Osculati 14.263.02 - VICTRON Cyrix-I Dual Battery Charger 500 Ah

Article Osculati-14.263.02

€ 192,67

1-2 weeks delivery time
Price incl. 19% VAT

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The Osculati 14.263.02 VICTRON Cyrix-I Dual Battery Charger is a sophisticated relay system designed to automatically connect batteries in parallel or separate them based on voltage levels. With its microprocessor-controlled operation, it ensures efficient charging without voltage drops. It's a reliable solution for managing multiple batteries in marine or automotive setups, offering features like maximum charge currents of 230A, peak currents of 500A, and intelligent monitoring of battery voltages. This compact charger provides seamless integration into existing systems, enhancing overall battery performance and longevity.

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Osculati 14.263.02 - VICTRON Cyrix-I Dual Battery Charger 500 Ah

The Osculati 14.263.02 VICTRON Cyrix-I Dual Battery Charger is a powerful relay equipped with a micro-processor that automatically connects batteries in parallel when one of them reaches the preset voltage and separates them when the voltage drops below the FLOATING level. Here are some key features:
- Type: 12/24V
- Maximum Charge Current: 230 A
- Peak Current: 500 A
- Connection Voltage: 13 - 13.8V (for 12V systems) ; 26 - 27.6V (for 24V systems)
- Disconnection Voltage: 11 - 12.8V (for 12V systems) ; 22 - 25.7V (for 24V systems)
- Dimensions (mm): 100 x 90 x 100
The Cyrix-I is an excellent alternative to diode separators as it eliminates voltage drop issues. In a traditional setup, the alternator is directly connected to the starting battery, while the service battery and bow propeller are combined with the starting battery via the Cyrix-I. When the Cyrix-I detects that the starting battery is charged, it activates, allowing other batteries to charge in parallel. It monitors the voltage of both batteries and activates if, for instance, the service battery is being charged. This intelligent relay system ensures efficient and reliable charging for multiple batteries in marine or automotive applications.

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