A Model To Show Where Water Flows During A Storm A Water Powered Sump Pump – A Little Peace Of Mind

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A Water Powered Sump Pump – A Little Peace Of Mind

Water-powered sump pumps are an economical solution to the age-old problems of power outages and pump failure. If you must have a water pump running at all times, then a water trough is the best choice over a battery backup system.

No batteries, no power supply, no problems and no moving parts. When called upon by it, the auxiliary pump of the water pump can run indefinitely, as long as municipal water is available and does not depend on the battery. With a battery powered water pump system you can expect about 7 to 8 hours of continuous operation before the battery dies. If you need to run the system for longer than that, a generator to supply electricity is the only other option, quite expensive, which makes a water pump the ideal solution for an auxiliary pump.

The only downside to a water pump is that it won’t give you the same discharge capacity as your power pump. But it’s money well spent for peace of mind if your system crashes, so they’re a worthwhile addition. In the event of an emergency with a power outage or failure of your pumping system for any reason, you will still be able to pump water. If your power is still on, the water sump will work in conjunction with a primary pump such as a Zoeller water pump to provide a higher rate of water discharge.

How a water pump works

Water powered sump pumps are simple in design and operate using normal household water pressure through a small nozzle to accelerate the flow of water. As this happens, the water pressure drops. Just like a vacuum cleaner, this creates suction. A water pump (“ejector”) pulls water out of the pit by suction just like through a giant soda straw.

The operation is completely automatic – it works regardless of whether you are at home or away. The auxiliary pump has its own float switch, which activates the pump when the water level in the sump sump rises too high – above the level normally allowed by the primary sump pump. This both activates an audible alarm to let you know it’s working (check your model if it doesn’t, you can just add it to the pump system) and that there’s something wrong with the primary pump or power supply. For other options, see Zoeller water pump information.

Avoid all the water pumps standing in the pit

Backflow prevention is about safe water. Despite regulations and building codes regarding backflow prevention, many products sold to savvy homeowners do not meet these standards. Notable among them are the old school water pumps located inside the pit. Avoid them! Submerged in water in a trough with a discharge pipe filled with water, they will certainly contaminate drinking water during a sudden loss of mains water pressure.

Every water company receives several calls each month from homeowners complaining about “blue water” coming out of their faucets. Instead of a “plumbing code approved” toilet flush valve, they bought a cheap one. If a hydrant goes off or a water main breaks, the sudden loss of water pressure can cause “backsiphonage” and draw pollutants or contaminants into the potable water distribution system. If your neighbor uses his garden hose to fill his pool, or to spray pesticides on his lawn, or to flush his radiator, contaminants can end up in your drinking water due to sudden backflow. A serious health hazard is unavoidable.

If your building department insists on a separate and officially approved backflow preventer, look for an integral Atmospheric Vacuum Breaker (AVB) for your water pump. The discharge pipe from the pump should be slanted, self-draining, otherwise water would flow out of the AVB valve. Just be absolutely sure that your sump pump is not the sump sump type.

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