background image

Air On
Indoor

Coil

Temperature of Air on Outdoor Coil

85

°

F

95

°

F

Total

Cap.

1

MBH

Power

Input

2

KW

Sensible Capacity

 1

, MBH

Total

Cap.

1

MBH

Power

Input

2

KW

Sensible Capacity 

1

, MBH

CFM

WB

°

F

Entering Dry Bulb, 

°

F

Entering Dry Bulb,

 °

F

86

83

80

77

74

71

68

86

83

80

77

74

71

68

3750

72

104

7.7

82

71

60

49

38

-

-

108

7.9

82

71

60

48

37

-

-

67

100

7.6

100

89

78

67

56

44

33

96

7.9

96

89

78

67

55

44

33

62

99

7.5

99

99

99

88

76

65

54

87

7.8

87

87

87

76

65

54

42

57

95

7.4

95

95

95

84

73

62

50

88

7.8

88

88

88

77

65

54

43

3375

72

101

7.7

76

66

56

46

36

-

-

104

7.9

75

65

55

45

35

-

-

67

98

7.6

93

84

74

63

53

43

33

93

7.9

91

83

73

63

53

42

32

62

96

7.5

96

96

93

83

73

63

53

84

7.8

84

84

84

74

64

54

44

57

93

7.4

93

93

91

81

71

61

50

84

7.8

84

84

84

74

64

54

44

3000

72

98

7.6

70

61

52

43

34

-

-

99

7.9

69

60

51

42

33

-

-

67

97

7.5

87

78

69

60

51

42

33

91

7.9

86

77

68

59

50

41

32

62

93

7.4

93

93

87

78

69

60

51

81

7.8

81

81

80

72

63

54

45

57

90

7.3

90

90

86

77

68

59

50

81

7.8

81

81

80

71

62

53

44

2625

72

96

7.6

64

56

48

41

33

-

-

97

7.9

63

55

48

40

32

-

-

67

93

7.5

80

72

64

56

48

40

32

87

7.9

79

71

63

55

47

39

31

62

91

7.4

91

88

82

74

66

58

50

79

7.8

79

79

76

68

60

52

44

57

88

7.3

88

86

81

73

65

57

49

79

7.8

79

79

75

67

59

51

43

2250

72

93

7.4

59

52

45

38

31

-

-

95

7.9

58

51

44

37

31

-

-

67

89

7.3

73

66

59

52

45

38

31

84

7.9

72

65

58

51

44

37

30

62

88

7.3

88

83

76

69

62

55

48

77

7.8

77

77

71

64

57

50

43

57

85

7.2

85

82

75

68

61

54

47

77

7.8

77

77

70

63

56

49

42

COOLING CAPACITIES - 7-1/2 TON (BHN090)

Air On
Indoor

Coil

Temperature of Air on Outdoor Coil

105

°

F

115

°

F

Total

Cap.

1

MBH

Power

Input

2

KW

Sensible Capacity

 1

, MBH

Total

Cap.

1

MBH

Power

Input

2

KW

Sensible Capacity 

1

, MBH

CFM

WB

°

F

Entering Dry Bulb, 

°

F

Entering Dry Bulb,

 °

F

86

83

80

77

74

71

68

86

83

80

77

74

71

68

3750

72

99

8.6

80

69

58

46

35

-

-

91

9.4

78

67

56

45

33

-

-

67

87

8.5

87

84

75

63

52

41

30

79

9.0

79

79

72

60

49

38

27

62

83

8.4

83

83

83

72

60

49

38

78

8.9

78

78

78

67

56

45

34

57

83

8.3

83

83

83

71

60

49

38

77

8.8

77

77

77

66

55

44

33

3375

72

95

8.6

73

63

53

43

33

-

-

87

9.3

71

61

51

41

31

-

-

67

85

8.4

83

79

70

60

49

39

29

76

9.0

76

74

66

56

46

36

26

62

80

8.3

80

80

79

69

59

49

39

75

8.8

75

75

74

65

55

45

35

57

79

8.3

79

79

78

68

58

48

38

74

8.7

74

74

73

63

52

42

32

3000

72

91

8.6

66

58

49

40

31

-

-

83

9.2

64

55

47

38

29

-

-

67

82

8.4

80

73

65

56

47

38

29

74

8.9

74

70

61

52

43

35

26

62

76

8.3

76

76

76

67

58

49

40

72

8.8

72

72

71

62

53

44

35

57

76

8.3

76

76

74

65

56

47

38

71

8.7

71

71

68

59

50

41

32

2625

72

89

8.6

61

53

45

37

29

-

-

81

9.2

59

51

43

35

27

-

-

67

79

8.4

74

67

59

51

44

36

28

71

8.9

69

64

56

48

40

32

24

62

74

8.3

74

74

71

63

55

47

39

70

8.8

70

69

66

58

50

42

34

57

74

8.2

74

74

69

61

53

45

37

69

8.6

69

68

63

55

47

39

31

2250

72

87

8.6

56

49

42

35

28

-

-

79

9.2

53

46

40

33

26

-

-

67

76

8.4

68

61

54

47

40

34

27

69

8.9

65

58

51

44

37

30

23

62

73

8.3

73

72

65

59

52

45

38

69

8.7

69

67

60

54

47

40

33

57

72

8.2

72

71

64

57

50

43

36

68

8.6

68

65

58

51

44

37

30

1

These capacities are gross ratings. For net capacity, determine the KW of the supply air blower motor from the Blower Performance Table, multiply this value by 3.415 MBH / KW to determine 

   the motor heat, and deduct this heat from the gross capacity of the unit.

