Xantrex Technology Link 1000 manual F08 Set Peukert’s Exponent

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About Link 1000 Settings

F08 Set Peukert’s Exponent

Default: 1.25 for liquid lead-acid batteries. (Battery Type set to Type 0.)

The Peukert exponent refers to the “shrink rate” of your battery bank. The more rapidly you discharge the batteries, the more their effective size shrinks. For example, a battery that can supply 200Ah when discharged over twenty hours may only provide 95Ah if discharged in one hour.

When you select Battery Type (see “Changing the Battery Type Setting” on page 23 and “F10 Select Battery Type” on page 33), the Link 1000 automatically sets an appropriate Peukert exponent. When the Battery Type is gel or AGM (Type 1, 2, or 3), a default exponent of 1.11 is used.

If your battery manufacturer has given you another value, you can enter it. Otherwise, leave the default value.

F09 Set Low Battery Discharge Floor

Default: 100%

Range: 50%–100% in 5% increments

The Link 1000 lets you set the discharge floor that it uses for calculations. The factory-set discharge floor is 100% of Ah capacity, corrected for high discharge rates. If you set the discharge floor to 100%, the Time Remaining display reports the time that remains until you have a dead battery. We recommend that you begin charging when two yellow battery status LEDs are on in order to conform to the “Mid Capacity Rule” (see page 39).

Note: If you discharge below the discharge floor, and then partially charge but remain below the discharge floor, the Time Remaining display will continue to read zero. The Time Remaining display will not show meaningful readings until you have recharged above the discharge floor you have set.

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Contents Link Date and Revision Contents Setting up the Link Using the Link Specifications Product and System InformationFigures Viii Introducing Link DescribesInverter/Charger Control Functions Introducing the LinkMonitoring Functions Introducing the Link Reading the Link 1000 Control Panel Link 1000 Control PanelRESET, DATA, LOCK, Func LEDs Where to go From Here Indicates that AC power is presentInstalling the Link GivesPlanning the Installation Refer to onInstallation Considerations Color-Coded Wiring Installing the Link Overview of Installation StepsSystem Overview Wiring Mounting the Link 1000 Control Panel To mount the control panelMounting and Cabling the Shunt To mount and cable the shuntWiring the Terminal Block To wire the terminal blockConnecting Terminal Block Wires to Shunt and Battery To connect the terminal block wiresInstalling Fuses Connecting the Phone CableTesting the Installation To install fusesMaintenance Disconnecting the Inverter/ChargerSetting up the Link ExplainsAbout Link 1000 Settings To enter Setup mode and change a valueLocking Your Setup Values Resetting ValuesTo lock the setup To reset valuesBattery Capacity Battery SizeTo change the Battery Capacity setting To change the Battery Type settingTo change the Ambient Temperature setting To change the Charged Voltage setting Charged ParametersTo change the Time Remaining setting To change the Charged Current PercentageTo change Power Share values To change the Idle mode setting Advanced Function Values F03 Set or Display Ambient Battery Temperatures Default Off = Auto recalculation of CEF F08 Set Peukert’s Exponent F10 Select Battery Type F14 Test Control Panel Display Default Off Using Link Choosing a Display Unit Volts, Amps, Ah, or Time Monitoring FunctionsTo change the display unit Battery Status Reading the Battery State-of-ChargeChanging the Idle Mode Setting Inverter FunctionsTurning on the Invert Function To turn on the invert functionCharging Functions Summary of Charger Status LEDsEqualizing the Batteries Charging the BatteriesTo start a charge cycle To start an equalization cycle To end an equalization cycle manuallyBattery Capacity Testing Activating Power ShareTo change the Power Share setting To test battery capacity Synchronizing the Link 1000 to the Battery To synchronize the Link 1000 to the batteryOver-charge Ah Accumulation of Positive Ah Battery History To access battery historyBattery History Reading Error Codes Error Code MeaningE09 E013 Specifications Appendix a listsControl Panel Electrical Specifications Control Panel Physical SpecificationsDefault Settings Inverter/Charger ControlsPage Product System Information Appendix B containsWarranty Warranty Product DisclaimerExclusions Return Material Authorization Policy Return Material ProcedureProduct Information Record of System Settings SettingSetting Index NumericsIndex Lock LED Index

Link 1000 specifications

Xantrex Technology's Link 1000 is a sophisticated monitoring and control system designed primarily for the mobile power and renewable energy sectors. Capable of being integrated into various systems, from RVs to marine applications, the Link 1000 empowers users with the ability to efficiently manage their power resources.

One of the defining features of the Link 1000 is its comprehensive display panel, which offers users real-time data on their battery status, including voltage, current, and state of charge. This information is essential for maintaining optimal battery health and ensuring that users have a clear understanding of their power usage at any given moment. The LCD screen is user-friendly, providing clear visual indications of power levels and alarms in a straightforward manner.

The Link 1000 incorporates advanced technologies to enhance usability and performance. Its built-in intelligence allows for automatic recognition of various battery types, including AGM, gel, and flooded lead-acid batteries. This feature ensures that the charging strategy is optimized based on the specific needs of the battery, prolonging its life and improving overall efficiency.

Additionally, the Link 1000 includes programmable features that allow users to set customized charging profiles and thresholds. Users can specify parameters such as voltage cutoffs and charging current limits, making it easier to tailor the system to their unique power requirements. This level of customization is particularly beneficial for users who operate in diverse environments or have specific energy consumption patterns.

Another impressive characteristic of the Link 1000 is its remote monitoring capability. Users can connect to the system via Bluetooth or other communication means, enabling them to access vital power data from a distance. This is especially advantageous for those using the device in hard-to-reach areas, such as in remote camping sites or aboard boats.

In terms of installation, the Link 1000 is designed for flexibility; it can be mounted either vertically or horizontally, allowing it to fit seamlessly into various locations. The compact design ensures that it does not take up excessive space, which is a notable advantage in confined environments.

In summary, the Xantrex Technology Link 1000 stands out for its intuitive interface, advanced battery management capabilities, remote monitoring options, and customizable settings. These features make it an essential tool for anyone looking to optimize their energy consumption and manage their power systems effectively, whether on land or at sea.
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