Amana AM9S96 User manual
Contents
Nomenclature............................................2
............................... 3
................................................5
................................7
Wiring Diagram........................................19
..............................................20
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Standard Features Cabinet Features
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Single-Stage, Multi-Speed
ECM Gas Furnace
Up to 96% AFUE
AM9S96/AC9S96
Heating Input: 40,000–120,000 BTU/h
SS-AM9S96/AC9S96 www.amana-hac.com 2/22
Amana® is a trademark of Maytag Corporaon or its related companies and used under license to Goodman Company, L.P., Houston, Texas. Supersedes 8/21
2 3
Nomenclature
A M 9 S 96 040 4 C * **
1 2 3 4 5,6 7,8,9 10 11 12 13,14
Brand Engineering
Configuration NOx
Motor Cabinet Width
Gas Valve Maximum CFM
AFUE MBTU/h
2 3
AM9S96 Product Specifications
AM9S96
0403AN
AM9S96
0603BN
AM9S96
0803BN
AM9S96
0804CN
AM9S96
0805CN
AM9S96
1005CN
AM9S96
1205DN
Heating Data
Vent Diameter³
2 3 5
Circulator Blower
1 1 1
Speed 9999999
Filter Size (in²) (Qty)
Electrical Data
10.3 10.3 10.3
15 15 15 15 20 20 20
Shipping Weight (lbs) 108 118 118
Notes
•
•
•
•
•
5
AC9S96 Specifications
AC9S96
0403BN
AC9S96
0603BN
AC9S96
0804CN
AC9S96
1005CN
AC9S96
1205DN
Heating Data
95 95
Vent Diameter³
2 3 5
Circulator Blower
1 1
Speed 99999
Filter Size (in²) (Qty)
or
or
Electrical Data
10.3 10.3
15 15 15 20 20
Shipping Weight (lbs) 113
Notes
•
•
•
•
•
5
AM9S96 Dimensions
Minimum Clearances to Combustible Materials
Position Sides Rear Front Bottom Flue Top
C
C
5
9¼
19⅝
34½
¾
19½
⅞
¾
B
C
23
2⅜
1⅞
2½
2
6½
5
9¼
19⅝
23
24⅞
31⅞
A
21⅛
2⅝
14
23
1
½
1⅜
¾
28¾
2⅜
1⅞
2½
2
2¾
6½
1⅞
26½
23½
Folded Flanges
22
Unfolded Flanges
D
Unfolded Flanges
E
Folded Flanges
Air
Discharge
Air
Discharge
LEFT SIDE VIEW FRONT VIEW RIGHT SIDE VIEW
Condensate Drain
Trap Exterior
Connecon
(Right or Le Side)
¾PVC
Vent/ Flue Pipe
2" PVC Alternate
Vent/ Flue
Locaon
Right-Side
Drain Trap
Exterior Holes
High-Voltage
Electrical Outlet
Alternate
Gas Supply
Low-Voltage
Electrical Outlet
Standard
Gas Supply
Locaon
Center Dimple
For Alternate
Air Intake Pipe
3" OD Hole
Air Intake
2" Pipe
Le-Side
Drain Trap
Exterior Holes
High-Voltage
Electrical Outlet
Low-voltage
Electrical Outlet
Model A B C D E
AM9S960403AN
AM9S960603BN
AM9S960803BN
AM9S960804CN
AM9S960805CN
AM9S961005CN
AM9S961205DN
7
Minimum Clearances to Combustible Materials
Position Sides Rear Front Bottom Flue Top
NC
C
AC9S96 Dimensions
A
34½
4⅛
11⅜
14¾
25⅛
28¾
C
6⅞ 6⅞
11⅜
14⅞
14¾
25⅛
3½
2½
2
1⅞
2⅝
23
14
1⅜
1½
1⅝
E
D
Unfolded Flanges
18⅛
Unfolded Flanges
20⅛
Folded Flanges
2⅝
1⅞
2½
6½
2
Front View
Right-Side View
Low-Voltage
Electrical Outlet
Alternate Gas
High-Voltage
Electrical Outlet
Standard Drain Trap
Drain Trap Holes
Alternate
Gas Supply
