Understanding how a sewage ejector pump works is crucial for the proper functioning of plumbing systems and to prevent potential health hazards. A sewage ejector pump is a vital part of a sump pump system that transports sewage from lower areas to higher elevations for safe disposal.
Here are the key components of a sewage ejector pump and their functions:
✅Sewage Basin: This basin collects wastewater from drains and toilets in the lower areas of a building before it enters the pump.
Float Switch: When wastewater reaches a specific level in the basin, the float switch activates the pump.
✅Impeller: The impeller creates centrifugal force, propelling the wastewater through pipes.
✅Check Valve: After discharge, the check valve prevents backflow into the basin.
When the sewage basin fills up with wastewater, the float switch triggers the pump to activate. The impeller then spins rapidly, generating pressure that propels the wastewater through pipes to an elevated point where it can be safely discharged. To ensure one-way flow and prevent backflow into the basin, a check valve is installed.
Sewage ejector pumps play a crucial role in efficiently removing wastewater from areas below the main sewer line, such as basements or lower levels of buildings. By recognizing their significance, we can ensure that these systems are properly installed and maintained to avoid issues like sewage backups, flooding, and contamination.
✅Prevents basement flooding
✅Maintains sanitation
✅Protects public health
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Contact Cardom Plumbing & Heating today for a reliable and timely service that guarantees a swift resolution of your sewage ejector pump issues at an affordable cost.
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