Osculati 14.266.01 - Victron Energy Phoenix Battery Charger 12/30

SKU: CN VIPCH012030001

€ 557,63

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

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The Osculati 14.266.01 - Victron Phoenix Battery Charger 12/30 delivers adaptive 4-stage charging for 12V systems, with a maximum current of 30A and up to 3 outputs (2 full + 1 limited). Housed in a 350 x 200 x 108 mm aluminum casing and weighing just 3.8 kg, it supports sealed, AGM, and flooded batteries from 100 to 400 Ah. Operating on a wide input range (90–265VAC / 90–400VDC, 45–65Hz), it features LED status indicators, internal temperature compensation, and advanced safety protections.

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Osculati 14.266.01 - Victron Phoenix Battery Charger 12/30

The Osculati 14.266.01 Victron Phoenix 12/30 is a highly reliable, microprocessor-controlled battery charger designed for demanding marine and industrial applications. Featuring an adaptive 4-stage charge profile (bulk, absorption, float, storage), this unit intelligently adjusts to the condition and type of battery, especially beneficial for sealed and maintenance-free batteries.

Its wide-range universal input (90–265VAC and 90–400VDC) ensures compatibility with global power sources, while built-in protections and compensation systems optimize safety and charging performance. With 2 full-power outputs and a third limited-current output, it can simultaneously maintain multiple battery banks. Internal temperature sensors and voltage drop compensation further enhance charging efficiency and battery lifespan.

Key Features:

Adaptive 4-stage charging: Bulk – Absorption – Float – Storage
Automatic voltage reduction in float mode (to 13.2V) to prevent plate corrosion and gas formation
Universal power input: 90–265VAC / 90–400VDC, 45–65 Hz
Robust aluminum housing, compact and lightweight
LED indicators for status monitoring
2 full-current outputs + 1 limited-current output
Supports batteries from 100 Ah to 400 Ah
Built-in protections: short circuit, reverse polarity, overvoltage, overheat, and battery overvoltage
Cable voltage drop compensation and internal thermal monitoring