Xantrex C Series Charge Controller

C Series Features

The C-Series controllers have long been regarded for their high power output, precise control, versatility and long term reliability.

The heart of the C-Series controllers is the powerful microprocessor, which helps increase the system performance and maximise battery life. The battery charge cycle is an automatic three stage charging cycle of boost, absorption and float which ensures that the voltage and current settings accurately match the batteries actual state of charge. This means that as fast as possible recharging is capable, while ensuring the life of the batteries are extended.

The C-Series are simple to set up in the field, and are fully adjustable. The C35 and C60 models work on either 12 or 24 volt DC systems, while the C40 model can work on 12, 24 or 48 volt DC systems. The Boost and Float settings can be programmed to suit your system requirements (such as battery types like flooded, AGM, Gel & Nicad). With these adjustable settings, along with the Pulse Width Modulation charging profiles, you can be assured of minimal gassing of your batteries during recharge.

Other Uses – When using the C-Series as a DC load controller where high and low voltage disconnect points are required, the C-Series can be used as a load controller capable of carrying high current rates (e.g. 35, 40 or 60amps). Alternatively, the C-Series can be used as a DC diverter designed to 'dump' excess power to other applications such as water or space heaters.

Optional Accessories

The C-Series can use an LCD remote control panel which features a back-lit display meter that constantly shows battery voltage, DC amperage, cumulative amp-hours and amp-hours since the last reset. Two models are available: CM which fits directly to the front of the controller; or CMR/50 which can be used as a remote monitor, with simple plug in extension cable.

A temperature compensation kit is available which monitors the battery temperature and adjusts the charging voltage for maximum performance, with minimal risk of battery damage.