Xantrex Technology Solar 400 manual Charging with the DC-to-DC Accessory Cable

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Operation

Charging with the DC-to-DC Accessory Cable

WARNING: Fire and explosion hazard

Do not use this recharging method if your vehicle has abnormally high voltage electrical systems that operate above 15 Vdc. This may lead to accumulations of hydrogen, causing exposure to fire and explosion hazard. This is typically found in marine applications or on portable generators with DC output. Consult the vehicle’s or generator’s manual for DC output voltage information.

Important: Although the charge regulation circuitry for the AC charging method does not operate with the DC-to-DC charging method, most vehicle voltage regulators will ensure that the Powerpack Solar 400 is not overcharged.

The Powerpack Solar 400 comes with a DC Charging cable to allow the unit to be charged from a DC source such as an automobile, RV, or boat. The labeled and fused plug of the charging cable is equipped with a single and replaceable 8-amp, 32-volt, time-delayed fuse.

The vehicle to be used for charging must have a 12 Vdc power (or accessory) socket and must be running in order to charge the unit.

The DC input/output power socket (DC socket) is found on the side of the unit. Press and hold the DC/USB button for one second to activate the DC socket.

DC

CAUTION

Do not leave the Powerpack Solar 400 permanently connected to the vehicle’s 12 Vdc power socket. Disconnect the Powerpack Solar 400 from the socket when the vehicle’s engine is turned off.

Note: The Charging Status indicator light will neither blink nor stay on when the Powerpack Solar 400 is recharged through the DC Charging Cable. The Battery Charge (%) reading on the digital display is only accurate after the Powerpack Solar 400 has been disconnected from all appliances and all charging sources for 15 minutes.

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Contents XPower Powerpack Solar Owner’s GuideDate and Revision Purpose Conventions UsedRelated Information Important Safety Instructions Important Safety Instructions Precautions for Using Rechargeable Appliances If Battery Acid Contacts Eyes First AidContents Maintenance Troubleshooting SpecificationsWarranty and Return Information Page Tables Xii Figures Xiv Comprehensive Protection About the Powerpack SolarIntroduction Automatic OverloadLow Battery Protection OverheatingFeatures ContentsPowerpack Solar 400 Features Front and Side PanelsControl Panel and Display Control Panel and DisplayPower Socket Side Panel FeatureSolar Panel Components Solar Panel ComponentAccessories Backside PanelOperation Operating Conditions and GuidelinesDry Cool Ventilated Safe Protected from battery gases Choosing a LocationRecharging the Powerpack Solar 400 Battery Important Charge Before UsePowerpack Solar 400 AC Charging Feature Charging with the AC Charger1Charging with AC Power Charging with the DC-to-DC Accessory Cable 2Charging with DC Power Recharging with a Generator’s Regulated 12 Vdc Outlet Recharging From the Solar Panel To reconnect the solar panel to the unitTo recharge with a solar panel Checking Battery and AC Status Interpreting Display CodesRequired How to Condition Action Interpreting Display Codes AC Appliances Important Know the size of the loadsLow-Battery Alarm Operating AC AppliancesOverload Protection Vdc Appliances 2Typical 12 V DC Appliances and Run TimesOperating DC Appliances 7Operating DC AppliancesUSB Devices 3Typical USB Devices and Charge TimesLow Battery Alarm Charging Devices via the USB PortUsing the LED Lamps 9LED Lamp ControlsUsing the Back Stand 10 Back StandMaintenance Solar Panel MaintenanceBattery Maintenance Battery Life RecyclingBattery Maintenance Page Buzz in Audio Equipment TroubleshootingCommon Problems Television InterferenceTroubleshooting Reference 1Troubleshooting reference1Troubleshooting reference 1Troubleshooting reference Display Error Codes Page Specifications Electrical SpecificationsDC Power Section Physical Specifications Solar Panel SectionPage Warranty and Return Information WarrantyDisclaimer ProductReturn Material Authorization Policy Return ProcedureExclusions Out of Warranty Service Information About Your System

Solar 400 specifications

Xantrex Technology has established itself as a leader in innovative energy solutions, and its Solar 400 model exemplifies this commitment to quality and efficiency. Ideal for residential and commercial applications, the Xantrex Solar 400 plays a pivotal role in harnessing solar energy, making it an indispensable component of modern renewable energy systems.

One of the standout features of the Xantrex Solar 400 is its remarkable energy conversion efficiency. The inverter is designed to maximize the energy harvested from solar panels, converting direct current (DC) generated by the panels into alternating current (AC) that can be used in homes or fed back into the grid. This high conversion rate ensures that users get the most out of their solar investments.

The device incorporates advanced Maximum Power Point Tracking (MPPT) technology, which optimizes energy capture even during partial shading or varying sunlight conditions. By continuously adjusting the operating point of the solar panels, the Solar 400 ensures that the system operates at its peak performance throughout the day.

Another significant characteristic of the Xantrex Solar 400 is its robust design and durability. Built to withstand various environmental conditions, the inverter features a weather-resistant casing that protects the internal components from moisture and dust. This resilience extends the lifespan and reliability of the system, ensuring installation in a variety of settings.

User-friendly functionality is a hallmark of the Solar 400. The inverter is equipped with a user-friendly interface that allows easy monitoring of system performance. Additionally, it supports remote monitoring capabilities, enabling users to track energy production and system status from anywhere, enhancing convenience and troubleshooting efficiency.

Safety features are prioritized in the design of the Xantrex Solar 400. The inverter includes multiple protection mechanisms, including over-voltage, over-temperature, and short-circuit protections, ensuring safe operation in any scenario. This ensures that both users and equipment are safeguarded.

Finally, the Xantrex Solar 400 is compatible with a wide range of solar panels and battery systems, making it a versatile choice for various energy solutions. Its scalability allows for easy integration into both new installations and existing systems, providing flexibility for users looking to expand their renewable energy capabilities.

In summary, the Xantrex Technology Solar 400 stands out as a reliable, efficient, and user-friendly inverter, making it an excellent choice for anyone looking to harness solar energy effectively. With features like MPPT technology, durability, safety mechanisms, and compatibility with numerous systems, it is a prudent investment in sustainable energy.
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