Trane Product Data - Variable Speed Modular Multi-position ... · PDF filePUB. NO. 22-1856-03...
24
PUB. NO. 22-1856-03 Variable Speed Modular Multi-position Communicating Air Handlers 2-5 Tons TAM8A0A24V21CB TAM8A0B30V21CB TAM8A0C36V31CB TAM8A0C42V31CB TAM8A0C48V41CB TAM8A0C60V51CB TAM8B0C60V51CB
Transcript of Trane Product Data - Variable Speed Modular Multi-position ... · PDF filePUB. NO. 22-1856-03...
PUB. NO. 22-1856-03
Variable Speed ModularMulti-position Communicating Air Handlers2-5 Tons
TAM8A0A24V21CBTAM8A0B30V21CBTAM8A0C36V31CBTAM8A0C42V31CBTAM8A0C48V41CBTAM8A0C60V51CBTAM8B0C60V51CB
2 Pub. No. 22-1856-03
Featuresand Benefits
© 2012 Trane
Display Assembly
Viewing Window
Push left & right to scroll through menu options
Push up & down to scroll through setup menu
Push center button to make selection
• Unique cabinet design – 2% or less air leakage – Precision applied - durable door
seals – Specially designed air seal around
refrigerant, condensate and conduit connections
– Double wall foamed cabinet system – R-4.2 Insulating Value (Avg Insulat-
ing Value R-8.2) – No loose fiber design – Smooth cleanable interior design – Sweat eliminating design – Composite foamed cabinet doors – Water proof cabinet design – Integrated horizontal drain pans – Modular cabinet • Multi-position up/down flow horizontal
left/right• 3 Wire communication• Display Assembly with enhanced
diagnostic information and setup capability
• Side return option (sold as accessory)• Control board protection pocket built
into cabinet wall• Premarked Conduit Connection
Locations• Alert port to view control board codes
without door removal• Alert code notification• Low voltage terminal connection point• Phillips head door fasteners• Vortica® blower with polarized plug
connections and integrated slide deck for easy removal
• Aluminum coil with integrated slide deck for easy removal and polar-ized plug connections on coil EEV
• Patented enhanced coil fin• Electronic Expansion Valve (EEV) with
low ambient and low superheat compressor protection
• Dual refrigerant compatible as shipped• Slide in electric heaters with polarized
plug connections (sold as accessory)
• Slide in hot water coils with polarized plug connections (sold as accessory)
• UVC light kit with safety switch and polarized plug connections (sold as accessory)
• Labeled panels and connections• Molded in 1" standard filter rail• Variable speed ECM motor• Soft start fan motor operation• Comfort RTM mode• Built in fan delay modes• Maximum width of 23.5"• Compact 20.8" depth with doors
removed• Fused 24v power• Safety door switch• 5 year warranty • 10-year warranty registered• Optional extended warranty avail-
able
Pub. No. 22-1856-03 3
Contents
Features and Benefits 2Optional Equipment 4
Unique Cabinet Design Features and Benefits 5
General Data 6TAM8A0A24V21CB 6TAM8A0B30V21CB 6TAM8A0C36V31CB 6TAM8A0C42V31CB 6TAM8A0C48V41CB 6TAM8A0C60V51CB 6TAM8B0C60V51CA 6
Performance Data 7Electrical Data 13
Field Wiring 19
Convertibility 20
Dimensions 21
4 Pub. No. 22-1856-03
Optional Equipment
Accessory Number Description Fits Cabinet Size
BAYEVAC05BK1AA Electric Heater, 5kW, Breaker, RS-485 Control, 1 Ph A to C
BAYEVAC05LG1AA Electric Heater, 5kW, Lugs, RS-485 Control, 1 Ph A to C
BAYEVAC08BK1AA Electric Heater, 8kW, Breaker, RS-485 Control, 1 Ph A to C
BAYEVAC08LG1AA Electric Heater, 8kW, Lugs, RS-485 Control, 1 Ph A to C
BAYEVAC10BK1AA Electric Heater, 10kW, Breaker, RS-485 Control, 1 Ph A to C
BAYEVAC10LG1AA Electric Heater, 10kW, Lugs, RS-485 Control, 1 Ph A to C
BAYEVBC15BK1AA Electric Heater, 15kW, Breaker, RS-485 Control, 1 Ph B to C
BAYEVBC20BK1AA Electric Heater, 20kW, Breaker, RS-485 Control, 1 Ph C
BAYEVCC25BK1AA Electric Heater, 25kW, Breaker, RS-485 Control, 1 Ph C
BAYEVAC10LG3AA Electric Heater, 10kW, Lugs, RS-485 Control, 3 Ph A to C
BAYEVBC15LG3AA Electric Heater, 15kW, Lugs, RS-485 Control, 3 Ph B to C
BAYSUPFLGAA Supply Duct Flange A A
BAYSUPFLGBA Supply Duct Flange B B
BAYSUPFLGCA Supply Duct Flange C C
BAYRETFLGAA Return Duct Flange A A
BAYRETFLGB Return Duct Flange B B
BAYRETFLGCA Return Duct Flange C C
BAYSRKIT100A Side Return Kit A to C
TASB175SB Plenum Stand with integrated sound baffle A A
TASB215SB Plenum Stand with integrated sound baffle B B
TASB235SB Plenum Stand with integrated sound baffle C C
MITISRKIT01A Side Return Kit with filter A to C
BAYICSKIT01A Internal Condensate Switch Kit A to C
BAYHHKIT001A Horizontal Hanger Kit A to C
BAYUVCLK001A UVC Lights A to C
BAYLVKIT100A Low Voltage Conduit Entry Kit A to C
BAYSPEKT200A Single Power Entry Kit A to C
BAYWVAA05SC1AA Hydronic Coil - 50,000 BTUH - Slide-in with control A to A
BAYWVBB07SC1AA Hydronic Coil - 70,000 BTUH - Slide-in with control B to B
BAYWVCC08SC1AA Hydronic Coil - 80,000 BTUH - Slide-in with control C to C
BAYWACC11SC1AA Hydronic Coil - 100,000 BTUH - Add-on C to C
BAYWVBRD485A RS-485 Control for BAYWACC11SC1AA C to C
BAYCC24VK01A Compressor Module Kit A to C
* The TCONT900 thermostat cannot be used with a Hydronic Coil
OPTIONAL EQUIPMENT FOR AIR HANDLERS
Pub. No. 22-1856-03 5
Unique Cabinet Design Features and Benefits
5 Conduit Connections
r Integrated Horizontal Drain Pans
6 Tool-less Door Fasteners
7 Alert Code Viewport
e Compact 20.8” Depth with Doors Removed
1 Unique Cabinet Design
2 Precision Durable Door Seals
q Electronic Expansion Valve (EEV)
3 Refrigeration Connections
u Display Assembly
9 All Aluminum Coil
t Safety Door Switch
4 Condensate Connections
w Maximum width is 23.5”
8 VorticaTM Blower and Deck
0 Labeled Panels and Connections
1 Unique Cabinet Design - Double wall foamed cabinet system - Waterproof Cabinet Design - R-4.2 Insulating Value (Avg Insulating Value R-8.2) - Composite Foamed Cabinet Doors - Sweat Eliminating Cabinet Design - Loose Fiber Eliminating Design - Smooth Cleanable Cabinet Design2 Precision Durable Door Seals3 Refrigeration Connections4 Condensate Connections5 Conduit Connection Locations - Dimples or target to
mark Conduit Connection locations on Left, Right, and Top6 Tool-less Door Fasteners7 Alert Code Viewport - Alert Codes can be Viewed Without Door Removal - Control Protection Pocket8 VorticaTM Blower and Deck - Polarized Plug on Blower
9 All Aluminum Coil - Integrated Slide Deck for Easy Removal - Polarized Plug connections on Coil EEV - Patented Enhanced Coil Fin0 Labeled Panels and Connectionsq Electronic Expansion Valve (EEV) - Low Ambient and Low Superheat Protection - Dual Refrigerant Compatible as Shippedw Maximum width is 23.5”e Compact 20.8” Depth with Doors Removedr Integrated Horizontal Drain Panst Safety Door Switch - Fused 24V Powery Modular Cabinetu Display Assembly - Display Assembly with enhanced diagnostic
information and setup capability - Status Mode scrolling on Display Assembly
6 Pub. No. 22-1856-03
PRODUCT SPECIFICATIONSMODEL TAM8A0C42V31CB
RATED VOLTS/PH/HZ. 200-230/1/60RATINGS 1 See O.D. SpecificationsINDOOR COIL — Type Plate FinRows — F.P.I. 4 - 14Face Area (sq. ft.) 5.04Tube (in.) 3/8Refrigerant Control EEV Drain Conn. Size (in.) 2 3/4 NPTDUCT CONNECTIONS See Outline DrawingINDOOR FAN — Type CentrifugalDiameter-Width (In.) 11 X 10No. Used 1Drive - No. Speeds Direct - VariableCFM vs. in. w.g. See Fan Performance TableNo. Motors — H.P. 1 - 1/2Motor Speed R.P.M. Variable ECMVolts/Ph/Hz 208-230/1/60F.L. Amps 3.0FILTERFilter Furnished? NoType Recommended ThrowawayNo.-Size-Thickness 1 - 22 X 20 - 1 in.REFRIGERANT R-410ARef. Line Connections BrazedCoupling or Conn. Size — in. Gas 7/8Coupling or Conn. Size — in. Liq. 3/8DIMENSIONS H x W x DCrated (In.) 58 x 25.5 x 24.5 Uncrated 56.9 x 23.5 x 21.8WEIGHTShipping (Lbs.) / Net (Lbs.) 162/150
GeneralData
PRODUCT SPECIFICATIONSMODEL TAM8A0A24V21CBRATED VOLTS/PH/HZ. 200-230/1/60RATINGS 1 See O.D. SpecificationsINDOOR COIL — Type Plate FinRows — F.P.I. 3 - 14Face Area (sq. ft.) 3.67Tube Size (in.) 3/8Refrigerant Control EEVDrain Conn. Size (in.) 2 3/4 NPTDUCT CONNECTIONS See Outline DrawingINDOOR FAN — Type CentrifugalDiameter-Width (In.) 11 X 8No. Used 1Drive - No. Speeds Direct - VariableCFM vs. in. w.g. See Fan Performance TableNo. Motors — H.P. 1 - 1/2Motor Speed R.P.M. Variable ECMVolts/Ph/Hz 208-230/1/60F.L. Amps 3.0FILTERFilter Furnished? NoType Recommended ThrowawayNo.-Size-Thickness 1 - 16 X 20 - 1 in.REFRIGERANT R-410ARef. Line Connections BrazedCoupling or Conn. Size — in. Gas 3/4Coupling or Conn. Size — in. Liq. 3/8DIMENSIONS H x W x DCrated (In.) 51 x 20 x 24.5Uncrated 49.9 x 17.5 x 21.8WEIGHTShipping (Lbs.) / Net (Lbs.) 126/116
TAM8A0B30V21CB200-230/1/60
See O.D. SpecificationsPlate Fin
3 - 145.043/8
EEV 3/4 NPT
See Outline DrawingCentrifugal
11 X 101
Direct - VariableSee Fan Performance Table
1 - 1/2Variable ECM208-230/1/60
3.0
NoThrowaway
1 - 20 X 20 - 1 in.R-410ABrazed
3/43/8
H x W x D56.8 x 23.5 x 24.5 55.7 x 21.3 x 21.8
150/138
TAM8A0C36V31CB200-230/1/60
See O.D. SpecificationsPlate Fin
3 - 145.503/8
EEV 3/4 NPT
See Outline DrawingCentrifugal
11 X 101
Direct - VariableSee Fan Performance Table
1 - 1/2Variable ECM208-230/1/60
3.0
NoThrowaway
1 - 22 X 20 - 1 in.R-410ABrazed
7/83/8
H x W x D58 x 25.5 x 24.5
56.9 x 23.5 x 21.8
157/146
TAM8A0C48V41CB
200-230/1/60See O.D. Specifications
Plate Fin4 - 145.963/8
EEV 3/4 NPT
See Outline DrawingCentrifugal
11 X 101
Direct - VariableSee Fan Performance Table
1 - 3/4Variable ECM208-230/1/60
4.2
NoThrowaway
1 - 22 X 20 - 1 in.R-410ABrazed
7/83/8
H x W x D62.8 x 25.5 x 24.5 61.7 x 23.5 x 21.8
174/162
TAM8A0C60V51CBTAM8B0C60V51CA
200-230/1/60See O.D. Specifications
Plate Fin4 - 145.963/8
EEV 3/4 NPT
See Outline DrawingCentrifugal
11 X 101
Direct - VariableSee Fan Performance Table
1 - 1Variable ECM208-230/1/60
5.5
NoThrowaway
1 - 22 X 20 - 1 in.R-410ABrazed
7/83/8
H x W x D62.8 x 25.5 x 24.5 61.7 x 23.5 x 21.8
175/163
1 These Air Handlers are AHRI. certified with various Split System Air Conditioners and Heat Pumps (AHRI STANDARD 210/240). Refer to the Split System Outdoor Unit Product Data Guides for performance data.
