No comment.300 is entry level. I have a dog, actually two dogs over 5 grand into each of them.
My high point is 23 inchesJust found out, no railing is needed under 30 inch high deck!!!!
Huh?Spreading the load?
Here's both of them. Save you from searching (unless you saved them to your hard drive with notes. hint hint -actually wouldnt surprise me if you did )Huh?
Remember what we did yesterday?
Take your finger and start at the source of power.
Do you recall that's the alternator we said was producing power at 14.2 Volts?
Follow the path to the main distribution point.
After you've done that, answer:
How does that differ than MAD's current flow path?
The main thing is getting current off of the bulk head connectorHere's both of them. Save you from searching (unless you saved them to your hard drive with notes. hint hint -actually wouldnt surprise me if you did )
MAD Diagram B
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A better plan. Not so mad, perhaps even sane. LOL.
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Too bad the manufacturers didn't use heavier gauge connectors to handle the load. GM had issues with their blower feed wiring when on high speed. They used a 10 gauge wire but ran it through a connector with the rest of the 14 and 16 gauge wires. I fixed many at the service desk with a butt connector. Snip, strip, crimp!The main thing is getting current off of the bulk head connector
Agree. Built as cheap as possible . taxis had a unique setup .Too bad the manufacturers didn't use heavier gauge connectors to handle the load. GM had issues with their blower feed wiring when on high speed. They used a 10 gauge wire but ran it through a connector with the rest of the 14 and 16 gauge wires. I fixed many at the service desk with a butt connector. Snip, strip, crimp!
Actually my purpose here is to help Chris by giving him practice in comparing the diagrams the way he did yesterday.The main thing is getting current off of the bulk head connector
I did save them both actually. Looking now.Here's both of them. Save you from searching (unless you saved them to your hard drive with notes. hint hint -actually wouldnt surprise me if you did )
MAD Diagram B
View attachment 1715217996
A better plan. Not so mad, perhaps even sane. LOL.
View attachment 1715217997
What I mean is that you now have two lines, one from alternator to the battery with a 14 fa fusible link, one to through the bulk head to the fuse block, then back to the starter relay via a 16 fa fusible link. Thus you're not having the full flow of the Alternator going through the bulk head, essentially splitting the load?Huh?
Remember what we did yesterday?
Take your finger and start at the source of power.
Do you recall that's the alternator we said was producing power at 14.2 Volts?
Follow the path to the main distribution point.
After you've done that, answer:
How does that differ than MAD's current flow path?
Well...there are two paths to the main junction, as well as to the battery. So that is correct.What I mean is that you now have two lines, one from alternator to the battery with a 14 fa fusible link, one to through the bulk head to the fuse block, then back to the starter relay via a 16 fa fusible link. Thus you're not having the full flow of the Alternator going through the bulk head, essentially splitting the load?
That actually is a pretty impressive impersonation of the deck.In case anybody wondered how the deck/porch upgrade went... she says she's done, but I know better!
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You're the bestest teacher! Even tho I already knew the stuff, You present in a way that just plain makes sense. Good of you to help us dummies!Well...there are two paths to the main junction, as well as to the battery. So that is correct.
(the Main junction is not the fuse box in our cars, its a bunch of wires welded together.)
Remember in our scenario, the battery is fully charged. That's why the purple arrows representing current don't go to the battery in the top drawing.
The ol' girl really does pull off some pretty cool **** from time to time... I have banned her from Pinterest and Hobby Lobby until November!That actually is a pretty impressive impersonation of the deck.
Around these parts there's an innocent looking store called A C Moore. Just beware in case they're down your way too...The ol' girl really does pull off some pretty cool **** from time to time... I have banned her from Pinterest and Hobby Lobby until November!
So lets fix this below by keeping in mind there's no power flowing into the battery.Remember in our scenario, the battery is fully charged. That's why the purple arrows representing current don't go to the battery in the top drawing.
you now have two lines, one from alternator to the battery with a 14 ga fusible link, one to through the bulk head to the fuse block, then back to the starter relay via a 16 fa fusible link.
Some people in it would be cool IMO. I also realize this could be a major challenge.So @ZMan67S liked the Rt 66 image of his Cuda so much that he asked if I could replace the car on the other side of the pumps with his ‘55.
Sure I can!
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I don’t like to put people in it because it can become too busy and you lose the focus on the cars. Critters also don’t work well in these kinds of cartoonish images since they get lost in the resolution and become unrecognizable unless they are very large.Some people in it would be cool IMO. I also realize this could be a major challenge.
Maybe just an armadillo or a scorpion in the subtly in the corners would be easier...
That works!The only subtle thing I sometimes do to add a feeling of life is partly open the front door.
Like this one...
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