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7

PRODUCT FUNCTION

1.4 

Turn On/Off Thresholds

Input

12

 

V Vehicle Input

24

 

V Vehicle Input

Input Trigger

Settings

Standard

Low Voltage

Standard

Low

Voltage

Input 

Open Circuit Low 

voltage conditions **

Turn ON

above

12.9 V

12.0 V

25.8 V

24.0V

Turn OFF

below

12.7 V

11.9 V

25.4 V

23.8 V

Input 

Loaded Low voltage 

conditions***

Turn OFF 

instantly below

8.0 V

16.0 V

Turn OFF after 

20 s below

9.0 V

18.0 V

Input 

Over voltage 

shutdown

Turn ON

below

15.5 V

32 V

Turn OFF 

instantly above

16.0 V

32.5 V

Turn OFF after 

20 s above

15.6 V

32.1 V

Output 

Under voltage 

shutdown **

Shutdown if Output Battery < 0.1 V

**Tested every 100 Seconds  |  *** Constantly tested

There is a maximum 20 second delay before the charger will produce an output any time a source is 
introduced into the system, this allows the unit to provide optimum input sharing and effective battery 
isolation.

1.5 

Error Codes

In the event of a fault with the unit installation or either battery, ALL the LEDs on the unit will flash to 
indicate the fault type. Flashing sequences are described in the table below.

LED STATE

DESCRIPTION

1 flash (1 flash followed by 3.5 second off)

Internal Hardware Fault

2 flash (2 flash followed by 3.5 second off)

Unit under temp fault

3 flash (3 flash followed by 3.5 second off)

Unit over temp fault

4 flash (4 flash followed by 3.5 second off)

Output Battery Fault (Volts too high)

5 flash (5 flash followed by 3.5 second off)

Input under voltage (Battery)

6 flash (6 flash followed by 3.5 second off)

Input over voltage (Battery)

Summary of Contents for BCDC1212T

Page 1: ...Multi stage 12 V Input Current Limited In vehicle Battery Charger BCDC1212T ...

Page 2: ...er s data for your battery and ensure that the Continuous Current Rating of the charger does not exceed the manufacturer s recommended maximum charging current 6 When using the Battery Charger to charge a Lithium Iron Phosphate LiFePO4 battery only batteries that feature an inbuilt battery management system featuring inbuilt under and over voltage protection and cell balancing are suitable 7 The B...

Page 3: ...10 5 V 32 F to 176 F 0 C to 80 C LiFePO4 Batteries 32 F to 176 F 0 C to 80 C Weight 30 oz 850 g Dimensions 6 5 4 7 1 5 165 120 37 mm Warranty 2 years EMC Compliance RCM FCC ICES Voltages Specified are 100 mV CONTENTS THE BCDC1212T 2 WARNING AND SAFETY INSTRUCTIONS 2 SPECIFICATIONS 3 1 PRODUCT FUNCTION 4 1 1 Display Panel 4 1 2 Charge Profile LEDs 4 1 3 Charge Status LEDs 5 1 3 1 Vehicle LED 5 1 3 ...

Page 4: ... 20 A when connected to a 24 V alternator the peak boost current however also depends on alternator voltage and input cable voltage drop The BCDC1212T isolates the start battery from the auxiliary battery to avoid over discharging the start battery 1 1 Display Panel The front panel features 7 LEDs to display the charge profile and charge status Figure 1 1 1 The BCDC1212T Front Panel 1 2 Charge Pro...

Page 5: ...he Vehicle LED will be ON when the input is available and in use and OFF when the input is not available or not in use 1 3 2 Stage LED The Stage LED indicates the charge profile stage With any profile selected the charger will output a 3 Stage charging profile consisting of Boost Absorption and Float Stages Figure 1 3 2 1 outlines the LED sequences which indicate these stages and figure 1 3 4 1 ex...

