Why is the AC power output low on my Xantrex Inverter?
If the AC power output is low and the INVERT LED is on, it could be due to insufficient DC current being provided to the inverter to operate the AC loads. Check the battery voltage, fuses or breakers, and cable connections.
How to fix a Xantrex SW Plus 2524 that won't turn on?
If your Xantrex Inverter won't turn on and no LEDs are lit, start by checking the DC voltage on the inverter’s DC terminals to ensure it's correct. Inspect the battery voltage, fuses, breakers, and DC cable connections to the inverter. If the DC voltage is correct, the unit may require servicing.
Why is the charger output low on my Xantrex Inverter?
A low charger output on your Xantrex Inverter can be caused by several factors. Check for loose or corroded battery connections, loose AC input connections, worn-out batteries, or battery cables that are too small or too long. Clean all connections, inspect AC wiring, and replace batteries if necessary.
Why does my Xantrex SW Plus 2524 turn on and then off?
If your Xantrex Inverter turns on and then off, or doesn’t turn on at all, the Search Sense setting might be too low or too high. If the search sensitivity is set higher than the combined loads, then an auxiliary load must be used to bring the inverter out of Search Mode before the appliances can be turned on.
Why does my Xantrex SW Plus 2524 Inverter charger stop before fully charging?
If your Xantrex Inverter charger stops before fully charging (without an error), it may be because the AC frequency at the AC input terminal is out-of-tolerance (too high or low), or the AC voltage may be outside the 13C Input Upper Limit VAC or 13D Input Lower Limit VAC settings. Check for the correct AC voltage or frequency using the ICM Display.
What to do if my Xantrex SW Plus 2524 has no AC power output?
If your Xantrex Inverter shows the INVERT LED on but has no AC power output, there are a few potential causes. First, there might be an excessive load on the output, or the unit could be in overtemperature protection and needs to cool down, or there could be incorrect battery voltage. Refer to the 05 Error Causes Menu. If there is correct AC voltage on the ICM display and on the inverter AC terminal block, check for open AC output breakers or fuses and bad output wire connections.
How to check AC frequency on Xantrex SW Plus 2524?
To check the AC frequency on your Xantrex Inverter, use the ICM Display to ensure the AC voltage and frequency are within the correct range.
What does it mean when AC1 LED is flashing on Xantrex SW Plus 2524?
If the AC1 LED is flashing on your Xantrex Inverter, but it will not start charging, the battery voltage may be below the 22B Low Xfer (BX) VDC setting. Check for the correct AC voltage or frequency at the AC input terminal.
Defines trademarks and registered trademarks of Xantrex International.
States copyright information for the Owner's Manual.
Outlines Xantrex's warranty limitations and user responsibilities.
Provides telephone, fax, email, and web details for Xantrex.
Explains the manual's aim: to provide explanations and procedures for the inverter/charger.
Details the manual's content, including safety, planning, and installation.
Identifies the intended reader as anyone needing to install and operate the inverter.
Describes the guide's structure into chapters and appendices.
Explains the warning and caution symbols used throughout the guide.
Lists additional guides and resources for installation assistance.
Provides safety guidelines for working with batteries that generate explosive gases.
Details FCC compliance rules regarding radio frequency energy.
Highlights key features like FCC compliance, power ratings, and control module.
Describes the features on the front of the Sine Wave Plus, including the ICM display.
Details the ports and labels on the AC side of the Sine Wave Plus.
Explains the EPO feature for remote shutdown via a dedicated port.
References the safety and agency information on the unit's certification label.
Identifies the components on the DC side, including terminals and ground lug.
Describes the BTS function for automatic temperature compensation during charging.
Details the circuit breaker, warnings label, and ratings label on the top of the unit.
Essential planning steps covering applications, system output, input, location, and grounding.
Guidelines for selecting a suitable environment, avoiding saltwater and ensuring proximity to batteries.
Discusses types of grounding, DC system grounding, inverter grounding, and bonding.
Covers accessibility, vented enclosures, enclosure requirements, and performance.
Details conduit boxes, main AC distribution panel, generator disconnect, and fuses/disconnects.
Explains generator purpose, stable voltage requirements, and types of generators.
Lists optional components like AC/DC conduit boxes, fuse blocks, and status meters.
