246819-BTG-H-0208

HEATING PERFORMANCE - Upflow Furnace Coils

UNIT

COIL1

 

 

 

ARI HEATING2

 

 

 

MODEL*

MODEL

 

47°F

 

 

 

 

17°F

 

HSPF

 

 

 

 

 

 

 

 

 

 

 

MBH

COP

KW

 

MBH

 

COP

KW

STD

EABD-F018S

FC/MC/PC/UC18

18.0

3.62

1.46

 

10.5

 

2.28

1.35

8.00

HC18

17.9

3.60

1.46

 

10.4

 

2.28

1.34

8.00

 

 

 

 

FC/MC/PC/UC24

23.0

3.44

1.96

 

13.1

 

2.30

1.67

8.00

 

FC/MC/PC/UC30

23.0

3.44

1.96

 

13.1

 

2.30

1.67

8.00

EABD-F024S

 

 

 

 

 

 

 

 

 

 

HC30

23.0

3.42

1.97

 

13.0

 

2.28

1.67

8.00

 

HD24

23.0

3.44

1.96

 

13.1

 

2.30

1.67

8.00

 

FC/MC/PC35

30.0

3.66

2.48

 

16.2

 

2.22

2.14

8.00

 

FC/MC/PC/UC/42

30.0

3.66

2.48

 

16.2

 

2.22

2.14

8.00

EABD-F030S

 

 

 

 

 

 

 

 

 

 

HC36

30.0

3.66

2.48

 

16.1

 

2.22

2.12

8.00

 

HD36

30.0

3.66

2.48

 

16.2

 

2.22

2.14

8.00

 

FC/MC/PC35

29.0

3.66

2.32

 

15.7

 

3.66

1.25

8.00

EABD-(T,W)030S

FC/MC/PC/UC/42

29.0

3.66

2.32

 

15.7

 

3.66

1.25

8.00

HC36

29.0

3.66

2.32

 

15.6

 

3.66

1.24

8.00

 

 

 

 

HD36

29.0

3.66

2.32

 

15.7

 

3.66

1.25

8.00

 

FC/MC/PC35

34.4

3.44

2.93

 

20.4

 

2.50

2.39

8.40

 

FC/MC/PC/UC/42

34.4

3.44

2.93

 

20.4

 

2.50

2.39

8.40

EABD-F036S

FC/MC/PC/UC/48

36.0

3.86

2.73

 

22.4

 

2.78

2.36

9.00

HC42

35.8

3.86

2.72

 

22.4

 

2.78

2.36

9.00

 

 

 

 

HD36

36.0

3.86

2.73

 

22.4

 

2.78

2.36

9.00

 

FC/MC/PC35

34.0

3.66

2.72

 

20.2

 

3.66

1.61

8.00

 

FC/MC/PC/UC/42

34.0

3.66

2.72

 

20.2

 

3.66

1.61

8.00

EABD-(T,W)036S

 

 

 

 

 

 

 

 

 

 

FC/MC/PC/UC/48

35.0

3.66

2.80

 

21.8

 

3.66

1.74

8.00

 

HC42

35.0

3.66

2.80

 

21.9

 

3.66

1.75

8.00

 

HD36

36.0

3.66

2.88

 

22.4

 

3.66

1.79

8.00

EABD-F042S

FC/MC/PC/UC48

42.0

3.62

3.40

 

25.0

 

2.56

2.86

8.50

HD48

41.5

3.62

3.36

 

25.0

 

2.56

2.86

8.50

 

 

 

EABD-(T,W)042S

FC/MC/PC/UC48

41.0

3.66

3.28

 

24.4

 

3.66

1.95

8.00

HD48

40.5

3.66

3.24

 

24.4

 

3.66

1.95

8.00

 

 

 

 

FC/MC/PC/UC60

48.0

3.50

4.02

 

29.6

 

2.34

3.71

8.00

EABD-F048S

HC60

48.0

3.50

4.02

 

