036-21318-002 Rev. A (0106)
Unitary Products Group 7
* Requires a 2FD Blower Time Delay unless a standard furnace is equipped with one.
**
Refer to Quick Selection Chart for specific furnace match-up.
COP equals MBH output divided by (total KW input x 3.412).
HSPF (Heating Seasonal Performance Factor) is the total heating output during a normal annual usage period for heating divided by the total electric
power input during the same period.
— = Not Applicable.
EBBA-F048S
1400
1800
21,24 G1FA048S21 1600 44.5 33.1 10.00 - 9.30
21,24 G1FA060S21,24 1600 46.5 34.4 10.20 - 9.60
- G1HD048 1600 44.5 33.1 10.00 - 9.30
- G1HD060 1600 46.0 34.1 10.10 - 9.55
21 G1NA048S21D 1600 43.5 32.2 10.00 - 9.25
21,24 G1UA048S21 1600 44.5 33.1 10.00 - 9.30
21,24 G1UA060S21,24 1600 46.5 34.4 10.20 - 9.60
21,24 G2FD048(S,H)21,24 1600 45.5 33.7 10.00 - 9.45
24 G2FD060(S,H)24 1600 46.0 34.0 10.20 - 9.60
EBBA-(T,W)048S)
1400
1800
21,24 G1FA048S21 1600 45.5 32.7 10.00 - 9.30
21 G1NA048S21D 1600 45.0 31.2 10.00 - 9.50
21,24 G1UA048S21 1600 45.5 32.7 10.00 - 9.30
21,24 G2FD048(S,H)21,24 1600 45.5 33.7 10.00 - 9.40
EABA-F060S
1600
2100
21,24 G1FA060S21,24 1800 54.5 39.2 - 10.00 8.90
- G1HD060 2000 54.5 33.9 - 10.00 8.80
24 G1NA060S24T 1850 53.5 35.5 10.00 - 9.00
21,24 G1UA060S21,24 1800 54.5 39.2 - 10.00 8.90
24 G2FD060(S,H)24 1800 54.5 39.2 - 10.00 8.90
EABA-(T,W)060S
1600
2100
21,24 G1FA060S21,24 1700 57.0 41.0 10.00 - 9.80
21,24 G1UA060S21,24 1700 57.0 41.0 10.00 - 9.80
24 G2FD060(S,H)24 1700 57.0 41.0 10.00 - 9.80
1. TXV = Use 1TV700 Series Kit.
COOLING CAPACITY - Upflow, Downflow, & Horizontal Furnaces and Coils (Continued)
UNIT MODEL
FURNACE**
COIL
MODEL
COOLING
CFM RANGE
(MIN.-MAX.)
W
RATED
CFM
NET MBH
SEER
W/O TXV
SEER + TXV
1
+ TDR*
EER
TOTAL SENS.
HEATING PERFORMANCE - With Air Handler
UNIT
MODEL*
COIL
1
MODEL
ARI HEATING
2
OUTDOOR TEMP
3
47°F17°F HSPF -3°F7°F17°F27°F37°F47°F57°F
MBH COP MBH COP STD MBH KW MBH KW MBH KW MBH KW MBH KW MBH KW MBH KW
EBBA-F018S
F2RP/F2FP018 17.0 2.96 9.1 1.78 6.80 6.2 1.43 7.4 1.46 9.1 1.50 11.2 1.61 14.0 1.62 17.0 1.68 18.2 1.75
F2RP/F2FP024 17.0 3.00 10.6 2.06 7.00 7.2 1.44 8.6 1.47 10.6 1.52 13.0 1.63 14.0 1.59 17.0 1.66 18.2 1.73
EBBA-F024S
F2RP/F2FP024 22.0 3.20 11.5 1.88 7.00 7.5 1.56 9.3 1.66 11.5 1.78 13.0 1.87 19.4 1.91 22.0 2.00 24.8 2.08
F2RP/F2FP030 24.0 3.16 14.0 2.06 7.30 7.7 1.52 9.6 1.62 14.0 1.74 13.4 1.83 19.8 1.90 24.0 2.00 25.4 2.07
EABA-F030S
F2RP/F2FP030 28.8 3.10 16.2 2.00 7.20 10.5 1.99 13.5 2.19 16.2 2.26 19.6 2.46 25.3 2.59 28.8 2.72 33.0 2.86
F2RP/F2FP036 29.0 3.10 18.0 2.22 7.40 11.6 2.11 15.0 2.32 18.0 2.39 19.8 2.47 25.5 2.61 29.0 2.74 33.2 2.88
EABA-F036S
F2RP/F2FP036 34.0 3.00 20.4 2.16 7.20 15.5 2.40 15.6 2.54 20.4 2.80 24.9 3.03 29.9 3.20 34.0 3.32 38.5 3.50
F2RP/F2FP042 34.0 3.00 20.4 2.14 7.20 11.3 2.41 15.9 2.67 20.4 2.79 25.7 3.11 31.0 3.44 34.0 3.32 38.5 3.50
EABA(T,W)036S F2RP/F2FP036 34.0 3.00 20.4 2.16 7.20 15.5 2.40 15.6 2.54 20.4 2.80 24.9 3.03 29.9 3.20 34.0 3.32 38.5 3.50
EABA-F042S
F2RP/F2FP042 39.0 3.18 23.4 2.06 7.40 13.0 3.15 18.2 3.24 23.4 3.33 27.0 3.28 30.6 3.23 39.0 3.59 44.2 3.68
F2FP048 39.5 3.30 23.4 2.12 7.40 12.4 2.97 17.9 3.10 23.4 3.23 28.9 3.37 32.5 3.39 39.5 3.51 47.5 3.64
EBBA-F048S
F2FP048 45.5 3.18 30.4 2.38 7.5 20.1 3.42 25.3 3.57 30.4 3.73 35.5 3.85 38.8 3.98 45.5 4.16 53.1 4.40
F2FP060 46.0 3.24 30.4 2.38 7.5 21.3 3.44 25.3 3.63 30.4 3.75 35.9 3.84 39.2 3.97 46.0 4.16 53.6 4.40
EBBA-(T,W)048S) F2FP048 47.0 3.08 31.4 2.32 7.50 20.8 3.64 26.1 3.80 31.4 3.97 36.7 4.13 40.1 4.27 47.0 4.47 54.6 4.71
EABA-F060S F2FP060 57.0 3.04 37.4 2.22 7.50 24.3 4.59 30.9 4.76 37.4 4.94 44.0 5.11 48.6 5.25 57.0 5.50 67.0 5.79
EABA-(T,W)060S F2FP060 58.5 3.12 39.0 2.34 7.60 26.0 4.48 32.5 4.68 39.0 4.88 42.1 4.98 45.1 5.07 58.5 5.49 65.0 5.70
EABA(T,W)090S F2EH090 83.0 3.00 54.0 2.15 -- 34.7 7.15 44.3 7.34 54.0 7.53 55.0 7.57 55.9 7.60 83.0 8.11 92.7 8.30
1. Rated CFM same as for cooling.
2. Heating MBH based on ARI standards of 70° DB entering indoor air, 72% RH outdoor air with 25 feet of interconnecting piping and no supplemental
electric heat operation.
3. Integrated heating capacities include the effect of defrost cycles in the temperature range where they occur.
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