Alternate Vent/
High-Voltage
Electrical Outlet
Right Side Exterior
Drain Trap Holes
Low-Voltage
Electrical Outlet
Air
Discharge
Air
Discharge
Folded Flanges
B
18¼
Model A B C D E
AC9S960403BN
AC9S960603BNA
AC9S960804CN
AC9S961005CN
AC9S961205DN
7
AM9S96 Heating Airflow Data
Minimum Filter Sizes
AM9S96
0403ANA
AM9S96
0603BNA
AM9S96
0803BNA
AM9S96
0804CNA
AM9S96
0805CNA
AM9S96
1005CNA
AM9S96
1205DNA
CFM & Temperature Rise vs. External Static Pressure
Model THERMOSTAT
CALL TAP #
External Static Pressure, (Inches Water Column)
TEMP
RANGE
0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8
CFM Rise CFM Rise CFM Rise CFM Rise CFM Rise CFM CFM CFM
*M9S96
0403A* W/W1
F01^^ 705 50 509
F02^ 1079 33 1055 1027 35 37 935
F03 915 39 881 780 737
887 855 823 790 751 705
*M9S96
0603B* W/W1
F01^^ 758 572 512
F02^ 1218 1178 1100 50 977 937
F03 1123 51 1003 53 920 871
1121 1083 51 953 818
*M9S96
0803B* W/W1
F01^^ 715 589 279
F02^ 50 1385 51 1355 52 1322 1291 55 1255 1219
F03 1388 51 52 1325 1291 55 1259 57 1223 1191 1157
1290 55 1252 57 1215 59 1182 1107 1071 1032
*M9S96
0804C* W/W1
F01^^ 1019 952 878
F02^ 1791 1700 1583 1538
F03 1559 1512 50 1370 1325 1271
1537 51 53 1301 1190
*M9S96
0805C* W/W1
F01^^ 1029 959 890 811 727 579 511
F02^ 39 1722 1595 1555 1511
F03 1893 38 39 1803 39 1723
1738 1510
*M9S96
1005C* W/W1
F01^^ 1008 855 779 702 557
F02^ 1981 1929 1901 1858 1819 1773 1733
F03 1921 1879 1791 50 1751 51 1705
1755 51 1710 52 53 55
*M9S96
1205D* W/W1
F01^^ 1118 1035 952 750 590 519
F02^ 50 2095 51 52 2002 53 55 1891 1850 1802
F03 2025 53 1977 1930 55 1897 58 1798 1750 1703
1877 57 1828 58 1778
Notes
•
•
8 9
AM9S96 Circulation Airflow Data
CFM & Temperature Rise vs. External Static Pressure
Model THERMOSTAT
CALL TAP #
External Static Pressure, (Inches Water Column)
0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8
CFM CFM CFM CFM CFM CFM CFM CFM
*M9S96
0403A*
F01 705 509
F02 1079 1055 1027 935
F03 915 881 780 737
887 855 823 790 751 705
F05 1135 1078 1021 933
1189 1138 1111 1085 1059 1032 1001
F07 1218 1197 1172 1123 1099
F08 1313 1288 1239 1215 1189
F09 1305 1280 1239 1193
*M9S96
0603B*
F01 758 572 512
F02 1218 1178 1100 977 937
F03 1123 1003 920 871
1121 1083 953 818
F05 902 851 801 585
917 812 708
F07 1273 1207 1171 1128 1089 1051 1012
F08 1335 1301 1228 1192 1118 1078
F09 1390 1327 1297 1193
*M9S96
0803B*
F01 715 589 279
F02 1385 1355 1322 1291 1255 1219
F03 1388 1325 1291 1259 1223 1191 1157
1290 1252 1215 1182 1107 1071 1032
F05 817 710
985 892 797
F07 1118 1078 1037 992 952 910 822
F08 1191 1153 993 951 911
F09 1377 1283
*M9S96
0804C*
F01 1019 952 878
F02 1791 1700 1583 1538
F03 1559 1512 1370 1325 1271
1537 1301 1190
F05 1289 1180 1122 1058 991 917
1375 1329 1283 1227 1108
F07 1703 1585 1537
F08 1919 1890 1807 1771 1735
F09 1952 1921 1885 1731
¹ at 0.5” ESP
Notes:
•
•
8 9
AM9S96 Circulation Airflow Data (Contd.)