Describes configurations for off-grid systems, including renewable energy and generator-only.
Details single-inverter configurations for systems powered solely by a generator.
Explains how to series-stack inverters for 240 Vac output and multi-wire branch circuits.
Covers combining utility power with renewable energy or generators for backup.
Describes features for controlling utility power, peak load management, and time-of-use billing.
Explains how the inverter can manage energy usage based on utility peak and off-peak rates.
Details how the inverter uses battery power to assist utility or generator during heavy load demands.
Describes operating independently of the grid but using it for backup when battery voltage is low.
Covers essential pre-installation steps: reading instructions, obtaining permits, and tools.
Provides instructions for shelf-mounting and wall-mounting the inverter unit securely.
Details DC wiring procedures including battery preparation, grounding, and connections.
Step-by-step guide for connecting the battery bank to a single inverter.
Step-by-step guide for connecting the battery bank to dual inverters.
Covers AC wiring, including accessing terminal blocks and wiring for single inverter systems.
Instructions for installing the AC output wiring to the inverter panel (subpanel).
Details for installing generator wiring, including disconnect switch recommendations.
Procedure for connecting utility wiring to the inverter's AC1 GRID input.
Information on optional accessories like stacking cables, remote monitors, and ALM.
Instructions for installing the Inverter Stacking Control – Series (ISC-S) cable.
Details on using remote ICM or ICA for controlling and monitoring the Sine Wave Plus.
Explains the ALM's function for controlling auxiliary loads based on battery voltage.
Describes the EPO feature for emergency shutdown via a remote switch.
Steps to complete a basic functional test, including connection checks and power application.
Procedure for turning on the inverter and interpreting the INVERT LED status.
Steps to verify AC voltage output and neutral-to-ground bond.
Checks to confirm the battery charger is functioning correctly via LED indicators.
Procedure to verify inverter operation by disconnecting AC input power.
Guidance on accessing and understanding the ICM menus for setup and operation.
Description of the ICM's location, features, and programming capabilities.
Instructions on how to adjust the display contrast using a small screwdriver.
Overview of the nine push-buttons for accessing menus and functions.
Explains the function of buttons used to navigate between menu headings.
Describes buttons used to move between menu items within a heading.
Details how SET POINT buttons adjust parameter values or select modes.
Procedure for restoring the unit to its original factory default settings.
Explanation of the menu system structure: headings, items, and set points.
Provides default settings for Basic Setup Menu items and cross-references.
Lists pre-requisites like voltage levels and charging parameters before programming.
Outlines the sequence for programming: Time of Day, Inverter, Charger, and Grid Usage.
Step-by-step guide on how to navigate to the Basic Setup Menu using the ICM buttons.
Detailed explanations of menu items related to Time of Day, Inverter, and Battery Charging.
Sets inverter's search sensitivity to conserve battery power when AC is not required.
Explains how the inverter operates as a battery charger and the importance of charging parameters.
Describes the three stages of battery charging: Bulk, Absorption, and Finish.
Explains the purpose and cautions for equalize charging to remove sulfate buildup.
Details menu items for programming battery charging parameters like finish stage and voltage.
Sets the maximum AC amperage provided to the charger for battery voltage adjustment.
Sets the AC current threshold for transferring from Absorption to Finish Charging.
Establishes voltage and current limits for AC power usage from grid or generator.
Provides options to save, restore, or reset configuration settings to factory defaults.
Provides default settings for Advanced Setup Menu and cross-references.
Explains advanced application programming: Silent Setup, Grid Usage, and Auxiliary Loads.
Step-by-step guide to access the Advanced Setup Menu via the ICM buttons.
Details menu items for Silent Setup, Grid Usage, Battery Transfer, and ALM Relays.
Configuring the inverter to start and stop generators manually or automatically.
Describes manually starting generators using the ON/OFF menu item.
Explains automatic generator start/stop based on AC current, battery voltage, or time.
Sets generator start/stop times, quiet time, exercise time, and cooldown period.
Sets generator starting parameters based on generator type and cranking requirements.
Configures generator start based on AC current or battery voltage thresholds.
Provides options to save, restore, or reset configuration settings to factory defaults.
Guide to operating the inverter using the User Menu, including startup checks.
Explains how LED indicators and User Menu Headings display system status.
