Need help?Do you have a question about the Victron energy Blue Smart IP65 and is the answer not in the manual?
General| Bluetooth Connectivity | Yes |
|---|---|
| Output Voltage | 12V / 24V (depending on model) |
| Protection | Over-temperature |
| Battery Types | Lead-acid |
| Weight | 0.9 kg |
| Charging Current | 7A, 15A |
Details on the Blue Smart version's smartphone and tablet connectivity for updates and monitoring.
Highlights the charger's high efficiency, low heat generation, and reduced standby power consumption.
Covers low thermal stress, protection against ingress, overheating protection, and silent operation.
Explains how the charger detects voltage and polarity, and the LED indication for errors.
Describes the charger's ability to attempt recharging deeply discharged batteries.
Explains how the charger measures ambient temperature to optimize charge voltage.
Details the three-stage charging process (bulk, absorption, float) and how it limits corrosion.
Discusses reducing charge voltage for long-term storage to minimize grid corrosion.
Explains how to reverse sulfation in lead-acid batteries using a low current, higher voltage charge.
Covers specific charging needs for Li-ion batteries, including UVP handling and temperature limits.
Advises using low current mode for charging low-capacity lead-acid batteries to prevent overheating.
Details charge voltages for different modes (NORMAL, HIGH, LI-ION) and the seven-step charge sequence.
Explains the specific charging algorithm used for Li-ion batteries to ensure optimal performance.
Discusses applying loads during charging and precautions for weak/discharged batteries.
Outlines the conditions under which a new charging cycle will automatically start.
Provides formulas and examples for calculating lead-acid and Li-ion battery charge times.
Explains how high internal resistance indicates battery end-of-life and how reconditioning can help.
Notes that the charger can supply DC loads when no battery is connected.
To Next Page