Does anyone know the part number for the green coolant temperature sensor connector? I damaged it I'd like to replace it before it completely fails.
Last edited:
Follow along with the video below to see how to install our site as a web app on your home screen.
Note: This feature may not be available in some browsers.
This site may earn a commission from merchant affiliate
links, including eBay, Amazon, Skimlinks, and others.
8942220010 - Engine Coolant Temperature Sensor: 1998/01-2000/04Does anyone know the part number for the green coolant temperature sensor connector? I damaged it I'd like to replace it before it completely fails.
Does anyone know the part number for the green coolant temperature sensor connector? I damaged it I'd like to replace it before it completely fails.
Getting a Toyota -84 for $110 is a great deal.
Denso rep I spoke with said; the difference between Denso and Toyota Denso starter is: Toyota has specific parts must be replaced. Whereas with Denso starter, what parts are replaced, is up to the re-builder. In any case, with a rebuilt starter pull plunger and reset contacts. If tech rebuilding did not seat contacts properly, you'll have issues.
The $44 dollars will only get you contact and plunger. If you replace breathers, seals, brushes and bearings it will add up over $100. It also takes time to rebuild. But you get satisfaction of a job well done.
I rebuild when it's my rig. But buy when a customer rig, as saves labor cost.
Got the old reman starter out. It was full of carbon, all the seals dried out, bearings shot, grease all caked up. Stripped a screw when trying to access the gears. Bought all the parts to rebuild, but ordered a reman from my local dealer this morning, fearing it would be more than just replacing the contacts.
Injectors going out tomorrow for service.
View attachment 2593689View attachment 2593693
Found much the same when I removed mine. And THIS is exactly why I buck against those who 'parrot': "All it needs is contacts"
Or with the alternator: "Just put brushes in it".
You DON'T know until you tear it down....what it really needs.
Like you....I bought a replacement starter, THEN rebuilt the old for a spare and actually carry it IN the vehicle.
Good job Sir.
View attachment 2593760
After you rebuild be SURE to 'bench test' your work.
You should find a new dentist.Got my truck all buttoned up and running last night in my barn. Need to take it for a test drive this morning. Getting the starter mounting bolts in and out was a pain. I removed the hood struts and ratchet strapped the hood to the joists in my barn, so I could lean over/climb in my engine bay. Hardest part for me was replacing the broken/cracked connectors for the injectors. The plastic that locks in each pin does not want to release. Even with the @NLXTACY pin tool, the plastic catch hardly moved. Replaced 4 and had to destroy 3 to get the pins out. Ended with putting my hooked dental pick through my finger and out the other side.
Split my intake manifold and soaked up all the oil with shop towels and then a full scrub with a mix of brushes, Scotchbrite, and a few cans of intake cleaner. Full soapy scrub down with dish soap, before a super hot bath, and compressed air dry. Full spa treatment. Figured I was in there, so clean it out. Way easier than diesels I've owned. Makes me wish I had a full size parts washer for car and bicycle parts.
Got my injectors back from Chuck at FIS and they were in good shape. I already had all the seals I purchased a while ago and that was probably all I needed. Getting them cleaned and tested was a nice piece of mind though. I spent probably an hour trying to get my connector to snap into my #6 injector. Though I replaced the connector wrong or bent a pin. Found the little triangular nub that the connector snaps on to is worn off. I probably broke it off when trying to remove the frozen on connector. I really don't want to take everything apart again, so I'll keep an eye on it. The connectors friction fit on the injectors will with the rubber seal inside them, so I dont think it will move.
All the wealth of experience on this forum and sharing is wonderful. I probably would have tackled this anyway, but after reading everything here I felt like I could do most of this like I'd done it a million times before. The tips of cleaning the engine before hand, vacuum hose mods for cleaning the nooks and crannies, what NOT to do, removing hood struts to gain more access, and little tricks made it an easy task. Granted I took two weeks to do this, between waiting on injectors, ordering extra parts I forgot, and my job and family. If a was doing it again & had all parts ready to go, I would say a full day to perform all the labor I undertook. Typical 100 series job: time consuming and many little unexpected things pop up along the way, but not overly technical.
View attachment 2609475View attachment 2609481View attachment 2609482
Thanks! I did remove that bolt for the wiring harness. It's also not getting caught on the engine hooks, that's why it's so confusing, it doesn't seem like it's caught on anything! It just stops right at the top of the stud. That's a good reminder about cleaning, I did before but that was when I first started before all the trouble.Make sure the small bolt holding wire harness housing on drive side, is out. Then push wire house back ~ 1" to get out of the way. Then life out intake manifold (IM). IM is tight and heavy, so workout gently. If IM get hung up on engine hoist hooks, bend the hooks outward a little.
Super important:
But before removing IM. Put nuts and bolts back in on each side and tighteen. Then blow off dirt from both sides of IM.
I wash with power washer, than blowing with air while wet engine running. Than blow off again once dry, and again before removing nuts and bolts. You can't be to clean here.
I make sure when assembling. To vacuum out each head intake port, of every grain of sand. I get up on engine with flashlight, and shop vac. I get every speck, I can out of intake ports.
Removal of intake manifold is the number one cause of bad compression. WHY! dust/sand getting into intake ports, due to lack of cleaning before removal and before assembly. This then enter combustion chambers and damage rings and cylinder walls.