stephenh
Well-Known Member
When surveying houses I am aware that pre-war ( yes, that war! ) electrical fuseboards etc. tend to be in damp cellars and exposed to the corrosive atmosphere.
Just post-war (same one! ) houses tend to have a cupboard / timber surround offering nominal protection.
Modern installations have all connections, fuses etc. installed in damp proof (?) boxes and so they should be.
Nearly all yachts have their electrical panels exposed to the atmosphere as in the post-war houses above, open to the bilges and not sealed to the cabin which is a notoriously damp area.
I have seen ‘proper’ damp proof installations only on very expensive boats ( Oyster, Fairline etc. ).
Why is this ? Modern damp-proof plastic boxes (‘enclosures’) are very cheap , in many sizes and easily available.
Why don’t we use them ? Most electrical problems on boats are caused by corrosion at terminals, the answer is there and yet we ignore it……
later......
Does anybody have their electrical board totally enclosed ?
Just post-war (same one! ) houses tend to have a cupboard / timber surround offering nominal protection.
Modern installations have all connections, fuses etc. installed in damp proof (?) boxes and so they should be.
Nearly all yachts have their electrical panels exposed to the atmosphere as in the post-war houses above, open to the bilges and not sealed to the cabin which is a notoriously damp area.
I have seen ‘proper’ damp proof installations only on very expensive boats ( Oyster, Fairline etc. ).
Why is this ? Modern damp-proof plastic boxes (‘enclosures’) are very cheap , in many sizes and easily available.
Why don’t we use them ? Most electrical problems on boats are caused by corrosion at terminals, the answer is there and yet we ignore it……
later......
Does anybody have their electrical board totally enclosed ?