Following its release in 2015 the DCC Pro has enjoyed outstanding success in the overland vehicle market both in Australia and overseas. Just Some Of The Great Features On The New DCC Pro 2.0: MORE PROTECTION Over-Voltage and reverse polarity protection on all Power Input Terminals. SOLAR CHARGING Make the most of the DCC Pros 25 amp output. Input wattage is now unlimited. The device itself regulates the output current which is limited to 25 Amps maximum with 3 stage charging from solar. CHARGING STAGE MEMORY A 30 minute short stop timer has now been implemented. If the charge cycle is interrupted the DCC will resume as before providing it is within 30 minutes. PROVEN CHARGING Updated charging algorithms with new boost, absorption and float voltages. LiFePO4 BMS CHARGING Now incorporates Constant Current (CC) boost and Constant Voltage (CV) curve for boost and absorption stages for LiFePO4 batteries (with built in BMS only). LONGER CABLE 4 metre lead as standard with the retail kit. MORE INFORMATION Display now shows input type DC (main) or PV (solar) and charging stage. Alternate screen shows battery type. 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@50C (de-rate from 50C to 85C) 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 -20C to +85C 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
Following its release in 2015 the DCC Pro has enjoyed outstanding success in the overland vehicle market both in Australia and overseas. Just Some Of The Great Features On The New DCC Pro 2.0: MORE PROTECTION Over-Voltage and reverse polarity protection on all Power Input Terminals. SOLAR CHARGING Make the most of the DCC Pros 25 amp output. Input wattage is now unlimited. The device itself regulates the output current which is limited to 25 Amps maximum with 3 stage charging from solar. CHARGING STAGE MEMORY A 30 minute short stop timer has now been implemented. If the charge cycle is interrupted the DCC will resume as before providing it is within 30 minutes. PROVEN CHARGING Updated charging algorithms with new boost, absorption and float voltages. LiFePO4 BMS CHARGING Now incorporates Constant Current (CC) boost and Constant Voltage (CV) curve for boost and absorption stages for LiFePO4 batteries (with built in BMS only). LONGER CABLE 4 metre lead as standard with the retail kit. MORE INFORMATION Display now shows input type DC (main) or PV (solar) and charging stage. Alternate screen shows battery type. 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@50C (de-rate from 50C to 85C) 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 -20C to +85C 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
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Following its release in 2015 the DCC Pro has enjoyed outstanding success in the overland vehicle market both in Australia and overseas. Just Some Of The Great Features On The New DCC Pro 2.0: MORE PROTECTION Over-Voltage and reverse polarity protection on all Power Input Terminals. SOLAR CHARGING Make the most of the DCC Pros 25 amp output. Input wattage is now unlimited. The device itself regulates the output current which is limited to 25 Amps maximum with 3 stage charging from solar. CHARGING STAGE MEMORY A 30 minute short stop timer has now been implemented. If the charge cycle is interrupted the DCC will resume as before providing it is within 30 minutes. PROVEN CHARGING Updated charging algorithms with new boost, absorption and float voltages. LiFePO4 BMS CHARGING Now incorporates Constant Current (CC) boost and Constant Voltage (CV) curve for boost and absorption stages for LiFePO4 batteries (with built in BMS only). LONGER CABLE 4 metre lead as standard with the retail kit. MORE INFORMATION Display now shows input type DC (main) or PV (solar) and charging stage. Alternate screen shows battery type. 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@50C (de-rate from 50C to 85C) 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 -20C to +85C 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
Following its release in 2015 the DCC Pro has enjoyed outstanding success in the overland vehicle market both in Australia and overseas. Just Some Of The Great Features On The New DCC Pro 2.0: MORE PROTECTION Over-Voltage and reverse polarity protection on all Power Input Terminals. SOLAR CHARGING Make the most of the DCC Pros 25 amp output. Input wattage is now unlimited. The device itself regulates the output current which is limited to 25 Amps maximum with 3 stage charging from solar. CHARGING STAGE MEMORY A 30 minute short stop timer has now been implemented. If the charge cycle is interrupted the DCC will resume as before providing it is within 30 minutes. PROVEN CHARGING Updated charging algorithms with new boost, absorption and float voltages. LiFePO4 BMS CHARGING Now incorporates Constant Current (CC) boost and Constant Voltage (CV) curve for boost and absorption stages for LiFePO4 batteries (with built in BMS only). LONGER CABLE 4 metre lead as standard with the retail kit. MORE INFORMATION Display now shows input type DC (main) or PV (solar) and charging stage. Alternate screen shows battery type. 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@50C (de-rate from 50C to 85C) 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 -20C to +85C 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
Last updated at 30/09/2024 22:38:48
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originally posted on outbackequipment.com.au
originally posted on outbackequipment.com.au
originally posted on outbackequipment.com.au
Updated about 6 hours ago
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