The new SBC NRG+ battery chargers are more compact and equipped with connectors which make their connection easy and practical. Thanks to their efficiency (up to 92%), they are capable of offering a much lower consumption, a lower heat emission and a greater system’s reliability.
Safety classification EN 60335-2-29
EMC Class EN 55022/A
FCC TITLE 47 PART 15 SUBPART B CLASS A
- Three stage IUoU battery charging.
- High efficiency.
- Multiple outputs in order to charge more groups of batteries.
- Differentiated charging for liquid electrolite (open or sealed), gel, AGM or Optima® batteries.
- Integrated output fuse inside the battery charger.
- Capacity of supplying full power with low AC mains voltage.
- Low residual ripple on output.
- Universal AC supply input
- Power factor (cos ϕ) equal to 1.
- Variable speed of the cooling fan.
- Compatible with the generators.
- Short circuit, overloading, output overvoltage and overheating protection.
- Can work in a wide range of ambient temperatures.
| Mini and Low Power models |
SBC NRG 140 PLUS FR |
| Max output current (1) |
12 A |
| Charge absorption voltage |
14.1 Vdc OL • 14.4 Vdc SL/GEL/AGM • 14.7 Vdc Optima® |
| Charge float voltage |
13.4 Vdc OL - 13.6 Vdc AGM - 13.8 Vdc SL/GEL/Optima® |
| Number of outputs (2) |
2 |
| Supply voltage (3) |
264÷83 Vac con riduzione di potenza sotto 108 Vac |
| Frequency |
45 ÷ 66 Hz |
| Efficiency (3) |
≥ 83% |
| Max absorption (230/240 Vac) (3) |
0.9 A |
| Max absorption (120 Vac) (4) (*) |
1.7 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 |
| Noisiness |
< 43 dbA @ 1 m |
| Dimensions W x H x D |
114 x 187 x 71 mm
4"31/64 x 7"23/64 x 2"51/64 |
| Weight |
1,1 Kg
2.42 lb |
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| (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 |
