I am wondering which pump removes more volume of water within the sump per event. This model, or the other one with a tether float? Thanks!
874484
This particular pump has the top suction intake instead of the bottom intake. It will probably leave another couple of inches in the bottom of the sump when it turns off but is not as likely to get stopped up with trash.. The turn on and turn off settings are not adjustable as with a tethered float switch. I have 5 of these pumps in operation in the basement of a 3600 sq. ft. lab building and do a monthly test with a water hose to make sure each one is working. I have A/C condensate that drains into 2 of the sumps so those pumps do operate several times a day as we use the A/C year round. I have not had a failure with the new pumps since replacing 5 Dayton pumps that failed over a period of time. Some of the new pumps have been in operation for at least 3 years. With the reasonable cost, I keep a spare in stock.
372808
Yes, they all require a separate pump that goes in the water. The model your looking at needs a pump that does 400-700 gph.....it's about $30 hope this helps!
359401
While still a float valve on a pole - it works quite well as long as you ensure that the float is unencumbered. I've had mine a year now it have had not problems. Got in the crawl space a week ago to check cause I hadn't heard it running. Still works - sump was empty and dry.
645878
The overflow box has the corrugated hose that dumps down to the sump area. It goes through the filter area, then into the protein skimmer area, and the return pump is right next to the protein skimmer pump. Both pumps are right next to each other. There is no pump that is hooked up to the overflow. That is gravity fed and adjusted to the water level in either the filter or the tank. Hope this helps. I have one hooked up now. If you have further questions, please contact me at stkbroker8500@yahoo.com
305954
I think you can Google "sump pump size calculator" and get some useful info. For reference, I have a 15 foot lift in a residential use and replaced a 1/4 HP Zoeller with a 1/3 HP and have no issues. The 1/3 HP motor is more than powerful enough and empties the sump in about 5 seconds. With the M53 Mighty Mate the sump only gets about 12" of water before the pump kicks on. I am thinking about installing a separate "float valve" so the pump doesn't cycle so often during the rainy season.
2234442
The unit I got was the "TRDRUM30 Heavy Duty Drum Barrel Manual Siphon Pump", it works fine on a barrel full of water. It does not have a filter, so you might consider 'doping' your water with 'water purification pills', but that is another story.
1707184
I have a pump that pushes out 2500 gph for my pond. I also have another pump pushing out 4000 gph on a different filter for a waterfall and river. I was having some clarity issues with just the larger pump so I bought the TetraPond 26596 and within 1 week the 3000 gallon pond was crystal clear. I am extremely happy with the results. Good luck to you, I know you will not be disappointed.
765680
At 40 psi and a 10' head (typical for a sump pump), this unit will move about 560 gph. The smallest Basepump (RB 750) will move 750 gph of sump water at the same pressure. I initially looked at this unit, but went with the Basepump HB 1000 instead as it will move 1000 gph and is of a higher quality. Additionally, the reviews for the Liberty frequently mention problems with the float valve. The float system on the Basepump does not have the same issues and is extremely well made. Also, it is not operating against the full flow of motive water; it simply acts as a pilot system to actuate a much more reliable type of main valve. At 40 psi and a 10' head (typical for a sump pump), this unit will move about 560 gph. The smallest Basepump (RB 750) will move 750 gph of sump water at the same pressure. I initially looked at this unit, but went with the Basepump HB 1000 instead as it will move 1000 gph and is of a higher quality. Additionally, the reviews for the Liberty frequently mention problems with the float valve. The float system on the Basepump does not have the same issues and is extremely well made. Also, it is not operating against the full flow of motive water; it simply acts as a pilot system to actuate a... » Read More At 40 psi and a 10' head (typical for a sump pump), this unit will move about 560 gph. The smallest Basepump (RB 750) will move 750 gph of sump water at the same pressure. I initially looked at this unit, but went with the Basepump HB 1000 instead as it will move 1000 gph and is of a higher quality. Additionally, the reviews for the Liberty frequently mention problems with the float valve. The float system on the Basepump does not have the same issues and is extremely well made. Also, it is not operating against the full flow of motive water; it simply acts as a pilot system to actuate a much more reliable type of main valve. « Show Less
1715693
Wanda the Whale? I wonder if you are thinking that this is an AIR pump? This is a water pump that circulates the pool water and chemicals to help keep the pool clean. I am not familiar with Wanda, is it an inflatable pool toy or what? Sorry I couldn't be of more help...
