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Originally Posted by U4ICK
(Post 4352702)
No I did not check the bearings since the obvious problem was the oil pump pickup. The oil pump is a CP Performance BBC high volume blue printed pump part # 250-OP-BB-B. As you can see from my OP sig, I have a large 10 quart flat bottom dual trap door racing oil pan and not the standard oil pan where all of the oil is in the back of the pan. So static pump suction pressure is less. I have a 3" X 16" CPP oil cooler, part# 620-550, and a remote located K&N re-useable SS oil filter mounted on the transom. There are four 30" oil hoses that connect the oil cooler and filter to the motor. So my oil system has virtually no back pressure other then the motor. My oil temperature runs approximately 190°F. If I have a bearing issue, I would think it would be obvious from idle to my max RPM so far of 4500. The motor is still going through break-in and I'm varying the RPM from about 3,000 to 4,500. I only have 3.3 hours of actual run time on it.
Ed If this was my boat, and keep in mind I am a very lazy person at heart, I would pull the motor again, pull the pan, and check all the bearings and crank just for peace of mind. |
Old thread however rather than starting a new one thought I’d post to bring back. Recently witnessed what can happen when a pick up falls off at higher rpm. Don’t assume anything and expect the worst and maybe you’ll get lucky. Not in this case with a virgin Merc Racing sci engine. The weld in two spots was pretty much useless and the pick up slid in and out at ease. Surprised a bolt on retainer isn’t protocol with all marine engines when considering the pounding they take especially extreme offshore.
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