We were returning from a camping trip towing the 5vr, just got through Ellensburg, WA heading west on I-90 towards Seattle and I hear this very strange sound, kind of like a major sucking sound like there was a leak in one of the turbo lines, lost power and EGT's went way up.
I managed to get off to the side of the road as well as our friends who were also in-tow (thanks again TDR members Mark & Kim Sigafoos for all of your help) and started checking turbo hoses for loose clamps, couldn't find any loose clamps and I always make it a point to check them before each tow. Hmmmm.
One of the rubber pieces (as you face the front of the truck, it is on your right side - drivers side, down by the bumper) which connects the long tube which is connected to an air in-take which goes into the pump. Well, the small rubber piece (about 4"-5") connecting this tube to a cast iron piece down by the bumper, blew a hole right through the rubber! Sorry I don't know the names to all of these parts and pieces).
To make a long story short, we duct taped the hole by wrapping the rubber piece with many layers of duct tape, (a neccesity to carry in your truck along with a 7/16 wrench and deep socket to tighten those clamps), we had to remove it from the truck in order to do this, the worst part and the scariest was trying to repair your rig on the side of the freeway with cars and trucks whizzing by within 10' feet of you. Then I had to drive about another 120 miles home trying to keep my boost under 15 lbs, preferebly under 10, so I wouldn't blow the rubber piece we had duct taped.
Questions:
1. Has anyone had this happen or heard of it happening?
2. Will DC cover this part under my 5 year / 100K?
3. Does Cummins or DC make a stronger piece than what came stock?
4. What is everyone else doing to ensure your clamps stay tight with a pumped up motor?
5. I know Cummins uses a higher hp/torque version of this motor in other applications, what types of rubber connectors and or clamps do they use on those motors?
I figure I'm pumping out about 275 hp / 650 torque, I hit about 32 lbs of boost at WOT.
Any thoughts, comments, help or suggestions would be apprecited. Thanks-Terry
I managed to get off to the side of the road as well as our friends who were also in-tow (thanks again TDR members Mark & Kim Sigafoos for all of your help) and started checking turbo hoses for loose clamps, couldn't find any loose clamps and I always make it a point to check them before each tow. Hmmmm.
One of the rubber pieces (as you face the front of the truck, it is on your right side - drivers side, down by the bumper) which connects the long tube which is connected to an air in-take which goes into the pump. Well, the small rubber piece (about 4"-5") connecting this tube to a cast iron piece down by the bumper, blew a hole right through the rubber! Sorry I don't know the names to all of these parts and pieces).
To make a long story short, we duct taped the hole by wrapping the rubber piece with many layers of duct tape, (a neccesity to carry in your truck along with a 7/16 wrench and deep socket to tighten those clamps), we had to remove it from the truck in order to do this, the worst part and the scariest was trying to repair your rig on the side of the freeway with cars and trucks whizzing by within 10' feet of you. Then I had to drive about another 120 miles home trying to keep my boost under 15 lbs, preferebly under 10, so I wouldn't blow the rubber piece we had duct taped.
Questions:
1. Has anyone had this happen or heard of it happening?
2. Will DC cover this part under my 5 year / 100K?
3. Does Cummins or DC make a stronger piece than what came stock?
4. What is everyone else doing to ensure your clamps stay tight with a pumped up motor?
5. I know Cummins uses a higher hp/torque version of this motor in other applications, what types of rubber connectors and or clamps do they use on those motors?
I figure I'm pumping out about 275 hp / 650 torque, I hit about 32 lbs of boost at WOT.
Any thoughts, comments, help or suggestions would be apprecited. Thanks-Terry
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