QUICK battery chargers Mini / Low Power

04.01.2014 nauCAT
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QUICK battery chargers Mini / Low Power
Technical details
Producer: Quick (IT)

The new Quick® energy range includes the QUICK ENERGY battery chargers, the SBC NRG series, which are among the most sophisticated products available on the market; ECS and DCS charger separators; "AJ" sine wave inverters; VRG and VRS voltage reducers. 

Advantages SBC NRG Mini-Low Power
• Three stage IUoU battery charging.
• Multiple outputs in order to charge more groups of batteries (Electronic mosfet charge separator inside).
• Differentiated charging for open or sealed liquid electrolite, GEL or AGM batteries.
• Integrated fuses inside the battery chargers
• (for each output).
• Ability of providing full output power with low supply voltage.
• The possibility of using the battery charger as a power supply without batteries
• Low residual fluctuation on output.
• Universal AC supply input (264 ÷ 83 Vac, 45 ÷ 66 Hz).
• Compatible with every kind of generator.
• Can work in a wide range of ambient temperatures.
• Variable speed for the cooling fans..

Protections:
• Reverse polarity (with internal fuses)
• Overload
• Output short circuit
• Overvoltage in output
• Overheating

Foto: Quick

 
Mini and Low Power model SBC 250 NRG FR
Max output current (1) 25 A
Charge absorption voltage 14.1 Vdc  OL  aperta - 14.4 Vdc SL / GEL AGM
Charge float voltage 13.5 Vdc OL aperta  - 13.8 Vdc SL / GEL - 13.6 Vdc AGM
Number of outputs (2) 3
Supply voltage (3) 264÷83 Vac con riduzione di potenza sotto 108 Vac
Frequency 45 ÷ 66 Hz
Max absorption (230/240 Vac) (5) 1.8 A
Max absorption (120 Vac) (5) (*) 3.4 A
Operating temperature -15°C ÷ +70°C, con riduzione di potenza lineare  sopra i + 45°C
-4°F ÷ +158°F, with linear power reduction over +122°F
Cooling Forced, with controlled fan
Dimensions  W x H x D 114 x 253 x 71 mm
4"31/64 x 9"61/64 x 2"51/64
Weight 1,6 Kg
3.52 lb
   
(1) Maximum value at normal use or in short circuit.
(2) 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.
(3) With supply voltage equal to 230 Vac and output current equal to the maximum nominal value
(4) With supply voltage equal to 120 Vac and output current equal to the maximum nominal value


 

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