Bard 2100-073 - Manual (Page 17)

BARD HANUFACTURING COHPMfY
DUAL fUKl ADD-ON BEAT PUMP GUIDE TO ENERGY COST SAVINGS
REGION
FURNACE nPB PURL OIIT"
HEAT ELEC.
.70 .80
HATER TEMP.I 36^BTUH,1 ^ t S e IT
HATER TEMP. :32^BTUil.~I30 COP
FURNACE EFFTCTENCY 7813DrAFUR
BEATING OIL COCT - S/GALLON
.90 1.00 1.10 1.20 1.30 1.40 1.50 1,60 1.70 1.80
30,000
.05
,06
.07
.10
.12
.14
.16
S 410 466 521 584 639 702 758 820 876 939 994 1050 <-THEORBTICAL HEATING COCT • FURNACE ONLY
E ^ 51?
438 445 452 452 459 466 466 473 473 479 486 486
tn IS Wo Wo Hi 111 111 l\f Ilf li IJI
612 619 626 626 633 639 639 646 646 653 660 660
730 737 744 744 751 758 758 765 76S 772 779 779
848 855 862 862 869 87 6 876 883 883 8» 897 897
959 966 973 973 980 987 987 994 994 1001 1008 1008
THEORETICAL HEATING COST * FURN.+ HEAT PUMP
S PER YEAR
35,000
.05
.06
:S
.09
.14
.16
S 473 542 612 681 751 820 890 952 1022 1092 1161 1231 <-THEORETICAL HEATING COCT • FURNACE ONLY
368
438
Wo
639
:1? I ISi
973
375 382
445 452
5^? Hi
646 653
848
980
382
452
514
584
653
Ikl
987
5
987
389
459
521
591
660
723
396
466
528
598
667
730
862 869
994 1001
403
473
535
605
674
737
176
403
473
535
605
674
737
876
410 417
479 486
542 549
612 619
681 688
sU llo
417
486
549
619
688
751
890
424
493
556 626
695
¡1?
1008 1008 1015 1022 1022 1029
S 1106 1112 1119 1119 1126 1133 1140 1140 1147 1154 1154 1161
THEORETICAL HEATING COST
S PER YEAR
FURN.+ HEAT PUMP
BALANCE POINT 63 DEG.F.
40,000
.05
.06
:S
.09 .10
.12
S 542 626 702 779 855 939 1015 1092 1168 1252 1328 1405 <"THEORFTICAL HEATING COST * FURNACE ONLY
II
424
493
570
646
793
939
0
431
500
577
653
723
799
946
438
507
584
660
7^ № 6
952
445
514
591
667
452
521
598
674
IIS
959 966
459
528
605
661
l\]
973
466
535
612
688
466
535
612
688
473
542
619
695
479
549
626
702
486
556
633
709
493
563
639
716
758 758 765 772 779 786
¿34 ¿34 ¿41 ¿48 ¿55 ¿62
980 980 987 994 1001 1008
1106 1112 ni9 1126 1133 1133 1140 1147 1154 1161
1252 1259 1266 1272 1279 1279 1286 1293 1300 1307
THEORETICAL HEATING COST
S PER YEAR
FURN.+ HEAT PUMP
BALANCE POINT 13- DEG.F.
50,000
60,000
.06
.07
.08
.09
.10
:i?
.16
.05
.06
:U
.09
s 681 779 876 973 1071 1168 1266 1363 1467 1565 1662 1759
s 528 542 556 570 584 598 612 626 639 660 674 688
s 612 626 639 653 6^ 681 695 709 723 744 758 772 $
695 709 723 737 751 765 779 793 806 827 841 855
s 779 793 806 820 834 848 862 890 911 925 939
s ¿62 ¿76 890 904 918 932 946 959 973 994 1008 1022
s 946 959 973 987 1001 1015 1029 1043 1057 1078 1092 1106
s
5
1147
1314
1161
1328
1175
1342
1189
1356
1203
1370
\m№ 1266
1432
1279
1446
s 1453 1467 1481 1495 1509 1523 1537 1551 1565 1586 1599 1613
s
820 939 1050 1168 1286 1405 1523 1641 1759 1878 1996 2107
THEORETICAL HEATING COST
S PER YEAR
FURNACE ONLY
FURN.^ HEAT PUMP
BALANCE POINT 2 DEG.F.
660 702 737 772 806 841 883 918 952 987 1022 1057
737 779 813 848 883 918 959 994 1029 1064 1099 1133
820 862 897 932 9W 1001 1043 1078 1112 1147 1182 1217
M 946 980 1 015 1 0» 1085 1126 1161 1196 1^1 1266 1300
987 1029 1064 1099 1133 1168 1210 1245 1279 1314 1349 1384
m wfi lii? \^¿ Hi? 1515 i?ii 115! m m \tfi
1391 1432 1467 1502 1537 1572 1613 1648 1683 1718 1752 1787
1558 1599 1634 1669 1704 1739 1700 1815 1850 1885 1919 1954
THEORETICAL HEATING COST
S PER YEAR
FURNACE ONLY
FURN.* HEAT PUMP
balance point 12 DEG.F.
70,000
05
5 952 1092 1231 1363 1502 1641 1780 1912 2052 2191 2323 2462 <-THEORETICAL HEATING COST * FURNACE ONLY
$ 793 841 897 952 1008 1064 1119 1168 1224 1279 1335 1391
! II! igf iss? 1??! m m m \iu iia \m iiii m
$ 1036 1085 1140 1196 1252 1307 1363 1412 1467 1523 1579 1634
$ 1363 1412 1467 1523 1579 1634 1690 1739 1794 1850 1905 1961
S J5I3 1690 1745 1801 1857 1905 1961 2017 2072 2128
S 1690 1739 1794 1850 1905 1961 2017 2065 2121 2177 2232 2288
THEORETICALp^AJIg COST * FURN.+ HEAT PUMP
BALANCE POINT 20 DEG.F.
ANNUAL AIR COWITIONING CO?T WHEN COOLING LOAD IS SIZED TO MATCH COOLING CAPACITY OF HEAT PUMP
.05
44
.06
53
.07
61
.08
70
.09
79
.10
88
.12
106
.14
123
.16
i41
<-ELECTRIC RATE S/KNH
<-THKmiCAL AIR CONDITIONING COST
ANNUAL BEATING AND COOLING OPERATING COSTS ARE THEORETICS ESTIMATES ONLY AND ARE PROVIDED FOR A COMMON
jlif|^^*IHDIVl5ff UsO^AT^ COOLING SYSTEMS. ACTUAL VALUES MAY VARY DEPENDING ON