SBC ADVANCED PLUS - High Power Series
Ellcee Nautical Supplies Co.Ltd. Camilleri Marine www.ellcee.com
Tel: (+356) 21 346 320camarine@ellcee.com
Contact: Lawrence Camilleri
1100 FR - 1450 - 1950
Important advantages:
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Multiple outputs in order to charge more groups of batteries (internal battery isolator diodes)
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NEW Digital current sharing system
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Differentiated charging for liquid electrolite or gel batteries
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Integrated fuses inside the battery chargers (one for each output)
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Ability of providing full output power with low supply voltage
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The possibility of using the battery charger as a power supply without batteries
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Low residual fluctuation on output (ripple lower than 30 mV RMS)
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Power factor (cos
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Compatible with every kind of generator
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Can work in a wide range of ambient temperatures
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Variable speed for the cooling fan
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NEW High-technology control panel
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Automatic and manual half power mode
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NEW CAN-BUS interface for data transfert
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NEW Case constructed in stainless steel and Cycoloy®
3 Step automatic charge Universal AC Network: models DR Protections:
Modello SBC ADV PLUS 1100 FR SBC ADV PLUS 1450 SBC ADV PLUS 1950
Max output current (1) 80 A 60 A 80 A
Charge absorption voltage 14,1 Vdc (14,4 Vdc gel) 28,2 Vdc (28,8 Vdc gel)
Charge float voltage 13,5 Vdc (13,8 Vdc gel) 27 Vdc (27,6 Vdc gel)
Residual ripple (2) 30mV RMS max
Charging characteristics Automatic in three stages IUoU
Number of output (3) 3
Supply voltage 280 ÷ 83 Vac with power reduction over 97 Vac 280 ÷ 150 Vac with power reduction over 195 Vac
Frequency 45 ÷ 66 Hz
Max absorption (230 Vac) (4) 6,4 A 8,9 A 11,9 A
Max absorption (115 Vac) (4) - (*) 12,9 A - -
Power factor (cos 1
Operating temperature -20 ÷ +70 Cº, with power reduction over +50 Cº
Cooling Forced, with controlled fans
Case material Stainless steel - Cycoloy®
Dimensions (W x H x D) 272 x 495 x 127 mm
Weight 7,1 Kg
Safety classification EN 60335-2-29
EMC Class EN 55022/A
(*) Only FR models
Maximum value at normal use or in short circuit.
At maximum output current on resistive load.
Each output can supply the maximum value of nominal current. The sum of the currents supplied from each output can not exceed the maximum nominal value of the equipment.
With supply voltage specified as and output current equal to the maximum nominal value.
) equal to 1