Re: BB- Engine removal - no intake or heads
Joe,
I have a hoist that has served me well over the years. It would handle taking the big block and turbo 400 in and out of our racecar without trouble. So when I made the decision to rebuild the big block in my C3, I figured it would work just fine. That was until I saw how much I had to extend the boom (and legs) in order to make the lift. I decided to remove the heads and pull the engine without the trans to lighten the load.
When it came time to put it back in, I had the heads on the engine (easier to torque them on the stand). I made a "test lift" with the boom extended to where it was when I pulled the engine. I did not like the amount of deflection and pictures of heavily damaged fiberglass started going through my head.
I was able to locate some box steel that just fit inside the boom extension. The boom extension and boom overlapped about 10". The tubing was about 4 ft long so I slid about 2 ft into the extension part and the other 2 ft sat inside the boom. There was about 1/2 of clearance inside the boom so I welded some steel to the tubing to take up the clearance.
The next test lift showed less deflection over the boom length and in the engine went without incident.
Tom
Joe,
I have a hoist that has served me well over the years. It would handle taking the big block and turbo 400 in and out of our racecar without trouble. So when I made the decision to rebuild the big block in my C3, I figured it would work just fine. That was until I saw how much I had to extend the boom (and legs) in order to make the lift. I decided to remove the heads and pull the engine without the trans to lighten the load.
When it came time to put it back in, I had the heads on the engine (easier to torque them on the stand). I made a "test lift" with the boom extended to where it was when I pulled the engine. I did not like the amount of deflection and pictures of heavily damaged fiberglass started going through my head.
I was able to locate some box steel that just fit inside the boom extension. The boom extension and boom overlapped about 10". The tubing was about 4 ft long so I slid about 2 ft into the extension part and the other 2 ft sat inside the boom. There was about 1/2 of clearance inside the boom so I welded some steel to the tubing to take up the clearance.
The next test lift showed less deflection over the boom length and in the engine went without incident.
Tom
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