CFM & Temperature Rise vs. External Static Pressure
Model THERMOSTAT
CALL TAP #
External Static Pressure, (Inches Water Column)
0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8
CFM CFM CFM CFM CFM CFM CFM CFM
*M9S96
0805C*
F01 1029 959 890 811 727 579 511
F02 1722 1595 1555 1511
F03 1893 1803 1723
1738 1510
F05 1193 1135 1087 950 880 805
1323 1272 1222 1108
F07 1582 1358 1309 1255
F08 1919 1889 1851 1780 1702
F09 1912 1873 1837 1797
*M9S96
1005C*
F01 1008 855 779 702 557
F02 1981 1929 1901 1858 1819 1773 1733
F03 1921 1879 1791 1751 1705
1755 1710
F05 1207 1152 1097
1578 1522 1353 1328 1283
F07 1588 1390
F08 1775 1723 1580 1529
F09 2122 2010 1973
*M9S96
1205D*
F01 1118 1035 952 750 590 519
F02 2095 2002 1891 1850 1802
F03 2025 1977 1930 1897 1798 1750 1703
1877 1828 1778
F05 1220 1070 995 952 907 811 725
1378 1318 1259
F07 1712 1558 1395
F08 1807 1587 1532
F09 2250 2202 2157 2113
¹ at 0.5” ESP
Notes:
•
•
10 11
CFM & Temperature Rise vs. External Static Pressure
Model THERMOSTAT
CALL TAP #
External Static Pressure, (Inches Water Column)
0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8
CFM CFM CFM CFM CFM CFM CFM CFM
*M9S96
0403A*
F01 705 509
F02 1079 1055 1027 935
F03 915 881 780 737
887 855 823 790 751 705
F05^ 1135 1078 1021 933
1189 1138 1111 1085 1059 1032 1001
F07 1218 1197 1172 1123 1099
F08 1313 1288 1239 1215 1189
F09 1305 1280 1239 1193
*M9S96
0603B*
F01 758 572 512
F02 1218 1178 1100 977 937
F03 1123 1003 920 871
1121 1083 953 818
F05^ 902 851 801 585
917 812 708
F07 1273 1207 1171 1128 1089 1051 1012
F08 1335 1301 1228 1192 1118 1078
F09 1390 1327 1297 1193
*M9S96
0803B*
F01 715 589 279
F02 1385 1355 1322 1291 1255 1219
F03 1388 1325 1291 1259 1223 1191 1157
1290 1252 1215 1182 1107 1071 1032
F05^ 817 710
985 892 797
F07 1118 1078 1037 992 952 910 822
F08 1191 1153 993 951 911
F09 1377 1283
*M9S96
0804C*
F01 1019 952 878
F02 1791 1700 1583 1538
F03 1559 1512 1370 1325 1271
1537 1301 1190
F05^ 1289 1180 1122 1058 991 917
1375 1329 1283 1227 1108
F07 1703 1585 1537
F08 1919 1890 1807 1771 1735
F09 1952 1921 1885 1731
Notes
•
AM9S96 High Stage Cooling Airflow Data
10 11
CFM & Temperature Rise vs. External Static Pressure
Model THERMOSTAT
CALL TAP #
External Static Pressure, (Inches Water Column)
0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8
CFM CFM CFM CFM CFM CFM CFM CFM
*M9S96
0805C*
F01 1029 959 890 811 727 579 511
F02 1722 1595 1555 1511
F03 1893 1803 1723
1738 1510
F05^ 1193 1135 1087 950 880 805
1323 1272 1222 1108
F07 1582 1358 1309 1255
F08 1919 1889 1851 1780 1702
F09 1912 1873 1837 1797
*M9S96
1005C*
F01 1008 855 779 702 557
F02 1981 1929 1901 1858 1819 1773 1733
F03 1921 1879 1791 1751 1705
1755 1710
F05^ 1207 1152 1097
1578 1522 1353 1328 1283
F07 1588 1390
F08 1775 1723 1580 1529
F09 2122 2010 1973
*M9S96
1205D*
F01 1118 1035 952 750 590 519
F02 2095 2002 1891 1850 1802
F03 2025 1977 1930 1897 1798 1750 1703
1877 1828 1778
F05^ 1220 1070 995 952 907 811 725
1378 1318 1259
F07 1712 1558 1395
F08 1807 1587 1532
F09 2250 2202 2157 2113
Notes
•
AM9S96 High Stage Cooling Airflow Data (Contd.)
