What Fuse is an Appropriate Replacement for the Super Jet Ebox Fuse?

E350

Site Supporter
Location
Sacramento Delta
This is my fourth installation of a MSD Enhancer in as many Yamaha skis.

I always disconnect the positive cable from the battery.

And I always blow the fuse in the Ebox.

How I do that, I don't know. (Is the CDI a "capacitor" e.g., like the start/run capacitor in a home air conditioner? Which is energized until it is discharged?)

Regardless, I need to source either a place to buy the Yamaha oem Ebox Fuse part number 6K8-82159-00-00.
("10A Pacific" is written on the side.)

Or I need to source an appropriate replacement for the Super Jet Ebox fuse.

It is a thicker fuse than I can find in auto parts stores, meaning that it is likely a "slow blow" type of fuse.

Any suggestions where I can find these or an appropriate replacement?

IMG_0923.jpg
 
Location
West MI
Can you read all the labeling off the metal caps, and also measure (with precision) the length, and diameter of one of the end caps?
 

E350

Site Supporter
Location
Sacramento Delta
I did not know that. Thank you BK.
I just went back to the MSD instructions and they do in fact say "disconnect ground."
The instructions do not mention disconnecting the positive at all.

So I am sure that you are right. But please be patient with me. A question due to my lack of understanding, how exactly does disconnecting the positive send a jolt of power through the circuits?
 

Big Kahuna

Administrator
Location
Tuscaloosa, AL
Always remove the ground first... when you remove.the positive first if it touchs it sparks, then you break current then touch again it sends current to all the components. This can cause the fuse to blow.
 
Always remove ground first and install ground last if you remove the battery. A battery without the ground connected can't discharge itself. It it's grounded without the positive lead it can still discharge itself if something touches the positive post. It can be dangerous in certain situations. Current always takes the path of least resistance.
 
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