19 SEER Inverter Technology, 9000 Btu, 115V~, Cooling & Heating Wall Split AC

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Enjoy the beauty of the view and comfortable breeze this season and beyond from Harbor Point®. Introducing our 9,000 Btu, 19 SEER DC Inverter Series Wall Split Air Conditioner & Heat Pump. The unit comes fully charged with environment safe R410A, and the complete installation package including 24.6 feet connecting pipe and wire set. This Harbor Point® has the premium Panasonic® compressor and also features the better airflow of advanced remote controlled secondary Horizontal Auto Sweep: Auto remote Up, Down & Right and Left airflow controls mean never getting on a stool to reach into the fan/louver area with fingers like how obsolete brands blow.

Federal Tax Credit

The unit is eligible for a Federal Tax Credit as verified by AHRI testing. As part of the American Recovery and Reinvestment Act of 2009, tax credits are available at 30% of the installed cost, up to $1500 off a $5000 investment in 2010 (existing homes only).

Certified AHRI reference number for this model: 3420090

To view or print online certification for tax credit, please go to:
http://ahridirectory.org/ceedirectory/pages/vsmshp/cee/defaultSearch.aspx
Type or copy the Certified AHRI reference number above, then click “search”; double click to print the certification.

More infomation available at:

• http://cee1.org/resid/rs-ac/rs-ac-tax-credits.php3
• http://ahrinet.org/content/federaltaxcredits_896.aspx
• http://energystar.gov/index.cfm?c=tax_credits.tx_index

What is Inverter Technology?

Traditional A/C & Heat Pumps have single speed compressors that run until the set temperature is reached, then shut down. As the ambient temperature varies from the set temperature the compressor switches on again, and this cycle repeats itself. The DC Inverter compressor is smarter, more advanced. Rather than turning on and off, it instead adjusts its operating speed and capacity to maintain the set temperature and eliminates the frequent stopping and starting required by standard systems. This creates substantial energy savings and also reduces wear on the system by eliminating the continual on/off cycles.