24
DETAILED COOLING CAPACITIES
#
CONTINUED
EVAP.
AIR
CONDENSER ENTERING AIR TEMPERATURES ° F (° C)
75 (23.9) 85 (29.4) 95 (35) 105 (40.6) 115 (46.1) 125 (51.7)
EWB
°F (°C)
ID
SCFM
Capacity MBtuh
Tota l
Sys.
KW
ID
SCFM
Capacity MBtuh
Tota l
Sys.
KW
ID
SCFM
Capacity MBtuh
Tota l
Sys.
KW
ID
SCFM
Capacity MBtuh
Tota l
Sys.
KW
ID
SCFM
Capacity MBtuh
Tota l
Sys.
KW
ID
SCFM
Capacity MBtuh
Tota l
Sys.
KW
Tota l Sens‡ Tota l Sens‡ Tot a l Sens‡ Tot a l Sens‡ Tot a l Sens‡ To tal Sens‡
25VNA060A**30 Outdoor Section With FE4ANB006 Indoor Section --- Maximum
57
(13.9)
1850
54.32 54.32 3.56
1850
52.52 52.52 3.95
1850
50.59 50.59 4.37
1750
47.88 47.88 4.77
1600
44.66 44.66 5.20
1500
41.63 41.63 5.73
62
(16.7)
55.49 49.53 3.57 53.25 48.45 3.96 50.94 47.26 4.37 48.14 47.67 4.78 44.96 41.74 5.21 41.82 41.54 5.73
63
(17.2)††
56.50 39.96 3.58 54.14 38.97 3.96 51.70 37.95 4.38 48.85 36.01 4.78 45.69 33.53 5.21 42.46 31.39 5.73
67
(19.4)
61.17 41.70 3.62 58.63 40.71 4.00 56.00 39.70 4.41 52.94 37.68 4.81 49.54 35.08 5.24 46.09 32.87 5.76
72
(22.2)
67.72 33.60 3.67 64.95 32.63 4.06 62.11 31.63 4.46 58.73 30.03 4.86 54.99 28.07 5.28 51.20 26.28 5.80
EVAP.
AIR
CONDENSER ENTERING AIR TEMPERATURES ° F (° C)
75 (23.9) 85 (29.4) 95 (35) 105 (40.6) 115 (46.1) 125 (51.7)
EWB
°F (°C)
ID
SCFM
Capacity MBtuh
Tota l
Sys.
KW
ID
SCFM
Capacity MBtuh
Tota l
Sys.
KW
ID
SCFM
Capacity MBtuh
Tota l
Sys.
KW
ID
SCFM
Capacity MBtuh
Tota l
Sys.
KW
ID
SCFM
Capacity MBtuh
Tota l
Sys.
KW
ID
SCFM
Capacity MBtuh
Tota l
Sys.
KW
Tota l Sens‡ Tota l Sens‡ Tot a l Sens‡ Tot a l Sens‡ Tot a l Sens‡ To tal Sens‡
25VNA060A**30 Outdoor Section With FE4ANB006 Indoor Section --- Minimum
57
(13.9)
650
22.86 22.86 1.25
625
21.75 21.75 1.45
590
20.48 20.48 1.67
710
25.38 25.38 2.61
800
29.23 29.23 3.68
875
30.48 30.48 4.55
62
(16.7)
23.85 21.59 1.25 22.64 20.63 1.45 21.32 19.45 1.67 26.66 23.85 2.61 30.91 27.26 3.68 31.87 28.86 4.55
63
(17.2)††
24.34 17.70 1.25 23.11 16.89 1.45 21.77 15.92 1.67 27.26 19.62 2.61 31.62 22.51 3.68 32.60 23.67 4.55
67
(19.4)
26.40 18.43 1.25 25.08 17.60 1.45 23.64 16.60 1.67 29.65 20.47 2.61 34.33 23.44 3.68 35.43 24.69 4.55
72
(22.2)
29.37 15.25 1.26 27.93 14.54 1.45 26.34 13.73 1.67 33.01 17.02 2.61 38.19 19.56 3.69 39.42 20.45 4.56
COOLING INDOOR
MODEL
CAPACITY POWER FURNACE MODEL
*FE4ANB006 1.00 1.00
CAP**6021A** 0.97 1.02 58CV(A,X)110 ---20
CNPH*6024A** 0.97 1.02 58CV(A,X)110---20
CNPH*6124A** 0.98 1.02 58CV(A,X)110---20
CNPV*6024A** 1.00 1.06 58CV(A,X)110 ---20
CNPV*6124A** 1.01 1.05 58CV(A,X)110 ---20
CSPH*6012A** 0.97 1.01 58CV(A,X)110---20
CAP**6024A** 0.98 1.01 58CV(A,X)135 ---22
CAP**6025A** 0.98 1.01 58CV(A,X)135 ---22
CNPH*6024A** 0.97 1.00 58CV(A,X)135---22
CNPH*6124A** 0.98 1.01 58CV(A,X)135---22
CNPV*6024A** 0.98 1.01 58CV(A,X)135 ---22
CNPV*6124A** 0.99 1.01 58CV(A,X)135 ---22
CSPH*6012A** 0.98 1.01 58CV(A,X)135---22
CAP**6024A** 0.98 1.00 58CV(A,X)155 ---22
CAP**6025A** 0.98 1.00 58CV(A,X)155 ---22
CNPH*6024A** 0.97 0.99 58CV(A,X)155---22
CNPH*6124A** 0.98 1.00 58CV(A,X)155---22
CNPV*6024A** 0.98 1.00 58CV(A,X)155 ---22
CNPV*6124A** 0.99 1.01 58CV(A,X)155 ---22
CSPH*6012A** 0.98 1.00 58CV(A,X)155---22
