The Victron Centaur Battery Charger 12/30 (CCH012030000) stands out with its high-quality construction, specifically designed to deliver robust performance in challenging conditions. With an aluminium epoxy powder-coated casing that protects against heat, humidity, and salty air exposure, this charger ensures longevity and reliability. Its efficient charging capabilities support various battery types while ensuring optimal performance, making it an essential component for any marine or renewable energy application.
The Victron Centaur Charger is built to last, featuring aluminium epoxy powder-coated cases designed to endure harsh environments. This robust design, along with stainless steel fixings, ensures the charger can withstand serious wear and tear while maintaining peak performance, ideal for users in demanding conditions.
This charger offers three separate outputs, allowing users to simultaneously charge three different battery banks. Each output can supply the full rated current, ensuring efficient charging without compromising on performance, making it a versatile solution for multi-battery setups.
The Victron Centaur implements a three-stage charging process that includes bulk, absorption, and float phases. By utilizing an internal temperature sensor, it automatically adjusts the charge voltage, ensuring optimal charging while extending battery life'”a critical feature for maintaining various battery technologies.
Compatible with a universal input voltage range of 90-265V AC or 90-400V DC, the Centaur Charger operates effortlessly across diverse environments. This flexibility eliminates the need for complicated adjustments, making it a user-friendly solution with no hassle installation.
Equipped with comprehensive safety measures, the Victron Centaur Charger features short circuit protection, over-temperature safeguards, and more. These enhancements not only provide peace of mind for users but also enhance the longevity and reliability of the charging process.
The Victron Centaur operates through a systematic approach that involves converting power supply inputs to effectively charge batteries through its advanced circuitry. The technology allows it to function in various conditions while maintaining optimal efficiency and battery care.
The charging mechanism leverages a three-stage process ‘” bulk charging, followed by absorption, and finally float. Each phase is strategically designed to perform optimally based on real-time conditions, ensuring batteries receive exactly what they need for efficient charging.
By incorporating internal temperature sensors, the charger regulates output, adjusting charge levels based on environmental temperature variations. This adaptive functionality helps prevent overcharging, ultimately prolonging battery lifespan and enhancing performance.
With its ability to support three isolated battery banks, the charger ensures that multiple battery systems can be charged simultaneously without interference. This feature provides versatility, particularly for users managing larger power systems or requiring support for multiple applications.
| Input Voltage (AC) | 90 ‘” 265V |
| Input Voltage (DC) | 90 ‘” 400V |
| Input Frequency | 45 ‘” 65 Hz |
| Charge Voltage (Absorption) | 14.3 / 28.5 V |
| Charge Voltage (Float) | 13.5 / 27.0 V |
| Output Banks | 3 |
| Charge Current | 30A |
| Recommended Battery Capacity | 120 – 300 Ah |
| Operating Temperature Range | -20 to 60°C (0 – 140°F) |
| Protection Category | IP21 |
| Weight | 3.8 kg (8.4 lbs) |
| Dimensions | 355 x 215 x 110 mm (14.0 x 8.5 x 4.3 in) |
| Safety Standards | EN 60335-1, UL 1236 |
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