Skylla IP65 24/35(3)

The Victron Energy Skylla IP65 24/35(3) 120/240V charger is a robust and versatile charging solution designed for demanding marine environments. It is optimized for medium to large battery systems.

This charger provides a 24-volt output with a 35-amp current, making it suitable for medium to large battery systems.

The IP65 rating indicates that the charger has a high resistance to dust and water splashes. This design makes it ideal for installations in areas potentially exposed to humidity or marine environments.

Yes, the Skylla IP65 charger is equipped with microprocessor control and can be used as a direct power supply, offering additional flexibility.

To optimize battery lifespan, this charger includes a temperature sensor for temperature-compensated charging and battery voltage detection to correct losses caused by cable resistance. It also features microprocessor control for precise management of the charging process.

The Skylla IP65 charger uses an IUoUo (three-stage) charging characteristic, ensuring efficient and complete battery charging.

Yes, the Skylla IP65 24/35(3) charger is a three-output model, allowing multiple battery banks to be charged independently.

The Skylla IP65 charger integrates multiple protections to ensure system safety and durability:

Output short-circuitBattery voltage too highExcessive temperature

The charger can operate without any required adjustments across a universal AC input voltage range of 90 to 265 Volts, whether 50 Hz or 60 Hz.

Yes, the charger can also accept a DC power supply within a voltage range of 90 to 400 V DC.

Yes, the remote on/off input of the charger can be connected to a Victron Energy VE.Bus BMS lithium battery management system (via the 'charge disconnect' output) using a specific Victron Energy cable (ASS030550400).

Yes, the charger can be connected to an NMEA 2000 network. To do this, you must use a VE.Can to NMEA 2000 accessory cable and remove the fuse. Additional details are available in the Victron Energy NMEA 2000 and MFD integration guide.

The charger is designed to operate with an AC input frequency of 45 to 65 Hz, or with a DC power supply.

It is recommended to store the charger and battery in a dry, well-ventilated location. The charger can be mounted on a wall or on the floor. A vertical installation improves air circulation inside the charger's housing and extends its lifespan.

The charger’s ground point must be connected to a proper earth ground in compliance with applicable safety standards:

On a boat: Connect it to the ground plate or the hull of the vessel.On shore: Connect it to the mains electrical ground.For mobile applications (vehicle, caravan): Connect it to the vehicle chassis.The charger’s battery connections are fully floating with respect to this ground point.

To safely connect the batteries, follow this sequence:

Disconnect the mains power. Disconnect the battery cables from the battery. Remove the charger's front cover. Connect the battery cables to the charger. Connect the battery cables to the battery. It is crucial to note that the Skylla is NOT protected against battery polarity reversal. Polarity reversal will void the warranty.

No, the Skylla IP65 charger is NOT protected against battery polarity reversal. It is essential to carefully follow the installation procedure and ensure that the positive (+) and negative (-) connections are correct. The warranty will be void if the charger becomes defective due to polarity reversal.

Yes, multiple Skylla IP65 chargers can be synchronized via the CAN interface. This is done by simply interconnecting the chargers with UTP RJ45 cables. Bus terminators are required at the ends of the VE.Can network.

The Skylla IP65 charger has been approved by Germanischer Lloyd (GL) for environmental category C and EMC 1. This certification attests to its compliance with strict maritime standards, particularly for equipment installed on a ship's bridge. It also requires compliance with IEC 60945-2002, category 'protected' and 'equipment installed on the bridge of a ship'. The GL approval specifically applies to an AC power supply of 185-265 V.

Yes, the Victron Energy Skylla IP65 24/35(3) 120/240V charger is specifically designed for demanding marine environments. Its robustness and features make it ideal for use on board:

IP65 protection: It features IP65 protection, meaning it is highly resistant to dust and water spray, making it perfectly suited for installations in areas potentially exposed to moisture or the marine environment.Germanischer Lloyd (GL) approval: This charger is part of the Skylla charger range approved by Germanischer Lloyd (GL) for environmental category C and EMC 1. This certification attests to its compliance with strict maritime standards, particularly for equipment installed on a ship's bridge. For applications requiring GL certification, the approval applies to an AC power supply of 185-265 V.Universal input voltage: It can operate with a universal input voltage range of 90 to 265 V AC, and also accepts a DC power supply from 90 to 400 V, ensuring global compatibility and flexibility of use.Advanced features: Equipped with a microprocessor-controlled system, it offers precise charge management. It can also be used as a direct power supply. To optimize battery life, it includes a temperature sensor for temperature-compensated charging and battery voltage detection to correct losses due to cable resistance.With a 24-volt output and a 35-amp current, it is suitable for medium to large battery systems.