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:Goo L 1 r-• C., 40 � <br />.coo <br />t t_ <br />'N6�rft 0-t, - r <br />CD M P <br />A L <br />OUT <br />2EGit1C,EIZ^trI <br />l .AIC6r o tZ F1 E `r H I:r ^ "1 <br />L,a.G��,►� _- PLj" N U"11 cfct-1 . Pu�.tP <br />'p_tstitAfZGsE �"o L.a � � <br />SUM 1-4ER - SBC'F av^-tE- e <br />W t 1`41 E'ie -- ";5 W-' F WAFT E z <br />P¢'ESSURQ <br />T4.N C <br />WINTER OPERATION <br />I. Water from well pumped into the pressure tank on demand. <br />2. On call for heat, 48' F. water in coil passes thru the heat exchanger, temperature <br />of water will be lowered to 38° F. <br />3. Heat discharged by water will be absorbed by cold refrigerant, then it flows 11A5 <br />the compressor. <br />4. Hot refrigerant from compressors fiow3 into the heating coil and passing cold return <br />air will absorb the heat. Warm air will be discharged into the house through a <br />blower as shown. <br />S. Clean water t 3R• F. will be discharged into the lake or lagoon as very low velocity. <br />NOTEt IN THE PROCESS OF HEATING, WATER NEVER COMES IN CONTACT <br />WITH REFRIGERANT AND IT REMAINS C..EAN THROUGHOUT THE <br />PROCESS. <br />48 F- <br />WrwLL <br />