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I live in the salt belt. I see bolts seize in all sorts of places but if they don’t use salt where you live, you will probably ok as Kevin said.
I put the socket and extension on the bolt head. The bolt is flange headed so when you hit the end of the extension, you are applying inward force. This eases the tension between the threads of the bolt and cover that occurs when the bolt tightens against the pump. It also can upset any corrosion bond that has occurred to the threads if in fact it did occur. That upset effect will be pend on the amount of corrosion and amount of inward force. Regarding inward force… Don’t go full on Viking like blows. Those are aluminum threads those bolts are going into so tapping is the appropriate force. Do not use air or electric tools to turn the bolt. If you experience resistance the second the bolt breaks free, instantly stop, reverse direction, stop, reverse slowly, stop, reverse direction, stop, reverse direction. Try not to fight resistance in just one direction.
I put the socket and extension on the bolt head. The bolt is flange headed so when you hit the end of the extension, you are applying inward force. This eases the tension between the threads of the bolt and cover that occurs when the bolt tightens against the pump. It also can upset any corrosion bond that has occurred to the threads if in fact it did occur. That upset effect will be pend on the amount of corrosion and amount of inward force. Regarding inward force… Don’t go full on Viking like blows. Those are aluminum threads those bolts are going into so tapping is the appropriate force. Do not use air or electric tools to turn the bolt. If you experience resistance the second the bolt breaks free, instantly stop, reverse direction, stop, reverse slowly, stop, reverse direction, stop, reverse direction. Try not to fight resistance in just one direction.