rkymtnflyfisher
Trout Bum
So #3 is a blown fuse?
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I'm glad to see all the circuits are getting power. Try to find the plug in the pic below. These wires go to the ING switch. White blue is hot all the time. With the key in the on position blk/yellow and blue/red are hot. You can test them but because the keyed fuses are hot confirms it. With the key in the start position, the blk/white wire should be hot. Be sure the 40 is in neutral. The pic is from a 75 40. Fyiok its a 76 so yes similar
everything hooked up as normal no jumps no nothing except correct connections
Fuse Box Readings:
KEY ON: L R
1. 11.78. 11.78
2. 11.78. 11.78
3. 11.78. 0.00
4. 11.78. 11.78
5. 11.61. 11.61
6. 11.63. 11.62
7. 11.6. 11.57
8. 11.77. 11.77
KEY OFF All 12's except 0.00's for those that need key on obviously
Continuity-wise:
black/yellow from coil to ign switch - yes
ammeter - yes
White (ammeter to B+) - yes
White/Blue - ammeter to Alt - yes
- ign switch to Alt - yes
- ammeter to ign switch - yes (so that line with the splices in the loom is good to go, so i dont need to tear that splice apart to
check)
Black/White - ign switch to starter - yes
still working through other continuity numbers (specifically at the fuse block out) but i wanted to post what i had so far
So #3 is a blown fuse?
You have voltage on one side of the fuse but not the other?its not blown its intact - the metal line in middle is not blown no
Is that Left and Right?KEY ON: L R
If so that's an open circuit.3. 11.78. 0.00
Is that Left and Right?
If so that's an open circuit.
“You have much to learn Grasshopper”its not blown its intact - the metal line in middle is not blown no
“You have much to learn Grasshopper”
Don’t worry, we were all there at one point. I had fuse that kept melting the solder out at the end. It looked intact, but would no longer pass current through it. There was too much resistance at one of the connections at the fuse panel which created heat thus melting the solder and creating an open circuit.
Some terms:
Open Circuit: Off (break in circuit)
Close Circuit: On (current will flow through)
Current: Amps = Coulombs/second
Coulomb: _______ electrons (don’t remember the number… and it’s not super important)
Voltage: Electrical “Pressure” moving the electrons.
V=I R: volts = Amps x Resistance.
There’s a direct relationship between the amount of energy that goes through the circuit and the resistance. As the resistance increases (bad connections etc) the amount of energy (amps) that gets to what you’re powering goes down. I’m not going to get into it in more depth as I’m not an instant teaching a course, but merely trying to help you know enough.
Every poor connection adds resistance. To make things work correctly, you’ll need to clean all the connections you can to ensure all (at least most of) the power gets through to what you are trying to power.
Clear as mud?
Good question.Did you replace the blown fuse, #3?
Did you replace the blown fuse, #3?
It would be a good idea to trace out that #3 circuit to see if you can find the reason that the fuse was blown.