There are two main types of sump pumps: submersible and pedestal pumps. Submersible pumps sit inside the sump pit, so they are designed to be waterproof. For this reason, they are quieter than pedestal pumps and clog less often. The downside is that a submersible pump typically has a shorter lifespan than a pedestal model.

Pedestal pumps sit above the sump reservoir and have a hose that draws the water up and away from the house. The pump turns on when a rise in the water in the reservoir is detected. This type of pump is generally less powerful than a submersible pump and best suited for properties with minor flooding issues. They tend to be louder than submersible pumps, but they are easier to service and inspect since they are not submerged in the pit.

Professional Sump Pump Installation in Middletown

We offer high-quality sump pumps in Middletown from top brands to suit every application and budget. Our knowledgeable plumbing service technicians can help you consider the options for a sump pump, as well as additional features like battery backup systems. A battery backup ensures that your sump pump will work in the event of a power outage.

Our plumbers have extensive experience with sump pump installation to make sure your pump is installed for reliable performance. In addition to handling your initial installation, we can inspect and service your pump to ensure that your home remains protected.

Frequently Asked Questions about Sump Pumps in Delaware

1. Why is my sump pump running more often in March?

In Middletown and throughout New Castle County, March often brings a combination of spring rain and snowmelt from the previous month. This creates a high water table and increases hydrostatic pressure against your foundation. If you hear your pump cycling frequently, it’s a sign the system is doing its job; however, if it runs constantly without a break, the switch may be stuck or the pump may be overwhelmed. A professional inspection can ensure your pump is correctly sized for Delaware’s spring weather.

2. What is the difference between a pedestal and a submersible sump pump?

Submersible pumps are designed to sit inside the sump pit and are cooled by the water they pump, making them quieter and more powerful—ideal for finished basements in communities like Newark or Bear. Pedestal pumps have the motor mounted on a shaft above the pit. While they are often easier to service and can have a longer lifespan, they are louder and more visible. We can help you choose the best model based on your basement’s layout and your specific flood risk.

3. Do I really need a battery backup for my sump pump in Delaware?

Yes. In Delaware, severe spring storms are often accompanied by power outages. Since a standard sump pump relies on your home’s electrical system, it will stop working exactly when you need it most. A battery backup system acts as an insurance policy, automatically kicking in during a blackout to keep your basement dry. Many modern backups also include Wi-Fi alerts that text your phone if the primary pump fails, providing peace of mind even if you’re away from home.

4. How long does a typical residential sump pump last?

On average, a sump pump lasts between 7 to 10 years. However, in Delaware’s wet climate, frequent use can wear out the motor or float switch sooner. If your pump is making grinding noises, vibrating excessively, or is more than a decade old, it is at a high risk for failure during a heavy downpour. Replacing an aging pump proactively is significantly less expensive than the cost of basement water restoration and mold remediation.

5. What causes a sump pump to fail during a heavy rainstorm?

The most common causes of failure include power outages, a stuck float switch (often caused by debris in the pit), or a frozen/clogged discharge line. During the “thaw” periods common in March, any water left in the discharge pipe can freeze and create a blockage. We recommend a “Severe Weather Check-up” to clear sediment from the pit and ensure your check valve is functioning, preventing water from flowing back into the basin and burning out the motor.