2 3/4" Male Plastic Pipe (Ref.: ASTM 1785-76)
Pub. No. 22-1856-03 7
NO
TE
: M
inim
um
au
xilia
ry h
eati
ng
air
flo
w is
au
tom
atic
ally
co
nfi
gu
red
by
the
air
han
dle
r m
od
el a
nd
th
e au
xilia
ry h
eate
r m
od
el n
um
ber
. T
his
is n
ot
fiel
d a
dju
stab
le.
TAM
8A0A
24 M
inim
um
Hea
tin
g A
irfl
ow
Set
tin
gs
MO
DEL
NO
.B
AYE
VAC
05B
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AB
AYE
VAC
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1AA
BA
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C08
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BA
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AB
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C15
BK
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BA
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C20
BK
1AA
TAM
8A0A
24V2
1CB
638/
713
638/
900
675
1/9
0060
0/71
3--
----
MIN
IMU
M H
EATE
R A
IRFL
OW
CFM
- H
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R M
ATR
I X
WIT
HO
UT
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ER
(TO
NS
)
CO
OLI
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A
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ING
Airfl
owP
ower
EX
TE
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AL
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TIC
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ES
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RE
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ING
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ES
SU
RE
0.1
0.3
0.5
0.7
0.9
0.1
0.3
0.5
0.7
0.9
1.5
tons
290
CF
M/to
nC
FM
Wat
ts41
9 / 5
5422
/ 40
431
/ 412
50 /
4840
8 / N
A77
/ N
A33
9 / N
A10
2 / N
A27
9 / N
A13
3 / N
A29
0 C
FM
/ton
CF
MW
atts
416
2242
549
400
7632
910
129
113
435
0 C
FM
/ton
CF
MW
atts
534
/ 638
37 /
5655
5 / 5
4170
/ 67
548
/ 373
102
/ 73
514
/ NA
131
/ NA
439
/ NA
154
/ NA
350
CF
M/to
nC
FM
Wat
ts53
237
550
6954
210
150
712
943
415
240
0 C
FM
/ton
CF
MW
atts
617
/ 705
52 /
7163
9 / 6
2688
/ 85
636
/ 513
123
/ 96
612
/ 325
155
/ 101
559
/ NA
181
/ NA
430
CF
M/to
nC
FM
Wat
ts66
062
680
9967
913
665
816
961
419
745
0 C
FM
/ton
CF
MW
atts
692
/ 770
69 /
8971
4 / 7
0310
8 / 1
0571
4 / 6
1314
6 / 1
1969
4 / 4
9418
1 / 1
2865
3 / N
A20
9 / N
A45
0 C
FM
/ton
CF
MW
atts
690
6971
010
870
914
569
018
065
020
8
2 to
ns †
290
CF
M/to
nC
FM
Wat
ts59
5 / 6
8848
/ 67
617
/ 605
83 /
8061
4 / 4
8111
7 / 9
058
8 / 2
4114
9 / 9
553
1 / N
A17
4 / N
A29
0 C
FM
/ton
CF
MW
atts
593
4861
382
608
116
582
147
527
172
350
CF
M/to
nC
FM
Wat
ts71
6 / 7
9275
/ 96
737
/ 727
115
/ 112
738
/ 643
154
/ 127
720
/ 534
190
/ 137
681
/ 383
219
/ 145
350
CF
M/to
nC
FM
Wat
ts71
475
734
115
734
153
716
189
679
218
400
† C
FM
/ton
CF
MW
atts
809
/ 877
103
/ 125
829
/ 821
147
/ 144
83
2 / 7
5119
0 / 1
6181
8 / 6
6622
8 / 1
7478
7 / 5
6126
1 / 1
8343
0 †
CF
M/to
nC
FM
Wat
ts86
212
288
116
888
421
387
425
484
929
045
0 C
FM
/ton
CF
MW
atts
900
/ 964
136
/ 161
920
/ 913
185
/ 182
924
/ 852
231
/ 200
913
/ 777
274
/ 214
888
/ 689
310
/ 225
450
CF
M/to
nC
FM
Wat
ts89
913
691
718
492
123
191
227
388
931
0
2.5
tons
290
CF
M/to
nC
FM
Wat
ts74
0 / 8
2981
/ 10
876
1 / 7
6912
3 / 1
2576
2 / 6
9216
3 / 1
4174
5 / 5
9619
9 / 1
5370
9 / 4
7322
9 / 1
6229
0 C
FM
/ton
CF
MW
atts
738
8175
712
275
816
274
219
870
722
935
0 C
FM
/ton
CF
MW
atts
878
/ 957
127
/ 158
897
/ 907
175
/ 178
901
/ 845
220
/ 196
890
/ 770
262
/ 211
863
/ 680
297
/ 221
350
CF
M/to
nC
FM
Wat
ts87
612
789
517
489
822
088
826
186
429
740
0 C
FM
/ton
CF
MW
atts
993
/ 107
017
8 / 2
1510
12 /
1023
231
/ 236
1017
/ 96
728
1 / 2
5510
09 /
901
327
/ 270
989
/ 821
367
/ 280
430
CF
M/to
nC
FM
Wat
ts10
6421
510
8327
210
8932
610
8437
510
6641
845
0 C
FM
/ton
CF
MW
atts
1115
/ 11
9324
4 / 2
9011
33 /
1148
304
/ 312
1139
/ 10
9535
9 / 3
3011
32 /
1034
409
/ 345
1113
/ 96
145
1 / 3
5445
0 C
FM
/ton
CF
MW
atts
1115
244
1133
304
1139
360
1133
410
1116
453
3 to
ns
290
CF
M/to
nC
FM
Wat
ts87
3 / 9
5312
5 / 1
5689
3 / 9
0217
3 / 1
7689
6 / 8
4021
8 / 1
9488
5 / 7
6425
9 / 2
0985
8 / 6
7429
5 / 2
1929
0 C
FM
/ton
CF
MW
atts
871
125
890
172
894
217
883
259
859
295
350
CF
M/to
nC
FM
Wat
ts10
41 /
1118
202
/ 242
1059
/ 10
7225
7 / 2
6410
65 /
1018
310
/ 282
1058
/ 95
335
8 / 2
9710
39 /
877
399
/ 307
350
CF
M/to
nC
FM
Wat
ts10
4020
210
5825
710
6431
010
5935
810
4140
140
0 C
FM
/ton
CF
MW
atts
1194
/ 12
7129
5 / 3
4712
10 /
1227
358
/ 368
1214
/ 11
7541
5 / 3
8612
05 /
1115
465
/ 399
1154
/ 10
4648
5 / 4
0843
0 C
FM
/ton
CF
MW
atts
1291
368
1302
432
1300
487
1220
478
1138
470
450
CF
M/to
nC
FM
Wat
ts13
55 /
1421
422
/ 476
1360
/ 13
7348
3 / 4
9112
84 /
1284
476
/ 476
1203
/ 12
0346
9 / 4
6911
20 /
1120
464
/ 464
45
0 C
FM
/ton
CF
MW
atts
1355
422
1360
483
1286
476
1208
468
1128
462
NO
TE
S:
1.
† F
acto
ry S
ettin
g 2
. S
tatu
s LE
D w
ill b
link
once
per
100
CF
M r
eque
sted
. In
torq
ue m
ode,
act
ual a
irflow
may
be
low
er.
3.