29.6

 

2.34

3.71

8.00

HD60

48.0

3.50

4.02

 

29.6

 

2.34

3.71

8.00

 

 

 

 

MC61

48.0

3.50

4.02

 

29.6

 

2.34

3.71

8.00

 

FC/MC/PC/UC60

47.0

3.66

3.76

 

29.0

 

3.66

2.32

8.00

EABD-(T,W)048S

HC60

47.0

3.66

3.76

 

29.0

 

3.66

2.32

8.00

HD60

47.0

3.66

3.76

 

29.0

 

3.66

2.32

8.00

 

 

 

 

MC61

47.0

3.66

3.76

 

29.0

 

3.66

2.32

8.00

 

FC/MC/PC/UC60

58.0

3.52

4.83

 

35.0

 

2.32

4.42

8.00

EABD-F060S

HC60

57.5

3.50

4.81

 

34.8

 

2.30

4.43

8.00

HD60

58.0

3.52

4.83

 

35.0

 

2.32

4.42

8.00

 

 

 

 

MC61

58.0

3.52

4.83

 

35.0

 

2.32

4.42

8.00

 

FC/MC/PC/UC60

57.0

3.66

4.56

 

34.4

 

3.66

2.75

8.00

EABD-(T,W)060S

HC60

56.5

3.66

4.52

 

34.2

 

3.66

2.73

8.00

HD60

57.0

3.66

4.56

 

34.4

 

3.66

2.75

8.00

 

 

 

 

MC61

57.0

3.66

4.56

 

34.4

 

3.66

2.75

8.00

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.

CP 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.

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Unitary Products Group

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Image 14
York E*BD-(T, W)036 THRU 060, E*BD-F018 THRU 060 Heating Performance Upflow Furnace Coils, Unit COIL1 ARI HEATING2 Model

E*BD-(T, E*BD-F018 THRU 060, W)036 THRU 060 specifications

The York W)036 THRU 060, E*BD-F018 THRU 060, E*BD-(T series represents a significant advancement in commercial HVAC solutions, designed to meet the varied needs of large spaces that require efficient climate control. These units are particularly suited for industrial and institutional applications, where reliability and performance are paramount.

One of the main features of this series is its energy efficiency. With advanced engineering, these HVAC systems achieve a high Energy Efficiency Ratio (EER) and Seasonal Energy Efficiency Ratio (SEER), which in turn helps businesses reduce their energy bills while minimizing their environmental footprint. The systems are equipped with high-efficiency compressors and optimized refrigerant management strategies to maximize operational effectiveness.

Furthermore, the W)036 THRU 060, E*BD models are designed for flexibility in installation and integration. They can accommodate various building layouts and are compatible with multiple ventilation configurations. This adaptability makes them suitable for warehouses, educational institutions, and large retail facilities.

The technology embedded within these units is state-of-the-art. They include microprocessor-based controls that provide precise temperature management and real-time diagnostics. This smart technology facilitates easier scheduling and monitoring, allowing facility managers to optimize performance according to demand. Additionally, with features such as variable speed fan motors, these systems are able to adjust airflow based on real-time conditions, further enhancing comfort levels while saving energy.

Durability is another hallmark of the W)036 THRU 060, E*BD series. Constructed with robust materials, these units are designed to withstand the rigors of commercial use while requiring minimal maintenance. This reliability ensures that operations remain uninterrupted, which is critical for businesses that rely on consistent climate control.

In terms of environmental impact, these units adhere to stringent industry standards. They utilize eco-friendly refrigerants, which not only comply with regulations but also contribute to lower greenhouse gas emissions.

In summary, the York W)036 THRU 060, E*BD-F018 THRU 060, E*BD-(T series is a prime example of advanced HVAC technology. With features highlighting energy efficiency, flexible installation options, smart technology, and durability, these units are engineered to deliver reliable performance, making them an ideal choice for any commercial application needing superior climate control.