12 13
AM9S96 Low Stage Cooling Airflow Data
CFM & Temperature Rise vs. External Static Pressure
Model THERMOSTAT
CALL TAP #
External Static Pressure, (Inches Water Column)
0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8
CFM CFM CFM CFM CFM CFM CFM CFM
*M9S96
0403A*
F01 705 509
F02 1079 1055 1027 935
F03 915 881 780 737
887 855 823 790 751 705
F05 1135 1078 1021 933
1189 1138 1111 1085 1059 1032 1001
F07 1218 1197 1172 1123 1099
F08 1313 1288 1239 1215 1189
F09 1305 1280 1239 1193
*M9S96
0603B*
F01 758 572 512
F02 1218 1178 1100 977 937
F03 1123 1003 920 871
1121 1083 953 818
F05 902 851 801 585
917 812 708
F07 1273 1207 1171 1128 1089 1051 1012
F08 1335 1301 1228 1192 1118 1078
F09 1390 1327 1297 1193
*M9S96
0803B*
F01 715 589 279
F02 1385 1355 1322 1291 1255 1219
F03 1388 1325 1291 1259 1223 1191 1157
1290 1252 1215 1182 1107 1071 1032
F05 817 710
985 892 797
F07 1118 1078 1037 992 952 910 822
F08 1191 1153 993 951 911
F09 1377 1283
*M9S96
0804C*
F01 1019 952 878
F02 1791 1700 1583 1538
F03 1559 1512 1370 1325 1271
1537 1301 1190
F05 1289 1180 1122 1058 991 917
1375 1329 1283 1227 1108
F07 1703 1585 1537
F08 1919 1890 1807 1771 1735
F09 1952 1921 1885 1731
Notes
•
12 13
AM9S96 Low Stage Cooling Airflow Data (Contd.)