Torq
ue m
ode
will
red
uce
airfl
ow w
hen
stat
ic is
abo
ve a
ppro
xim
atel
y
0.
3” w
ater
col
umn.
4.
All
heat
ing
mod
es d
efau
lt to
Con
stan
t CF
M.
5.
Coo
ling
airfl
ow v
alue
s ar
e w
ith w
et c
oil,
no fi
lter
8 Pub. No. 22-1856-03
NO
TE
: M
inim
um
au
xilia
ry h
eati
ng
air
flo
w is
au
tom
atic
ally
co
nfi
gu
red
by
the
air
han
dle
r m
od
el a
nd
th
e au
xilia
ry h
eate
r m
od
el n
um
ber
. T
his
is n
ot
fiel
d a
dju
stab
le.
TAM
8A0B
30 M
inim
um
Hea
tin
g A
irfl
ow
Set
tin
gs
MO
DEL
NO
.B
AYE
VAC
05B
K1A
AB
AYE
VAC
05LG
1AA
BA
YEVA
C08
BK
1AA
BA
YEVA
C08
LG1A
AB
AYE
VAC
10B
K1A
AB
AYE
VAC
10LG
1AA
BA
YEVA
C10
LG3A
AB
AYE
VCB
15LG
3AA
BA
YEVB
C15
BK
1AA
BA
YEVB
C20
BK
1AA
TAM
8A0B
30V2
1CB
723/
808
723/
1020
765/
1020
680/
808
765/
1063
850/
1105
--
MIN
IMU
M H
EATE
R A
IRFL
OW
CFM
- H
EATE
R M
ATR
I X
WIT
HO
UT
HEA
T PU
MP
/ WIT
H H
PSE
E A
IR H
AN
DLE
R N
AM
EPLA
TE F
OR
APP
RO
VED
CO
MB
INA
TIO
NS
TAM
8A0B
30 A
IRF
LO
W P
ER
FO
RM
AN
CE
CO
NS
TAN
T C
FM
MO
DE
/ C
ON
STA
NT
TO
RQ
UE
MO
DE
OU
TD
OO
RM
ULT
IPLI
ER
(TO
NS
)
CO
OLI
NG
A
IRF
LOW
SE
TT
ING
Airfl
owP
ower
EX
TE
RN
AL
STA
TIC
PR
ES
SU
RE
(C
onst
ant C
FM
/ C
onst
ant T
orqu
e)H
EAT
ING
A
IRF
LOW
SE
TT
ING
Airfl
owP
ower
EX
TE
RN
AL
STA
TIC
PR
ES
SU
RE
0.1
0.3
0.5
0.7
0.9
0.1
0.3
0.5
0.7
0.9
1.5
tons
290
CF
M/to
nC
FM
Wat
ts49
0 / 5
8721
/ 30
438
/ 406
44 /
4238
8 / N
A69
/ N
A33
8 / N
A97
/ N
A27
9 / N
A13
0 / N
A29
0 C
FM
/ton
CF
MW
atts
485
2143
744
393
6935
097
301
130
350
CF
M/to
nC
FM
Wat
ts57
8 / 6
7229
/ 39
546
/ 523
56 /
5451
5 / 2
7085
/ 60
484
/ NA
115
/ NA
449
/ NA
146
/ NA
350
CF
M/to
nC
FM
Wat
ts57
429
545
5651
785
489
115
458
146
400
CF
M/to
nC
FM
Wat
ts64
6 / 7
3837
/ 48
626
/ 607
67 /
6560
5 / 4
1399
/ 72
582
/ NA
132
/ NA
554
/ NA
164
/ NA
430
CF
M/to
nC
FM
Wat
ts68
342
669
7565
310
863
614
361
417
745
0 C
FM
/ton
CF
MW
atts
712
/ 803
45 /
5970
0 / 6
8380
/ 77
686
/ 520
115
/ 86
669
/ 231
151
/ 91
647
/ NA
186
/ NA
450
CF
M/to
nC
FM
Wat
ts70
945
698
8068
511
566
915
164
918
6
2 to
ns †
290
CF
M/to
nC
FM
Wat
ts62
8 / 7
2135
/ 46
605
/ 585
64 /
6258
2 / 3
8095
/ 69
557
/ NA
127
/ NA
528
/ NA
159
/ NA
290
CF
M/to
nC
FM
Wat
ts62
535
604
6458
295
560
127
533
160
350
CF
M/to
nC
FM
Wat
ts73
4 / 8
2449
/ 62
724
/ 708
84 /
8171
2 / 5
5212
1 / 9
169
6 / 2
9915
7 / 9
467
6 / N
A19
3 / N
A35
0 C
FM
/ton
CF
MW
atts
731
4972
284
710
120
696
157
678
193
400
† C
FM
/ton
CF
MW
atts
819
/ 908
63 /
7981
8 / 8
0310
3 / 1
0081
2 / 6
6814
5 / 1
1280
3 / 4
6318
6 / 1
1578
8 / N
A22
6 / N
A43
0 †
CF
M/to
nC
FM
Wat
ts86
873
871
116
869
161
864
205
853
248
450
CF
M/to
nC
FM
Wat
ts90
4 / 9
9380
/ 99
910
/ 896
126
/ 122
911
/ 775
173
/ 136
907
/ 621
219
/ 141
895
/ 394
264
/ 138
450
CF
M/to
nC
FM
Wat
ts90
280
908
126
908
172
905
219
895
263
2.5
tons
290
CF
M/to
nC
FM
Wat
ts75
5 / 8
7052
/ 71
748
/ 760
89 /
9173
7 / 6
1712
6 / 1
0272
3 / 4
0916
4 / 1
0570
4 / N
A20
1 / N
A29
0 C
FM
/ton
CF
MW
atts
753
5274
688
736
126
723
164
706
201
350
CF
M/to
nC
FM
Wat
ts88
3 / 9
9675
/ 10
088
7 / 8
9912
0 / 1
2388
6 / 7
7816
5 / 1
3788
1 / 6
2521
1 / 1
4286
9 / 4
0125
4 / 1
3935
0 C
FM
/ton
CF
MW
atts
881
7588
412
088
416
587
921
086
925
440
0 C
FM
/ton
CF
MW
atts
991
/ 110
710
1 / 1
3110
04 /
1016
153
/ 156
1010
/ 90
820
6 / 1
7310
10 /
777
258
/ 180
1001
/ 60
930
7 / 1
7743
0 C
FM
/ton
CF
MW
atts
1057
119
1074
176
1084
234
1087
290
1078
342
450
CF
M/to
nC
FM
Wat
ts11
06 /
1226
133
/ 172
1126
/ 11
4119
4 / 1
9911
39 /
1041
256
/ 218
1141
/ 92
531
4 / 2
2711
28 /
784
366
/ 226
450
CF
M/to
nC
FM
Wat
ts11
0413
311
2519
411
3625
511
3931
411
2836
6
3 to
ns
290
CF
M/to
nC
FM
Wat
ts87
9 / 9
9274
/ 99
882
/ 894
119
/ 121
881
/ 773
164
/ 136
875
/ 619
209
/ 140
863
/ 391
252
/ 138
290
CF
M/to
nC
FM
Wat
ts87
774
880
118
879
164
874
208
863
252
350
CF
M/to
nC
FM
Wat
ts10
36 /
1153
113
/ 146
1052
/ 10
6516
8 / 1
7210
61 /
960
224
/ 189
1063
/ 83
627
9 / 1
9710
53 /
681
330
/ 195
350
CF
M/to
nC
FM
Wat
ts10
3411
210
4916
810
5822
410
6127
910
5333
040
0 C
FM
/ton
CF
MW
atts
1179
/ 13
0415
8 / 2
0312
02 /
1221
224
/ 231
1217
/ 11
2629
1 / 2
5112
17 /
1016
352
/ 261
1196
/ 88
640
3 / 2
6143
0 C
FM
/ton
CF
MW
atts
1271
193
1298
267
1309
337
1300
398
1271
446
450
CF
M/to
nC
FM
Wat
ts13
38 /
1471
222
/ 282
1365
/ 13
9130
0 / 3
1113
69 /
1302
370
/ 333
1350
/ 12
0142
7 / 3
4513
11 /
1086
471
/ 347
450
CF
M/to
nC
FM
Wat
ts13
3822
113
6329
913
6836
913
5042
713
1447
2
NO
TE
S:
1.
† F
acto
ry S
ettin
g 2
. S
tatu
s LE
D w
ill b
link
once
per
100
CF
M r
eque
sted
. In
torq
ue m
ode,
act
ual a
irflow
may
be
low
er.
3.
Torq
ue m
ode
will
red
uce
airfl
ow w
hen
stat
ic is
abo
ve a
ppro
xim
atel
y
0.
35” w
ater
col
umn.
4.
All
heat
ing
mod
es d
efau
lt to
Con
stan
t CF
M.
5.
Coo
ling
airfl
ow v
alue
s ar
e w
ith w
et c
oil,
no fi
lter
Pub. No. 22-1856-03 9
TAM
8A0C
36 M
inim
um
Hea
tin
g A
irfl
ow
Set
tin
gs
NO
TE
: M
inim
um
au
xilia
ry h
eati
ng
air
flo
w is
au
tom
atic
ally
co
nfi
gu
red
by
the
air
han
dle
r m
od
el a
nd
th
e au
xilia
ry h
eate
r m
od
el n
um
ber
. T
his
is n
ot
fiel
d a
dju
stab
le.
