York E4TS030 THRU 060 User Manual

Page 7

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036-21342-002 Rev. E (0505)

Unitary Products Group

7

E4TS048

P1XUC16V

21

G1UA060S21

1

880

23800

17600

14.0

12.6

2

1600

47000

33800

10.8

G1UA060S21

1

880

23800

17600

14.0

12.6

2

1600

47000

33800

10.8

P1DUC20V

21

G1UA060S21

1

900

24200

18000

14.0

12.6

2

1610

47500

34200

10.9

G1FA060S21

1

900

24200

18000

14.0

12.6

2

1610

47500

34200

10.9

P1XUC20V

21

G1UA060S21

1

850

23600

17400

14.0

12.6

2

1590

47000

33800

10.8

G1FA060S21

1

850

23600

17400

14.0

12.6

2

1590

47000

33800

10.8

P1XDD20V

24

G2FD060S24

1

880

24400

18400

14.0

12.5

2

1580

47500

34200

11.0

G2FD061H24

1

880

24800

18800

14.4

12.7

2

1580

48500

34800

11.2

E4TS048

P1XUD20V

24

G1UA060S24

1

915

24800

18800

14.2

12.7

2

1620

48000

34600

11.0

G1FA060S24

1

915

24800

18800

14.2

12.7

2

1620

48000

34600

11.0

G2FD060S24

1

915

24800

18800

14.2

12.7

2

1620

48000

34600

11.0

G2FD061H24

1

915

25200

19200

14.5

12.9

2

1620

49000

35200

11.3

E4TS060

P1XDD20V

24

G2FD060S24

1

1000

27000

20400

13.7

12.6

2

1800

55000

39600

10.0

G2FD061H24

1

1000

28000

20800

14.0

12.8

2

1800

56000

40000

10.2

P1XUD20V

24

G1UA060S24

1

990

27000

20400

13.8

12.5

2

1800

55500

40000

10.2

G1FA060S24

1

990

27000

20400

13.8

12.5

2

1800

55500

40000

10.2

G2FD060S24

1

990

27000

20400

13.8

12.5

2

1800

55500

40000

10.2

G2FD061H24

1

990

28000

20800

14.0

12.8

2

1800

56500

40500

10.4

1. Cooling MBH based on 80° F entering air temperature, 50% RH and rated airflow.
2. SEER (Seasonal Energy Efficiency Ratio) equals the total cooling output in BTU’s during a normal annual usage period for cool-

ing divided by the total electric power input in watt-hours during the same period. Normal annual usage is a combination of both
one and two cylinder operating periods.

3. EER (Energy Efficiency Ratio) equals the total cooling output in BTU’s at 95° F outdoor ambient divided by the total electric power

in watt-hours at those conditions.

COOLING CAPACITY - Variable Speed Furnace (Continued)

UNIT

MODEL

VARIABLE SPEED

FURNACE MODEL

W

COIL MODEL

COOLING

STAGE

(# CYL)

RATED

CFM

NET MBH

1

SEER

2

EER

3

TOTAL

SENS.

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