Bard 2100-073 - Manual (Page 41)

BARD MANUFACTURING COMPANY
DUAL FUEL ADD-ON HEAT PUMP GUIDE TO ENERGY COST SAVINGS
REGION 5
HBH PUOQQKL; outdoor 30
ARI B t ® 00011® CAP.; BTUH(“
ARI RATED HBATl® CAP.: BTUH (47 )
FURNACE TYPE
BTUB 6/m
30UHPQA/A42AS-A
INDOOR A42AS-A
: r 9.50 --------------
.va C0P(iT~r 3.00. HSPF 7.00 HIN.OHR REG IV
(17 ) levuorcohn ) 2 .Kr^
fìlli_ FURNACE EFFICIENCY 78.00 X AFUE
BEATI® OIL COST - S/GALLOH
.70 .80 .901.001.101.201.301.401.501.601.701.80
30,000
.05
.06
.07
,09
S 410 466 521 584 639 702 758 820 876 939 994 1050 <--THEORniCAL HEATl® COET * FURNACE ONLY
S 424 445
S 486 507
i 542 563
S 605 626
S 660 681
5 723 744
S ¿41 ¿62
966 987
459
521
577
Й9
695
479
542
598
660
716
758 779
¿76 89
1001
.7
1022
500
563
619
681
737
79
91
514
577
69!
751
81
93
535
598
653
716
772
834
952
549
612
667
730
786
848
966
1043 1057 1078 1092
570
633
688
751
806
869
987
1112
591
653
709
772
827
890
605
667
Ш
841
904
1008 1022
1133 1147
626
688
744
806
862
925
1043
1168
S 1085 1106 1119 1140 1161 1175 1196 1210 1231 1252 1266 1286
THEORETICAL HEATl® COST
S PER YEAR
FURN.+ HEAT PUMP
BALANCE POINT 14 DEG.F,
35,000
.05
.06
.07
.08
.09
.10
.12
,14
.16
S 473 542 612 681 751 820 890 952 1022 1092 1161 1231 <--TREORETICAL HEATI® COST * FURNACE ONLY
479 507
^2 570
598 626
660 688
,79 806
, 897 925
S 1015 1043
S 1133 1161
535 563
598 626
653 681
716 744
772 799
834 ¿62
952 980
1071 1099
1189 1217
591
653
709
772
827
890
619
681
737
799
855
918
646
827
883
946
1008 1036 1064
674
737
793
855
911
973
1092
702
765
820
883
939
1001
723
904
959
1022 1050 1078
751
813
869
932
987
779
841
897
959
1015
1119 1140 1168 1196
1126 1154 1182 1210 1238 1259 1286 1314
1245 1272 1300 1328 1356 1377 1405 1432
THEORETICAL HEATI® COST
S PER YEAR
FURN.+ HEAT PUMP
BALANCE POINT 17 DEG.F.
40,000 S 542 626 702 779 855 939 1015 1092 1168 1252 1328 1405 <-THEORniCAL EATING COST * FURNACE ONLY
.05
.06
.07
.08
.09
.10
.12
.14
.16
549 584
612 646
681 716
744 779
¿13 848
S
$
S
$
s
S 876 911
S 1008 1043
S 1140 1175
S 1272 1307
744 779
806 841
876 911
939 .973
1203 12^
1335 1370
674
737
806
869
939
1001
Wfb
709
П2
841
904
973 1001
737
799
868
932
765
827
897
959
1029
799
862
932
994
1064
827
890
959
1022
1092
1036 1064 1092 1126 1154 1189
68 1196 1224 1259 1286 '
^ 1328 1356 1391 ‘
862 890
925 952
994 1022
1057 1085
1126 1154
^ 1217
_______ ,1349
1419 1453 148]
THEORETICAL EATI® COST
S PER YEAR
FURN.+ EAT PUMP
1398 1432 1460 1488 1523 1551 1586 1613
BALANCE POINT 21 DEG.F.
50,000
.05
.06
.09
:\i
lit
S 681 779 876 973 1071 1168 1266 1363 1467 1565 1662 1759 <-TEORniCAL EATl® COST * FURNACE ONLY
674 723
737 786
806 855
869 918
932 900
S ITOl 1050
S 1133 1182
S 1259 1307
S 1391 1439
820
883
869
932
952 1001
1015 1064
772
834
904 .
966 101
1029 1078 1126
109? 1И7 П96
1231 1279 1328
1356 1405 1453
И88 1537 1586
918 966 1015 1064 1112 1168 1217
380 1029 1078 1126 1175 1231 1279
1050 1099 1147 1196 1245 1300 1349
1112 1161 1210 1259 130? 1363 1412
1175 1224 1272 1321 1370 И26 1474
1Ш М М М М 1 Ш \ i n
1502 1551 1599 1648 1697 1752 1801
1634 1683 1732 1780 1829 1885 1933
TEORETICAL EATING COST
S PER YEAR
FURN.+ EAT PUMP
BALANCE POINT 26 DEG.F.
60,000
.05
:o^
.08
fo
.12
lit
S 820 939 1050 1168 1286 И05 1523 1641 1759 1878 1996 2107 <-THEORETICAL HEATING COST • FURNACE ONLY
799
855
918
869 946 1015 1092 1168
925 1001 1071 1147 1224
987 1064 1133 1210 1286
973 1043 Ш9 1189 1266 1342
102? 1099 1175 1245 1321 1398
1085 1154 1231 1300 1377 1453
1203 1272 1349 1419 1495 1572
■ 1384 ||бО 1530 1606 1683
1432 1502 1648 1725 1801
1238 1314 1384 1460 1530 1606
1293 1370 ИЗ? 1516 1586 1662
1356 1432 1502 1579 1648 1725
И12 1488 1558 1634 1704 1780
И67 1544 1613 1690 1759 1836
■ ■ 1599 1669 1745 1815 1892
1718 1787 1864 1933 2010
1829 |899 J97j 2045 2121
152
1641
1752
1871 1947 2163 2239
TEORETICAL______ _
S PER YEAR
COST * FURN.+ EAT PUMP
BALANCE POINT 31 DEG.F.
ANNUAL AIR CONDITIONI® CCCT WHEN COOLI® LOAD IS SIZED TO MATCH COOLI® CAPACITY OF EAT PUMP
.05 .06 .07 .08 .09 .10 .12 .14 ,16
S 60 72 84 96 108 120 144 168 192
<-ELBCTRIC RATE S/KHH
<-THEORETICAL AIR CONDITION!® COST
vfflf lSis*oi*EATHG^„
ACTUAL HRATHBR CONDITIONS AND IWIVIDUAL USAGE PAnERN.
m THBQRETICAL ESTIMATES ONLY AND ARE P®V
AND COOLI® SYSTEMS. ACTUAL VALUES MAY VARY
_ FOR A COMMON
ENDl® d
31