No hay artículos en el carro
No hay artículos en el carroEl sistema de lixiviación de aguas pluviales es un sistema de pozo seco de poliolefina estructural con inhibidores de UV. La unidad contiene 3 paneles laterales, 1 panel superior y se adapta a tuberías DWV de 4 'sch-40 y 4'. Tiene capacidad para 40 galones, con 18 puertos de lixiviación knockout de 1.5 ', 3 puertos de entrada / salida knockout de 4.5' cada uno por panel.
DAVE S...
Comentado en los Estados Unidos el 28 de marzo de 2025
Works as advertised. Hardest part is digging the hole. The lid feels very strong. Should support a lot of weight if buried at least 1' underground. Bottom is open and put 6" of gravel on the ground before putting it in. Never had a problem with water not going down well.
Customer
Comentado en Canadá el 15 de julio de 2022
This dry well arrives flat packed, and the assembly is easy. The plastic is sturdy, I have no concerns about it holding up over time. I would buy this again (but I hope to not need to).
Tim B.
Comentado en Canadá el 17 de noviembre de 2022
Everything I needed and expected. Better to cut out the drainage holes instead of hamming them out, second attempted hold cracked a bit so I knifed them out quite easily. I tuct taped the inside seams to prevent it coming apart while backfilling. Very pleased and I got my money’s worth.
John K
Comentado en los Estados Unidos el 2 de agosto de 2018
Solid quality. American made.
Jeff Baygents
Comentado en los Estados Unidos el 17 de junio de 2018
I used this NDS Surface Inlet Drain on each of 3 NDS Dry Wells. It is true that the drain could be sealed to the top of this dry well but, the general rule is not to, to allow for ground shifting over the years (such as earthquakes, etc.). I checked with NDS. I didn't seal mine. I did read a lot of items on others reviews all across the Internet so I hope the following notes help others. I've seen where others built their own with piping. I chose to get these for reducing the time of the installation of 3 wells. Some people discuss about about grass clippings, dirt, etc. could gradually fall into the dry wells through this drain inlet cover's openings, which is true. Others made reference to the possibility of mosquitoes. My wife searched around what others were doing and settled on a modification of a good idea, which we applied. So, after we installed the inlet drains we went to our big box store and found a roll of screen fabric that was promoted as strong enough to last and not too fine of a mesh to disallow overflow, in the case of excessive rains. We avoided metal screening so the material was some kind of nylon or other material. We then bought some large clamps (they were called "adjustable worm duct clamps". We chose specifically a 7-inch size so that there wouldn't be any excess to trim off. We cut off a square section of the fabric mesh and draped it over an installed inlet top. We then clamped it, using a worm geared clamp. The clamp was positioned at just slightly lower than the very top of the drain. After that, it was easy enough to then cut and trim off the excess screen. I've mowed about a dozen times now and have hit and scraped some of these without any ripping of the screen so it was important to get a strong, durable covering for this purpose, even though it was expensive. I do realize that eventually the screening might need replacement, as I'm prepared to do with the roll of fabric and extra clamps in storage but I'm guessing it might be several years. Eventually, I'll gradually raise the ground level around the inlet drains so that I won't "bump" them any more while mowing. Hope this helps others.
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