BG-C35 - Xantrex C35 PWM Charge Control

XANTREX C35 PWM CHARGE CONTROLLER FOR BATTERY

• 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
• Tolerance to hostile environments with conformal-coated boards and powder-coated enclosure
• Field adjustable voltage and battery set point
• Automatically disconnects from the battery at night
• Compatible with negative ground and ungrounded systems

A Controller for Virtually any DC Charging Source. The C35 are field configurable for 12 V and 24 V operation. C35 charge controllers can be used as a charge, diversion, or load controller and come with a standard multi-color charge status LED face plate. C Series controllers may be configured for PV battery charging, or DC load control or DC diversion operation. Whatever the charging source, a C Series controller is sure to meet your DC controller needs. A Controller for Virtually any DC Charging Source.

Silent Microprocessor Control-All C Series controllers have a powerful microprocessor at their core which increases system performance and maximizes battery life. They are fully solid state and operate silently.

The Xantrex C35 PWM Charge Control is a solar charge controller designed for managing power from solar arrays to battery banks. This device is suitable for business and IT buyers implementing off-grid or backup power solutions where efficient battery charging and protection are critical. It addresses the challenge of optimizing battery lifespan by preventing overcharging and deep discharge, common issues in solar power systems. The controller utilizes Pulse Width Modulation (PWM) technology to regulate the charging current, ensuring a stable and controlled charge to the batteries. This makes the BG-C35 an appropriate component for small to medium-sized solar installations requiring reliable power management without advanced monitoring features. It is intended for applications where a straightforward, robust charge control mechanism is preferred to maintain battery health and system stability.