CFM & Temperature Rise vs. External Static Pressure
Model THERMOSTAT
CALL TAP #
External Static Pressure, (Inches Water Column)
0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8
CFM CFM CFM CFM CFM CFM CFM CFM
*M9S96
0805C*
F01 1029 959 890 811 727 579 511
F02 1722 1595 1555 1511
F03 1893 1803 1723
1738 1510
F05 1193 1135 1087 950 880 805
1323 1272 1222 1108
F07 1582 1358 1309 1255
F08 1919 1889 1851 1780 1702
F09 1912 1873 1837 1797
*M9S96
1005C*
F01 1008 855 779 702 557
F02 1981 1929 1901 1858 1819 1773 1733
F03 1921 1879 1791 1751 1705
1755 1710
F05 1207 1152 1097
1578 1522 1353 1328 1283
F07 1588 1390
F08 1775 1723 1580 1529
F09 2122 2010 1973
*M9S96
1205D*
F01 1118 1035 952 750 590 519
F02 2095 2002 1891 1850 1802
F03 2025 1977 1930 1897 1798 1750 1703
1877 1828 1778
F05 1220 1070 995 952 907 811 725
1378 1318 1259
F07 1712 1558 1395
F08 1807 1587 1532
F09 2250 2202 2157 2113
Notes
•
15
Minimum Filter Sizes
AC9S96
0403BNA
AC9S96
0603BNA
AC9S96
0804CNA
AC9S96
1005CNA
AC9S96
1205DNA
AC9S96 Heating Airflow Data
CFM & Temperature Rise vs. External Static Pressure
Model THERMOSTAT
CALL TAP #
External Static Pressure, (Inches Water Column)
TEMP
RANGE
0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8
CFM Rise CFM Rise CFM Rise CFM Rise CFM Rise CFM CFM CFM
*C9S96
0403B* W/W1
F01^^ 510 388 332 277
F02^ 727 51 510 351
F03 878 839 797 751 701 51
38 910 39 870 828 785 739
*C9S96
0603B* W/W1
F01^^ 771 372 307
F02^ 1197 1150 1102 1057 50 53 877
F03 1309 1180 1098 1058 1018
1138 1091 51 993 901 853 805
*C9S96
0804C* W/W1
F01^^ 873 778 578
F02^ 51 1335 53 1280 1221 58 1157 1110
F03 1588 50 1357 1299
1555 1505 50 1309
*C9S96
1005C* W/W1
F01^^ 1107 1037 891 825 753
F02^ 1773 50 1721 52 53 55 1571 57 1521
F03^^ 1709 52 55 57 1503 59 1399
1597 58 1332 1278
*C9S96
1205D* W/W1
F01^^ 1187 1101 1013 931
F02^ 1973 57 1810 59 1702 1590
F03 1918 1859 57 1807 59 1591 1531
1835 58 1720
Notes
•
•
15
AC9S96 Circulation Airflow Data
CFM & Temperature Rise vs. External Static Pressure
Model THERMOSTAT
CALL TAP #
External Static Pressure, (Inches Water Column)
0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8
CFM CFM CFM CFM CFM CFM CFM CFM
*C9S96
0403B*
F01 510 388 332 277
F02 727 510 351
F03 878 839 797 751 701
910 870 828 785 739
F05 1010 939 899
1125 1028 927
F07 1237 1205 1115 1081 1050
F08 1275 1220
F09 1382 1327 1302 1219 1190
*C9S96
0603B*
F01 771 372 307
F02 1197 1150 1102 1057 877
F03 1309 1180 1098 1058 1018
1138 1091 993 901 853 805
F05
907 852 803 587
F07 1332 1289 1200 1120 1081
F08 1319 1277 1235 1192 1117
F09 1393 1359 1323 1285 1210
*C9S96
0804C*
F01 873 778 578
F02 1335 1280 1221 1157 1110
F03 1588 1357 1299
1555 1505 1309
F05 1338 1133 999
1532
F07 1823 1775 1729 1512
F08 1798 1719 1585
F09 1991 1900 1808 1759 1707
*C9S96
1005C*
F01 1107 1037 891 825 753
F02 1773 1721 1571 1521
F03 1709 1503 1399
1597 1332 1278
F05 1352 1307 1182
1785 1738 1593 1502
F07 1881 1750 1701
F08 2028 1937 1899
F09 2193 2032 1998 1903
*C9S96
1205D*
F01 1187 1101 1013 931
F02 1973 1810 1702 1590
F03 1918 1859 1807 1591 1531
1835 1720
F05 1152 1073 990 919
1521 1391 1327 1253 1187 1053
F07 1305
F08 2033 1981 1929 1878 1822 1771
F09 2257 2201 2151 2099 2057 2008 1959
¹ at 0.5” ESP
