DC/DC INTER VOLT R2.0 In-Vehicle DC-DC PRO Battery Charger
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The DCC Pro R2.0 In-Vehicle DC-DC Battery Charger was developed for the purpose of charging and maintaining any auxiliary battery in an installation where the starting battery is used as the supply source. It has been designed for use in 4WDs, RVs, buses, coaches, caravans, campers or any vehicle with a 12VDC electrical system.
The DCC Pro is built for our tough Australian conditions. Unlike many imported products, particularly those produced for the European market, it is designed to maintain output in the harshest of environments under the highest ambient temperatures.
The DCC Pro is a standalone power conversion device. It will manage a variety of different battery types according to their specific charging requirements. As no modification to the vehicle’s original wiring is required this ensures the manufacturer’s electrical system is not compromised in any way.
The DCC Pro is a highly innovative product with many unique features. It has the flexibility to adapt to almost any vehicle, old or new, simple or complex with or without an ECU controlled electrical system and even allows the operator monitor the charging status from the comfort of the cabin!
Specifications
Input Voltage –
• Main: 9 – 16 VDC
• Solar: 18 – 28 VOC (open circuit Voltage – no load)
Solar Power – Unrestricted (system limited to 25 Amps)
Continuous Rating – 25 Amps@50°C (de-rate from 50°C to 85°C)
Current Draw – Charging Device:
In stand by: Including LED indicator <10mA
At full load: Up to 35 Amps
Current Draw – Remote Display:
With backlight off: 10mA max
With backlight on: 45mA max
Output Voltage – (Voltage values subject to tolerance ± 0.1V)
- • Standard Lead Acid:
- Boost/CC: 14.5 VDC, Absorption/CV: 14.4 VDC, Float/CV: 13.4 VDC
- • Absorbed Glass Mat:
- Boost/CC: 14.7 VDC, Absorption/CV: 14.6 VDC, Float/CV: 13.6 VDC
- • Gelified Electrolyte:
- Boost/CC: 14.3 VDC, Absorption/CV: 14.2 VDC, Float/CV: 13.5 VDC
- • Lead Calcium:
- Boost/CC: 14.9 VDC, Absorption/CV: 14.8 VDC, Float/CV: 13.8 VDC
- • LiFePO4 BMS:
- Boost/CC: 14.6 VDC, Absorption/CV: – , Float/CV: 14.4 VDC
Electrical Protection –
• Over temperature disconnect – auto re-connect
• Under Voltage shutdown – auto re-start
• High Voltage disconnect – auto re-connect
• Reverse polarity protection on all terminals
Environmental Protection –
• Charging Device: IP67 (internal components only)
• Remote Display: IP40 (not dust or water resistant)
Operating Temperature – -20°C to +85°C
Operating Humidity – Up to 100% (non-condensing)
Charging Device Materials –
• Heatsink: E-Coated ADC-3 die cast aluminium
• Blue Plastics: 10% glass reinforced PC/ABS alloy
• Black Plastics: 15% glass reinforced PBT
• Transparent Plastics: Temperature resistant PMMA
Remote Display Materials –
• Dark Grey Plastics: Temperature resistant PC/ABS alloy
• Transparent Plastics: Temperature resistant PMMA
Terminal Material – Tin plated brass
Terminal Fasteners – 304 stainless steel
Conformity – AS/NZS CISPR 11:2004 for EMC
Dimensions –
• Charging Device: 112 x 112 x 75mm (including terminal cover)
• Remote Display: 60 x 36 x 59mm (including mounting bracket)
Weight –
• Charging Device: 690 grams
• Remote Display: 55 grams