StormChamber® Stormwater Chamber, 41 in. High, End Unit, Orange

SKU:

SC-44105-E-O

NDS StormChamber End Chamber used to collect, retain, and discharge storm water from residental and commerical sites (NDS SC-44105-E-0)

Maximize storage volume using a smaller footprint with the NDS StormChamber® system. This stormwater management powerhouse features an open bottom, arch-shaped chamber that allows it to work in both permeable and non-permeable soils to ensure the stormwater best management practices (BMPs) work at the highest removal rate possible. This modular subsurface drainage chamber can be configured in rows and also layered to meet job site requirements. The 41 in. high unit features a minimum installed storage of 173 cubic feet and internal chamber volume of 93 cubic feet. The end unit is the last chamber placed in a row that includes a start unit and one or more middle units. To increase storage, additional rows can be interconnected with pipe from side portals. StormChamber units are made of thermoformed high-density weight polyethylene, engineered to withstand extreme environments, exceeds the AASHTO H-20 design load, and allow for deeper cover than other systems. Use included SedimenTrap™ devices to capture sediments and help extend the lifespan of the system.

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Applications

Detains, infiltrates, and conveys stormwater runoff; modular system maximizes storage volume with a smaller footprint than traditional concrete and stone systems; easy to maintain
Works in commercial, industrial, municipal, and residential settings to manage stormwater runoff; ideal for installing underneath parking lots, playing fields, and landscapes
As part of a complete stormwater management system, the StormChamber® system works with a capture device or drainage inlet to detain, infiltrate, and convey collected stormwater

Features

Holds significant volume compared to other same size stormwater chambers on the market
Designed for strength due to thermoformed high-density weight polyethylene (HMWPE) material; withstands extreme environments, and exceeds the AASHTO H-20 design load
Simple install; internal crossover eliminates expensive header pipe manifold system; modular chambers overlap to form rows; side portal feed connects rows, provides greater flexibility and hydraulic design