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Prekė: Akumuliatoriaus įkroviklis Victron Blue Smart 12V 30A IP22 AGM GEL. Kategorija: Baterijų įkrovikliai.
- Gamintojas: Victron energy
- Modelis: CEE7/7
Victron 12V 30A Bluetooth 1 Output
Blue Smart IP22 charger is a new professional battery charger that supports Bluetooth technology. Blue Smart IP22 chargers can be used for equipment used in workshops and motor vehicles, such as classic cars, motorcycles, motorhomes or boats.
No connection cables included!
- Input voltage and frequency: 180 - 265 VAC | 45 - 65 Hz
- Efficiency: 93 %
- Standby power consumption: 0,5 W
- Charging voltage - Absorption charging: Normal: 14,4 V High: 14,7 V Li-ion: 14,2 V
- Charging voltage - Maintenance charging: Normal: 13,8 V High: 13,8 V Li-ion: 13,5 V
- Charging voltage - Charging during storage: Normal: 13,2 V High: 13,2 V Li-ion: 13,5 V
- Maximum output current - Normal mode: 30A
- Maximum output current - Low current mode: 15A
- Maximum battery capacity (recommended): 300Ah
- Temperature compensation (lead-acid only): 16 mV/°C
- Power mode: yes
- Reverse current discharge: 0,4 Ah/month (0,6 mA)
- Protection: Reverse polarity (fuse), short circuit at the output, excessive temperature
- Cooling: Low speed fan (quiet) (12/15 and 24/08 are not equipped with fan)
- Battery connection: Screw terminals 13 mm² / AWG6
- Connection to AC power source: 1,5-meter cable with CEE 7/7, BS 1363 or AS/NZS 3112 plug
- Protection class: IP22 (indoor use)
- Dimensions (H x width x D. ): 235 x 108 x 65 mm
- Safety: EN 60335-1, EN 60335-2-29
- Resistance: EN 55014-2, EN 61000-6-1, EN 61000-6-2, EN 61000-3-3
- Car: E4-10R
Characteristics
Configuration and monitoring via Bluetooth (using VictronConnect)
Multi-Step Charging Algorithm
The multi-stage charging algorithm is designed to optimize all charging cycles and maintain the charge for longer periods.
Adaptive absorption.
This ensures that the battery is fully charged regardless of the level of discharge or capacity, and avoids excessive time at elevated absorption voltage (which can affect the acceleration of battery aging).
Temperature compensation
The charging voltage is automatically compensated depending on the ambient temperature; this ensures that the battery is charged at the optimal charging voltage regardless of climatic conditions and eliminates the need for manual adjustment of settings.
In lithium-ion battery charging mode, the temperature compensation function is not required and is automatically switched off.
High efficiency
Blue smart chargers are effective even in ~95%, which translates into lower energy consumption and less heat generated.
Durability and safety
- They are designed for years of trouble-free and reliable operation in all conditions
- Overheating protection: the output current is reduced when the temperature of the charger rises to 50 °C
- Integrated cooling fan to keep the charger cold in very demanding conditions and eliminate the need for power reduction
- Short circuit protection: If a short circuit is detected, the charger immediately turns off
- Reverse polarity connection protection: If the charger is incorrectly connected to the reverse polarity battery, the replaceable fuse will burn out
Noiseless operation
When the cooling fan is turned off, the charger operates completely silently; the cooling fan is only turned on in situations requiring it.
When NIGHT (night) or LOW (low current) mode is switched on, the maximum output current is reduced to 50 % of the rated value and the cooling fan will always remain switched off.
Suitable for charging lithium-ion batteries
The device is compatible with lithium-ion batteries (LiFePO₄); after selecting the LI-ION charging mode, the charging cycle settings are adjusted accordingly.
When connecting the charger to a battery that has undervoltage protection (UVP) worked, the blue smart charger automatically resets the UVP and starts charging; many other chargers do not recognize this battery status.
Warning: Do not charge the lithium-ion battery when its temperature is below 0 °C.
Storage stage
An additional step to extend the life of the battery when not in use and is constantly charged.
Recovery stage
An optional step by which the degradation of the lead-acid battery can be partially reversed as a result of sulphation; usually caused by inadequate charging or leaving the battery in a state of deep discharge.
Low current mode
Optional mode that limits the maximum charging current to a much lower level; mode recommended when charging batteries with a lower capacity with a high-current charger.
Recovery function
Blue smart family chargers attempt to charge a heavily discharged battery (up to 0 V) with low current and then resume normal charging when the battery voltage rises sufficiently - many other chargers do not recognize this battery status.
Power mode
A special mode that allows you to use the charger as a DC power source; to power devices with or without a constant voltage.
Charging algorithm
The multi-stage charging algorithm includes the various stages of charging as described below:
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Direct current charging
The battery is charged with the maximum charging current until the voltage rises to the configured absorption voltage.
The duration of the DC charging phase depends on the battery discharge level, battery capacity and charging current.
After the DC charging stage, the battery will be charged at about 80 % (or > 95 % for lithium-ion batteries), and can be reused if necessary.
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Absorption charging
The battery is charged with the absorption voltage configured, with the charging current slowly dropping as the battery approaches full charge.
In the case of a deeply discharged battery, the duration of the absorption charging stage can range from a minimum of 30 minutes to a maximum limit of 8 hours (or according to configuration).
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Regeneration
There is an attempt to increase the battery voltage to the configured regeneration voltage, while the output current of the charger is reduced to 8 % of the rated charging current (for example - a maximum of 1,2 A for a 15 A charger).
Regeneration is an optional stage of charging lead-acid batteries. It should not be used regularly, but only if necessary, as unnecessary or excessive use shortens the life of the battery due to excessive gassing.
Higher charging voltage during the regeneration stage may partially reverse the battery degradation caused by sulphation, usually as a result of inadequate charging or leaving the battery in a state of deep discharge for a longer period of time (if regeneration is done in a timely manner).
Regeneration can also be periodically applied to flooded batteries to equalize the voltages of individual cells and prevent acid delamination.
The regeneration phase comes to an end as soon as the battery voltage rises to the configured regeneration voltage or after 1 hour (or according to configuration).
Please note that under certain conditions, the regeneration state may end before the configured regeneration voltage is reached, e.g. when the charger simultaneously powers other current receivers, if the battery has not been fully charged before regeneration, if the regeneration time is too short (set to less than one hour) or if the output current of the charger is insufficient in relation to the battery capacity/battery of the batteries.
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Maintenance
The battery voltage is maintained at the configured maintenance charging voltage level, which prevents discharge.
After starting maintenance charging, the battery is fully charged and ready for use.
The duration of the maintenance charging stage is also variable and lasts from 4 to 8 hours depending on the duration of the absorption charging stage, when the charger determines that the battery is in a state suitable for storage.
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Storage
The battery voltage is maintained at the level of the configured storage voltage, which is slightly lower compared to the maintenance voltage, which is designed to minimize gassing and extend the life of the battery when the battery is not in use and is constantly recharged.
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Refresh
It is designed to refresh the battery and prevent slow self-discharge during long-term storage, every 7 days (or according to configuration) a 1-hour absorption charge is carried out.
Specifications
| Group | Name | Value |
|---|---|---|
| Parametry | Condition | new |
| Parametry | Invoice | With a VAT invoice |
| Parametry | Model | CEE7/7 |
| Parametry | Brand | Victron energy |
| Parametry | Maximum amperage | 30 A |
| Parametry | Product weight with unit packaging | 1.458 kg |
| Parametry | EAN (GTIN) | 8719076037453 |
| Parametry | Batteries included | no |
| Parametry | Packaging status | original |