2

These ratings include the compressor and the outdoor fan motors but not the supply air blower motor.

ALL SENSIBLE CAPACITY

NOMINAL RATING

511.17-TG2Y 

Unitary Products Group

5

Summary of Contents for SUNLINE 2000 B1HN090

Page 1: ...unit and discard them If a bottom supply return is desired you simply remove the two bottom duct covers and discard them No panel cutting or swapping is required Convertible airflow design allows max...

Page 2: ...M PROTECTION Crankcase heaters and internal compressor protection are standard on all compressors Each unit has suction line freezestats low pressure switches high pressure switches and high temperatu...

Page 3: ...e refrigeration system including circulating fan heat BTU s per hour divided by the total electric input watts x 3 412 AFUE Annual Fuel Utilization Efficiency determined in accordance with DOE test pr...

Page 4: ...4 0 CHARGE REFRIGERANT 22 lbs oz SYSTEM NO 1 9 0 11 8 SYSTEM NO 2 9 0 13 8 NOTE Filter racks are adapted for 1 or 2 thick filters PHYSICAL DATA COMPONENT WEIGHTS BASIC COMPONENT MODEL BHN 090 120 Basi...

Page 5: ...W Sensible Capacity 1 MBH Total Cap 1 MBH Power Input2 KW Sensible Capacity 1 MBH CFM WB F Entering Dry Bulb F Entering Dry Bulb F 86 83 80 77 74 71 68 86 83 80 77 74 71 68 3750 72 99 8 6 80 69 58 46...

Page 6: ...Total Cap 1 MBH Power Input2 KW Sensible Capacity 1 MBH Total Cap 1 MBH Power Input2 KW Sensible Capacity 1 MBH CFM WB F Entering Dry Bulb F Entering Dry Bulb F 86 83 80 77 74 71 68 86 83 80 77 74 71...

Page 7: ...56 6 8 68 6 9 79 7 5 93 8 3 CFM RET AIR F CAP KW OUTDOOR AIR TEMPERATURE F 72 RH 10 0 10 20 30 40 50 60 3000 55 MBH KW 30 7 1 41 7 2 52 7 4 64 7 6 77 7 9 93 8 3 109 8 7 127 9 6 70 MBH KW 29 7 4 39 7...

Page 8: ...0 1 61 1 66 1 55 1 44 1 81 1 69 1 10 2 10 1 96 MODEL BHN090 BOTTOM DUCT APPLICATIONS BLOWER PERFORMANCE 7 1 2 10 TON SUPPLY AIR BLOWER SPEED RPM CFM 3000 3500 4000 4500 5000 ESP BHP KW ESP BHP KW ESP...

Page 9: ...16 7 9 6 8 3 150 73 59 3 5 2 5 2 54 10 6 4 8 3 9 55 9 31 4 27 6 70 40 35 Dual numbers shown as 17 3 16 7 indicates compressor 1 2 respectively NOTES 1 Dual element time delay type 2 Maximum HACR break...

Page 10: ...must be provided between any combustible material and the supply air ductwork for a distance of 3 feet from the unit The products of combustion must not be allowed to accumulate within a confined spac...

Page 11: ...3 Replace the side duct covers DETAIL X SIDE SUPPLY AND RETURN AIR DUCT OPENINGS CENTER OF GRAVITY B A R O M E T R I C R E L I E F R A I N H O O D R E A R V I E W L H E N D V I E W 2 3 3 8 2 3 3 4 A...

Page 12: ...310 378 302 120 1 612 322 416 492 382 BHN UNIT 6 POINT LOADS LBS TOTAL A B C D E F 090 1 237 155 186 217 264 226 189 120 1 612 199 246 293 347 291 236 NOTE These weights are with economizer and 24kW e...

Page 13: ...the curb from the roof All electrical connections can be made inside the curb ROOF CURB BENEFITS UNIT AND CURB APPLICATION ROOF CURB DIMENSIONS BHN 7 1 2 10 TON Supply and Return Air including duct s...

Page 14: ...rainhood and filters The outdoor air dampers open when the indoor fan motor is energized Damper capable of providing 0 thru 100 of outdoor return air opening MANUAL OUTDOOR DAMPER Provides 0 thru 35 o...

Page 15: ...511 17 TG2Y Unitary Products Group 15...

Page 16: ...up P O Box 1592 York Pennsylvania USA 17405 1592 Subject to change without notice Printed in U S A Copyright by York International Corporation 1998 All Rights Reserved Code EBY EGY 511 17 TG2Y Superse...

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