York R-410A manual ZH150 12.5 Ton

Page 31

246824-YTG-G-1208

ZH150 (12.5 Ton) (Continued)

Air on

 

 

 

 

 

 

Temperature of Air on Condenser Coil

 

 

 

 

 

 

Evaporator Coil

Total

Total

 

Sensible Capacity (MBh)

 

Total

Total

 

Sensible Capacity (MBh)

 

CFM

 

WB

Capacity1

Input

 

Return Dry Bulb (°F)

 

Capacity1

Input

 

Return Dry Bulb (°F)

 

 

(°F)

(MBh)

(kW)2

 

 

 

 

 

 

(MBh)

(kW)2

 

 

 

 

 

 

 

90

85

80

75

70

65

90

85

80

75

70

65

 

 

 

 

 

 

115°F

 

 

 

 

 

 

 

125°F

 

 

 

 

 

 

77

157.3

14.5

63.8

54.6

41.0

-

-

-

146.7

15.8

56.5

50.7

37.3

-

-

-

3125

 

72

143.8

14.3

90.2

76.7

63.2

49.6

-

-

134.0

15.7

85.9

72.5

59.1

45.7

-

-

 

67

130.4

14.1

116.6

98.8

85.3

71.8

58.2

-

121.2

15.5

114.1

94.3

80.9

67.5

54.1

-

 

 

 

 

62

121.2

14.0

121.2

121.2

100.6

87.0

73.5

60.0

113.7

15.4

113.7

113.7

92.3

78.9

65.4

52.0

 

 

77

161.4

14.5

75.9

60.5

45.1

-

-

-

150.3

15.9

72.0

56.7

41.3

-

-

-

 

 

72

147.6

14.4

100.3

84.9

69.5

54.1

-

-

137.2

15.7

96.1

80.8

65.4

50.0

-

-

3750

 

67

133.8

14.2

124.6

109.2

93.8

78.4

63.0

-

124.1

15.5

120.2

104.9

89.5

74.2

58.8

-

 

 

62

124.3

14.1

124.3

124.3

110.6

95.2

79.8

64.4

116.5

15.4

116.5

116.5

102.2

86.8

71.4

56.1

 

 

57

123.8

14.1

123.8

123.8

110.2

94.8

79.4

63.9

115.2

15.5

115.2

115.2

101.2

85.8

70.5

55.1

 

 

77

165.5

14.6

88.0

66.5

49.2

-

-

-

153.8

15.9

87.5

62.6

45.3

-

-

-

 

 

72

151.4

14.4

110.3

93.0

75.8

58.5

-

-

140.4

15.7

106.3

89.0

71.7

54.4

-

-

4375

 

67

137.2

14.3

132.6

119.6

102.3

85.0

67.8

-

127.0

15.5

126.4

115.4

98.1

80.8

63.5

-

 

 

62

127.5

14.1

127.5

127.5

120.6

103.4

86.1

68.8

119.2

15.5

119.2

119.2

112.1

94.8

77.5

60.2

 

 

57

127.0

14.2

127.0

127.0

120.2

102.9

85.6

68.3

117.9

15.5

117.9

117.9

111.0

93.7

76.4

59.1

 

 

77

169.6

14.6

100.1

72.4

53.3

-

-

-

157.3

15.9

103.1

68.5

49.3

-

-

-

 

 

72

155.1

14.5

120.4

101.2

82.1

62.9

-

-

143.6

15.7

116.5

97.3

78.0

58.8

-

-

5000

 

67

140.7

14.3

140.7

130.0

110.8

91.7

72.5

-

129.9

15.6

129.9

126.0

106.7

87.5

68.3

-

 

 

62

130.7

14.2

130.7

130.7

130.7

111.5

92.4

73.2

121.9

15.5

121.9

121.9

121.9

102.7

83.5

64.2

 

 

57

130.2

14.2

130.2

130.2

130.2

111.0

91.9

72.7

120.6

15.6

120.6

120.6

120.6

101.5

82.3

63.1

 

 

72

158.7

14.5

129.7

109.1

88.4

67.8

-

-

146.5

15.8

125.5

104.9

84.2

63.5

-

-

5625

 

67

143.9

14.3

143.9

138.6

119.4

98.8

78.2

-

132.5

15.6

132.5

132.5

115.2

94.5

73.8

-

 

62

133.7

14.2

133.7

133.7

133.7

113.1

92.4

71.8

124.4

15.6

124.4

124.4

124.4

103.7

83.1

62.4

 

 

 

 

57

133.2

14.3

133.2

133.2

133.2

112.5

91.9

71.3

123.1

15.6

123.1

123.1

123.1

102.5

81.8

61.1

 

 

72

162.3

14.5

139.0

116.9

94.8

72.7

-

-

149.4

15.8

134.6

112.5

90.3

68.2

-

-

6250

 

67

147.2

14.4

147.2

147.2

128.0

105.9

83.8

-

135.2

15.7

135.2

135.2

123.6

101.5

79.3

-

 

62

136.7

14.2

136.7

136.7

136.7

114.6

92.5

70.4

126.9

15.6

126.9

126.9

126.9

104.8

82.6

60.5

 

 

 

 

57

136.2

14.3

136.2

136.2

136.2

114.1

92.0

69.8

125.5

15.7

125.5

125.5

125.5

103.4

81.2

59.1

1.These capacities are gross ratings. For net capacity, deduct air blower motor, MBh = 3.415 x kW. Refer to the appropriate Blower Performance Table for the kW of the supply air blower motor.

