![]() The supplied instruction manual is accurate enough, but it’s also quite general and contains a lot of information that won’t necessarily apply to the ESP25, so it’s best to use it as a benchmark rather than as a step-by-step guide to installation.īeing a backup pump, you ideally won’t hear the ESP25 going off except in dire situations (i.e., when the power has failed and you’re experiencing heavy rainfall threatening to overspill your sump basin). Installing the ESP25 was straightforward and without any unforeseen complications (keeping in mind that we do this on a daily basis). Our Short and Long Term Experiences Installing and Using the Wayne ESP25 Sump Pump If you don’t have a functional AC-powered sump pump, you’ll either want to buy a separate one (we recommend the Wayne CDU980E as the best sump pump under $200) or a combined AC-DC unit (we recommend the Wayne WSS30V as the best combination sump pump under $400). The reason behind this is that a brand new, fully charged battery will run down in around 2-4 days of round the clock use. As a result, the ESP25 cannot be plugged in, and the pump is not designed to be installed as a standalone device you’ll need an already-installed AC sump pump in your sump basin to keep your basement dry. The WSS30V can do everything the ESP25 does and more, as it’s two pumps (the CDU800 and the ESP25) in one unit. The most important difference to keep in mind between the ESP25 and the WSS30V is that the ESP25 does not include the AC-powered CDU800. How Does the Wayne ESP25 Compare to the WSS30V Sump Pump? It’s designed to be used with sump pits (sump basins) at least 15 inches in diameter. The working temperature spans 33-120 degrees Fahrenheit, it’s self-priming and housed in thermoplastic, and the sump pump outlet diameter is 1-1/2″ FPT. Although the discharge flow can reach 3,300 gallons per hour at 0 feet, it drops to 2,300 gallons per hour at 10 feet, 1,500 gallons per hour at 15 feet, and is inoperative at 20 feet. The ESP25 doesn’t use AC it’s a DC battery backup, although the battery isn’t included you’ll need a 12 volt deep cycle battery with either 40 amp hours or 75 amp hours. ![]() The aforementioned pump switch is vertical. It’s just under 11″ tall, 16.3″ wide, and just under 9″ deep with a maximum pumping height of 15 feet and a switch-on/switch-off height of 4″ and 9″ respectively. It features a 3,300 gallon per hour maximum water flow rate and a 2 year limited warranty. The pump is DC-powered and features a 12 volt motor. ![]() The Wayne ESP25 is a battery backup submersible sump pump system. Key Features of the Wayne ESP25 Sump Pump (60 Second Summary) If you’re ready to buy and just want confirmation that it’s the right decision, then yes, we recommend it for any household looking for a battery backup to an existing functional primary pump. We’ve already reviewed the ESP25 when working in concert with the WDU800 (together they make up the WSS30V) let’s look at how it works by itself. ![]() For a little over $200, or the cost of a great primary sump pump like the WDU980E, you can get a battery-powered backup sump pump that will take over when your main AC pump stops due to a power outage. This is where the Wayne ESP25 12 Volt Battery Back Up Sump Pump System comes in. However, what do you do if you already have an AC sump pump you like and don’t want to replace it just because you’d like a battery backup system? ![]() As a result, we frequently suggest combination systems like the Wayne WSS30V and the Wayne WSS20V. We’re firm believers that they are, and we always recommend them whenever installing new sump pumps the peace of mind is priceless, while the actual additional cost is as little as a couple hundred dollars over that of an AC sump pump. One of the most frequent questions we get from homeowners interested in sump pump installation is whether or not backup sump pumps are worth it or not. ![]()
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