Notes:
•
•
17
AC9S96 High Stage Cooling Airflow Data
CFM & Temperature Rise vs. External Static Pressure
Model THERMOSTAT
CALL TAP #
External Static Pressure, (Inches Water Column)
0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8
CFM CFM CFM CFM CFM CFM CFM CFM
*C9S96
0403B*
F01 510 388 332 277
F02 727 510 351
F03 878 839 797 751 701
910 870 828 785 739
F05^ 1010 939 899
1125 1028 927
F07 1237 1205 1115 1081 1050
F08 1275 1220
F09 1382 1327 1302 1219 1190
*C9S96
0603B*
F01 771 372 307
F02 1197 1150 1102 1057 877
F03 1309 1180 1098 1058 1018
1138 1091 993 901 853 805
F05^
907 852 803 587
F07 1332 1289 1200 1120 1081
F08 1319 1277 1235 1192 1117
F09 1393 1359 1323 1285 1210
*C9S96
0804C*
F01 873 778 578
F02 1335 1280 1221 1157 1110
F03 1588 1357 1299
1555 1505 1309
F05^ 1338 1133 999
1532
F07 1823 1775 1729 1512
F08 1798 1719 1585
F09 1991 1900 1808 1759 1707
*C9S96
1005C*
F01 1107 1037 891 825 753
F02 1773 1721 1571 1521
F03 1709 1503 1399
1597 1332 1278
F05^ 1352 1307 1182
1785 1738 1593 1502
F07 1881 1750 1701
F08 2028 1937 1899
F09 2193 2032 1998 1903
*C9S96
1205D*
F01 1187 1101 1013 931
F02 1973 1810 1702 1590
F03 1918 1859 1807 1591 1531
1835 1720
F05^ 1152 1073 990 919
1521 1391 1327 1253 1187 1053
F07 1305
F08 2033 1981 1929 1878 1822 1771
F09 2257 2201 2151 2099 2057 2008 1959
Notes
•
17
AC9S96 Low Stage Cooling Airflow Data (Contd.)
CFM & Temperature Rise vs. External Static Pressure
Model THERMOSTAT
CALL TAP #
External Static Pressure, (Inches Water Column)
0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8
CFM CFM CFM CFM CFM CFM CFM CFM
*C9S96
0403B*
F01 510 388 332 277
F02 727 510 351
F03 878 839 797 751 701
910 870 828 785 739
F05 1010 939 899
1125 1028 927
F07 1237 1205 1115 1081 1050
F08 1275 1220
F09 1382 1327 1302 1219 1190
*C9S96
0603B*
F01 771 372 307
F02 1197 1150 1102 1057 877
F03 1309 1180 1098 1058 1018
1138 1091 993 901 853 805
F05
907 852 803 587
F07 1332 1289 1200 1120 1081
F08 1319 1277 1235 1192 1117
F09 1393 1359 1323 1285 1210
*C9S96
0804C*
F01 873 778 578
F02 1335 1280 1221 1157 1110
F03 1588 1357 1299
1555 1505 1309
F05 1338 1133 999
1532
F07 1823 1775 1729 1512
F08 1798 1719 1585
F09 1991 1900 1808 1759 1707
*C9S96
1005C*
F01 1107 1037 891 825 753
F02 1773 1721 1571 1521
F03 1709 1503 1399
1597 1332 1278
F05 1352 1307 1182
1785 1738 1593 1502
F07 1881 1750 1701
F08 2028 1937 1899
F09 2193 2032 1998 1903
*C9S96
1205D*
F01 1187 1101 1013 931
F02 1973 1810 1702 1590
F03 1918 1859 1807 1591 1531
1835 1720
F05 1152 1073 990 919
1521 1391 1327 1253 1187 1053
F07 1305
F08 2033 1981 1929 1878 1822 1771
F09 2257 2201 2151 2099 2057 2008 1959
Notes
•
18 19
30 40 50 60 70 80 90 110 120
100 130 140 150
100
90
80
70
60
50
40
30
20
10
OUTPUT BTU/HR x 1000
BTU OUTPUT vs TEMPERATURE RISE CHART
TEMPERATURE RISE
600 CFM
700
900
1000
1100
1200
1400
1600
1800
2000
2200
2400 CFM
FORMULAS
BTU OUTPUT = CFM x 1.08 x RISE
RISE =
BTU OUTPUT
1.08
÷ CFM
800
Output BTU/h x 1,000
BTU Output Vs. Temperature Rise Chart
Temperature Rise Range Chart
18 19
Wiring Diagram
⚠Warning High Voltage:
⚡
GN
GND
RD
GN
24
VAC
115
VAC
GND
GRD
0140F02635-A
BK
EAC
HUMIDIFIER
ID
NEUTRAL
WIRINGTOUNIT
L
INTEGRATED CONTROL MODULE
HOTSURFACE
GND
BLWR
NEUTRAL
WARNING:
GROUNDED.
