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Output Current | 0-5 A |
---|---|
Power | 300 W |
Operating Temperature | 0 to 40°C |
MTBF | 100, 000 hours |
Input Voltage | 100-240 VAC |
Efficiency | 85% typical |
Safety Standards | UL, CSA |
Provides contact information and procedures for obtaining warranty service or troubleshooting assistance.
Outlines what the limited warranty covers, what Xantrex will do, and what it does not cover.
States that the written warranty is the sole and exclusive warranty provided by Xantrex.
Highlights product limitations, specifically warning against use with life support systems.
Defines warning and caution symbols and provides specific safety instructions for power supply operation.
Describes the manual's purpose, intended audience, and outlines the main sections and their content.
Introduces the XT Series of DC power supplies, highlighting their performance and applications.
Details the primary features of the XT Series power supplies, including displays, controls, and modes.
Lists available optional features and accessories that enhance the functionality of the XT Series.
Identifies and explains the function of controls, LEDs, and meters on the front panel of the unit.
Describes the various connectors and outputs located on the rear panel of the power supply.
Provides detailed electrical specifications for XT series models covering 7.5 V to 30 V output.
Details electrical specifications for XT series models covering 60 V to 250 V output.
Details the acceptable input voltage ranges and frequencies for the power supply.
Covers specifications like output hold-up time, voltage differential, insulation, and isolation voltage.
Details operating and storage temperature, humidity, and altitude requirements for the power supply.
Describes physical attributes including controls, connectors, cooling, mounting, and approvals.
Specifies the height, width, depth, and weight for single output XT units.
Specifies the height, width, depth, and weight for dual output XT units.
Specifies the height, width, depth, and weight for triple output XT units.
Specifies the height, width, depth, and weight for quad output XT units.
Outlines the step-by-step process for initial inspection, installation, and testing of the power supply.
Details checks for receiving, initial inspection, and routine cleaning of the power supply.
Explains the mandatory procedures for obtaining an RMA number and shipping products back to Xantrex.
Provides detailed instructions for properly packaging the power supply for shipping or storage.
Guides on rack mounting, location selection, and ensuring adequate ventilation for the power supply.
Details how to safely connect the power supply to an AC power source, including warnings.
Outlines the procedure for verifying correct operation after the power supply is initially turned on.
Details the steps to verify correct operation in voltage and current modes.
Explains how to properly connect loads to the power supply, including polarity and safety precautions.
Discusses factors for selecting appropriate wiring for load connections, including capacity and insulation.
Guides on wire length for sense lines and minimizing noise effects in load connections.
Provides instructions for making proper ground connections to prevent ground loops and ensure safety.
Discusses methods for connecting multiple loads, recommending radial distribution over daisy-chaining.
Explains how local sensing works, regulating voltage at the power supply output terminals.
Explains remote sensing, its benefits, and critical safety precautions for its implementation.
Prepares the user for operating the power supply after installation and connection of AC power and load.
Explains the two primary operating modes: Constant Voltage (CV) and Constant Current (CI).
Describes how the power supply operates in Constant Voltage mode.
Describes how the power supply operates in Constant Current mode.
Explains how the supply automatically switches between CV and CI modes based on load conditions.
Provides recommendations for operating with constant power loads.
Introduces methods for operating multiple power supplies together for increased voltage or current.
Details connecting supplies in series for voltage or parallel for current, and split supply configurations.
Describes obtaining two positive or positive-negative outputs via split supply configurations.