Positive post connector


I’ve toyed with the idea of drilling the blade connector so I could bolt in an eyelet connector, but that would require a small angle drill that I don’t have in my tool chest. Maybe my dentist does. Any thoughts would be appreciated.




I can get you the wiring diagram if you don't have access, but stud posts M1, M2, MR3 all come directly from the battery (G1), and the spade ties into that circuit, but you do have choices in there as all are live just as the spade jumper post.
for a visual, search P/N A2225402350 (or without the "A"), it should show a pic of the prefuse module (F32)
***WARNING*** high amperage live circuits, disconnect the ground before any tinkering, and of course do this at your own risk...
what's a CTEK?
I’ve toyed with the idea of drilling the blade connector so I could bolt in an eyelet connector, but that would require a small angle drill that I don’t have in my tool chest. Maybe my dentist does. Any thoughts would be appreciated.




It is a Great idea you have.
Prefuse box, connections removed, the terminal annotations shown Mx, etc.
Thanks for power block info.
It is a Great idea you have.
Prefuse box, connections removed, the terminal annotations shown Mx, etc.


Does this mean that I should disconnect the negative terminal on the main battery before doing this? If so, I’d rather do the “trunk diving” to access the battery than deal with electrical gremlins later, but ‘geeseh!
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Even the hole through the blade could allow a short to ground during the process
Personally i'd do "without" disconnecting the battery by placing a heavy blanket around the area im working to eliminate the possible short. I've done that a dozen or more times in my DIY life.. a thick plastic sheet/tarp will work also
But as a forum, we have to place cautionary notes if the possibility looms
Does this mean that I should disconnect the negative terminal on the main battery before doing this? If so, I’d rather do the “trunk diving” to access the battery than deal with electrical gremlins later, but ‘geeseh!
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Does this mean that I should disconnect the negative terminal on the main battery before doing this? If so, I’d rather do the “trunk diving” to access the battery than deal with electrical gremlins later, but ‘geeseh!






That is acceptable for a down and dirty charge...it's what I do now,
but i like the idea by the original poster... i likely will switch over to his suggestion
btw... that compartment is pristine...my own is a 10.... you're somewhere above that... nice
Cheers
I can get you the wiring diagram if you don't have access, but stud posts M1, M2, MR3 all come directly from the battery (G1), and the spade ties into that circuit, but you do have choices in there as all are live just as the spade jumper post.
for a visual, search P/N A2225402350 (or without the "A"), it should show a pic of the prefuse module (F32)
***WARNING*** high amperage live circuits, disconnect the ground before any tinkering, and of course do this at your own risk...
what's a CTEK?
I will be clamping the negative CTEK lead to the negative charging post. I'll post photos here when complete.
Thanks.
Prefuse box before addition of positive charger cable:
prefuse box after addition of positive lead
Negative lead connection. Tinned wire clamped on
CTEK input connector. One has to open the hood for connection. I left enough cable to route it elsewhere if I chose to in the future
Prefuse box before addition of positive charger cable:
prefuse box after addition of positive lead
Negative lead connection. Tinned wire clamped on
CTEK input connector. One has to open the hood for connection. I left enough cable to route it elsewhere if I chose to in the future
I will be clamping the negative CTEK lead to the negative charging post. I'll post photos here when complete.
Thanks.






