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When the heavy rains arrive, the last thing you want to be thinking about is whether your sump pump will keep up. Your sump pump installation is the first line of defense against basement flooding and water damage. When it fails during a storm, it could set you back thousands of dollars in water damage. Most homeowners do not think about their sump pump until it fails, and by that point, the damage is already done.
The good news? With just a little attention and maintenance, you can keep your sump pump in top shape and ensure it’s ready before the next storm. In this guide, the plumbers at Mr. Rooter Plumbing walk you through the 5-minute bucket test that will help determine if your sump pump works before the next storm.
Before beginning the test, inspect the sump pit and surrounding area. Make sure the pump is plugged into a working electrical outlet and that the discharge pipe is connected properly. Check that the pipe directs water away from your foundation and that its outlet is not blocked by dirt, leaves, ice, or other debris.
You will also need a bucket of clean water. Never place your hands into the sump pit while the pump is connected to power, and do not attempt to lift or adjust the pump during the test.
If the pump has visible damage, exposed wiring, or signs of an electrical problem, contact a professional plumbing service in Hollywood, FL instead of performing the test yourself. A DIY approach is never a good idea when dealing with sump pump damage. You’re more likely to make things worse or expose yourself to harm. Leave the job to a trusted sump pump expert for your peace of mind.
Begin by locating the float switch or sensor that activates your sump pump. Slowly pour water into the sump pit. Add enough water to raise the float or reach the activation point for the pump.
Once the water reaches the proper level, the pump should turn on automatically. Listen for the motor and watch the water level inside the pit. A functioning pump should begin removing water without excessive rattling, grinding, or unusual vibrations.
Continue adding water gradually if necessary, but do not allow the pit to overflow. The pump should lower the water level until the float switch drops or the sensor signals the motor to stop.
The complete cycle should take only a few minutes, although the exact timing depends on the size of the pit, pump capacity, and amount of water being discharged.
A sump pump that fails to start is an obvious concern, but other warning signs should not be ignored. The motor may run without lowering the water level, which could indicate a clogged discharge line, blocked intake screen, damaged impeller, or inadequate pump capacity.
A pump that turns on and off repeatedly may have a faulty float switch or an improperly positioned sensor. Loud grinding, buzzing, or rattling sounds can point to mechanical wear. Water that remains in the pit after the pump shuts off may also indicate a check valve or drainage problem.
If the pump continues running after the water level has dropped, turn off the system if it is safe to do so and arrange for an inspection. Get in touch with a professional plumbing service that specializes in fixing sump pumps.
If your sump pump is acting up or if you want to upgrade to a newer sump pump model, get in touch with the team at Mr. Rooter Plumbing. Our experienced plumbers can service your sump pump so you can rest easy when the weather turns. We can service both submersible and pedestal sump pumps. Reach out now to book an appointment for sump pump installation.
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