The floor drain can be used to remove excess water from the house. In many older houses, these drains are part of the basement design that prevents water damage to the house and its contents. Usually, the basement is made of cement floor, and the floor drainage device is integrated in it. Many new houses use this drainage system. Government regulations must be followed when understanding floor drain specifications. The size and type of floor drain will depend on the expected amount of water overflow it can handle. Below are the floor drain specifications you may need to determine.
Export, GPM requirements
When choosing a floor drain, the flow rate in gallons per minute or GPM is often critical. Each type of water outlet requires measurement requirements that any floor drain should meet. For example, the GPM of a bathtub faucet and a half-inch shower head is 5.0, while the GPM of a washing machine is 4.0 GPM.
Pipeline system
Along with the flow rate, other factors include the length of the horizontal pipe and the corresponding size of the pipe. In addition, the maximum amount of water on the floor must be considered. Generally, this value is up to 2 inches. However, it depends on the size of the pipe or other design issues.
Public
The opening area of ??the furnace rate and the size of the pipe are necessary because they can help meet the flow and flow required by the specified drainage system. The type of connection is also an important criterion. Connection types include hubless (NH), socket (SP), internal caulking (IC), threaded (IP) or neo-loc options. It is a good idea to use the backwater value to reduce the drainage reserve. The sedimentation bucket can also be used to filter out items that may cause drainage blockage.
trap
Drain pipe is an important part of floor drain. The trap is comparable to traps used in bathroom and kitchen fixtures. Dip the drain pipe into a U-shaped pipe that is usually filled with water. The trap is full of water, and the sewer gas will not be able to return home. The drain pipe with a trap must also ventilate the outside air to maintain the neutral pressure of the system and allow the water to flow freely.
Export, GPM requirements
When choosing a floor drain, the flow rate in gallons per minute or GPM is often critical. Each type of water outlet requires measurement requirements that any floor drain should meet. For example, the GPM of a bathtub faucet and a half-inch shower head is 5.0, while the GPM of a washing machine is 4.0 GPM.
Pipeline system
Along with the flow rate, other factors include the length of the horizontal pipe and the corresponding size of the pipe. In addition, the maximum amount of water on the floor must be considered. Generally, this value is up to 2 inches. However, it depends on the size of the pipe or other design issues.
Public
The opening area of ??the furnace rate and the size of the pipe are necessary because they can help meet the flow and flow required by the specified drainage system. The type of connection is also an important criterion. Connection types include hubless (NH), socket (SP), internal caulking (IC), threaded (IP) or neo-loc options. It is a good idea to use the backwater value to reduce the drainage reserve. The sedimentation bucket can also be used to filter out items that may cause drainage blockage.
trap
Drain pipe is an important part of floor drain. The trap is comparable to traps used in bathroom and kitchen fixtures. Dip the drain pipe into a U-shaped pipe that is usually filled with water. The trap is full of water, and the sewer gas will not be able to return home. The drain pipe with a trap must also ventilate the outside air to maintain the neutral pressure of the system and allow the water to flow freely.
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