About 5 years ago I had my son Nathan dig a trench for a drain line that would take the gutter discharge out to the ditch. I might mention that Nathan’s work standard was “excellence”, and he did an exceptional job on this! Anyway, this drain line was intended to not only handle sending the gutter drainage to the ditch, but also the planned future discharge of the washing machine “gray water”.
One problem we have had is the clogging of the gutters each fall by the tree leaves and needles. We have several large maple trees along with a large spruce tree in close proximity to the house. This results in a lot of leaves and spruce needles building up in the gutters. Very annoying to the effect that if you don’t get up on a ladder at least weekly, they will end up clogged. I researched some ways to eliminate the clogging and, consequently, I went to Lowes and purchased some 3′ sections of plastic “screened” mesh gutter guards. I think this will actually work for me. BTW, I have a metal roof, which presents some “unique” problems that call for “customized” solutions. I think I have found it.
I have roughly 300′ of gutters to deal with and have installed approx 64′ of material so far. I will be installing more of this material over the next couple weeks and will report my progress (and results) as the leaves begin to fall and the fall rains begin.
((In a couple of the gutters I utilized a “hinged” type metal gutter guard (also purchased at Lowes), that seems like it will work well)). My metal roofing calls for various customized solutions!!!
The sump pump is working well. It is discharging the laundry wash as hoped for. What I am patiently waiting for is a couple days of driving rains to determine whether the sump pump/pit will deal with the basement floor seepage. Although we finally got about a 1/4″ of rain in the last 24 hours, it is not enough, so I “patiently” wait!!!
Well, the concrete has cured. I bought a 12″ diameter circular paver to place in the bottom of my sump barrel for the sump pump to sit on. Then I installed the 1-1/2″ threaded-solvent weld PVC adaptor on the pump. Then I solvent welded about a 4′ section of PVC to that. At that point (about 3′ above floor level), I installed the check valve. Below the sump pit cover (at floor level), I drilled a 3/16″ weep hole in the discharge pipe. The purpose of the weep hole is to prevent airlock. From the check valve I made my connections all the way to the outside downspout drain, which will take the sump water to the ditch about 200′ away from the house.
After everything was installed and connected, I tested by dumping about 5 gallons of water in the pit. The pump discharged it in approximately 5 seconds. Pump is rated for about 42gpm. The pump sits in 4″ water and kicks on when water reaches 8″ deep, then turns back off when water level is down to 4″ again.
I normally do not like rain, and we haven’t had any for a couple weeks. (In my alternative universe it is 80′ and sunny every day and rains 1/8″ every night from 3-4am). However, since this isn’t my reality I am actually hoping for some drenching rains just to see if installing this sump pump will alleviate the wet basement issues and prevent water from coming up thru the floor and around the perimeter.