dual battery
charging system
![](wiring-dual-bat_small.jpg) |
dual battery
charging system to a camper
![](wiring-dual-bat-camper_small.jpg)
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increase
amp hour battery capacity in parallel
![](wiring-increase-amp-hour_small.jpg)
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increase
voltage capacity connect in series
![](wiring-increase-voltage-cap_small.jpg)
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solar
panels to batteries via regulator
![](wiring-parallel_small.jpg)
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equalise
to reach max charge
![](wiring-equ-max-charge_small.jpg)
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6volt batteries in series to create 24 volt
![](wiring-4x6v=24v_small.jpg)
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connecting a Xantrex Link Lite meter
![](wiring-link-lite_small.jpg)
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Xantrex Link Lite meter
wiring
![](wiring-link-lite2_small.jpg)
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wiring
two junction boxes to solar panel
![](wiring-2-junction-boxes_small.jpg)
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wiring a
junction box to 130 watt solar panel
![](wiring-kyocer130watt_small.jpg)
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6volt batteries in series to create 12 volt
![](4-6v=12v_small.JPG)
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6volt batteries in series to create 12 volt
![](2-6v=12v_small.JPG) |
wiring a
junction box to 85watt solar panel
![](wiring-kyocera85watt_small.jpg)
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inverter fuse sizing
![](wiring-inverter-fuse-size_small.jpg) |
When working out what
size fuse to use with your inverter a good way to work this
out is as the example below.....
For a 3000 watt 12 volt inverter: 3000 divided by 10 = 300.
So the size fuse you would require for a 12 volt 300 watt
inverter is a 300 amp Mega Fuse.
For a 3000 watt Inverter 24 volt: 3000 divide by 20 = 150.
The size fuse you would require for a 24 volt 3000 watt
inverter is a 150 amp Mega Fuse.
The most common used fuse to use would be a Mega Fuse.
The fuse should be sized from the surge rating of the
inverter e.g. Sinergex Pure Sine 3000 watt 12 volt has a
surge of 6000 watts that would mean for a 6000 watt inverter
12 volt: 6000 divide by 10 = 600. So the size fuse you would
require for a 12 volt 3000 watt inverter is a 600 amp Mega
Fuse.
For further information contact
JTS
contact@jtsonline.com.au
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