Xantrex C60 PWM Charge Controller for Battery Management and Solar Systems

The Xantrex C60 PWM Charge Controller is a versatile and reliable device designed to optimize battery charging in various DC power systems. Featuring pulse width modulation (PWM) technology, it ensures efficient multi-stage, temperature compensated charging that extends battery life and enhances system performance. Its robust construction includes conformal-coated boards and a powder-coated enclosure, making it suitable for harsh environments while providing electronic protection against short-circuits, overloads, and over-temperature conditions. The C60 offers a user-friendly interface with a remote display option that provides real-time insights, including cumulative amp hours for accurate system monitoring. Its field-adjustable voltage and battery set points allow for customization to specific system requirements, and it automatically disconnects from the battery at night to prevent unnecessary power drain. The controller is compatible with both negative ground and ungrounded systems, adding to its flexibility in various applications. Designed with a fully solid-state, microprocessor-driven architecture, the C60 operates silently and is UL and cUL listed for safety and reliability. Whether used for PV battery charging, DC load control, or diversion operation, the C60 can be configured to meet your specific needs, making it a comprehensive solution for solar and DC power systems.

Features:

• Improve battery life with pulse width modulated (PWM) multi-stage temperature compensated charging

• Two-year standard warranty

• PV charge, diversion, load controller

• Available remote display with cumulative AMP hours

• Electronic protection against short-circuit, overload, and over-temperature conditions

• Conformal-coated boards and powder-coated enclosure for hostile environments

• Field adjustable voltage and battery set point

• Automatically disconnects from the battery at night

• Compatible with negative ground and ungrounded systems

• Fully solid state, microprocessor-driven design for silent operation