Renogy DCC-1212 Series Скачать руководство пользователя страница 17

Protection Function / Fixes 

 

LED is Red, what do I do? 

  

Protective Function 

Potential Fixes 

Over-Voltage Protection; 

Under-Voltage Protection 

 

1.

 

Use a multi-meter to check the voltage of the battery bank to 
confirm whether the starter battery or house battery is above 
specification (16V) or below the specification (8V) 

2.

 

If above the voltage specification, disconnect all loads and 
chargers from the battery and allow the battery to stabilize. 
This may take a few hours. 

3.

 

If below the voltage specification, you will need an external 
charger to bring the battery voltage to the minimum set point 
on the DCDC. The under-voltage protection may not be 
showing an indicator light. 

Reverse-Polarity Protection 

1.

 

Use  a  multi-meter  to  also  verify  whether  your  poles  are 
reversed.  Setting  your  multi-meter  to  DC  Volts,  probe  the 
positive line onto the positive battery terminal and probe the 
negative line to the negative battery terminal. If the DC reading 
is negative, your poles are reversed.  

2.

 

Switch the poles to resume normal operation 

High-Temperature 

Protection 

1.

 

If voltage checks out fine, then the installation area may be 
too hot for the DCDC to operate. 

2.

 

Turn off any loads from the DCDC and if you have a 
temperature sensor, measure the temperature to make sure it 
is not outside of working specification (50®C) 

3.

 

Ventilate the installation area, or let the unit sit until it has 
cooled down via temperature sensor or your touch. 

4.

 

The high-temperature protection is automatic and will resume 
normal operation upon detecting lower 
temperatures/operational temperatures. 

Short Circuit Error 

If the troubleshooting steps or protection function steps are 
ineffective at fixing the DCDC, then it may be experiencing an internal 
short circuit error. The LED will be permanently on and cease to 
function, by which it will need to be replaced. 

 
 

Disposal 

 

Содержание DCC-1212 Series

Страница 1: ...DC DC On Board Battery Charger DCC1212 20 40...

Страница 2: ...alternator types the DCC12 offers correct charging for AGM Flooded Gel and even Lithium deep cycle batteries Featuring a 3 stage battery charger and multiple electronic protections owners can feel co...

Страница 3: ...Product overview Identification of Parts Alternator Starter Battery Input Side Output House Battery Side...

Страница 4: ...te temperature compensation and charge voltage adjustment 7 D Alternator Starter Battery Control terminal for turning on the vehicle with on board battery or Ignition Note requires wired to turn on DC...

Страница 5: ...h a Renogy Temperature Sensor No temperature compensation when charging lithium battery Installation Location Considerations The battery charger can be installed horizontally as well as vertically The...

Страница 6: ...abin of the vehicle along a chassis rail the inner guard of a vehicle behind the grille or headlight or even on the side of the radiator However you want to make sure that the area is not susceptible...

Страница 7: ...aw Cable Cable Length Min AWG Recommended Fuse DCC 1212 20 To starter Battery input 2FT 10AWG 8FT 10AWG 16FT 8AWG 32FT 4AWG 30A To house Battery output 2FT 14 12AWG 8FT 14 12AWG 16FT 10AWG 32FT 6AWG 2...

Страница 8: ...battery charger will be on a stable 12VDC voltage 1 Identify the correct side of the DCDC corresponds to the correct battery The Input side will be the Alternator Starting Battery and the output side...

Страница 9: ...nd from this connection there will be a bus connection to the input of the DCDC See Figure 3 Figure 3 Figure 4 3 Connect a copper signal cable not provided 18 16AWG to the D slot on the DCDC output si...

Страница 10: ...is in the output side this will be connected to the INPUT Alternator Starter Battery Figure 5 Operation When the input and output batteries as well as the signal wire is connected the DCDC will power...

Страница 11: ...beginning of the manual The DCDC is equipped with 5 DIP switches which determine the boost charge and float charge profiles depending on your battery specifications Refer to the diagram for ON OFF pos...

Страница 12: ...in the following charts SW1 SW2 will determine the desired absorption voltage and SW3 SW4 will determine the desired float voltage Please note that the charging profile will automatically bulk before...

Страница 13: ...ron Phosphate batteries Because of this you will only use SW1 SW2 to determine LFP charging profiles Start by setting SW3 SW4 to ON position This will disregard the Type 1 chart Utilize the Type 2 Cha...

Страница 14: ...Although the LC terminal is in the output side this will be connected to the INPUT Alternator Starter Battery common positive LC...

Страница 15: ...ng cases Faulty assembly or connection Damage to the product resulting from mechanical influences and excess voltage Alterations to the product without expressed permission from the manufacturer Use f...

Страница 16: ...for tears or breaks and if all is well on the surface then conduct a continuity test using a multi meter to check for adequate flow This will depend on your model 5 Use a multi meter to check that th...

Страница 17: ...ve line onto the positive battery terminal and probe the negative line to the negative battery terminal If the DC reading is negative your poles are reversed 2 Switch the poles to resume normal operat...

Страница 18: ...x 175 x 68 mm 10 28 x 6 89 x 2 68in 311 x 175 x 68 mm 12 24 x 6 89 x 2 68 Terminal Size M8 x 10mm 1mm thread pitch Weight 1 33 kg 2 93 lbs 1 88 kg 4 14 lbs 2 40 kg 5 29 lbs Inspection Certification Te...

Страница 19: ...ive Function Specifications Input High Voltage low voltage reverse polarity high temperature short circuit Low Voltage cut out 8V Low voltage restart 10V High voltage shutdown 16V High voltage restart...

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