Victron
Victron Skylla-IP65 24/35 (1+1) Battery Charger
£792.00
/
Tax included.
SKY024035000
The Victron Skylla-IP65 24/35 (1+1) is a rugged 24 V, 35 A battery charger with a main output for the house bank plus an approximately 3 A output for a starter battery. Its IP65 steel epoxy enclosure withstands heat, humidity and salt air, making it ideal for marine and mobile installations.
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Collection or delivery in 1-2 weeks
Pickup available at Mercury Yacht Harbour
Usually ready in 2-4 days
Description
Built for the marine and mobile environment, the Skylla-IP65 24/35 (1+1) is housed in a steel epoxy powder coated case rated to IP65, sealing the electronics against dust, humidity and salt-laden air while standing up to the heat and vibration of life on board. An integrated LCD display shows charging status and lets you adapt the charge algorithm, and the temperature-protected output keeps the charger working reliably as ambient conditions change. This version provides a 35 A main output for the 24 V service battery bank together with an additional output of around 3 A to keep a separate engine-start battery topped up.\n\nCharging is handled by a 7 stage adaptive algorithm for lead-acid batteries, with BatterySafe and Storage modes that protect the bank and keep it healthy during long periods of inactivity. The supplied battery temperature sensor and battery voltage sense ensure precise, fully compensated charging right at the terminals. A dedicated 3 stage algorithm makes the unit Li-Ion ready, its remote on/off can be wired to a lithium BMS, and the stable, regulated output also allows the charger to be used as a DC power supply.\n\nFor system integration the Skylla-IP65 features VE.Can with two RJ45 connectors using the NMEA2000 protocol, enabling synchronised parallel operation and connection to a Skylla Control panel for centralised monitoring and configuration. A wide 90 to 265 VAC input lets the charger run from shore power or generators on both 120 V and 230 V supplies, while the programmable alarm relay provides flexible signalling within the wider installation.
PRODUCT DETAILS
- Rugged IP65 steel epoxy powder coated enclosure for heat, humidity and salt air
- 24 V, 35 A main output plus an approximately 3 A output for a separate starter battery
- 7 stage adaptive charging for lead-acid with BatterySafe and Storage modes
- Li-Ion ready with dedicated 3 stage algorithm and BMS-compatible remote on/off
- Supplied battery temperature sensor and battery voltage sense for precise charging
- LCD display for status monitoring and adapting the charge algorithm
- VE.Can (NMEA2000) for synchronised parallel operation and Skylla Control
- Wide 90 to 265 VAC input for 120 V and 230 V shore power or generators
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Key specifications
| Battery voltage | 24 V |
| Charge current | 35 A |
| Number of outputs | 1+1 |
Charging
| Charge algorithm | 7 stage adaptive (lead-acid); 3 stage for Li-Ion |
| Charge current starter battery | 3 A |
| Charge voltage 'absorption' | 28.8 V (output range 20 to 32 V) |
| Charge voltage 'float' | 27.6 V |
| Charge voltage 'storage' | 26.4 V |
| Recommended battery capacity | 150 to 350 Ah |
Input
| AC input voltage range | 90 to 265 VAC (120/230 V nominal) |
| Input frequency | 45 to 65 Hz |
| Maximum input current setting | 12 A at 100 VAC |
| Power factor | 0.98 |
Connectivity & control
| Battery temperature sensor | Yes (supplied with the charger) |
| Communication port | VE.Can: two RJ45 connectors, NMEA2000 protocol, not isolated |
| Programmable relay | Alarm relay, DPST; 240 VAC/4 A; 4 A up to 35 VDC, 1 A up to 60 VDC |
| Battery voltage sense | Yes |
| Remote on/off | Yes (can be connected to a Li-Ion BMS) |
| Synchronised parallel operation | Yes, with VE.Can |
Protection
| Protection | Battery reverse polarity (fuse); output short circuit; over temperature |
Environmental
| Operating temperature | -20 to 60 C (full output current up to 40 C; output reduces to 60% at 50 C and 40% at 60 C) |
| Cooling | Forced cooling (internal air circulation) |
| Humidity | Max 95% (non-condensing) |
Physical
| Colour | Blue (RAL 5012) |
| Material | Steel epoxy powder coated |
| Protection category | IP65 |
| Terminals | Battery: M6 bolts; 230 VAC: screw-clamp 6 mm2 (AWG 10) |
| Weight | 6 kg |
| Dimensions (h x w x d) | 401 x 265 x 151 mm |
Conformance
| Safety | EN 60335-1, EN 60335-2-29 |
| Emission / Immunity | Emission: EN 55014-1, EN 61000-6-3, EN 61000-3-2; Immunity: EN 55014-2, EN 61000-6-1, EN 61000-6-2, EN 61000-3-3 |
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What does the IP65 rating mean for marine and mobile use?
IP65 means the charger is sealed against dust and protected against low-pressure water jets from any direction. Housed in a steel epoxy powder coated case, it is built to cope with the heat, humidity and salt-laden air found on boats and in vehicles, making it suitable for demanding marine and mobile installations.
How are the outputs configured on the Skylla-IP65 24/35 (1+1)?
This model has two outputs: a 35 A main output for the house battery bank plus an additional output of approximately 3 A to keep a separate starter battery topped up. It is ideal where you need to charge a 24 V service bank and maintain an engine-start battery at the same time.
What AC input voltages can this charger run on?
The Skylla-IP65 accepts a wide AC input range of 90 to 265 VAC and operates on both 120 V and 230 V nominal supplies at 45 to 65 Hz. This makes it well suited to shore power, generators and varying mains quality found in different regions.
Is the Skylla-IP65 24/35 suitable for lithium batteries?
Yes. The charger has a dedicated 3 stage charge algorithm for Li-Ion batteries alongside its 7 stage adaptive algorithm for lead-acid. Its remote on/off can be connected to a Li-Ion BMS, and the programmable alarm relay and VE.Can communication allow safe integration into a managed lithium system.
Can two Skylla-IP65 chargers be run in parallel?
Yes. Synchronised parallel operation is supported via VE.Can, allowing multiple chargers to work together as one. Note that the two-output (1+1) and three-output (3) versions cannot be paralleled with each other, so units to be combined must be of the same output configuration.
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