KCOBEAN - I'm a lucky guy...answer to your question is, Sean provided all the octane cards I will need AND its only 5 lbs boost AND I live right near Chuck Tator (Patron Saint of the NE Viper community) AND Sean Roe really does answer his phone each and every time AND I've been assured its SIMPLE SIMPLE SIMPLE at 5 lbs. VEC 3 and me.
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Daddy Long Stroke - Pinning the Crank. Works like this...The blower unit is about to be part of the serpentine belt system. it will create some drag. The blower on a nice warm day (blower oil, nice and warm) might not put much additional strain on the belt. In fact the design of this blower is just that...very little needed to spin the blower. In the winter with the plow mounted on the Viper and the blower oil cold, well it is heavier and it takes more to turn it.
The pulley on the blower itself is held on to the shaft by being torqued to something like 60 f/lbs. BUT...the viper crank shaft has a pulley on it too. That pulley (the crank pulley) powers everything (AC, water pump, electrics, etc, etc and now the blower) and that pulley is only held on by the force of the foot pounds of torque that hold the pulley bolt into the crank shaft. At the factory, that is supposed to be 225-250 Foot lbs. Ok, so if it was done right at the factory, the crank shaft pulley is being held on by enough force to make sure the pulley never slips on the crank shaft..got it?
Bad news, too many of the Viper crank Shaft pulleys are not torqued properly. Often (NOT always) they are perfectly fine, BUT sometimes (as in TOO many times) that pulley can come loose when powering something like a blower and you have a major problem. Guess what, mine cme of at just shy of 75 f/lbs...1/2!!!!
SO, what to do. Roe pins the pulley to the crank shaft itself.
1. I did this with the hood on. Yes, I know Chuck, but I did, no issues.
2. You get the belt off.
3. You unbolt the 6 bolts that hold the pully outer rin on to the crank pully plate (attached by a big bolt INTO the crank, its that bolt that should be torqued to 225/250 FT / LBS).
4. You get a 1 1/4" socket on the "pully plate to crank shaft" bolt. You will need a two foot handle, you will need a 2 foot extension tube over that handle.
5. You put the car into 3rd gear.
6. You pull up on the parking brake.
7. You get a magnificent woman to step on the brakes hard. She must be a redhead.
8. You get that bolt loose.
9. You mount Roes special "drill hole placement plate" on the remaing "pully plate to crank shaft"
10. You buy a four foot flex shaft
http://www.sawbird.com/flex_shafts.htm
11. You measure exactly the right depth (supplied by Roe, forgotten right now as to what the lenth was by me, wait 2.45"?) on to the drill
12. You mount the drill into the flex shaft shaft. OTher end into a hand drill now held by another beautiful woman, she must be dark haired and not speak a word of english.
13. You lean over the hood, reach down, using the Roe guide, you drill the required two holes.
14. You pin the holes (all supplied by Roe)
15. Remove the Roe guide.
15. Red threadlock the big bolt back into the "pully plate to crank shaft" applying 225-250 f/lbs.
16 Remount the six bolt (using blue threadlock) into the exterior pully plate.
Total time = 20 minutes.
You are done. Ask the two woman what they want to do next. One of them will undestand what you are saying, both will understand what you mean.