OVERCURRENTPROTECTIONDEVICE
MUSTBEPROPERLY
SWITCH
NEUTRAL
ELECTRONIC
AIR
IGN
IND
DISCONNECT
FS
POLARIZEDAND
NEUTRAL
LINE
NEUTRAL
JUNCTIONBOX
BLWR
INDLO
N
INDOOR
AIR CLEANER
HUM
DOOR
NEUTRAL
INTEGRATED CONTROL MODULE
TO115VAC/1Ø/60HZPOWERSUPPLYWITH
115VAC
HUM-OUT
IGNITER
CIRCULATOR
BEFORESERVICING.
FLAMESENSOR
DISCONNECTPOWER
LINE
GND
BR
WH
GY
YL
PK
GY
LIMIT CONTROL
AUXILIARY
AUTORESET
PK
WARNING:DISCONNECT
40 VA
TRANSFORMER
N
G
C
SENSOR
FLAME
1ROLLOUTSWITCH
SOMEUNITSMAYHAVE
TOUNIT MUSTBE
PU
RD
ANDGROUNDED.
JUNCTION BOX
WH
BL
BR
NO
LIMIT CONTROL
AUTORESETPRIMARY
WH
1
L
BK
ID BLOWERPRESSURESWITCH
SERVICING.WIRING
PK
RD
L
N
DOOROPEN)
(OPENWHEN
DOORSWITCH
COMPARTMENT
BLOWER
GND
BLOWER
CIRCULATOR
Ø/60HZ
DISCONNECT
GASVALVE
OVERCURRENT
CONNECTOR
2CIRCUIT
GND
WH
CHASSIS
GROUND
IGNITER
SURFACE
HOT
2
YL
C
BLOWER
DRAFT
INDUCED
BK
BLOWERCOMPARTMENT
115VAC/1
BK
ECM MTR
HARNESS
POWER BEFORE
BK
TO
POWERSUPPLYWITH
BURNERCOMPARTMENT
PROTECTIONDEVICE
PROPERLY POLARIZED
NOTES:
1. SET HEAT ANTICIPATOR ON ROOM THERMOSTAT AT 0.7 AMPS.
2. MANUFACTURER'S SPECIFIED REPLACEMENT PARTS MUST BE USED
WHEN SERVICING.
3. IF ANY OF THE ORIGINAL WIRE AS SUPPLIED WITH THE FURNACE
MUST BE REPLACED IT MUST BE REPLACED WITH WIRING MATERIAL
HAVING A TEMPERATURE RATING OF AT LEAST 105
v
C. USE COPPER
CONDUCTORS ONLY.
4. UNIT MUST BE PERMANENTLY GROUNDED AND CONFORM TO N.E.C.
AND LOCAL CODES.