1197642
I use THE Wanda the Whale pool vacuum that hooks directly to the filters intake and it works great for my 24ft x52 in intex pool. I would recommend this pump to anyone. goodbye chlorine and paper filters
579073
I don't think so. It works in the opposite way, when the float rises sufficiently it turns on the power that activates the sump pump, so I think it is doing the exact opposite of what you want.
1953063
If it were just a sump pump I would say yes, but being a battery backup where everything is tied together I would say no? Not for sure though. The float on this is not the large ones that come with most sump pumps. There are two small floats that do not need to have that much water to rise them to set the pump off. For just regular sump pumps you have to google: PumpBiz. They are in Chicago and I have ordered all my pumps from them. Ask for Jeff Richmond. They have sold me countless 'switches' that act as a float but it uses a wire that when the water hits the wire it sets off a manual pump. You have to get this. If it were just a sump pump I would say yes, but being a battery backup where everything is tied together I would say no? Not for sure though. The float on this is not the large ones that come with most sump pumps. There are two small floats that do not need to have that much water to rise them to set the pump off. For just regular sump pumps you have to google: PumpBiz. They are in Chicago and I have ordered all my pumps from them. Ask for Jeff Richmond. They have sold me countless 'switches' that act as a float but it uses a wire that when the water hits the wire it sets off a manual... » Read More If it were just a sump pump I would say yes, but being a battery backup where everything is tied together I would say no? Not for sure though. The float on this is not the large ones that come with most sump pumps. There are two small floats that do not need to have that much water to rise them to set the pump off. For just regular sump pumps you have to google: PumpBiz. They are in Chicago and I have ordered all my pumps from them. Ask for Jeff Richmond. They have sold me countless 'switches' that act as a float but it uses a wire that when the water hits the wire it sets off a manual pump. You have to get this. « Show Less
1543104
I am doing a similar project as you... I'm trying to deliver water to my bench grinder. So the "head" is how high the distance is from the pump to where you want the water to exit the tubing. A pump will pump vastly different amounts of fluid depending on how great that "upward" distance is. The Rio pump I first got was rated very optimistically at 120 gph (gallons per hour) but only if the outlet was at the same level at the inlet with no tubing attached. I attached tubing and starting lifting the hose higher and higher above the pump. The stream got less and less the further I lifted the hose and stopped flowing completely at 32". It took more power than the pump had to get further than this. I am doing a similar project as you... I'm trying to deliver water to my bench grinder. So the "head" is how high the distance is from the pump to where you want the water to exit the tubing. A pump will pump vastly different amounts of fluid depending on how great that "upward" distance is. The Rio pump I first got was rated very optimistically at 120 gph (gallons per hour) but only if the outlet was at the same level at the inlet with no tubing attached. I attached tubing and starting lifting the hose higher and higher above the pump. The stream got less and less the... » Read More I am doing a similar project as you... I'm trying to deliver water to my bench grinder. So the "head" is how high the distance is from the pump to where you want the water to exit the tubing. A pump will pump vastly different amounts of fluid depending on how great that "upward" distance is. The Rio pump I first got was rated very optimistically at 120 gph (gallons per hour) but only if the outlet was at the same level at the inlet with no tubing attached. I attached tubing and starting lifting the hose higher and higher above the pump. The stream got less and less the further I lifted the hose and stopped flowing completely at 32". It took more power than the pump had to get further than this. « Show Less
326567
This float switch is supposed to turn the sum pump on when the water reaches a certain level. The sum pump is to empty the container full of water. But for some reason if there is a lot of water, the float kind of reset it self and then starts again. I think you are looking for another kind of float switch, you know like the one used in toilet tank. ask for a water tank float switch. This float is not for you.
87289
The biggest advantage I found was the amount of water being moved. This pump far exceeds the standard, inexpensive, in-sump pumps. It all depends on how much water you get and how much you need to move.
1135619
they told you right. if you have the permanent integrated float, just tie it straight up to the discharge line (make it look like a hot air balloon ) heavy zip ties or hose clamp. then just plug your sump into the bwc1. done. you need your float to stay made/on at all times.
1203321
Your float turns a switch on and off on or near the motor. If you can lock the switch in the on position (many options), and your pump runs full time, you can use this switch by plugging it into the outlet first and then plugging the sump line into the control. Directions aren't the best but mine still works. Good for up to 14 amps. I'm always cautious with low stock items. They could be returns but Amazon backs up their products.