Details the INVERT LED status for operational modes like Search and Standby.
Describes the AC1 (grid) and AC2 (generator) LEDs indicating AC power status.
Explains the BULK and FLOAT charge LEDs for battery charging status.
Details the ERROR and STATUS LEDs for indicating errors and special conditions.
Instructions to reset the inverter after resolving an error condition.
Explains the STATUS LED indications for various modes and conditions.
Summarizes the meaning of each LED indicator (OFF, ON, FLASHING).
Provides a comprehensive list of User Menu items, their ranges, and default settings.
Controls inverter startup and shutdown functions with options like OFF, SRCH, ON, and CHR.
Manages generator control, including manual ON/OFF and automatic start parameters.
Provides set points for generator control: OFF, AUTO, and ON.
Displays current time, software revision, system info, and Xantrex contact details.
Resets all system settings to factory defaults, excluding the system clock.
Provides read-only information on system performance: voltage, current, frequency, temperature.
Helps determine the cause of detected inverter errors by listing specific error conditions.
Provides solutions for common inverter problems like no power or intermittent operation.
Troubleshooting steps for issues like flashing LEDs, charger drop-off, or low charger output.
Table referencing error messages from the 05 Error Causes Menu for problem diagnosis.
Detailed electrical specifications including input/output voltage, current, and frequency.
Provides physical specifications like operating temperature, dimensions, and weight.
Explains the patented inverter design, waveform production, and operating modes.
Discusses inverter efficiency curves and factors affecting performance at different load levels.
Details how ambient temperature affects the inverter's derating and surge capability.
Graphs illustrating the inverter's operating range based on load current and time.
Lists User Menu items, available set points, default settings, and user configuration space.
Provides Basic Setup Menu items, set points, and default settings for each model.
Lists Advanced Setup Menu items, set points, and default settings for user configuration.
General information about battery types, ratings, and recommendations for inverter applications.
Describes deep-discharge and starting battery types, including FLA, Gel, AGM, NiCad, and NiFe.
Explains battery capacity ratings like discharge rate, calculation, and CCA rating.
Covers designing battery banks for depth of discharge and days of autonomy.
Guides on estimating battery bank needs by calculating power consumption and amp-hours.
Provides steps and considerations for calculating total amp-hours based on loads and time.
Explains wiring methods: Series, Parallel, and Series-Parallel for battery banks.
Details the steps for wiring batteries in series to increase voltage.
Explains how parallel wiring increases battery string current and extend run times.
Describes how to connect batteries for stacked inverter configurations.
Guidelines for setup and maintenance, including charging rates and terminal care.
Explains the purpose and cautions for equalize charging to remove sulfate buildup.
Covers battery maintenance tasks like checking water levels, cleaning terminals, and torqueing connections.
Guidance on checking the battery's state of charge using voltage measurements.
Describes two-wire starting generators, their ease of control and built-in protection circuits.
Explains three-wire start systems, their potential limitations, and manufacturers like Honda and Onan.
Details the RUN/START/OFF sequence for Honda generators and relay mapping.
Describes the three-position switch control for Onan generators and relay functions.
Presents 3-to-2 wire converters as an option for three-wire start generators.
Explains how charge controllers prevent battery over-voltage and damage from overcharging.
Describes diversion load controllers to prevent generator over-spinning when DC loads are removed.
Discusses the safety problem of installing 120 Vac inverters in 120/240 Vac panels.
Explains how to identify multi-wire branch circuits by inspecting load center wiring.
Presents options like rewiring or using autotransformers to fix multi-wire branch circuits.
Explains how EPO switches provide a shutdown solution for emergency situations.
Diagrams showing how to modify a cable to connect an EPO switch to the inverter.
Defines technical terms, abbreviations, and acronyms used in the manual.
Covers warranty terms, what Xantrex will do, and how to get service.
Details exclusions from the limited warranty, including misuse and unauthorized repairs.
States Xantrex's exclusive warranty and limitation of liabilities.
Lists conditions where implied warranties may be limited or excluded by law.
Specifies limitations, particularly regarding use with life support or medical equipment.
Outlines the process for obtaining an RMA and shipping products for service.
Details on packaging, including required items and shipping instructions.
Describes service options and fees for products outside the warranty period.
Provides fields to record system details for customer service reference.
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