MO
DEL
NO
.B
AYE
VAC
05B
K1A
AB
AYE
VAC
05LG
1AA
BA
YEVA
C08
BK
1AA
BA
YEVA
C08
LG1A
AB
AYE
VAC
10B
K1A
AB
AYE
VAC
10LG
1AA
BA
YEVA
C10
LG3A
AB
AYE
VCB
15LG
3AA
BA
YEVB
C15
BK
1AA
BA
YEVB
C20
BK
1AA
TAM
8A0C
36V3
1CB
876/
979
876/
1236
927/
1236
824/
979
927/
1288
1030
/133
912
36/1
442
MIN
IMU
M H
EATE
R A
IRFL
OW
CFM
- H
EATE
R M
ATR
IX
WIT
HO
UT
HEA
T PU
MP
/ WIT
H H
PSE
E A
IR H
AN
DLE
R N
AM
EPLA
TE F
OR
APP
RO
VED
CO
MB
INA
TIO
NS
TAM
8A0C
36 A
IRF
LO
W P
ER
FO
RM
AN
CE
CO
NS
TAN
T C
FM
MO
DE
/ C
ON
STA
NT
TO
RQ
UE
MO
DE
OU
TD
OO
RM
ULT
IPLI
ER
(TO
NS
)
CO
OLI
NG
A
IRF
LOW
SE
TT
ING
Airfl
owP
ower
EX
TE
RN
AL
STA
TIC
PR
ES
SU
RE
(C
onst
ant C
FM
/ C
onst
ant T
orqu
e)H
EAT
ING
A
IRF
LOW
SE
TT
ING
Airfl
owP
ower
EX
TE
RN
AL
STA
TIC
PR
ES
SU
RE
0.1
0.3
0.5
0.7
0.9
0.1
0.3
0.5
0.7
0.9
2 to
ns
290
CF
M/to
nC
FM
Wat
ts61
0 / 7
5830
/ 47
573
/ 573
57 /
5855
6 / 3
2186
/ 62
553
/ NA
119
/ NA
556
/ NA
153
/ NA
290
CF
M/to
nC
FM
Wat
ts60
731
574
5855
787
551
119
551
153
370
CF
M/to
nC
FM
Wat
ts75
9 / 8
5847
/ 63
744
/ 706
81 /
7773
9 / 5
3011
8 / 8
574
0 / 2
9715
6 / 9
074
1 / N
A19
5 / N
A35
0 C
FM
/ton
CF
MW
atts
721
4470
577
697
111
695
1469
518
540
0 C
FM
/ton
CF
MW
atts
812
/ 974
54 /
8580
3 / 8
4692
/ 10
380
2 / 7
0713
2 / 1
1580
3 / 5
5417
2 / 1
2280
5 / 3
7421
3 / 1
2842
0 C
FM
/ton
CF
MW
atts
847
6284
310
284
314
484
418
684
527
745
0 C
FM
/ton
CF
MW
atts
900
/ 102
469
/ 96
899
/ 903
112
/ 116
902
/ 774
156
/ 129
906
/ 636
201
/ 137
909
/ 485
245
/ 142
450
CF
M/to
nC
FM
Wat
ts90
072
900
115
903
159
906
204
908
248
2.5
tons
290
CF
M/to
nC
FM
Wat
ts74
6 / 9
0345
/ 71
729
/ 761
79 /
8672
3 / 6
0211
5 / 9
672
3 / 4
1315
3 / 1
0172
5 / 3
019
1 / 1
5629
0 C
FM
/ton
CF
MW
atts
744
4773
081
724
117
722
154
723
192
370
CF
M/to
nC
FM
Wat
ts92
2 /1
026
73 /
9792
3 / 9
0511
7 / 1
1692
7 / 7
7616
3 / 1
3093
1 / 6
3920
9 / 1
3893
5 / 4
8825
4 / 1
4335
0 C
FM
/ton
CF
MW
atts
878
6887
611
087
815
388
019
688
223
940
0 C
FM
/ton
CF
MW
atts
988
/ 117
586
/ 13
794
4 / 1
070
134
/ 160
1001
/ 96
118
4 / 1
7710
08 /
848
234
/ 189
1011
/ 73
128
2 / 1
9642
0 C
FM
/ton
CF
MW
atts
1033
101
1046
152
1052
205
1060
257
1062
307
450
CF
M/to
nC
FM
Wat
ts11
00 /
1243
112
/ 159
1114
/ 11
4316
8 / 1
8311
27 /
1040
225
/ 202
1136
/ 93
328
1 / 2
1511
38 /
823
334
/ 222
450
CF
M/to
nC
FM
Wat
ts11
0211
911
1617
511
2823
211
3728
811
3834
0
3 to
ns †
290
CF
M/to
nC
FM
Wat
ts87
4 / 1
022
64 /
9687
1 / 9
0010
5 / 1
1587
2 / 7
7114
8 / 1
2887
6 / 6
3219
2 / 1
3687
9 / 4
8023
5 / 1
4129
0 C
FM
/ton
CF
MW
atts
873
6787
110
887
315
187
519
587
723
837
0 †
CF
M/to
nC
FM
Wat
ts10
87 /
1175
109
/ 137
1099
/ 10
7016
3 / 1
6011
12 /
961
220
/ 177
1120
/ 84
827
5 / 1
8911
23 /
731
328
/ 196
350
CF
M/to
nC
FM
Wat
ts10
3310
110
4315
210
5220
510
6025
710
6230
740
0 C
FM
/ton
CF
MW
atts
1170
/ 13
7313
2 / 2
0711
88 /
1280
192
/ 233
1202
/ 11
8525
3 / 2
5412
12 /
1086
313
/ 269
1213
/ 98
436
9 / 2
7842
0 †
CF
M/to
nC
FM
Wat
ts12
3115
812
5322
412
7028
912
7735
112
7040
545
0 C
FM
/ton
CF
MW
atts
1322
/ 14
6518
1 / 2
4713
44 /
1377
251
/ 275
1360
/ 12
8432
1 / 2
9613
64 /
1189
386
/ 312
1352
/ 10
9144
1 / 3
2145
0 C
FM
/ton
CF
MW
atts
1324
192
1349
264
1365
334
1365
397
1348
448
3.5
tons
290
CF
M/to
nC
FM
Wat
ts10
06 /
1144
90 /
128
1009
/ 10
3713
8 / 1
5010
16 /
925
193
/ 167
1024
/ 80
824
4 / 1
7810
28 /
687
293
/ 184
290
CF
M/to
nC
FM
Wat
ts10
02 9310
0514
110
1719
710
2424
810
2629
237
0 C
FM
/ton
CF
MW
atts
1266
/ 13
3817
0 / 1
9312
90 /
1244
238
/ 219
1306
/ 11
4630
6 / 2
3913
11 /
1046
369
/ 254
1301
/ 94
242
2 / 2
6235
0 C
FM
/ton
CF
MW
atts
1199
148
1215
209
1230
272
1239
333
1236
388
400
CF
M/to
nC
FM
Wat
ts13
78 /
1591
213
/ 310
1404
/150
528
9 / 3
3814
16 /
1416
360
/ 361
1410
/ 13
2442
2 / 3
7713
86 /
1228
471
/ 386
420
CF
M/to
nC
FM
Wat
ts14
5224
614
8032
714
8439
514
6845
613
9447
645
0 C
FM
/ton
CF
MW
atts
1575
/ 16
9130
7 / 3
6715
85 /
1607
385
/ 396
1572
/ 15
1945
1 / 4
1914
99 /
1429
477
/ 434
1379
/ 13
3447
0 / 4
4345
0 C
FM
/ton
CF
MW
atts
1573
306
1584
385
1573
451
1505
476
1383
469
NO
TE
S:
1.
† Fa
ctor
y S
ettin
g 2
. S
tatu
s LE
D w
ill b
link
once
per
100
CF
M r
eque
sted
. In
torq
ue m
ode,
act
ual a
irflow
may
be
low
er.
3.
Torq
ue m
ode
will
red
uce
airfl
ow w
hen
stat
ic is
abo
ve a
ppro
xim
atel
y
0.
35” w
ater
col
umn.
4.
All
heat
ing
mod
es d
efau
lt to
Con
stan
t CF
M.
5.
Coo
ling
airfl
ow v
alue
s ar
e w
ith w
et c
oil,
no fi
lter
10 Pub. No. 22-1856-03
TAM
8A0C
42 M
inim
um
Hea
tin
g A
irfl
ow
Set
tin
gs
NO
TE
: M
inim
um
au
xilia
ry h
eati
ng
air
flo
w is
au
tom
atic
ally
co
nfi
gu
red
by
the
air
han
dle
r m
od
el a
nd
th
e au
xilia
ry h
eate
r m
od
el n
um
ber
. T
his
is n
ot
fiel
d a
dju
stab
le.
