Goodman Mfg IO - 395 User Manual
Page 11
11
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
CFM
1122
1078
1032
972
915
804
687
558
WA TTS
338
330
321
310
300
283
264
250
CFM
1387
1331
1264
1209
1119
1041
935
748
WA TTS
456
440
428
412
399
382
363
330
CFM
1521
1454
1388
1311
1230
1144
1055
939
WA TTS
534
521
510
490
477
461
442
420
CFM
1,140
1,395
1,360
1,310
1,265
1,235
1,190
1,130
WA TTS
275
285
295
315
325
335
345
355
CFM
1,795
1,765
1,715
1,695
1,650
1,600
1,500
1,375
WA TTS
475
490
505
520
530
535
510
475
CFM
1,860
1,820
1,785
1,745
1,700
1,625
1,515
1,395
WA TTS
515
530
545
565
570
550
535
485
CFM
1,755
1,720
1,685
1,645
1,615
1,570
1,530
1,465
WA TTS
420
435
455
460
475
490
500
500
CFM
1,850
1,820
1,775
1,735
1,705
1,675
1,610
1,495
WA TTS
480
500
515
525
535
555
545
520
CFM
2,180
2,125
2,050
1,975
1,875
1,800
1,655
1,530
WA TTS
770
755
725
700
675
640
575
540
V olts
230
230
230
230
230
230
E.S.P (In. o f H
2
O)
G
P
C
1
336M
41*
G
P
C
1
336M
43*
LOW
M ED
HIGH
230
230
230
M ode l
Spe e d
G
P
C
1348M
41*
G
P
C
1348M
43*
T1 (G)
T2 / T 3
T4 / T 5
G
P
C
136
0M41
*
G
P
C
136
0M43
*
T1 (G)
T2 / T 3
T4 / T 5
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
CFM
667
596
-------- -------- -------- -------- --------
--------
WA TTS
153
150
-------- -------- -------- -------- --------
--------
CFM
897
841
784
713
610
-------- --------
--------
WA TTS
233
229
224
217
207
-------- --------
--------
CFM
1242
1181
1122
1057
982
883
719
617
WA TTS
373
364
354
344
333
318
298
284
CFM
1097
1059
1016
959
901
818
648
562
WA TTS
337
330
324
315
305
290
271
257
CFM
1253
1204
1148
1097
1033
952
777
670
WA TTS
397
388
379
369
356
342
313
297
CFM
1448
1380
1323
1258
1194
1106
1008
864
WA TTS
499
483
472
459
446
427
410
382
CFM
1122
1078
1032
972
915
804
687
558
WA TTS
338
330
321
310
300
283
264
250
CFM
1387
1331
1264
1209
1119
1041
935
748
WA TTS
456
440
428
412
399
382
363
330
CFM
1521
1454
1388
1311
1230
1144
1055
939
WA TTS
534
521
510
490
477
461
442
420
CFM
1,565
1,510
1,415
1,340
1,260
1,135
1,035
885
WA TTS
495
480
460
445
425
405
385
355
CFM
1122
1078
1032
972
915
804
687
558
WA TTS
338
330
321
310
300
283
264
250
CFM
1387
1331
1264
1209
1119
1041
935
748
WA TTS
456
440
428
412
399
382
363
330
CFM
1521
1454
1388
1311
1230
1144
1055
939
WA TTS
534
521
510
490
477
461
442
420
CFM
1,140
1,395
1,360
1,310
1,265
1,235
1,190
1,130
WA TTS
275
285
295
315
325
335
345
355
CFM
1,795
1,765
1,715
1,695
1,650
1,600
1,500
1,375
WA TTS
475
490
505
520
530
535
510
475
CFM
1,860
1,820
1,785
1,745
1,700
1,625
1,515
1,395
WA TTS
515
530
545
565
570
550
535
485
CFM
1,755
1,720
1,685
1,645
1,615
1,570
1,530
1,465
WA TTS
420
435
455
460
475
490
500
500
CFM
1,850
1,820
1,775
1,735
1,705
1,675
1,610
1,495
WA TTS
480
500
515
525
535
555
545
520
CFM
2,180
2,125
2,050
1,975
1,875
1,800
1,655
1,530
WA TTS
770
755
725
700
675
640
575
540
G
P
H
1
34
2M
41
*
Low
230
M e d
230
High
230
G
P
H
1
33
0M
4
1
*
Low
230
M e d
230
High
230
230
230
230
230
230
230
230
230
230
230
230
230
230
M ode l
Spe e d
V olts
E.S.P (In. of H
2
O)
G
P
H
1
32
4M4
1
*
Low
M e d
High
G
P
H
1
33
6M
4
1
*
Low
M e d
HIGH
High
G
P
H
1
34
8M4
1
*
T1 (G)
T2 / T3
(W2)
T4 / T5
(Y)
G
P
H
1
36
0M
4
1
*
T1 (G)
T2 / T3
W2
T4 / T5
Y
NOTES:
• Data shown is dry coil.
Wet coil pressure drop is
approximately:
0.1” H
2
0, for two-row indoor
coil;
0.2” H
2
O, for three-row
indoor coil;
and 0.3” H
2
0, for four-row
indoor coil.
• Data shown does not include
filter pressure drop, approx.
0.08” H
2
0.
• ALL MODELS SHOULD RUN
NO LESS THAN 350 CFM/
TON.
• Reduce airflow by 2% for
208-volt operation.