Anyone can share info on the Home Depot Xtremepowerus VSP?

Adonisinpool

Well-known member
Jul 21, 2024
80
Florida
I'm in South Florida and need to get a new pump. I looked through the forum to no avail.

I have an old 1 hp pump and it's time to get the variable speed pump. Boy they are expensive.
I was looking at the Eco-Boost 1.5 HP 230-Volt In-Ground Swimming Pool Pump with Variable Speed and LED Control Panel, model 75019

XtremepowerUS Eco-Boost 1.5 HP 230-Volt In-Ground Swimming Pool Pump with Variable Speed and LED Control Panel 75019-H1 - The Home Depot

Can anybody shed some light into this pump? I rather not spend $1000 for a VSP.

It's an old 12,000 gallon pool with the 1 1/4" PVC pipes.
It has just 1 skimmer, 1 drain, 2 returns and 1 vac port for the Hayward Navigator through a C-900 cartridge filter. That's it.
No spa, waterfall, etc.

I had the vacuum line installed some years ago. That's a 2" pipe.

Also, is it ok to go with the 1.5 hp VSP pump to replace a 1hp pump with my 1 1/4" pipes?

Any other information would be greatly appreciated.
 
Welcome to TFP.

It is one of many inexpensive Chinese pumps now being imported with no support or warranty.

It may work for you if you can DIY any issues without manufacturer support.

Your 1 1/4 pipes can handle any HP VS pump. You don’t run VS pumps at maximum speed and HP.
 
I haven't seen much feedback on that pump. It looks like it only carries a 30-day warranty.

As Allen says, the Calimar line carries a pretty good reputation here for reliability and value. You can also add an automation panel for $35 for future expansion. You might even consider the 3 hp version.
 
Welcome to TFP.

It is one of many inexpensive Chinese pumps now being imported with no support or warranty.

It may work for you if you can DIY any issues without manufacturer support.

Your 1 1/4 pipes can handle any HP VS pump. You don’t run VS pumps at maximum speed and HP.
Aren't all pumps made in China, nowadays?

I think it either has the 30 days or 1 year warranty but I will purchase the 3 year warranty with it for $60 more.

I'm sure all VSP pump starts with 5 minutes of prime at max speed and then goes down. That's ok, right?
 
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I just found this pump on the Home Depot website. This is a 1 hp VSP. Wouldn't this be better suited for my 1 1/4" pipes and more energy efficient than a 1.5 hp VSP?

 
I just found this pump on the Home Depot website. This is a 1 hp VSP. Wouldn't this be better suited for my 1 1/4" pipes and more energy efficient than a 1.5 hp VSP?

No, that is not the way energy efficiency with VS pumps works. Low HP does not mean more efficient. Low HP means you have to run a higher RPM, which uses more energy, for a given flow rate.

A higher HP pump can run at lower RPMs, and use less electricity, for the same flow rate.

High HP pumps run at low RPMs are the most energy efficient.


Variable_Speed_Pump_Electrical_Costs.jpg
 

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No, that is not the way energy efficiency with VS pumps works. Low HP does not mean more efficient. Low HP means you have to run a higher RPM, which uses more energy, for a given flow rate.

A higher HP pump can run at lower RPMs, and use less electricity, for the same flow rate.

High HP pumps run at low RPMs are the most energy efficient.


Variable_Speed_Pump_Electrical_Costs.jpg

Oooh. That makes sense. I'm learning something new everyday.
So in other words, a 1 hp pump running at 1400 rpm would produce a much lower flow rate than a 1.5 hp pump requiring more energy?

Thus a 1.5 hp pump can run it, let's say 800 rpm, to achieve the same flow rate as a 1 hp pump running 1400 rpm and would be much more energy efficient?
 
Oooh. That makes sense. I'm learning something new everyday.
So in other words, a 1 hp pump running at 1400 rpm would produce a much lower flow rate than a 1.5 hp pump requiring more energy?

Thus a 1.5 hp pump can run it, let's say 800 rpm, to achieve the same flow rate as a 1 hp pump running 1400 rpm and would be much more energy efficient?

Correct.

The RPM required to create the HP and flow rate is what determines the electrical energy consumed.

Most pool pump motors run at 3450 RPM maximum regardless of HP. Some new BS pump motors are running up to 4000 rpm.
 
It is a VS pump. On the control panel there are three preset buttons labeled low, medium, and high. Each of these can be programmed at your desired speed. You can also set your desired speed for the auto program.

1000006303.jpg
 
Correct.

The RPM required to create the HP and flow rate is what determines the electrical energy consumed.

Most pool pump motors run at 3450 RPM maximum regardless of HP. Some new BS pump motors are running up to 4000 rpm.

Gotcha. Let me ask you this. How does the 1.5 hp flow more water at the same rpm as the 1 hp? They have bigger impellers?

Also, under the specs, I noticed the Xtremepower 1.5hp uses 9.5 amps whereas the K2 1.5hp uses 5.0 amps. Would this means the K2 is more efficient?
 
I noticed the Xtremepower 1.5hp uses 9.5 amps whereas the K2 1.5hp uses 5.0 amps. Would this means the K2 is more efficient?
Yes.

I'm a little baffled. I noticed the K2 1hp uses 3.2 amps. So if I get the K2 1hp and run it at 1400 rpm, it would be more efficient than the Xtremepower 1.5 hp 9.5 amp running at 800 rpm achieving similar flow rate? I used this calculation, K2 3.2x1200=4480, Xtreme 9.5x800=7600. I thought the bigger pump would be more energy efficient at lower rpm?
 

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