MO
DEL
NO
.B
AYE
VAC
05B
K1A
AB
AYE
VAC
05LG
1AA
BA
YEVA
C08
BK
1AA
BA
YEVA
C08
LG1A
AB
AYE
VAC
10B
K1A
AB
AYE
VAC
10LG
1AA
BA
YEVA
C10
LG3A
AB
AYE
VCB
15LG
3AA
BA
YEVB
C15
BK
1AA
BA
YEVB
C20
BK
1AA
TAM
8A0C
42V3
1CB
978/
1093
978/
1380
1035
/138
092
0/10
9310
35/1
438
1150
/149
513
80/1
610
MIN
IMU
M H
EATE
R A
IRFL
OW
CFM
- H
EATE
R M
ATR
IX
WIT
HO
UT
HEA
T PU
MP
/ WIT
H H
PSE
E A
IR H
AN
DLE
R N
AM
EPLA
TE F
OR
APP
RO
VED
CO
MB
INA
TIO
NS
TAM
8A0C
42 A
IRF
LO
W P
ER
FO
RM
AN
CE
CO
NS
TAN
T C
FM
MO
DE
/ C
ON
STA
NT
TO
RQ
UE
MO
DE
OU
TD
OO
RM
ULT
IPLI
ER
(TO
NS
)
CO
OLI
NG
A
IRF
LOW
SE
TT
ING
Airfl
owP
ower
EX
TE
RN
AL
STA
TIC
PR
ES
SU
RE
(C
onst
ant C
FM
/ C
onst
ant T
orqu
e)H
EAT
ING
A
IRF
LOW
SE
TT
ING
Airfl
owP
ower
EX
TE
RN
AL
STA
TIC
PR
ES
SU
RE
0.1
0.3
0.5
0.7
0.9
0.1
0.3
0.5
0.7
0.9
2.5
tons
290
CF
M/to
nC
FM
Wat
ts74
7 / 9
0548
/ 77
743
/ 764
87 /
9474
2 / 5
9112
7 / 1
0274
1 / 3
4216
8 / 1
0673
9 / N
A20
7 / N
A29
0 C
FM
/ton
CF
MW
atts
744
5174
190
740
130
738
170
734
209
370
CF
M/to
nC
FM
Wat
ts93
7 / 1
072
80 /
118
942
/ 956
129
/ 139
946
/ 823
179
/ 151
947
/ 655
227
/ 155
944
/ 458
273
/ 155
350
CF
M/to
nC
FM
Wat
ts88
976
892
123
894
169
894
215
890
259
400
CF
M/to
nC
FM
Wat
ts10
06 /
1136
95 /
138
1014
/ 10
2714
8 / 1
5910
20 /
903
201
/ 173
1022
/ 76
025
3 / 1
7810
19 /
586
302
/ 177
400
CF
M/to
nC
FM
Wat
ts10
0610
310
1615
610
1820
910
1916
010
1630
845
0 C
FM
/ton
CF
MW
atts
1122
/ 12
4712
5 / 1
7611
35 /
1146
185
/ 200
1143
/ 10
3524
5 / 2
1611
46 /
911
303
/ 224
1142
/ 76
835
7 / 2
2345
0 C
FM
/ton
CF
MW
atts
1124
136
1135
196
1142
256
1144
313
1140
366
3 to
ns
290
CF
M/to
nC
FM
Wat
ts88
5 / 1
026
70 /
106
889
/ 904
116
/ 125
891
/ 763
163
/ 136
892
/ 590
209
/ 139
889
/ 341
254
/ 143
290
CF
M/to
nC
FM
Wat
ts88
475
887
121
889
168
889
214
885
257
370
CF
M/to
nC
FM
Wat
ts11
08 /
1233
121
/ 171
1120
/ 11
3218
1 / 1
9511
28 /
1019
240
/ 210
1131
/ 89
329
7 / 2
1811
28 /
747
350
/ 217
350
CF
M/to
nC
FM
Wat
ts10
5311
510
6217
110
6722
710
6928
010
6633
040
0 C
FM
/ton
CF
MW
atts
1194
/ 13
1614
7 / 2
0412
08 /
1220
212
/ 229
1218
/ 11
1527
6 / 2
4612
21 /
999
337
/ 255
1215
/ 86
839
3 / 2
5640
0 C
FM
/ton
CF
MW
atts
1196
160
1209
225
1218
289
1219
349
1212
403
450
CF
M/to
nC
FM
Wat
ts13
43 /
1463
200
/ 272
1361
/ 13
7427
5 / 3
0013
71 /
1279
348
/ 320
1368
/ 11
7541
3 / 3
3113
52 /
1061
469
/ 334
450
CF
M/to
nC
FM
Wat
ts13
4722
013
6329
513
7136
713
6643
013
4248
0
3.5
tons
†
290
CF
M/to
nC
FM
Wat
ts10
20 /
1149
99 /
142
1028
/ 10
4115
2 / 1
6410
34 /
919
206
/ 178
1037
/ 77
925
9 / 1
8310
34 /
609
308
/ 182
290
CF
M/to
nC
FM
Wat
ts10
2010
710
2816
010
3321
411
7332
710
3131
537
0 †
CF
M/to
nC
FM
Wat
ts12
87 /
1408
179
/ 245
1304
/ 13
1725
0 / 2
7213
14 /
1218
320
/ 291
1315
/ 11
1038
4 / 3
0113
04 /
981
441
/ 303
350
CF
M/to
nC
FM
Wat
ts12
2016
912
3423
612
4330
112
4436
212
3641
740
0 C
FM
/ton
CF
MW
atts
1395
/ 15
1422
1 / 2
9914
13 /
1427
300
/ 328
1421
/ 13
3437
4 / 3
4814
15 /
1233
440
/ 361
1369
/ 11
2448
0 / 3
6440
0 †
CF
M/to
nC
FM
Wat
ts14
4024
414
1632
214
2139
514
1145
813
5547
545
0 C
FM
/ton
CF
MW
atts
1584
/ 16
8731
3 / 4
0515
93 /
1605
399
/ 435
1576
/ 15
1846
7 / 4
5814
74 /
1425
477
/ 472
1350
/ 13
2646
8 / 4
7745
0 C
FM
/ton
CF
MW
atts
1589
347
1592
428
1545
474
1434
473
1315
463
4 to
ns
290
CF
M/to
nC
FM
Wat
ts11
56 /
1302
135
/ 197
1169
/ 12
0519
7 / 2
2211
78 /
1098
259
/ 239
1181
/ 98
131
9 / 2
4811
74 /
848
383
/ 249
290
CF
M/to
nC
FM
Wat
ts11
5714
711
6920
911
7727
111
7933
011
7438
337
0 C
FM
/ton
CF
MW
atts
1487
/ 16
1828
8 / 3
5915
00 /
1534
369
/ 389
1496
/ 14
4544
1 / 4
1114
45 /
1350
481
/ 425
1319
/ 12
4847
0 / 4
2935
0 C
FM
/ton
CF
MW
atts
1400
244
1416
322
1421
395
1411
458
1335
475
400
CF
M/to
nC
FM
Wat
ts16
16 /
1728
363
/ 433
1614
/ 16
4644
3 / 4
6415
43 /
1543
475
/ 475
1423
/ 14
2347
2 / 4
7213
01 /
1301
463
/ 463
400
CF
M/to
nC
FM
Wat
ts16
1536
316
1544
415
4547
414
3147
113
1346
245
0 C
FM
/ton
CF
MW
atts
1711
/ 17
1143
2 / 4
3216
21 /
1621
456
/ 456
1514
/ 15
1446
5 / 4
6513
93 /
1393
46
0 / 4
6012
73 /
1273
453
/ 453
450
CF
M/to
nC
FM
Wat
ts17
1643
016
2945
315
2846
214
1145
812
9745
2
NO
TE
S:
1.
† F
acto
ry S
ettin
g 2
. S
tatu
s LE
D w
ill b
link
once
per
100
CF
M r
eque
sted
. In
torq
ue m
ode,
act
ual a
irflow
may
be
low
er.
3.
Torq
ue m
ode
will
red
uce
airfl
ow w
hen
stat
ic is
abo
ve a
ppro
xim
atel
y
0.
35” w
ater
col
umn.
4.
All
heat
ing
mod
es d
efau
lt to
Con
stan
t CF
M.
5.
Coo
ling
airfl
ow v
alue
s ar
e w
ith w
et c
oil,
no fi
lter
Pub. No. 22-1856-03 11
TAM
8A0C
48 M
inim
um
Hea
tin
g A
irfl
ow
Set
tin
gs
NO
TE
: M
inim
um
au
xilia
ry h
eati
ng
air
flo
w is
au
tom
atic
ally
co
nfi
gu
red
by
the
air
han
dle
r m
od
el a
nd
th
e au
xilia
ry h
eate
r m
od
el n
um
ber
. T
his
is n
ot
fiel
d a
dju
stab
le.
MO
DEL
NO
.B
AYE
VAC
05B
K1A
AB
AYE
VAC
05LG
1AA
BA
YEVA
C08
BK
1AA
BA
YEVA
C08
LG1A
AB
AYE
VAC
10B
K1A
AB
AYE
VAC
10LG
1AA
BA
YEVA
C10
LG3A
AB
AYE
VCB
15LG
3AA
BA
YEVB
C15
BK
1AA
BA
YEVB
C20
BK
1AA
BA
YEVC
C25
BK
1AA
TAM
8A0C
48V4
1CB
1063
/118
810
63/1
500
1125
/150
010
00/1
188
1125
/156
312
50/1
625
1500
/175
016
25/1
813
MIN
IMU
M H
EATE
R A
IRFL
OW
CFM
- H
EATE
R M
ATR
IX
WIT
HO
UT
HEA
T PU
MP
/ WIT
H H
PSE
E A
IR H
AN
DLE
R N
AM
EPLA
TE F
OR
APP
RO
VED
CO
MB
INA
TIO
NS
TAM
8A0C
48 A
IRF
LO
W P
ER
FO
RM
AN
CE
CO
NS
TAN
T C
FM
MO
DE
/ C
ON
STA
NT
TO
RQ
UE
MO
DE
OU
TD
OO
RM
ULT
IPLI
ER
(TO
NS
)
CO
OLI
NG
A
IRF
LOW
SE
TT
ING
Airfl
owP
ower
EX
TE
RN
AL
STA
TIC
PR
ES
SU
RE
(C
onst
ant C
FM
/ C
onst
ant T
orqu
e)H
EAT
ING
A
IRF
LOW
SE
TT
ING
Airfl
owP
ower
EX
TE
RN
AL
STA
TIC
PR
ES
SU
RE
0.1
0.3
0.5
0.7
0.9
0.1
0.3
0.5
0.7
0.9
3 to
ns
290
CF
M/to
nC
FM
Wat
ts89
4 / 1
018
69 /
9190
0 / 8
9711
4 / 1
1489
6 / 7
6715
7 / 1
3088
6 / 6
2219
5 / 1
3787
1 / 4
4522
9 /
290
CF
M/to
nC
FM
Wat
ts89
372
900
118
893
159
883
197
864
230
350
CF
M/to
nC
FM
Wat
ts10
67 /
1180
106
/ 132
1073
/ 10
7815
8 / 1
6010
72 /
972
208
/ 180
1065
/ 85
925
2 / 1
9210
53 /
738
292
/ 194
350
CF
M/to
nC
FM
Wat
ts10
6811
210
7316
410
7021
310
6225
710
4929
540
0 C
FM
/ton
CF
MW
atts
1205
/131
414
5 / 1
7612
12 /
1222
203
/ 206
1213
/ 11
2825
9 / 2
2912
08 /
1029
309
/ 244
1199
/ 92
635
4 / 2
4940
0 C
FM
/ton
CF
MW
atts
1207
154
1212
212
1212
266
1206
315
1196
359
450
CF
M/to
nC
FM
Wat
ts13
43 /
1451
193
/ 232
1352
/ 13
6725
9 / 2
6413
55 /
1280
320
