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Provides crucial safety guidelines to prevent injury and product damage.
Explains how to connect multiple devices in a series using the proprietary communication bus.
Explains how to configure the Xtender to match the connected power source.
Guides on setting the charge current based on battery specifications for optimal charging.
Details how to enable the Smart-Boost function for power support.
Explains how to set user access levels (INFO ONLY, BASIC, EXPERT) for configuration.
Details the activation and functioning of the data logger for recording system electrical values.
Explains how to perform system backups and restore configurations using the SD card.
Explains the error when the inverter is overloaded due to high consumer demand.
Details the error related to the Xtender overheating and power limitation.
Describes inverter overload errors when consumer power exceeds supply capacity.
Explains the halt condition due to discharged batteries, deactivating inverter and Smart-Boost.
Covers the halt condition when battery voltage is too high, indicating a safety stop.
Refers to hardware-related inverter overload errors, linked to code (015).
Introduces the analysis tool for interpreting CSV data files generated by the remote control.
Discusses how user levels affect access to Xtender configuration functions.
Details methods for accessing and modifying Xtender parameters by number or via thematic menus.
Explains installer-specific access levels and parameter definitions (min, max, value).
Covers essential configurations to adapt the Xtender to its environment for optimal performance.
Sets the battery charge current according to the battery's technical specifications for optimal charging.
Controls the activation of the Smart-Boost function, which adds battery power to the source for loads.
Configures battery charge cycles, including phases like bulk, absorption, and floating.
Enables or disables the battery charger function, specifying external charging if needed.
Sets the maximum current for battery charging, based on battery specifications.
Manages battery undervoltage settings, including levels and delays for inverter deactivation.
Sets the low voltage threshold for deactivating inverter and Smart-Boost functions without load.
Allows dynamic adjustment of undervoltage disconnection based on system conditions.
Activates the Battery Lifetime Optimizer algorithm to prevent deep discharges.
Adjusts the maximum battery voltage allowed for inverter mode operation.
Sets the voltage level for restarting the inverter after a battery overvoltage event.
Manages the absorption phase of battery charging, where final energy percentages are stored.
Configures the equalization phase, used for battery maintenance to prevent stratification.
Adjusts various parameters related to the inverter's operation and output.
Authorizes or deactivates the inverter function, controlling output voltage availability.
Allows adjustment of the inverter's output voltage, useful for specific applications or energy saving.
Configures the inverter's standby mode and load detection behavior for energy saving.
Adjusts the power threshold for the inverter to enter standby mode based on consumer presence.
Manages combined charger and inverter functions, including conditions for switching between them.
Authorizes or prohibits the transfer relay, affecting AC-In to AC-Out power transfer.
Authorizes the Smart-Boost function, enabling battery power assistance for loads.
Limits the maximum power delivered by the Smart-Boost function.
Configures the maximum current the AC source can supply, important for limited power sources.
Adjusts AC current draw based on various external parameters, including secondary source settings.
Configures grid loss detection sensitivity and speed, with options for different generator types.
Configures the behavior of the two auxiliary relays for various system events and conditions.
Configures auxiliary contact activation based on specific system states or events.
Configures auxiliary contacts to activate based on battery voltage thresholds and durations.
Activates contacts based on inverter output power levels and durations, considering Smart-Boost.
Configures contacts to activate based on battery temperature thresholds using BTS-01 or BSP.
Activates contacts based on battery state of charge thresholds and durations, with BSP.
Details advanced functions and configurations for auxiliary contacts, including generator control.
Customizes the behavior of the command entry, including prohibitions and active states.
Prioritizes battery energy use even when an AC-In source is connected, for renewable energy sources.
Configures automatic restart events after installation anomalies, based on fault conditions.
Controls parameters for feeding energy back to the grid (AC-In) under specific conditions.
Authorizes or prohibits the grid-feeding function, controlling energy sent back to the grid.
Sets a limit for the grid-feeding current, respecting the source maximum current (Input limit).
Allows discharging batteries to the grid within a specific time frame for energy support.
Guides users through the process of updating software for the remote control and connected devices.
Shows how to use the Xtender with limited power sources like generators or dock connections, leveraging battery assistance.
Lists all adjustable parameters related to the Xtender inverter functions and battery management.
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General