Skylla IP65 12/70(3)

This Victron Energy Skylla IP65 charger is designed for 12V systems and delivers a total charging current of 70A.

The Skylla IP65 12/70(3) charger has three charge outputs, allowing simultaneous power supply to multiple battery banks.

The IP65 rating means the charger is dust-tight and protected against water jets. This makes it particularly suitable for installations in marine environments or other locations potentially exposed to moisture.

The Skylla IP65 charger operates on a wide universal input voltage range from 90 to 265 V AC (50/60 Hz) and 90 to 400 V DC. This allows flexible use with various power sources.

Yes, this Skylla IP65 charger integrates the functionality to be used as a direct power supply, providing additional flexibility.

Yes, the Skylla IP65 charger is equipped with microprocessor control for optimized charging.

This charger integrates several advanced features for optimal charging:

An external temperature sensor for temperature-compensated charging. Detection of battery voltage to compensate for voltage losses due to cable resistance.

It is recommended to keep the cable length between the charger and the battery under 6 meters to ensure efficient charging.

The charger's grounding point must be connected to a proper ground in accordance with applicable safety standards. On a vessel, connect it to the ground plate or the hull. On land, connect it to the electrical grid ground. For mobile applications (vehicle, car, or caravan), connect it to the vehicle's chassis.

No, the Skylla charger is NOT protected against battery polarity reversal. It is critical to follow the installation procedure to avoid damaging the unit, as the warranty does not cover defects caused by polarity reversal.

For external voltage detection, a red wire (0.75 mm²) must be connected between the battery positive terminal and the "+ Voltage sensor" connector. A black wire (0.75 mm²) must be connected between the battery negative terminal and the "- Voltage sensor" connector.

The remote on/off input can be connected to a switch or an open-collector optocoupler. It is recommended to use twisted wires for this sensitive connection. If no remote switch is connected, the remote on/off terminals must be short-circuited with a short wire.

Yes, the remote on/off input of the charger can be connected to a lithium battery management system (BMS) VE.Bus, such as the 'charge disconnect' output of a VE.Bus BMS, via a specific cable.

Yes, the VE.Can ports (RJ45) allow access for monitoring and control. The charger can be connected to a Skylla-i Control GX display, a GX device such as the Cerbo GX, or to an NMEA 2000 network using a VE.Can to NMEA 2000 accessory cable.

Yes, multiple chargers can be synchronized for parallel operation via the CAN interface. This is done by simply interconnecting the chargers with UTP RJ45 cables, ensuring bus terminators are used at the network ends.

The IP65 rating means the Victron Energy Skylla IP65 12/70(3) charger is fully protected against dust ingress (first digit '6') and water jets from any direction (second digit '5').

This protection makes it suitable for installations in marine environments or other locations exposed to moisture, splashes, and dust, ensuring durability and reliability.

For correct and safe installation of your Skylla IP65 12/70(3) charger, the following essential points must be observed:

Location: Install the charger in a dry, well-ventilated area. Wall or floor mounting is possible, but vertical mounting improves air circulation and extends the device's lifespan.

Cable length: Keep the cable length between the charger and the battery under 6 meters to minimize voltage losses.

Grounding: Connect the charger’s ground point to a proper earth ground. On a vessel, connect it to the ground plate or hull. On land, connect it to the electrical grid ground. For mobile applications, connect it to the vehicle chassis.

Battery polarity: The Skylla is NOT protected against reversed battery polarity. Strictly follow the installation procedure to connect the positive and negative cables to the correct terminals to avoid damaging the device.

Mains power: The on/off switch on the front of the unit does not cut the mains power. Always disconnect the mains power before making or breaking battery connections.

Cable cross-section: Use cables of the appropriate cross-section for battery connections to ensure efficient and safe charging. Consult the user manual for specific cable cross-section recommendations for your installation.

Yes, the Skylla IP65 12/70(3) charger offers extensive compatibility:

Power sources: It accepts a wide universal input voltage range from 90 to 265 V AC (50/60 Hz) and 90 to 400 V DC, making it usable in different regions or with various power sources.External sensors: It is compatible with external voltage and temperature sensors for more precise, condition-based charging.Remote control: A remote on/off input port is available for external control.Monitoring and management systems: With its CAN-bus interface (VE.Can), the charger can be integrated with Victron Energy energy management systems such as the Skylla-i Control GX panel or a GX device like the Cerbo GX. It can also be connected to an NMEA 2000 network via a specific accessory cable.Lithium battery management systems (BMS): The charger is compatible with VE.Bus BMS lithium battery management systems via the VE.Can connection, enabling automatic communication of charge authorization conditions.

The Victron Energy Skylla IP65 12/70(3) charger is equipped with three separate outputs. This means it can simultaneously charge up to three independent battery banks, such as a main service bank, a starter battery, and an auxiliary battery.

It is important to note that, depending on the Skylla series design, the starter battery can draw power from the main battery if its voltage is lower. However, the main battery cannot draw power from the starter battery, even if the latter is fully charged and the main battery is at a low charge level.

The Victron Energy Skylla IP65 12/70(3) battery charger is a marine battery charger designed for 12V systems. Here are its main features:

Output voltage: It is designed for 12V battery systems.
Charge current: It delivers a total charge current of 70 amperes.
Number of outputs: It has three separate outputs, allowing simultaneous charging of multiple battery banks (for example, the main battery, the starter battery, and an auxiliary battery).
Protection rating: Its IP65 rating indicates full resistance to dust and water jets. This feature makes it particularly suitable for installations in marine environments potentially exposed to moisture.
Input voltage range: It can operate within a universal input voltage range of 90 to 265 V AC (50/60 Hz) and 90 to 400 V DC, offering great flexibility in use.
Thanks to its IP65 protection rating and robust design, this charger is fully suitable for marine use.