You might want to see if you have a local electric motor shop. You be amazed at the difference in price and they might even take your old one for a small discount. Sure can't hurt to try.
There are plenty of places online to purchase them. As I said before, just google the part numbers and several online stores will show up. Amazon often carries motors but they may not always be the best price.Where is the best place to buy these motors?
No, only a VS requires surge protection.Will I need to add surge protection when installing the new motor?
There are plenty of places online to purchase them. As I said before, just google the part numbers and several online stores will show up. Amazon often carries motors but they may not always be the best price.
Here are prices, stores and some ratings:
Century B2980 Pump Motor, 3/4, 1/10 HP, 3450/1725, 230 V
Century B2980T Pump Motor, 3/4, 1/10 HP, 3450/1725, 230 V
Don't forget you will also need a new shaft seal.
No, only a VS requires surge protection.
Thanks, mas!
What is the likely payback period for this motor investment?
For the Superflo, the difference between high speed and low speed is about 1000 watts so at $0.11/kwh, you will save about $0.11 per hour of run time. If the motor plus seal is $350, then pay back is around 3200 hours of run time (~2 years @ 4 hours/day, 365 days per year).
Thank you!
Where would I buy shaft seal and can I install myself?
There are plenty of places online to purchase them. As I said before, just google the part numbers and several online stores will show up. Amazon often carries motors but they may not always be the best price.
Here are prices, stores and some ratings:
Century B2980 Pump Motor, 3/4, 1/10 HP, 3450/1725, 230 V
Century B2980T Pump Motor, 3/4, 1/10 HP, 3450/1725, 230 V
Don't forget you will also need a new shaft seal.
No, only a VS requires surge protection.
One comes with a timer, the other does not.
How do you plan on controlling the pump? On/off or high/low speed.
Do you currently have a timer or controller?
If not, you can get the motor that comes with a timer or purchase a separate timer. Either way, you will want some way to turn on and off the pump and change speeds at set intervals.
Yes, that motor should work fine.
As for break even, it depends on how you use the pump and the plumbing. But I can give you an example and you can take it from there:
Once the motor is in place and assuming typical 1 1/2" plumbing, the motor will consume about 1347 watts on high speed and 294 watts on low. Assuming you run the pump on high for one hour and on low for three hours per day (4 hours total), that would be about 2.2 kwh per day or 67 kwh per month or about $7/month. If you continued to use the old motor (i.e. single speed) for the same run time, that would use about 162 kwh per month at a cost of $17 per month. So you would save about $10 per month and break even is about 20 months of operation.