/ 289
1353
/ 11
9037
7 / 3
0513
46 /
1098
427
/ 313
450
CF
M/to
nC
FM
Wat
ts13
4420
613
5227
013
5433
113
5238
713
4443
6
3.5
tons
290
CF
M/to
nC
FM
Wat
ts10
34 /
1149
98 /
123
1041
/ 10
4414
9 / 1
5010
38 /
934
197
/ 170
1031
/ 81
724
0 / 1
8110
18 /
690
279
/ 182
290
CF
M/to
nC
FM
Wat
ts10
3410
310
4015
410
3720
210
2824
410
1428
135
0 C
FM
/ton
CF
MW
atts
1228
/ 13
3615
2 / 1
8512
35 /
1246
212
/ 215
1236
/ 11
5326
8 / 2
3812
32 /
1056
319
/ 253
1224
/ 95
536
5 / 2
5935
0 C
FM
/ton
CF
MW
atts
1229
162
1235
221
1236
276
1230
326
1220
371
400
CF
M/to
nC
FM
Wat
ts13
89 /
1498
212
253
1399
/ 14
1528
0 / 2
8614
03 /
1331
343
/ 311
1401
/ 12
4440
2 / 3
2813
95 /
1154
455
/ 336
400
CF
M/to
nC
FM
Wat
ts13
9222
614
0029
314
0335
614
0041
313
9446
545
0 C
FM
/ton
CF
MW
atts
1558
/ 16
6929
0 / 3
4315
70 /
1592
367
/ 377
1575
/ 15
1443
9 / 4
0415
75 /
1434
505
/ 422
1568
/ 13
5156
3 / 4
3245
0 C
FM
/ton
CF
MW
atts
1561
310
1572
386
1576
457
1574
521
1567
577
4 to
ns †
290
CF
M/to
nC
FM
Wat
ts11
68 /
1298
133
/ 170
1175
/ 12
0519
1 / 2
0011
75 /
1109
244
/ 223
1170
/ 10
1029
3 / 2
3711
60 /
905
336
/ 242
290
CF
M/to
nC
FM
Wat
ts11
6814
111
7619
811
7425
111
6829
911
5734
135
0 †
CF
M/to
nC
FM
Wat
ts13
89 /
1517
212
/ 262
1399
/ 14
3628
0 / 2
9514
03 /
1352
343
/ 321
1401
/ 12
6640
2 / 3
3813
95 /
1177
455
/ 346
350
CF
M/to
nC
FM
Wat
ts13
9222
614
0029
314
0335
614
0041
313
9446
540
0 C
FM
/ton
CF
MW
atts
1583
/ 17
1430
3 / 3
7015
95 /
1639
382
/ 546
1601
/ 15
6245
5 / 4
3116
00 /
1483
521
/ 450
1593
/ 14
0158
0 / 4
5940
0 †
CF
M/to
nC
FM
Wat
ts15
8632
515
9740
216
0147
415
9953
815
9159
545
0 C
FM
/ton
CF
MW
atts
1790
/ 19
1842
9 / 5
1118
00 /
1848
515
/ 546
1808
/ 17
7559
4 / 5
7317
93 /
1701
663
/ 592
1698
/ 16
2566
0 / 6
0145
0 C
FM
/ton
CF
MW
atts
1794
459
1801
544
1800
620
1766
665
1667
655
4.5
to
ns**
290
CF
M/to
nC
FM
Wat
ts13
01 /
1429
177
/ 222
1310
/ 13
4424
1 / 2
5313
12 /
1256
300
/ 278
1309
/ 11
6535
5 / 2
9413
02 /
1071
404
/ 302
290
CF
M/to
nC
FM
Wat
ts13
0218
913
1025
213
1131
013
0935
513
0140
335
0 C
FM
/ton
CF
MW
atts
1558
/ 16
8829
0 / 3
5415
70 /
1613
367
/ 389
1575
/ 15
3543
9 / 4
1515
75 /
1455
505
/ 434
1568
/ 13
7356
3 / 4
4435
0 C
FM
/ton
CF
MW
atts
1557
290
1570
367
1575
439
1575
505
1569
563
400
CF
M/to
nC
FM
Wat
ts17
90 /
1918
429
/ 511
1800
/ 18
4851
5 / 5
4618
01 /
1775
594
/ 573
1793
/ 17
0166
3 / 5
9216
98 /
1625
660
/ 601
400
CF
M/to
nC
FM
Wat
ts17
8942
817
9951
518
0159
417
9466
317
0165
945
0 C
FM
/ton
CF
MW
atts
2018
/ 20
1860
5 / 6
0519
73 /
1973
656
/ 656
1857
/ 18
5764
5 / 6
4517
49 /
1749
637
/ 637
1651
/ 16
5163
1 / 6
31
450
CF
M/to
nC
FM
Wat
ts20
1860
519
7565
618
6364
317
5763
416
6062
8
1.
† F
acto
ry S
ettin
g 2
. *
* N
ot a
n ac
tual
OD
siz
e 3
. S
tatu
s LE
D w
ill b
link
once
per
100
CF
M r
eque
sted
. In
torq
ue m
ode,
act
ual a
irflow
may
be
low
er.
4.
Torq
ue m
ode
will
red
uce
airfl
ow w
hen
stat
ic is
abo
ve a
ppro
xim
atel
y 0.
4” w
ater
col
umn.
5.
If th
e ai
r ha
ndle
r is
app
lied
in d
ownfl
ow o
r ho
rizon
tal c
onfig
urat
ions
, the
ai
rflow
sho
uld
not e
xcee
d 20
00 C
FM
. A
irflow
abo
ve 2
000
CF
M c
ould
res
ult i
n
wat
er b
low
-off.
6.
All
heat
ing
mod
es d
efau
lt to
Con
stan
t CF
M.
7.
Coo
ling
airfl
ow v
alue
s ar
e w
ith w
et c
oil,
no fi
lter
12 Pub. No. 22-1856-03
TAM
8A0C
60 a
nd
TA
M8B
060
Min
imu
m H
eati
ng
Air
flo
w S
etti
ng
s
NO
TE
: M
inim
um
au
xilia
ry h
eati
ng
air
flo
w is
au
tom
atic
ally
co
nfi
gu
red
by
the
air
han
dle
r m
od
el a
nd
th
e au
xilia
ry h
eate
r m
od
el n
um
ber
. T
his
is n
ot
fiel
d a
dju
stab
le.
MO
DEL
NO
.B
AYE
VAC
05B
K1A
AB
AYE
VAC
05LG
1AA
BA
YEVA
C08
BK
1AA
BA
YEVA
C08
LG1A
AB
AYE
VAC
10B
K1A
AB
AYE
VAC
10LG
1AA
BA
YEVA
C10
LG3A
AB
AYE
VCB
15LG
3AA
BA
YEVB
C15
BK
1AA
BA
YEVB
C20
BK
1AA
BA
YEVC
C25
BK
1AA
TAM
8A0C
60V5
1CB
TAM
8B0C
60V5
1CA
1063
/118
810
63/1
500
1125
/150
010
00/1
188
1125
/156
312
50/1
625
1500
/175
016
25 1
/181
3W
ITH
OU
T H
EAT
PUM
P / W
ITH
HP
SEE
AIR
HA
ND
LER
NA
MEP
LATE
FO
R A
PPR
OVE
D C
OM
BIN
ATI
ON
S1
Hea
ter n
ot q
ualif
ied
for 2
08V
whe
n in
stal
led
in h
oriz
onta
l lef
t pos
ition
with
out H
eat P
ump
MIN
IMU
M H
EATE
R A
IRFL
OW
CFM
- H
EATE
R M
ATR
IX
TAM
8A0C
60 A
ND
TA
M8B
0C60
AIR
FL
OW
PE
RF
OR
MA
NC
EC
ON
STA
NT
CF
M M
OD
E /
CO
NS
TAN
T T
OR
QU
E M
OD
EO
UT
DO
OR
MU
LTIP
LIE
R(T
ON
S)
CO
OLI
NG
A
IRF
LOW
SE
TT
ING
Airfl
owP
ower
EX
TE
RN
AL
STA
TIC
PR
ES
SU
RE
(C
onst
ant C
FM
/ C
onst
ant T
orqu
e)H
EAT
ING
A
IRF
LOW
SE
TT
ING
Airfl
owP
ower
EX
TE
RN
AL
STA
TIC
PR
ES
SU
RE
0.1
0.3
0.5
0.7
0.9
0.1
0.3
0.5
0.7
0.9
3.5
tons
290
CF
M/to
nC
FM
Wat
ts10
40 /
1151
94 /
119
1068
/ 10
5615
1 / 1
4810
75 /
941
203
/ 168
1066
/ 79
924
7 / 1
7510
46 /
607
283
/ 165
290
CF
M/to
nC
FM
Wat
ts10
39 9510
6515
110
7120
310
6324
710
4528
337
0 C
FM
/ton
CF
MW
atts
1312
/ 13
4317
1 / 1
7813
32 /
1264
236
/ 210
1336
/ 11
7429
6 / 2
3513
29 /
1068
349
/ 250
1314
/ 94
539
2 / 2
5135
0 C
FM
/ton
CF
MW
atts
1247
150
1266
213
1270
270
1263
321
1248
363
400
CF
M/to
nC
FM
Wat
ts14
08 /
1496
206
/ 238
1425
/ 14
2627
4 / 2
7314
29 /
1346
337
/ 301
1423
/ 12
5639
3 / 3
1914
10 /
1154
440
/ 325
400
CF
M/to
nC
FM
Wat
ts14
0720
614
2327
414
2633
714
2139
214
0943
945
0 C
FM
/ton
CF
MW
atts
1565
/ 16
5027
4 / 3
1215
79 /
1585
348
/ 348
1584
/ 15
1241
6 / 3
7815
80 /
1432
477
/ 398
1569
/ 13
4352
9 / 4
0745
0 C
FM
/ton
CF
MW
atts
1564
274
1578
348
1582
416
1578
476
1569
529
4 to
ns
290
CF
M/to
nC
FM
Wat
ts11
86 /
1304
131
/ 164
1208
/ 12
2319
2 / 1
9612
13 /
1128
248
/ 220
1206
/ 10
1829
7 / 2
3411
89 /
887
337
/ 233
290
CF
M/to
nC
FM
Wat
ts11
8513
112
0619
212
1024
812
0329
711
8733
737
0 C
FM
/ton
CF
MW
atts
1480
/ 15
1423
5 / 2
4514
95 /
1444
306
/ 280
1499
/ 13
6537
2 / 3
0814
95 /
1277
430
/ 327
1482
/ 11
7747
9 / 3
3435
0 C
FM
/ton
CF
MW
atts
1407
206
1423
274
1426
337
1421
392
1409
439
400
CF
M/to
nC
FM
Wat
ts15
87 /
1689
285
/ 332
1602
/ 16
2536
0 / 3
6916
06 /
1554
429
/ 399
1602
/ 14
7549
0 / 4
2015
92 /
1399
543
/ 430
400
CF
M/to
nC
FM
Wat
ts15
8728
516
0036
016
0442
816
0149
015
9254
345
0 C
FM
/ton
CF
MW
atts
1770
/ 18
7338
6 / 4
4317
84 /
1813
468
/ 481
1789
/ 17
4754
3 / 5
1217
88 /
1675
612
/ 534
1782
/ 15
9767
1 / 5
4645
0 C
FM
/ton
CF
MW
atts
1770
385
1783
467
1788
543
1788
611
1782
671
4.5
tons
**†
290
CF
M/to
nC
FM
Wat
ts13
22 /
1431
174
/ 211
1340
/ 13
5824
0 / 2
