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Defines the manual's coverage of Peimar grid-tied inverters and safety guidelines.
Explains hazard symbols (DANGER, WARNING, CAUTION, NOTICE) and their meanings for safe operation.
Specifies that only qualified electricians should install and maintain the inverter.
Details critical safety precautions during installation, operation, and maintenance.
Clarifies the meaning of various safety symbols used in the manual for hazard identification.
Outlines the use of Mirus, Unicus, Geminus series as grid-tied single-phase inverters in solar systems.
Explains the naming convention (PSI-J, XXXX, TL, M) for Peimar inverter models.
Provides visual representations and measurements of Mirus, Unicus, and Geminus inverter series.
Presents detailed technical specifications for the MIRUS LINE inverters.
Presents detailed technical specifications for the UNICUS LINE inverters.
Presents detailed technical specifications for the GEMINUS LINE inverters.
Highlights safety warnings (DANGER, NOTICE) related to installation risks and environment.
Guides on checking the package for damage and verifying assembly parts before installation.
Details recommended mounting methods, angles, and optimal installation locations for inverters.
Describes the step-by-step process for marking drill holes, drilling, and mounting the inverter rear panel.
Emphasizes safety protocols and protective equipment for electrical connections by professional technicians.
Illustrates and identifies the various ports and connectors on the inverter interface.
Provides guidance on connecting AC cables, including cross-sectional area and connector procedures.
Details the connection process for DC cables, including positive and negative connectors.
Explains the RS-232 interface and pin assignments for communication module connections.
Describes the inverter's display, LEDs (POWER, FAULT, RUN), and buttons (ESC, ENT).
Guides users through initial setup steps like language and country selection for the inverter.
Illustrates the inverter's display menu structure and data flow for operational status.
Outlines procedures for setting language, date, time, and other general parameters.
Explains how to perform a full self-test on the inverter and interpret the results.
Details individual self-test procedures for various protection functions (over-voltage, under-voltage, etc.).
Explains how to monitor inverter operation status using RS-232 and Wi-Fi modules.
Lists error codes and provides brief explanations for fault conditions in the inverter.
Offers guidance on diagnosing and resolving common fault conditions based on error descriptions.
Instructs users on the proper disposal and recycling of the inverter at its end of life.
Directs users to the website for detailed warranty conditions and information.
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