Home Depot also has
Pioneer 12,000 BTU 1 Ton 21.4 SEER2 Ductless Mini Split Air Conditioner Heat Pump Variable Speed DC Inverter+ System (208/230V, WYS012GMFI20RL-16) on sale for
$668. Select free store pickup where stock permits.
Thanks to community member
LangL4824 for sharing this deal.
Note: You may be eligible for rebates; check the availability under the price on the product page or consult your local utility company. Availability for pickup may vary by location.
Features:
- Cooling capacity (range) : 12,000 (4,300 to 12,600) BTU/h, cooling efficiency: 20.8 SEER2/10.3 EER2
- Heating capacity (range) : 12,000 (4,000 to 12,500) BTU/h, heating efficiency: 8.7 HSPF2/3.13 C.O.P.
- Input voltage: 110 - 120 VAC (range 99 - 132 VAC), 60 Hz
- Complete system set including: indoor (fan coil) section, outdoor (condenser) section, wireless remote controller with optional Wi-Fi, 16 ft. L line set with other installation accessories
- R410A pre-charged outdoor unit, accommodating line lengths up to 25 ft. long
- Unsurpassed support hotline covering installation, use, troubleshooting, warranty and parts issues
- Pioneer is the best choice for pros and homeowners with the highest ratings for consumer satisfaction
- Certified by: UL, AHRI, DOE for safety, performance and efficiency
- WYS product family is available in different capacities from 9,000 BTU/hr to 36,000 BTU/hr for various residential and light commercial applications
- Built with the latest technologies using pulse width modulation driven DC inverter compressor and variable speed DC inverter fan motors for high performance and low power consumption
No longer available:
- Home Depot has Pioneer 12,000 BTU 1 Ton 20.8 SEER2 Ductless Mini Split Air Conditioner Heat Pump Variable Speed DC Inverter+ System (110/120V, WYS012AMFI20RL-16) on sale for $678. Select free store pickup where stock permits.
Top Comments
You won't save much money at all by going 220v vs 110v. This is a weird misconception by people, including professionals in the HVAC industry.
You purchase electricity by the watt.
Watt = Volts X Amps
Your 220v system uses half the amps of a 110v system. But it uses twice the voltage. Hence, there is no practical difference in how many watts is used.
There is a SMALL difference because of gauge of wire uses and the heat generation of the WIRE itself. But it's minimal. Like, a few cents per month most likely.
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How much more than 220v? My 120v uses 700w to 1400w in the summer, depending how hot it is
Our community has rated this post as helpful. If you agree, why not thank ChrisD7296
You won't save much money at all by going 220v vs 110v. This is a weird misconception by people, including professionals in the HVAC industry.
You purchase electricity by the watt.
Watt = Volts X Amps
Your 220v system uses half the amps of a 110v system. But it uses twice the voltage. Hence, there is no practical difference in how many watts is used.
There is a SMALL difference because of gauge of wire uses and the heat generation of the WIRE itself. But it's minimal. Like, a few cents per month most likely.
Our community has rated this post as helpful. If you agree, why not thank RyanL
You won't save much money at all by going 220v vs 110v. This is a weird misconception by people, including professionals in the HVAC industry.
You purchase electricity by the watt.
Watt = Volts X Amps
Your 220v system uses half the amps of a 110v system. But it uses twice the voltage. Hence, there is no practical difference in how many watts is used.
There is a SMALL difference because of gauge of wire uses and the heat generation of the WIRE itself. But it's minimal. Like, a few cents per month most likely.
Sign up for a Slickdeals account to remove this ad.
You won't save much money at all by going 220v vs 110v. This is a weird misconception by people, including professionals in the HVAC industry.
You purchase electricity by the watt.
Watt = Volts X Amps
Your 220v system uses half the amps of a 110v system. But it uses twice the voltage. Hence, there is no practical difference in how many watts is used.
There is a SMALL difference because of gauge of wire uses and the heat generation of the WIRE itself. But it's minimal. Like, a few cents per month most likely.
You'll notice the watt draw between the two models calculates out approximately 117 watts more with the 120V unit.
The real question is how good the "new" system will be in it's first years of use?
Personally I always avoid brandy new products, let the others that have to have the latest and greatest paid the premium price on newest products. And deal with any issues that come up.
There are two types of new gases being used instead of R410a. The R32 has been in use in Europe for about ten years. Not sure about the other refrigerant.
I bought another R410a for myself cause I want it for this summer.
Good luck on your decision!
Edit-
BTW I bought the Daikin brand, really wanted a Mitsubishi but that was 50% more.
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You'll notice the watt draw between the two models calculates out approximately 117 watts more with the 120V unit.
They won't be able to manufacture R-410A products starting tomorrow. R-410A is already quadruple the price it was 4 years ago. Servicing a 410 unit in 6-8 years will likely mean entire replacement.