York LX Series Technical Manual page 8

5855836-YTG-B-1121
SYSTEM CAPACITY - Single Piece and Modular Air Handlers (Continued)
AIR HANDLER
UNIT
MODEL
MODEL
YEE42B21S MVC14DN21
YEE42B21S MVC14DN21
YEE42B21S MVC16CN21
YEE42B21S MVC16CN21
YEE42B21S MVC20DN21
YEE42B21S MVC20DN21
YEE42B21S MVC20DN21
YEE48B21S AE48CX21
YEE48B21S AE48DBC21
YEE48B21S AE48DX21
YEE48B21S AVC48CX21
YEE48B21S AVC48DX21
YEE48B21S ME16CN21
YEE48B21S ME20DN21
YEE48B21S ME20DN21
YEE48B21S ME20DN21
YEE48B21S MVC14DN21
YEE48B21S MVC16CN21
YEE48B21S MVC20DN21
YEE48B21S MVC20DN21
YEE48B21S MVC20DN21
YEE60B21S AE60DX21
YEE60B21S AVC60DX21
YEE60B21S ME20DN21
YEE60B21S ME20DN21
YEE60B21S MVC20DN21
YEE60B21S MVC20DN21
Rated in accordance with DOE test procedures (Federal Register 12-27-79 and 3-18-88) and ANSI/AHRI Standard 210/240.
— = Not applicable
* Notates Hot Heat Pump performance. These ratings are not AHRI listed.
1. CM coils available with a factory installed horizontal drain pan. See price pages for specific model number.
2. Cooling MBH based on 80°F entering air temperature, 50% RH (Relative Humidity), and rated air flow. EER (Energy Efficiency Ratio) is the total cooling output in BTU at 95°F outdoor ambient divided by the total electric
power in watt-hours at those conditions. SEER (Seasonal Energy Efficiency Ratio) is the total cooling output in BTU during a normal annual usage period for cooling divided by the total electric power input in watt-hours
during the same period.
3. Heating MBH based on AHRI standards of 70°F DB (Dry Bulb) entering indoor air, 72% RH (Relative Humidity) outdoor air with 25 ft of interconnecting piping and no supplemental electric heat operation.
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.
COP (Coefficient of Performance) equals Heating MBH output divided by (total kW input x 3.412).
8
COIL RATED
1
MODEL CFM
WIDTH
24.5 XAFD48F 1450
24.5 XAHD48F 1450
21.0 CF/CM48C 1275
21.0 XAF/XAUC48F 1400
24.5 CF/CM48D 1300
24.5 XAFD48F 1375
24.5 XAHD48F 1400
24.5 — 1425
24.5 — 1225
24.5 — 1225
21.0 — 1200
24.5 — 1225
21.0 CF/CM48C 1325
24.5 CF/CM48D 1250
24.5 XAF/XAUD60G 1675
21.0 XAHD60G 1650
24.5 CF/CM48D 1200
21.0 CF/CM48C 1275
24.5 CF/CM48D 1300
24.5 XAF/XAUD60G 1675
21.0 XAHD60G 1675
24.5 — 1675
24.5 — 1500
24.5 CF/CM64DXA1 1675
24.5 XAHD60J 1650
24.5 CF/CM64DXA1 1650
24.5 XAHD60J 1675
2
COOLING
NET MBH
SEER EER
TOTAL SENS.
41.5 32.0 14.00 11.50
41.0 30.8 14.00 11.50
42.0 32.9 14.00 12.50
41.5 31.7 14.00 11.50
42.0 33.1 14.00 12.75
41.5 31.5 14.00 11.50
41.0 30.5 14.00 11.50
46.5 32.9 14.00 12.00
45.5 29.7 14.00 12.25
45.5 29.7 14.00 12.25
45.5 29.6 14.00 12.00
45.5 29.7 14.00 12.25
46.0 30.7 14.00 12.00
45.5 29.8 14.00 12.25
46.5 35.2 14.00 11.50
47.5 35.5 14.00 11.50
45.5 29.6 14.00 12.25
45.5 30.0 14.00 12.25
46.0 30.6 14.00 12.25
46.5 35.2 14.00 11.50
47.5 35.6 14.00 11.50
56.5 39.6 14.00 12.00
55.5 37.3 14.00 12.00
56.5 39.2 14.00 12.00
56.0 40.9 14.00 11.50
56.5 39.1 14.00 12.00
56.0 41.0 14.00 11.50
3
HEATING
NET MBH
HSPF HSPF
Region IV Region V
47°F OD 17°F OD
40.5 23.2 8.50 6.60
40.5 24.4 8.50 6.60
37.6 22.0 8.20 6.90
40.5 23.2 8.50 6.75
37.6 22.0 8.20 6.85
40.5 23.2 8.50 6.75
40.5 24.4 8.50 6.60
45.5 29.8 9.00 8.10
46.0 28.4 9.00 7.55
46.0 28.4 9.00 7.55
46.0 28.6 9.00 7.60
46.0 28.6 9.00 7.55
46.5 28.8 9.00 7.55
46.0 28.6 9.00 7.55
44.5 29.0 9.00 7.25
45.5 29.6 9.00 7.15
45.5 28.4 9.00 7.55
46.0 28.6 9.00 7.55
46.0 28.6 9.00 7.50
44.5 29.0 9.00 7.20
45.5 29.6 9.00 7.10
56.0 34.6 9.00 7.90
55.5 35.8 9.00 7.65
55.5 35.8 9.00 7.40
56.0 34.6 8.50 6.60
55.5 35.8 9.00 7.40
56.0 34.6 8.50 6.80
Johnson Controls Ducted Systems
COP
47°F OD 17°F OD
3.64 2.48
3.64 2.46
3.34 2.18
3.58 2.42
3.38 2.20
3.60 2.44
3.62 2.46
3.58 2.56
3.68 2.56
3.68 2.56
3.60 2.52
3.66 2.54
3.68 2.54
3.68 2.56
3.84 2.64
3.86 2.66
3.66 2.56
3.68 2.56
3.72 2.58
3.88 2.66
3.90 2.68
3.70 2.60
3.72 2.68
3.84 2.74
3.72 2.56
3.84 2.74
3.72 2.56