4513
45 /
1274
300
/ 271
1338
/ 11
7935
3 / 2
8813
23 /
1069
397
/ 292
290
CF
M/to
nC
FM
Wat
ts13
2117
413
3824
013
4230
013
3635
213
2239
637
0 †
CF
M/to
nC
FM
Wat
ts16
46 /
1667
315
/ 320
1660
/ 16
0239
2 / 3
5716
65 /
1530
463
/ 386
1662
/ 14
5152
7 / 4
0716
53 /
1363
582
/ 417
350
CF
M/to
nC
FM
Wat
ts15
6427
415
7834
815
8241
615
7847
615
6952
940
0 C
FM
/ton
CF
MW
atts
1770
/ 18
7338
6 / 4
4317
84 /
1813
468
/ 481
1789
/ 17
4754
3 / 5
1217
88 /
1675
612
/ 534
1781
/ 15
9767
1 / 5
4640
0 †
CF
M/to
nC
FM
Wat
ts17
7038
517
8346
717
8854
317
8861
117
8267
145
0 C
FM
/ton
CF
MW
atts
1989
209
953
5 / 6
1220
04 /
2042
627
/ 650
2012
/ 19
8071
2 / 6
8120
13 /
1913
788
/ 703
2009
/ 18
4285
5 / 7
1645
0 C
FM
/ton
CF
MW
atts
1989
534
2003
626
2011
711
2014
788
2011
856
5
tons
290
CF
M/to
nC
FM
Wat
ts14
52 /
1557
224
/ 265
1469
/ 14
8929
4 / 3
0114
73 /
1413
358
/ 329
1468
/ 13
2741
5 / 3
4814
55 /
1231
463
/ 356
290
CF
M/to
nC
FM
Wat
ts14
5222
414
6729
414
7135
814
6641
514
5446
337
0 C
FM
/ton
CF
MW
atts
1817
/ 18
2641
5 / 4
5118
31 /
1765
499
/ 451
1837
/ 16
9857
6 / 4
8118
37 /
1624
647
/ 503
1831
/ 15
4470
8 / 5
1535
0 C
FM
/ton
CF
MW
atts
1723
357
1736
437
1741
511
1740
578
1734
636
400
CF
M/to
nC
FM
Wat
ts19
64 /
2073
516
/ 590
1978
/ 20
1560
7 / 6
2919
86 /
1953
690
/ 660
1987
/ 18
8676
6 / 6
8219
83 /
1814
832
/ 695
400
CF
M/to
nC
FM
Wat
ts19
6451
519
7860
619
8569
019
8876
619
8583
345
0 C
FM
/ton
CF
MW
atts
2231
/ 23
4774
1 / 8
4222
45 /
2292
842
/ 879
2252
/ 22
3393
4 / 9
0822
52 /
2171
1015
/ 93
021
85 /
2104
1024
/ 94
145
0 C
FM
/ton
CF
MW
atts
2232
741
2245
842
2252
934
2252
1016
2186
1023
1.
† Fa
ctor
y S
ettin
g 2
. *
* N
ot a
n ac
tual
OD
siz
e 3
. S
tatu
s LE
D w
ill b
link
once
per
100
CF
M r
eque
sted
. In
torq
ue m
ode,
act
ual a
irflow
may
be
low
er.
4.
Torq
ue m
ode
will
red
uce
airfl
ow w
hen
stat
ic is
abo
ve a
ppro
xim
atel
y 0.
4" w
ater
col
umn.
5.
If th
e ai
r ha
ndle
r is
app
lied
in d
ownfl
ow o
r ho
rizon
tal c
onfig
urat
ions
, the
ai
rflow
sho
uld
not e
xcee
d 20
00 C
FM
. A
irflow
abo
ve 2
000
CF
M c
ould
res
ult i
n
wat
er b
low
-off.
6.
All
heat
ing
mod
es d
efau
lt to
Con
stan
t CF
M.
7.
Coo
ling
airfl
ow v
alue
s ar
e w
ith w
et c
oil,
no fi
lter
Pub. No. 22-1856-03 13
ElectricalData
Notes:
1. See Product Data or Air Handler nameplate for approved combinations of Air Handlers and Heaters
2. Heater model numbers may have additional suffix digits.
TAM8 HEATER ATTRIBUTE DATA
kW BTUH kW BTUH
No Heater 0 - - 3.0** 4 15 - - 3.0** 4 15BAYEVAC05++1 1 4.80 16400 20.0 29 30 3.60 12300 17.3 25 25BAYEVAC08++1 1 7.68 26200 32.0 44 45 5.76 19700 27.7 38 40
BAYEVAC10++1 1 1 9.60 32800 40.0 54 60 7.20 24600 34.6 47 50BAYEVAC10LG3 1-3 PH 9.60 32800 23.1 32 35 7.20 24600 20.0 28 30
Note: ** Motor Amps1 Heater not qualified for 208V when installed in horizontal left position without Heat Pump
MinimumCircuit
Ampacity
MaximumOverload
Protection
Capacity Heater Amps per
Circuit
MinimumCircuit
Ampacity
MaximumOverload
Protection
Heater Attribute DataTAM8A0A24V21CB
Heater Model No. No. of Circuits
240 Volt 208 Volt
Capacity Heater Amps per
Circuit
kW BTUH kW BTUH
No Heater 0 - - 3.0** 4 15 - - 3.0** 4 15BAYEVAC05++1 1 4.80 16400 20.0 29 30 3.60 12300 17.3 25 25BAYEVAC08++1 1 7.68 26200 32.0 44 45 5.76 19700 27.7 38 40BAYEVAC10++1 1 9.60 32800 40.0 54 60 7.20 24600 34.6 47 50BAYEVAC10LG3 1-3 PH 9.60 32800 23.1 32 35 7.20 24600 20.0 28 30BAYEVBC15LG3 1-3 PH 14.40 42000 34.6 47 50 10.80 36900 30.0 41 45
9.60 32800 40.0 54 60 7.20 24600 34.6 47 504.80 16400 20.0 25 25 3.60 12300 17.3 22 25
Note: ** Motor Amps1 MCA and MOP for circuit 1 contains the motor amps
MaximumOverload
Protection
Capacity Heater Amps per
Circuit
MinimumCircuit
Ampacity
MaximumOverload
Protection
BAYEVBC15BK1 - Circuit 1 1BAYEVBC15BK1 - Circuit 2 2
Heater Attribute DataTAM8A0B30V21CB
Heater Model No. No. of Circuits
240 Volt 208 Volt
Capacity Heater Amps per
Circuit
MinimumCircuit
Ampacity
14 Pub. No. 22-1856-03
ElectricalData
Notes:
1. See Product Data or Air Handler nameplate for approved combinations of Air Handlers and Heaters
2. Heater model numbers may have additional suffix digits.
TAM8 HEATER ATTRIBUTE DATA
kW BTUH kW BTUH
No Heater 0 - - 3.0** 4 15 - - 3.0** 4 15BAYEVAC05++1 1 4.80 16400 20.0 29 30 3.60 12300 17.3 25 25BAYEVAC08++1 1 7.68 26200 32.0 44 45 5.76 19700 27.7 38 40BAYEVAC10++1 1 9.60 32800 40.0 54 60 7.20 24600 34.6 47 50BAYEVAC10LG3 1-3 PH 9.60 32800 23.1 32 35 7.20 24600 20.0 28 30BAYEVBC15LG3 1-3 PH 14.40 42000 34.6 47 50 10.80 36900 30.0 41 45
9.60 32800 40.0 54 60 7.20 24600 34.6 47 50
4.80 16400 20.0 25 25 3.60 12300 17.3 22 25
9.60 32800 40.0 54 60 7.20 24600 34.6 47 50
9.60 32800 40.0 50 50 7.20 24600 34.6 43 45
BAYEVBC20BK1 - Circuit 1 1BAYEVBC20BK1 - Circuit 2 2
Note: ** Motor Amps1 MCA and MOP for circuit 1 contains the motor amps
MaximumOverload
Protection
Capacity Heater Amps per
Circuit
MinimumCircuit
Ampacity
MaximumOverload
Protection
BAYEVBC15BK1 - Circuit 1 1BAYEVBC15BK1 - Circuit 2 2
Heater Attribute DataTAM8A0C36V31CB
Heater Model No. No. of Circuits
240 Volt 208 Volt
Capacity Heater Amps per
Circuit
MinimumCircuit
Ampacity
kW BTUH kW BTUH
No Heater 0 - - 3.0** 4 15 - - 3.0** 4 15BAYEVAC05++1 1 4.80 16400 20.0 29 30 3.60 12300 17.3 25 25BAYEVAC08++1 1 7.68 26200 32.0 44 45 5.76 19700 27.7 38 40BAYEVAC10++1 1 9.60 32800 40.0 54 60 7.20 24600 34.6 47 50BAYEVAC10LG3 1-3 PH 9.60 32800 23.1 32 35 7.20 24600 20.0 28 30BAYEVBC15LG3 1-3 PH 14.40 42000 34.6 47 50 10.80 36900 30.0 41 45
9.60 32800 40.0 54 60 7.20 24600 34.6 47 50
4.80 16400 20.0 25 25 3.60 12300 17.3 22 25
9.60 32800 40.0 54 60 7.20 24600 34.6 47 50
9.60 32800 40.0 50 50 7.20 24600 34.6 43 45
MaximumOverload
Protection
BAYEVBC15BK1 - Circuit 1 1BAYEVBC15BK1 - Circuit 2 2
BAYEVBC20BK1 - Circuit 1 1BAYEVBC20BK1 - Circuit 2 2
Note: ** Motor Amps1 MCA and MOP for circuit 1 contains the motor amps
HeaterAmps per
Circuit
MinimumCircuit
Ampacity
MaximumOverload
Protection
Capacity Heater Amps per
Circuit
MinimumCircuit
Ampacity
Heater Attribute DataTAM8A0C42V31CB
Heater Model No. No. of Circuits
240 Volt 208 Volt
Capacity
Pub. No. 22-1856-03 15
ElectricalData
Notes: 1. See Product Data or Air Handler nameplate for approved combinations of Air Handlers and Heaters 2. Heater model numbers may have additional suffix digits.