CAP**6021A** 0.97 1.06 59*N*A080V21**20
CAP**6024A** 0.97 1.05 59*N*A080V21**20
CNPH*6024A** 0.99 1.07 59*N*A080V21**20
CNPV*6024A** 0.99 1.07 59*N*A080V21**20
CSPH*6012A** 0.98 1.06 59*N*A080V21**20
CAP**6021A** 0.97 1.03 59*N*A100V21**22
CAP**6024A** 0.97 1.03 59*N*A100V21**22
CNPH*6024A** 1.00 1.06 59*N*A100V21**22
CNPV*6024A** 1.00 1.06 59*N*A100V21**22
CSPH*6012A** 0.98 1.04 59*N*A100V21**22
COOLING INDOOR
MODEL
CAPACITY POWER FURNACE MODEL
CAP**6024A** 0.99 1.05 59*N*A120V24**22
CAP**6025A** 0.99 1.05 59*N*A120V24**22
CNPH*6024A** 0.99 1.05 59*N*A120V24**22
CNPH*6124A** 1.01 1.06 59*N*A120V24**22
CNPV*6024A** 0.99 1.05 59*N*A120V24**22
CNPV*6124A** 1.02 1.06 59*N*A120V24**22
CSPH*6012A** 1.00 1.05 59*N*A120V24**22
CAP**6021A** 0.97 1.08 59MN7A060V21**20
CAP**6024A** 0.97 1.08 59MN7A060V21**20
CNPH*6024A** 0.99 1.09 59MN7A060V21**20
CNPV*6024A** 0.99 1.09 59MN7A060V21**20
CSPH*6012A** 0.98 1.08 59MN7A060V21**20
CAP**6021A** 0.97 1.05 58MV(B,C)080---20
CNPH*6024A** 0.96 1.04 58MV(B,C)080---20
CNPH*6124A** 0.97 1.05 58MV(B,C)080---20
CNPV*6024A** 0.99 1.08 58MV(B,C)080---20
CNPV*6124A** 1.01 1.08 58MV(B,C)080---20
CSPH*6012A** 0.97 1.05 58MV(B,C)080---20
CAP**6021A** 0.97 1.05 58MV(B,C)100---20
CNPH*6024A** 0.96 1.03 58MV(B,C)100---20
CNPH*6124A** 0.97 1.04 58MV(B,C)100---20
CNPV*6024A** 0.99 1.08 58MV(B,C)100---20
CNPV*6124A** 1.01 1.08 58MV(B,C)100---20
CSPH*6012A** 0.97 1.04 58MV(B,C)100---20
CAP**6024A** 0.97 1.03 58MV(B,C)120---20
CAP**6025A** 0.97 1.03 58MV(B,C)120---20
CNPH*6024A** 0.96 1.02 58MV(B,C)120---20
CNPH*6124A** 0.98 1.03 58MV(B,C)120---20
CNPV*6024A** 0.97 1.03 58MV(B,C)120---20
CNPV*6124A** 0.99 1.03 58MV(B,C)120---20
CSPH*6012A** 0.97 1.02 58MV(B,C)120---20
COOLING INDOOR
MODEL
CAPACITY POWER FURNACE MODEL
CAP**6021A** 0.99 1.09 59*N*A100V21**20
CAP**6024A** 0.99 1.09 59*N*A100V21**20
CAP**6025A** 0.99 1.09 59*N*A100V21**20
CNPH*6024A** 0.99 1.08 59*N*A100V21**20
CNPH*6124A** 1.00 1.09 59*N*A100V21**20
CNPV*6024A** 0.99 1.08 59*N*A100V21**20
CNPV*6124A** 1.01 1.08 59*N*A100V21**20
CSPH*6012A** 1.00 1.08 59*N*A100V21**20
* Tested combination.
{ Total and sensible capacities are net capacities. Blower motor heat has
been subtracted.
} Sensible capacities shown are based on 80_F(27_C) entering air at the
indoor coil. For sensible capacities at other than 80_F(27_C ) , deduct 835
Btuh (245 kW) per 1000 CFM (480 L/S) of indoor coil air for each degree
below 80_F(27_C), or add 835 Btuh (245 kW) per 1000 CFM (480 L/S) of
indoor coil air per degree above 80_F(27_C).
# Detailed cooling capacities are based on indoor an d outdoor un it at the
same elevation per AHRI standard 210/240 ---2008. If additional tubing
length and/or indoor unit is located above outdoor unit, a slight variation in
capacity may occur.
** System kw is total of indoor and outdoor unit kilowatts.
{{ At T VA rating indoor condition (75_F edb/63_Fewb).Allotherindoorair
temperatures ar e at 80_F edb.
NOTE: When the required data falls between the published data, interpola-
tion may be performed. Extrapolation is not an acceptable practice.
EWB —EnteringWetBulb
25VNA
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