The leader outlet seen on the right is buried beneath this inch thick layer of asphalt shingle granules. |
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Even lead corrodes over time. This leader outlet, and the downpipe elbows directly below are plugged solid with decayed maple leaves and seeds |
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A first look at the gutter's condition beneath this leader outlet |
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This grit filled check (crack) is a bad moisture trap and should be sealed to prevent rot from spreading all the way through.
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A new, larger 2" evetube is ready for installation. Note, the soft, un-sound wood below the flange was removed. |
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This leader outlet was embedded in 50 yr adhesive caulk to prevent water seeping under the flange that would foster rot.
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A little scrapping was preformed to remove the soft decayed surface wood |
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This green algae growth at the valley tells of repeated overflows.
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This shot from above where the overflows are occurring.
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The same area after the soft decayed wood was scratched out.
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Someone had tarred the first few feet of this gutter (why?). This thick layer of tar impeded the runoff from the south (front).
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Standing water would now lie in the low areas I created by removing soft wood. To prevent this I lined the gutter with liquid tar in which I embedded a fibreglass mesh and subsequently applied a second coat tar.
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Prior to installing the tar lining, the new front south gutters were installed and this corner leaded. Notice the mortise to flush the lead.
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After the lead was formed, both sides of the miter joint were chiseled such that the lead would be flush with the bottom of the wood gutter.
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The lead was sealed to the wood with 50 yr advesive caulk leaving no void for water to enter.
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A shot of the leader outlet area
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The tar's solvents have evaporated
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Rain again - note the minimal standing water. The front south gutter empties nicely into the east side gutter
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Here the pitch of this 36' one peice gutter to the centrally located 2" leader outlet can be seen
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Handling this downpour well.
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