Block heater plug/wiring info needed.
I assumed it was dead and as I had to pull the starter to pull it off and had no desire to do that in the dead of winter.
So today I picked up a replacement from NAPA and when looking in the box found that the plug is not permanently attached to the heater element.
So I did some testing to verify it was the heater and not the wiring before draining the block and pulling it out.
The heater it self tested OK and the plug wire tested bad.
Great, except the new plug only looks like it will fit, but does not!
I looks like the pins on the older heater are a little larger even though the pattern was the same.
I would think the replacement wire would fit the old block heater.
Anyone know who sells a DIRECT replacement wire?
I'm holding off reinstalling the starter until Sunday.
In either case as it has to be off to do anything to the Block Heater.
I still want to know who the engineer was that put that top starter bolt way up there where you can't get at it!
If it's OK, Ill just solder it to a piece of hefty extension cord to fix it and get my $45 back from NAPA for the new one.
From your description, I would guess the one installed in you engine is a higher watt heater than the one you purchased.
If the cord conductors are where the problem is, I see no reason you could not splice on a new cord.
Just make sure you have the conductors attached to the correct terminals and well insulated after you splice the new cord on.
We don't want to hear you touched your truck and electrocuted yourself.
The ground conductor does ground the engine block.
The stock one would get the top of the intake manifold and under hood area up to 78 degrees in in about 45 minutes in 20 degree temps.
Just make sure you have the conductors attached to the correct terminals and well insulated after you splice the new cord on.
We don't want to hear you touched your truck and electrocuted yourself.
The ground conductor does ground the engine block.
I can't afford to lose my transportation right now, so I made sure to wire it right.
Continuity between the ground prong and the engine or chassis is OK.
Continuity between either of the flat blades and the engine or chassis is not good.
A miswired outlet could cause a shock if the hot and neutral wires are reversed.
Impropperly wired outlets are very common on two prong outlets from my experience as an electrician.
I have seen may three prong outlets wired wrong as well, better safe than sorry.