Page 6: ...nt until the battery voltage reaches its Absorption Voltage The current in Boost stage may vary during operation in order to maintain safe operating temperature or to limit the difference between input and output voltages The Charger will then move to Absorption stage which maintains a constant voltage level for a predetermined period of time or until the current being drawn by the output battery ...

Page 7: ...is a maximum 20 second delay before the charger will produce an output any time a source is introduced into the system this allows the unit to provide optimum input sharing and effective battery isolation 1 5 Error Codes In the event of a fault with the unit installation or either battery ALL the LEDs on the unit will flash to indicate the fault type Flashing sequences are described in the table b...

Page 8: ...eas for maximum performance Choose locations such as on the inner guard behind a headlight or behind the grille to one side of the radiator The unit will operate optimally below 130 F 55 C with good airflow At higher temperatures the unit will de rate output current up to 176 F 80 C at which point the unit will turn OFF It is important to ensure the charger is mounted as close as possible to the b...

Page 9: ... Input source positive This will set the Maximum voltage to 15 3 V To select the Li Profile connect the ORANGE wire to the GREEN wire LED output This will set the charger to Lithium mode CAUTION Check the manufacturer s data for your battery and ensure that the Maximum voltage of the profile you select does not exceed the manufacturer s recommended maximum charging voltage If the Maximum voltage i...

Page 10: ...n some applications the BCDC could deplete the start battery to 11 9 V 100 mV or 23 8 V 100 mV for 12 V and 24 V vehicles respectively 2 4 Cable sizing Below is a table outlining the required cable size for a given cable install length Please refer to this table for Vehicle Input Ground and Battery Output cable thickness requirements Always choose a wire cross sectional area equal to or greater th...

Page 11: ...e red input wire can be connected directly to the trailer plug s 12 V Auxiliary Power pin provided that towing harnesses and connectors are suitably rated see CAUTION in section 2 6 2 6 Fusing Fuses must be connected close to the start battery and the Auxiliary battery in order to protect the wiring and connectors between the batteries and the BCDC REDARC recommends using MIDI style bolt down fuse...

Page 12: ...ttings Leave unconnected 12V or 24V Start Battery Bank Fuse Ratings as per table on Page 3 12V or 24V Start Battery Bank Fuse 24V INPUT Fuse Optional LED All ground points must be connected to chassis earth Auxiliary Battery Charging Profile Select Refer to section 2 2 Red Blue Orange Black Brown Green 12V INPUT OR INPUT Standard Trigger Settings Low Voltage Trigger Settings Load Fuse Loads to Veh...

Page 13: ...iary battery is above 0 1V 4 Check all wiring to the Auxiliary battery particularly the Ground BLACK wire 5 Check fuses are intact and properly connected If the problem is still evident please see the relevant points below THE BCDC IS CONNECTED TO THE VEHICLE BUT THE VEHICLE LED IS OFF This indicates that the required turn ON conditions for this source have not been met With the BLUE wire left unc...

Page 14: ...can operate from a voltage of above equal to or below the desired output voltage The unit is also microprocessor controlled allowing it to output a REDARC proprietary charging algorithm independent of the input This allows the unit to charge specific to the battery type even if the input voltage is low due to voltage drop Q Where should I mount the BCDC Unit A The BCDC should be mounted as close a...

Page 15: ...to reject any Warranty claim made by a Purchaser pursuant to this Warranty where 11 1 the Purchaser does not notify REDARC in writing of a Warranty claim within the Warranty Period 11 2 the Purchaser does not notify REDARC in writing of a Warranty claim within 1 month of becoming aware of the relevant circumstances giving rise to the claim so that any further problems with the Product are minimize...

Page 16: ... to Friday or send us an e mail INST55 5 EN Australia and other Global regions power redarc com au www redarc com au 61 8 8322 4848 New Zealand power redarcelectronics co nz www redarcelectronics co nz 64 9 222 1024 North America power redarcelectronics com www redarcelectronics com United States 1 704 247 5150 Canada 1 604 260 5512 Mexico 52 558 526 2898 UK Europe power redarcelectronics eu www r...

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