Murv
Well-Known Member
Best way to stop it?
The fitting seems fairly tight, but with 4 nuts, how do you actually tighten the fitting down?
Is it with a spanner on the two nuts at the extreme opposites, or does each side need tightening against the bracket?
I've tried nipping it up, too much force on the outer nut just spins the fitting within the bracket, a spanner on each opposite side nut stops it turning and it's tight there, but do I need to get a spanner on both nuts that are the same side of the bracket?
Obviously, it's virtually impossible to get to, and can only be reached with long spanners by laying on top of the engines and arms at full reach so replacing it is not an easy option.
To give a bit of scale, the nuts are 21mm so it's a fairly hefty fitting, can I tighten it down really hard or is that likely to strip the threads?
Hopefully the pictures will explain all:
Engine is a 1989 Volvo TAMD61A and the leak is on the all copper side
The fitting seems fairly tight, but with 4 nuts, how do you actually tighten the fitting down?
Is it with a spanner on the two nuts at the extreme opposites, or does each side need tightening against the bracket?
I've tried nipping it up, too much force on the outer nut just spins the fitting within the bracket, a spanner on each opposite side nut stops it turning and it's tight there, but do I need to get a spanner on both nuts that are the same side of the bracket?
Obviously, it's virtually impossible to get to, and can only be reached with long spanners by laying on top of the engines and arms at full reach so replacing it is not an easy option.
To give a bit of scale, the nuts are 21mm so it's a fairly hefty fitting, can I tighten it down really hard or is that likely to strip the threads?
Hopefully the pictures will explain all:
Engine is a 1989 Volvo TAMD61A and the leak is on the all copper side