Bard 2100-073 - Manual (Page 26)

BARD MANUFACTURING COMPANY
DUAL FUEL ADD-ON HBAT PUMP GUIDE TO ENERGY COST SAVINGS
REGION 5
HBAT OUTDOOR 24
ARI RATED COOLING CAP.: BTUH(~
ARI RATED HEATING CAP.: BTUH (47 )
24UBFQA/A30AQ-A
INDOOR
FURNACE TYPE P
(17 ) 12büU. Cü^(17 )
GAS
„»R 9,69
COP(4Tl~ 2.90
1
A30AO-A
BSPF 6.40 HIN.DHR REG IV
FURNA c E efficiency 78.00 X AFUE
m m-
.65 .70
PROPANE GAS COST - S/GALLON
BTUH s/m .60 .75 .80 ,85 .90 .95 1.00 1.10
1.20 1.20
25,000 s 445 479 521 556 591 633 667 702 744 813 890 890
.05
$
410 417 431 445 452 466 479 486 500 521 549 549
.06 $ 459 466 479 493 500 514 528 535 549 570 598 598
$ 521 535 549 556 584 591 605 626 653 653
.08 s 570 577 591 605 612 626 639 646 660 681 709 709
.09
$
626 633 646 660 667 681 695 702 716 737 765 765
.14
$
s
%
695
806
709
820 ¡i?
UÌ M
765
876
786
097
813
925
813
925
s 890 897 911 925 932 946 959 966 980 lOOl 1029 1029
.16 s lOOl 1008 1022 1036 1043 1057 1071 1078 1092 1112 1140 1140
30,000 S 535 577 626 667 709 758 799 848 890 980 1071 1071
.05
$
486 500 521 535 556 570 591 605 626 660 695 695
.06 s 542 556 591 612 626 646 660 681 716 751 251
.07 $ 598 612 633 646 667 681 702 716 737 772 806 806
.08 5 653 667 688 702 723 737 758 772 793 827 862 862
.09
$
702 716 772 786 806 820 841 876 911 911
.10 5 758 772 793 806 827 841 862 876 897 932 966 966
.12 $ 869 883 904 918 939 952 973 987 1008 1043 1078 1078
.14 5 987 1008 1022 1043 1078 1092 1112 1147 1182 1182
.16 5 1085 1099 1119 1133 1154 1168 1189 1203 1224 1259 1293 1293
35,000 5 626 674 730 779 834 8S3 939 987 1043 1147 1252 1252
.05 5 563 591 619 646 674 695 723 751 779 827 883 883
.06 5 619 646 674 702 730 751 779 806 834 883 939 939
.07 5 667 695 723 751 779 799 827 855 883 932 987 987
.08
$
ÌÌÌ
848 876 904 932 960 1036 1036
.09 S 765 793 ¿20 848 876 897 925 952 980 1029 1085 1085
.10 5 820 848 876 904 932 952 980 1008 1036 1085 1140 1140
.12
$
918 946 973 1001 1029 1050 1078 1106 1133 1182 1238 1238
.14 S 1022 1050 1078 1106 1133 1154 1182 1210 1238 1286 1342 1342
.16 s 1119 1147 1175 1203 1231 1252 1279 1307 1335 1384 1439 1439
40,000 s 709 772 834 890 952 1008 1071 1126 1189 1307 1426 1426
.05 s 660 702 737 772 813 848 BS3 925 959 1036 1112 1112
.06 s 702 744 779 813 855 890 925 966 lOOl 1078 1154 1154
•02
s
744 786 820 855 897 932 966 1008 1043
1119 1196 11%
.08
.09
5 786 827 862 897 939 973 1008 1050 Î085 1161 1238 1238
S 827 869 904 939 980 1015 1050 1092 1126 1203 1279 1279
•Í2
s 911 946 980 1022 1057 1092 1133 1168 1245 1321 1321
.12 s %2 994 1029 1064 1106 1140 1175 1217 1252 1328 1405 1405
.14 s 1043 1085 1119 1154 1196 1231 1266 1307 1342 1419 1495 1495
.16 $ 1126 1168 1203 1238 1279 1314 1349 1391 1426 1502 1579 1579
50,000 s 890 966 1043 1112 1189 1266 1335 1412 1488 1634 1787 1787
.05 s 813 862 911 952 lOOl 1050 1099 1140 1189 1279 1377 1377
.08
lîi lU
1015
959
1015
1050
1106
1099
1154
m
1238
1293
1328
1384
Wii
1426
1481
$ %6 1064 1106 1154 1203 1252 1293 1342 1432 1530 1530
.09
.10
f
1015
1071
1064
1119
1112 154
1168 1210
1203
1259
1252
1307
1300
im
1391
1446
m
1579
1634
1579
1634
.12
s
1168 1217 1266 1307 1356 1405 1453 495 1544 1634 1732 1732
-.n
1 1321
1426
III? m
1460
1565
1509
Í613
1558
1662
1599
704
1648
1752
1836
1940
1836
1940
890 <-THEORETICAL HEATING COST * FURNACE ONLY
THEORETICAL HEATING COST
S PER YEAR
FURN.+ HEAT PUMP
BALANCE POINT 16 DEG.F.
<-THEORETICAL HEATING COST * FURNACE ONLY
THEORETICAL BEATING COST
S PER YEAR
FURH.+ HEAT PUMP
BALANCE POINT 20 DEG.F.
1252 <-THEORETICAL HEATING COST * FURNACE ONLY
THEORETICAL HEATING COST
S PER YEAR
FURN.+ HEAT PUMP
BALANCE POINT 24 DEG.F.
THEORETICAL HEATING COST
S PER YEAR
FURNACE ONLY
FURN.+ HEAT PUMP
BALANCE POINT 27 DEG.F.
<-THEORETICAL HEATING COST * FURNACE ONLY
THEORETICAL __
S PER
NG COST
AR
FURN.+ HEAT PUMP
BALANCE POINT 31 DEG.F.
ANNUAL AIR CONDITIOHIHG COST WHEN COOLING LOAD IS SIZED TO MATCH COOLING CAPACITY OF HEAT PUMP
$
.05
49
.06
59
.07
69
.08
79
.09
89
.10 .12
99 118
.14
138
.16
158
<-ELECTRIC RATE S/KHH
<-THEORETICAL AIR CONDITIONING COST
SON
ACTUAL NBATHBR CONDITIONS AND INDIVIDUAL USAGE PATTERN.
:s
ONLY AND ARE PROVIDED FOR A COMMON
lAL VALUES HAY VARY DEPENDING ON
1 6