TAM8 HEATER ATTRIBUTE DATA
kW BTUH kW BTUH
No Heater 0 - - 4.2** 5 15 - - 4.2** 5 15BAYEVAC05++1 1 4.80 16400 20.0 30 30 3.60 12300 17.3 27 30BAYEVAC08++1 1 7.68 26200 32.0 45 45 5.76 19700 27.7 40 40BAYEVAC10++1 1 9.60 32800 40.0 55 60 7.20 24600 34.6 49 50BAYEVAC10LG3 1-3 PH 9.60 32800 23.1 34 35 7.20 24600 20.0 30 30BAYEVBC15LG3 1-3 PH 14.40 42000 34.6 48 50 10.80 36900 30.0 42 45
9.60 32800 40.0 55 60 7.20 24600 34.6 49 50
4.80 16400 20.0 25 25 3.60 12300 17.3 22 25
9.60 32800 40.0 55 60 7.20 24600 34.6 49 50
9.60 32800 40.0 50 50 7.20 24600 34.6 43 45
9.60 32800 40.0 55 60 7.20 24600 34.6 49 50
9.60 32800 40.0 50 50 7.20 24600 34.6 43 45
4.80 16400 20.0 25 25 3.60 12300 17.3 22 25
BAYEVBC20BK1 - Circuit 1 1BAYEVBC20BK1 - Circuit 2 2
BAYEVCC25BK1 - Circuit 1 1BAYEVCC25BK1 - Circuit 2BAYEVCC25BK1 - Circuit 3
3
Note: ** Motor Amps1 MCA and MOP for circuit 1 contains the motor amps
Capacity Heater Amps per
Circuit
MinimumCircuit
Ampacity
MaximumOverload
Protection
BAYEVBC15BK1 - Circuit 1 1BAYEVBC15BK1 - Circuit 2 2
Heater Attribute DataTAM8A0C48V41CB
Heater Model No. No. of Circuits
240 Volt 208 Volt
Capacity Heater Amps per
Circuit
MinimumCircuit
Ampacity
MaximumOverload
Protection
kW BTUH kW BTUH
No Heater 0 - - 5.5** 7 15 - - 5.5** 7 15BAYEVAC05++1 1 4.80 16400 20.0 30 30 3.60 12300 17.3 27 30BAYEVAC08++1 1 7.68 26200 32.0 45 45 5.76 19700 27.7 40 40BAYEVAC10++1 1 9.60 32800 40.0 55 60 7.20 24600 34.6 49 50BAYEVAC10LG3 1-3 PH 9.60 32800 23.1 34 35 7.20 24600 20.0 30 30BAYEVBC15LG3 1-3 PH 14.40 42000 34.6 48 50 10.80 36900 30.0 42 45
9.60 32800 40.0 55 60 7.20 24600 34.6 49 50
4.80 16400 20.0 25 25 3.60 12300 17.3 22 25
9.60 32800 40.0 55 60 7.20 24600 34.6 49 50
9.60 32800 40.0 50 50 7.20 24600 34.6 43 45
9.60 32800 40.0 55 60 7.20 24600 34.6 49 50
9.60 32800 40.0 50 50 7.20 24600 34.6 43 45
4.80 16400 20.0 25 25 3.60 12300 17.3 22 25
BAYEVCC25BK1 2 - Circuit 1 1BAYEVCC25BK1 - Circuit 2BAYEVCC25BK1 - Circuit 3
3
Note: ** Motor Amps1 MCA and MOP for circuit 1 contains the motor amps2 Heater not qualified for 208V when installed in horizontal left position without Heat Pump
HeaterAmps per
Circuit
MinimumCircuit
Ampacity
MaximumOverload
Protection
BAYEVBC15BK1 - Circuit 1 1BAYEVBC15BK1 - Circuit 2 2
BAYEVBC20BK1 - Circuit 1 1BAYEVBC20BK1 - Circuit 2 2
TAM8A0C60V51CB, TAM8B0C60V51CA
Heater Model No. No. of Circuits
240 Volt 208 Volt
Capacity Heater Amps per
Circuit
MinimumCircuit
Ampacity
MaximumOverload
Protection
Capacity
Heater Attribute Data
16 Pub. No. 22-1856-03
AIR HANDLER ELECTRIC HEATER PRESSURE DROP
Air handler electric heater pressure drop is negligible for the heaters and is included in the airflow data for the Series 8 air handlers.
ElectricalData
Pub. No. 22-1856-03 17
TAM8 AIR HANDLER AND HEATER MATRIX - ALLOWABLE COMBINATIONS
ElectricalData
AIR HANDLER
MODELNUMBER
AC05BK1AA4.80 Kw
BK
AC05LG1AA4.80 Kw
LG
AC08BK1AA7.68 Kw
BK
AC08LG1AA7.68 Kw
LG
AC10BK1AA9.60 Kw
BK
AC10LG1AA9.60 Kw
LG
BC15BK1AA14.40 Kw
BK
BC20BK1AA19.20 Kw
BK
CC25BK1AA24.00 Kw
BK
TAM8A0A24V21CB Y Y Y Y Y 1 Y 1 - - -TAM8A0B30V21CB Y Y Y Y Y Y Y - -TAM8A0C36V31CB Y Y Y Y Y Y Y - -TAM8A0C42V31CB Y Y Y Y Y Y Y Y -TAM8A0C48V41CB Y Y Y Y Y Y Y Y YTAM8A0C60V51CBTAM8B0C60V51CA Y Y Y Y Y Y Y Y Y 1
APPROVED AIR HANDLER - HEATER COMBINATIONSHEATER MODEL NUMBER BAYEV-
1 Heater is not qualified for 208V when installed in horizontal left position without HP.
AIR HANDLER
MODELNUMBER
AC10LG3AA9.60 Kw
LG
BC15LG3AA14.4 Kw
LGTAM8A0A24V21CB Y -TAM8A0B30V21CB Y YTAM8A0C36V31CB Y YTAM8A0C42V31CB Y YTAM8A0C48V41CB Y YTAM8A0C60V51CBTAM8B0C60V51CA Y Y
APPROVED AIR HANDLER - HEATER COMBINATIONS
HEATER MODEL NUMBER BAYEV-
18 Pub. No. 22-1856-03
WIR
ING
DIA
GR
AM
FO
R T
AM
8 A
IR H
AN
DL
ER
S
Pub. No. 22-1856-03 19
FieldWiring
TAM8 Fully Communicating System
Comfort Control
Series 8 Air Handler
Communicating Outdoor Unit
Neatly bundle all low voltage wires behind the service valve cover as shown.
Field wiring
Brown
Blue
Brown
BlueRed
B - Blue
D - BrownODRB
Y1Y2
Notes: • If a 3rd party condensate overflow switch is installed, it should be wired in series with R to the thermostat
or connected to the External Switch terminals on the AFC. See External Switch wiring section. • For 24 VAC Outdoor equipment, accessory BAYCC24VK01A must be ordered separately • “D” is the Data line. Installer to select a wire color.
20 Pub. No. 22-1856-03
TAM8Convertibility
Multi-position Air Handler
Airflo
w
AirflowAirflow
Air
flo
w
Upflow Condensate Drains
Refrigerant Connections
Downflow Condensate Drains
Refrigerant Connections
Vertical Downflow*(as shipped)
Horizontal Left*
Vertical Upflow*
Horizontal Right*
Horizontal Left Condensate Drains
Refrigerant Connections
Horizontal Right Condensate Drains
Refrigerant Connections
* Note: No internal modifications required for any position.1 Badge rotation will keep brand in correct position
1
1
1
1
Pub. No. 22-1856-03 21
Dimensions
TAM8 AIR HANDLER DIMENSIONAL DATA
Model No. H W D
TAM8A0A24V21CB 49.9 17.5 21.75
TAM8A0B30V21CB 55.7 21.3 21.75
TAM8A0C36V31CB 56.9 23.5 21.75
TAM8A0C42V31CB 56.9 23.5 21.75
TAM8A0C48V41CB 61.7 23.5 21.75
TAM8A0C60V51CBTAM8B0C60V51CA
61.7 23.5 21.75
TAM8 AIR HANDLERS ARE ALL TWO PIECE CABINETS.
D
H
W
22 Pub. No. 22-1856-03
TAM8 OUTLINE DRAWING
MODEL NO. A B C D E F HFLOW
CONTROLGAS LINE
BRAZELIQ LINE BRAZE
TAM8A0A24V21CB 49.9 17.5 14.5 39.6 14.5 7.3 24.4 EEV 3/4 3/8
TAM8A0B30V21CB 55.7 21.3 18.4 45.5 18.4 9.2 24.8 EEV 3/4 3/8
TAM8A0C36V31CB 56.9 23.5 20.5 46.7 20.5 10.3 24.2 EEV 7/8 3/8
TAM8A0C42V31CB 56.9 23.5 20.5 46.7 20.5 10.3 24.5 EEV 7/8 3/8
TAM8A0C48V41CB 61.7 23.5 20.5 51.5 20.5 10.3 24.9 EEV 7/8 3/8
TAM8A0C60V51CBTAM8B0C60V51CA
61.7 23.5 20.5 51.5 20.5 10.3 24.9 EEV 7/8 3/8
Pub. No. 22-1856-03 23
Trane6200 Troup HighwayTyler, TX 75707www.trane.com
03/12
The manufacturer has a policy of continuous product and product data improvement and it reserves the right to change design and specifications without notice.