5. TO RECALL THE LAST 6 FAULTS, MOST RECENT TO LEAST RECENT,
DEPRESS SWITCH FOR MORE THAN 2 SECONDS WHILE IN STANDBY
(NO THERMOSTAT INPUTS)
COLOR CODES:
PK PINK
BR BROWN
WH WHITE
BL BLUE
GY GRAY
RD RED
YL YELLOW
OR ORANGE
PU PURPLE
GN GREEN
BK BLACK
1
2
3
4
5
6
7
8
9
10
11
12
READ CODES FROM LEFT TO RIGHT
EAC-H
XFMR-H
CIRC-H
LINE-H
E20
E39
E2
E1
E15
E8
E5
E4
E3
E7
E6
LEFT
CENTER
RIGHT
SW3
3
1
3
1
3SW1R223
SW2
6R226
RD
BL
RD
YL
YL
BK
BK
BK
WH
WH
WH
GY
OR GN
PU
PU
PU
NEUT2
NEUT1
CIRC-N
EAC-N
HUM-N
XFMR-N
LINE-N
GND
MICRO
TO
TR (7)
G
C
C
TH (3)
24V THERMOSTAT CONNECTIONS N.E.C. CLASS 2 WIRE
GAS VALVE
TRANSFORMER
HLI (8)
Y2
Y1
RLO(6)
O
MV (10)
W1
R
MANUALRESETROLLOUTLIMIT SWITCH
PRESS.SWITCH
C
DEHUM
PS1(5)
AUTORESET
PRIMARYLIMIT
24VAC
NO
HI
MVC (11)
BLWR
AIR
INDOOR
CIRCULATOR
R
TO
MICRO
TO
TO
+VDC
40 VA
INTERGRATED CONTROL MODULE
RLI (12)
AUTORESETAUXLIMIT
HLO (1)
Seven Segment Display
Error Code Status Seg#3 Seg#2 Seg#1
Internal Faults or IRQ Loss EEE
Lockout Due to Excessive Retries or Recycles E E 0
Pressure Switch Stuck Closed E E 1
Pressure Switch Open E E 2
Open High Limit Switch E E 3
Flame Detected When no Flame Should be Present E E 4
Open Fuse E E 5
Low Flame Signal E E 6
Ignitor Relay Fault E E L
Reversed Line Polarity or Grounding Error EEA
Internal Gas Valve Error E E b
External Gas Valve Error E E C
Open Rollout Switch E 1 1
Ignitor Open E E n
Inducer Relay Error E E j
TWIN Error E E H
RD
C
HI
1
2
RD
BK
BK
WH
WH
WH
WH
Grounding Error E10
5
21 43
RD
BK
OR
BL
YL
RDBL
OR
BKYL
T1
T2
T3
T4
T5
COM
RD
NO
C
GY
FRONTCOVER
PRESSURESWITCH
C
NO
FRONTCOVERPRESSURESWITCH
YL
PU
GY
SWITCH (PRESS.)
FIELD SPLICE
FIELD GND
EQUIPMENT GND
INTERNAL TO
PROT. DEVICE
INTEGRATED CONTROL
PLUG CONNECTION
SWITCH (TEMP.)
JUNCTION
LOW VOLTAGE (24V)
OVERCURRENT
TERMINAL
IGNITER
LOW VOLTAGE FIELD
HI VOLTAGE (115V)
HI VOLTAGE FIELD
TWIN 24V HUM
E21
E24
W/W1 R Y/Y1G C Y2
20
Accessories
Model Description AM9S96
0403ANA
AM9S96
0603BNA
AM9S96
0803BNA
AM9S96
0804CNA
AM9S96
0805CNA
AM9S96
1005CNA
AM9S96
1205DNA
72950
72951
0170K00000S
0170K00001S
Model Description AC9S96
0403BNA
AC9S96
0603BNA
AC9S96
0804CNA
AC9S96
1005CNA
AC9S96
1205DNA
72950
72951
0170K00000S
0170K00001S
Amana® is a registered trademark of Maytag Corporaon or its related companies and used under license to Goodman Company, L.P. All rights reserved.
Our connuing commitment to quality products may mean a change in specicaons without noce. © 2022 Goodman Company, L.P. • Houston, Texas
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6
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