DRAINAGE & FOUNDATION / CENTRAL FLORIDA
Sump & discharge systems
A pump is not keeping up, its discharge is causing trouble or water has no workable gravity route.
What FAS does.
FAS reviews and installs sump and discharge systems for drainage problems that may need pumping. We consider how water reaches the basin, where it will discharge and what power and controls the system needs. Existing equipment and pipework can be reviewed as part of the proposal. The quote identifies the equipment, connections and related work, so you understand the system and its maintenance needs before approving installation.
What we check.
- The incoming water, collection basin and discharge location.
- Available power, pump controls and any requested backup provisions.
- Access for cleaning, inspection and equipment service.
What happens next.
- Show us the water problem and any existing pump system.
- Review the proposed equipment, pipe route and operating needs.
- Approve the checked work and price before installation scheduling.
Common questions.
Can you assess my existing pump and discharge line?
Yes. Describe what is happening so FAS can confirm the appropriate assessment and any further work.
Will the system work during a power outage?
That depends on the equipment and backup provisions included. Discuss this requirement before approving the system.
Optional: explore how this drainage principle works
SEE THE PRINCIPLE
A picture you can explore.
Change a control to see why the details matter. This example does not diagnose your property.
EXPLORE HOW IT WORKS
Sump pumps: follow the cycle
Change the incoming water and switch the power off. Watch the float, pump and water level respond.
- 1Incoming water
- 2Float switch
- 3Pump and discharge
With power available, the float starts the pump as water rises. Steady rain leaves less rest between cycles.
What to notice.
Water collects in a basin. A float starts the pump as the level rises, and the pump sends water along a discharge pipe. More incoming water leaves less rest between cycles. A powered pump stops during an outage unless a working backup takes over.
Educational illustration. Geometry and motion are simplified, and slopes are exaggerated so the change is visible. It does not predict performance at your property or specify equipment, dimensions or repairs.