A storm-water chamber in architecture is a underground chamber that is used to store and manage stormwater runoff. The chamber is typically made of concrete and is designed to hold water during heavy rainfall events, allowing the water to slowly release into the drainage system at a controlled rate.
This helps to prevent flooding and erosion and also allows for the collection and re-use of the stormwater for irrigation or other non-potable uses. The size and design of the stormwater chamber will depend on the specific site and the amount of runoff that is expected.
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Stormwater chamber detail drawing – 1
A stormwater chamber detail drawing is a technical drawing that shows the specific design and construction details of a stormwater chamber.
The drawing would typically include information such as the size and shape of the chamber, the materials used, the location of inlets and outlets, the method of construction, and any additional features such as a sedimentation basin or a discharge control structure.
The drawing would also show the chamber’s relationship to other parts of the stormwater management system, such as catch basins, pipes, and other drainage structures. The detail drawing is an important tool for ensuring that the chamber is built correctly and to the appropriate standards.
In addition to the information mentioned above, a stormwater chamber detail drawing may also include the following information:
- The elevation of the chamber in relation to the surrounding grade
- The method of waterproofing the chamber
- The type and size of reinforcement used in the concrete structure
- The location of any access points or manholes for maintenance and inspection
- The type and size of any control structures or devices used to regulate the flow of water into and out of the chamber
- Connection details to other parts of the stormwater management system, such as inlets, outlets, and pipes
- Any additional features such as a sedimentation basin or a discharge control structure
- The type of backfill material used around the chamber
- The type of drainage material used in the chamber
- The type and size of any drainage pipe connection
- The type and size of any discharge pipe connection
- The maximum design flow and capacity of the chamber
The detail drawing is an important tool for ensuring that the chamber is built correctly and to the appropriate standards, as well as to provide a clear communication between the designer and the contractor.
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