting the telephone cable to the RJ11 socket.
Steps for installing a GSM modem, including SIM card and software setup.
Guide to launching and using the GSM-Link software for configuration.
Steps for installing the modem and radio antenna.
Instructions for activating data transfer to a solar portal using a portal code.
Installing accessories like sensors or ripple control receivers on Comm Board I.
Details on connecting and configuring the switch output for various functions.
Instructions for connecting an energy meter to the S0 input.
Connecting analogue sensors for temperature, irradiation, or wind data.
Connecting a ripple control receiver for active power control in Germany.
Connecting ripple control receiver via Ethernet or RS485 for multiple inverters.
Setting up RS485 serial interface for connecting multiple inverters.
Details on DIP switch settings for RS485 configuration and cable lengths.
Installing accessories like sensors or ripple control receivers on Comm Board II.
Details on connecting and configuring the switch output for various functions.
Instructions for connecting an energy meter to the S0 input.
Connecting analogue sensors for temperature, irradiation, or wind data.
Connecting a ripple control receiver for active power control in Germany.
Final steps for closing the inverter housing, fastening cables, and securing the cover.
Procedure for safely switching on the PIKO inverter and its components.
Changing display language and setting up communication/accessories.
Steps to connect to the inverter's web server for configuration and monitoring.
Details on configuring various inverter settings via the web server.
Covers language, name, RS485 address, saving interval, and switch output.
Setting conditions like power limit and runtime for internal consumption.
Configuring analogue inputs and network settings for IP addresses.
Diagrams showing network setup with automatic or manual IP configuration.
How to check the status of connected sensors and modems via the web server.
Checking modem status and activating solar portal data transfer.
Procedure for disconnecting from the web server and operator handover.
Procedure for safely switching off the inverter for maintenance.
Guidelines for performing maintenance tasks safely and correctly.
Instructions for cleaning the inverter's fan for optimal cooling.
Detailed steps for fan cleaning and inverter disassembly for disposal.
Procedure for safely disassembling and disposing of the inverter.
Overview of the inverter's display and its components.
Explanation of the LED indicators for inverter operating status.
Description of operating statuses shown on the inverter's display.
How to view operating values and change settings using the contact sensor.
How to view operating values and change settings using the keys.
Information on inverter faults, their causes, and initial checks.
Table detailing fault messages, LED indicators, and fault correction.
Overview of accessing data and settings through the web server.
Steps to log into the inverter's web server for data access and configuration.
Details on web server login and downloading saved log data.
Recommendations for using PIKO Master Control or spreadsheet software for data display.
Table explaining the entries and descriptions found in the log data.
Procedure to deactivate activated data transfer to a solar portal.
Detailed technical specifications for PIKO inverter models.
Continued technical specifications including safety, system data, and communication.
Schematic block diagram illustrating the PIKO inverter's internal components.
Information on the location and content of the inverter's type plate.
Details on warranty, technical support hotline, and service contact information.
To Next Page
General
