Update. Made a change for stinger usage to fuse protect the panel. View attachment 156782
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Let's tall about the #8 the winch relay. Something is not right.
The main lines should be direct to the #2 battery.
Looks like you have it off the stinger. Thats incorrect. Your winch can pull upwards of 300 amps.
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Do you mean short circut or roge operation?I kind of understand this but what if something happens to the winch relay and it's connected directly to the battery? I have no protection.
Do you mean short circut or roge operation?
Short circut - the required operation amps is in the 300 range. You can install a 300+ fuse link but need to research max amps. Possibility of your winch overdrawing and shutting off when you need it the most is very likley. Thus why many dont install them.
Roge operation - this is more a concern coming from the control wires than the main lines. Thus why I recomend that being key on only. Its unlikely the contactor will "stick" without those lines being energized.
Keep in mind the starter in every vehecial you own is set up just like this. Direct to the battery with a contactor in between. The "starter" fuse you may find is for the control lines and not the actual starter.
Hooking up like you have it in your design will blow both the stinger and the 100a fuse.
Update again.
I made a on/off/on switch for a client tonight and I realized I had the pins reversed for the lights to work correctly.
The following gives the top or bottom light on for whichever way the switch is flipped.
So key-on. The bottom would be on.
Battery the top would be on.
Middle OFF no lights. View attachment 156996
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I think it's getting close.
Few changes.
I can photoshop them 4 u later after lunch.
Most has to do with the winch layout.
Do u plan to have a winch dash switch?
by "5a fused after stinger" I mean.
The stinger sends power to the fuse block from the block add a 5a fuse called "pannel" that protects it. I feel this is important because if a wire comes unhooked that's where it is most likley to occur seeing there will be umpteen connections.
Not sure what you mean by this.Still needs a good review.
Yes, I drew that wrong, each relay will have its own circuit coming off the fused blue sea fuse panel running to the "30" pin on the relay.I assume the relays all have their own fuse? and NOT a single line?
I was going to run just one run of 14 cu from the "86" pin to the grd buss bar, but I can double it up or even run each its own.Is the same with the relay grounds.
You can combine the grounds as long as the wire size gets increased too, But most run lines back to the ground buss.
It LOOKS right, 10&11 are missing numbers don’t line up on toggles but I get the intent. “To Toggles” should be “from toggles” and Red since it should be a positive feed from the toggles to activate the relays based on the relay wiring you have shown. I did not double check the pin layouts of the switches as they can vary slightly manufacturer to manufacture especially with the Amazon Special. But it looks like a standard carling layout.Still needs good review - Meaning we just need to look over the layout few more times.
Yes, consider running each ground back to the buss bar.
You can combine, but ensure the wire size is adequate for the combined load.
It LOOKS right, “To Toggles” should be “from toggles” and Red since it should be a positive feed from the toggles to activate the relays based on the relay wiring you have shown. I did not double check the pin layouts of the switches as they can vary slightly manufacturer to manufacture especially with the Amazon Special. But it looks like a standard carling layout.
Still needs good review - Meaning we just need to look over the layout few more times.