paco SCG 0606 Instruction Manual Download Page 7

Label the battery connection cables as a plus cable (A+) and a 
minus cable (A-).
Lay the battery cables in parallel between the solar charge controller and the 
battery.
Connect the battery connection cable with the correct polarity to the middle 
pair of terminals on the solar charge controller (with the battery symbol).
If necessary, remove any external fuse.
Connect battery connection cable A+ to the positive pole of the battery.
Connect battery connection cable A- to the negative pole of the battery.
Replace the external fuse in the battery connection cable.
If the polarity connection is correct, the battery LED illuminates.

1st step: Connect the battery

2nd step: Connect the solar module

Ensure that the solar module is protected from incident light. 
Ensure that the solar module does not exceed the maximum 
permissible input current.
Label the solar module connection cables as a plus cable (M+) and a minus 
cable (M-).
Lay both solar module connection cables in parallel between the solar module 
and the solar charge controller.
First connect the M+ solar module connection cable to the correct pole of the 
left pair of terminals on the solar charge controller (with the solar modules 
symbol),then connect the M- cable.
Remove the covering from the solar module.

3rd step: Connect loads

Notes

 Connect loads that must not be deactivated by the solar charge 

     controller deep discharge protection, e.g. emergency lights or 

radio connection, directly to the battery.

 Loads with a higher current consumption than the device output can be 

directly  connected to the battery. However, the solar charge controller deep 
discharge protection will no longer intervene. Loads connected in this manner 
must also be separately fused.
Label the load connection cables as a plus cable (L+) and a minus cable (L-).
Lay the load connection cables in parallel between the solar charge controller 
and the load.
First connect the L+ load cable to the correct pole of the right pair of terminals 
on the solar charge controller (with the lamp symbol), then connect the L- cable.
Replace the load fuse or switch on the load.

4th step: Final work

Fasten all cables with strain relief in the direct vicinity of the solar charge 

     controller (clearance of approx .10cm).

6

Summary of Contents for SCG 0606

Page 1: ...Instruction Manual Please read user manual carefully before use SOLAR CHARGE CONTROLLERS SCG 0606 SCG 0808 SCG 1010 SCG 1515 ...

Page 2: ...tteries are often used for storing solar current These batteries have to be protected against overcharging and over discharging The Solar charge controller SCG0606 SCG0808 SCG1010 SCG1515 fulfill both tasks in one device They can be used for 12 and 24 V systems The final charge voltage is changed in dependence with the discharge level When a lead battery is operated without gas development for a l...

Page 3: ...izes battery use and significantly extends its service life 4 2 Construction The solar charge controller consists of the following components 1 Solar LED 2 Battery capacity LED 3 Load LED 4 Load switch on off 5 Terminal block for connecting the solar module 6 Terminal block for connecting the battery 7 Terminal block for connecting the loads 8 USB socket 9 4 3mm mounting hole 1 2 3 5 6 7 8 4 9 ...

Page 4: ...inate in different colors according to battery capacity Normal mode Charging mode Load mode Solar reverse short mode Load short overload mode Solar over circuits mode Battery reverse mode Wrong battery type High mode temperature Load LED Battery LED Solar LED RED RED ...

Page 5: ...es green illuminates red flashes red extinguishes red illuminates red flashes red battery and load led flashes red battery charging by solar solar module polarity reverse or short circuit over current protection deep discharge deactivation state of charge 30 battery weak state of charge 40 to 70 battery full state of charge 80 to100 load discharge battery capacity 30 wrong battery type connection ...

Page 6: ...allation Pay attention to the correct nominal voltage Ask your dealer when you are in doubt Connection sequence 1 battery 2 solar module 3 loads Danger of explosion from sparking Danger of electric shock present even when the incident light levels are low Protect the solar modules from incident light during installation e g cover them Never touch un insulated cable ends Use only insulated tools En...

Page 7: ...charge controller First connect the M solar module connection cable to the correct pole of the left pair of terminals on the solar charge controller with the solar modules symbol then connect the M cable Remove the covering from the solar module 3rd step Connect loads Notes Connect loads that must not be deactivated by the solar charge controller deep discharge protection e g emergency lights or r...

Page 8: ...not required 10 Protection functions The following integrated protection functions of the solar charge controller ensure that the battery is handled as gently as possible The following protection functions are part of the basic function of the controller Overcharge protection Deep discharge protection Battery low voltage protection Solar module polarity reverse protection The following installatio...

Page 9: ...aler when in doubt 12 Adjustment of nominal voltage Automatic adjustment takes effect to the system voltage when the regulator is installed When you pay attention to this instructions your solar system will give you many years of pleasure The battery reaches a life of ten years or longer As the solar module and the charge controller have a considerably higher life age only the battery has to be ex...

Page 10: ... of solar collector USB output voltage continuous Enclosure protection class Terminal size fine single wire Temperature compensation Thermal Protection Ambient temperature allowed Weight Dimensions I x w x h IP 32 9 Charging voltage State of charge SOC SOC 40 SOC 30 SOC 50 SOC 40 SOC 70 SOC 70 12V system 11 7V 11 1V 12 5V 11 7V 12 4V 13 9V 24V system 23 4V 22 2V 25 0V 23 4V 24 8V 27 8V Specificati...

Page 11: ... CONTROLLER IN AN ENVIRONMENT WHICH IS A WELL VENTILATED B NOT EXPOSED TO DIRECT SUNLIGHT OR HEAT SOURCE C OUT OF REACH FROM CHILDREN D AWAY FROM WATER MOISTURE OIL OR GREASE E AWAY FROM ANY FLAMMABLE SUBSTANCE F SECURE NO RISK OF FALLING ...

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