5 Popular Types of Sump Pump Systems

This type goes right into the sump pit and operates underwater. It’s enclosed in a watertight casing and has a sensor that detects when water rises to a critical level in the sump pit. An impeller ejects excess water from the sump basin via an attached drainage pipe. Water is then directed out of your home into a drainage area.

One distinct advantage of submersible pumps over non-submersible types is that they use direct pressure via a pipe, which is a more effective method than suction. This enables them to move water over a great distance.

Also, this type doesn’t need to be primed for operations to start working. This means the pump can start operating the moment it’s installed. Their motors are safe from burnout because they don’t need to be primed. Submersible pumps are also able to move vast amounts of water out.

The submersible might be the right type for you if you want a sump pump design that operates quietly and offers excellent protection against flooding. Be sure to get a battery backup so you won’t experience downtime in stormy weather.

Mounted above the sump basin, the pedestal sump sits above the basement’s water line. It rests on a pipe that keeps it above the required water level and has a water sensor that determines the amount of water entering the sump basin. When the water reaches a certain height, the sump’s motor kicks in and removes the excess water.

One of the advantages of installing a pedestal pump is that it can move out huge volumes of water effortlessly. As the sump pit fills with water, the pump’s float activates the motor and starts removing the water.

The pedestal sump pump benefits areas that receive massive rainfalls or experience significant snowfall. This also includes areas that are prone to flooding or water damage.

While a pedestal sump pump is economical, it’s likely to malfunction if it stays for long periods without being checked. Plus, its open nature makes it susceptible to damage from debris or other objects falling into the pit, and water can quickly evaporate back into the air, leading to condensation and elevated humidity or even flooding the basement. Regular inspections are essential as they ensure your pump performs appropriately and won’t suffer significant damage. With a little effort, you can keep your sump pump in top shape.

This type doesn’t require electric power to function, a major advantage during heavy storms. It’s powered by your house’s water supply. One gallon of water is able to move out two gallons of water from the sump pit.

When water levels in the sump basin rise above the preset level, the float rises too and opens a valve that supplies water via a base pump ejector. Water flow creates a suction that sucks water from the pit and discharges it outside.

Because the main power source is water pressure, there’s no energy or water waste. Any water that’s used in the process goes back to the earth via a storm sewer. This type can also operate for several hours. If the electricity goes off for a couple of days or weeks, the pump will keep working as long as the water supply remains constant.

Water pressure has to be between 40-90 psi for the water-powered pump to operate smoothly. It’s advisable that the connection pipes be made from copper, as they’re resistant to rust.

They’re a common type of centrifugal pump and have the salient features of a traditional sump pump but with an added layer of protection.

This type has a primary sump pump, a controller, a battery case, and a backup pump in case the primary one fails. It also has a battery that supplies power to the backup pump. When the primary pump fails, an alarm activates the backup to take over pumping duties. The backup system will keep operating until the primary sump pump is restored.

A float switch activates its motor, and the impeller starts spinning, forcing rising water to the sides of the pipe. What this does is create a lower-pressure area in the pipe’s center. Water from the sump basin rushes to fill the void and is ejected by the impelling via a drainage pipe to the outside.

The last type runs on batteries and works like the other sump pumps above. Water gets into a basin, and a float switch activates the pump. The good thing about the battery-powered pump is that it will keep operating even if the power goes out.

Its switch trips the moment electricity goes off in a storm and automatically starts powering the sump pump. Any loss of electricity won’t hamper the pump’s performance. This type is suitable for rural or wooden areas that are likely to experience power outages.

An essential part of the buying decision is how often electric power goes out and what types of storms you experience in your area. Regardless of the above considerations, a battery-powered sump pump does up your safety factor and protects your basement from water damage.

There are various battery-operated sump pumps, from low-capacity models to powerful ones. Experts will help you choose the right pump size depending on the sump pit size.