You are not protected in the event of a power outage.You’ll find a wide variety of costs for sump pumps depending on the pumping requirements and quality of the pump itself. This is a medium to low-cost alternative that gives you redundancy in the event of a primary pump or switch failure.The secondary pump’s float switch is positioned just above the primary pump. This solution adds a redundant sump pump into your pit with additional plumbing that ties into your main discharge line. Pumping power is limited and it may not keep up during heavy rain.It does not work during a power outage if you’re on well water.It’s a low cost simple mechanical solution.If you’re on city water it will work during power outages.This solution uses the energy stored in the form of pressurized tap water to evacuate your sump. And of course, Murphy’s law says that this will most certainly be happening at 2 AM in a torrential downpour when you should be sleeping!Ģ. If you do hear the alarm, you’ll have time to react, but it will most likely involve a mad scramble with 5-gallon buckets to try and prevent the sump from overflowing.If you’re not home or don’t hear the alarm, your basement will flood.These typically run on battery so they will still function in the event of a power outage.This is the cheapest method for alerting you of a problem.You’ll be alerted before you have a mess in your basement.When water hits the alarm switch an audible signal is sounded and you can react appropriately before the problem results in flooding. The idea is that if the water gets above that float switch, something has gone horribly wrong and it needs your immediate attention. These alarms are tied to a sensor that you mount just above your sump pump float switch in your sump pit. This is the simplest and cheapest way to alert you to a future water problem in your basement. So what are the options to protect your basement? 1. The result is a huge mess, extensive damage, and significant repair costs. In any of these cases, without a pump evacuating the water, the pressure will build up until the water begins to seep up through cracks in your floor and eventually overflows the top of the sump pit. Unless you do some sort of regular check (I’m guessing most people don’t), you won’t realize the pump has failed until you have water in the basement. Sump pumps are typically out of sight and out of mind. All mechanical items have a finite lifespan. If that float switch fails, the pump will never turn on and the water level will continue to rise eventually resulting in a flood. The water level drops until the pump shuts off. When the water rises and reaches that switch the pump is activated. Sump pumps typically come with a float switch that is installed above the pump. Guess what, without power your main sump pump is inoperable. So what’s the problem? The problem is the flooding of the basement when any piece of the system fails.įor instance, any of the following scenarios could lead to basement flooding, even with a properly installed drain field and main sump system: If you have a basement and your house was built recently you probably have a system similar to what I’ve described. The sump pump’s function is to take all the water being collected in the sump pit and evacuate it out of the house to a drain field away from the basement where the water is safely dispersed. These drain tiles prevent water from building pressure under your floor and eventually seeping through small cracks in the concrete. The folks over at Basement Questions? do a nice job of explaining drain tiles. Sump pits are installed in basements as a central drain point for a series of drain tiles that run underneath the cement in your basement.
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