2.These ratings include the condenser fan motors (total 1 kW) and the compressor motors but not the supply air blower motor.

Johnson Controls Unitary Products

31

Page 30 Page 32
Image 31
Page 30 Page 32
Contents Technical Guide Component Location Table of ContentsHeat Pump Nomenclature Ton York Model Number NomenclatureStandard Features Features and BenefitsFactory Installed Options Control Options Field Installed Accessories Part Number Description AccessoriesGeneral Guide SpecificationsIndoor Evaporator FAN Assembly Electric Heating Section if Equipped Reheat Mode Sequence of Operation Reheat Control Board ZH078-150 Physical Data Physical DataFilters ZR078-150 Physical Data Reheat Coil Data XP078-150 Physical Data Min ZH/ZR/XP078-150 Unit LimitationsYTG-G-1208 ZH078-150 Cooling Capacities Capacity PerformanceZH078 6.5 Ton 115F ZH090 7.5 Ton ZH090 7.5 Ton ZH102 8.5 Ton ZH102 8.5 Ton ZH120 10 Ton 115F 125F ZH150 12.5 Ton ZH150 12.5 Ton ZR078 6.5 Ton Cooling ZR078-150 Cooling and Reheat Capacities115F 35F 45F ZR078 6.5 Ton ReheatCapacity Input ZR090 7.5 Ton Cooling 115F ZR090 7.5 Ton Reheat 75F 85F ZR102 8.5 Ton Cooling 115F ZR102 8.5 Ton Reheat 75F 85F ZR120 10 Ton Cooling 115F ZR120 10 Ton Reheat 75F 85F ZR150 12.5 Ton Cooling 115F 125F ZR150 12.5 Ton Reheat 75F 85F XP078 6.5 Ton XP078-150 Cooling Capacities115F 95F 105F XP090 7.5 Ton115F 125F XP102 8.5 Ton 115F XP120 10 Ton XP120 10 Ton XP150 12.5 Ton 115F 125F XP078-150 XP078-150 Heating CapacitiesCapacity Outdoor Temperature F @ 72% RH ZH090 7.5 Ton Side Duct Airflow PerformanceZH078-150 Side Duct Application ZH078 6.5 Ton Side DuctZH150 12.5 Ton Side Duct ZH120 10 Ton Side DuctZH102 8.5 Ton Bottom Duct ZH078-150 Bottom Duct ApplicationZH078 6.5 Ton Bottom Duct ZH090 7.5 Ton Bottom DuctZH150 12.5 Ton Bottom Duct ZH120 10 Ton Bottom DuctZR102 8.5 Ton Side Duct ZR078-150 Side Duct ApplicationZR078 6.5 Ton Side Duct ZR090 7.5 Ton Side DuctZR150 12.5 Ton Side Duct ZR120 10 Ton Side DuctZR102 8.5 Ton Bottom Duct ZR078-150 Bottom Duct ApplicationZR078 6.5 Ton Bottom Duct ZR090 7.5 Ton Bottom DuctZR150 12.5 Ton Bottom Duct ZR120 10 Ton Bottom DuctXP102 8.5 Ton Side Duct XP078-150 Side Duct ApplicationXP078 6.5 Ton Side Duct XP090 7.5 Ton Side DuctXP150 12.5 Ton Side Duct XP120 10 Ton Side DuctXP102 8.5 Ton Bottom Duct XP078-150 Bottom Duct ApplicationXP078 6.5 Ton Bottom Duct XP090 7.5 Ton Bottom DuctXP150 12.5 Ton Bottom Duct XP120 10 Ton Bottom DuctRPM Selection Tons Additional Static ResistanceDrive Selection Airflow PerformanceCorrection Altitude/Temperature Correction FactorsAir Temperature ºF FactorElectric Heat Minimum Supply Air Indoor Blower SpecificationsPower Exhaust Specifications Gas Heat Minimum Supply AirElectric Heat Multipliers Indoor Sound Power LevelsOutdoor Sound Power Levels ZH/ZR/XP078-150 Sound PerformanceElectrical Data ZH078-150 Standard Motor Without Powered Convenience OutletZH078-150 Standard Motor Without Powered Convenience Outlet ZH078-150 Hi Static Motor Without Powered Convenience Outlet ZH078-150 Hi Static Motor Without Powered Convenience Outlet ZH078-150 Standard Motor With Powered Convenience Outlet ZH078-150 Standard Motor With Powered Convenience Outlet ZH078-150 Hi Static Motor With Powered Convenience Outlet ZH078-150 Hi Static Motor With Powered Convenience Outlet ZR078-150 Standard Motor Without Powered Convenience Outlet ZR078-150 Standard Motor Without Powered Convenience Outlet ZR078-150 Hi Static Motor Without Powered Convenience Outlet ZR078-150 Hi Static Motor Without Powered Convenience Outlet ZR078-150 Standard Motor With Powered Convenience Outlet ZR078-150 Standard Motor With Powered Convenience Outlet ZR078-150 Hi Static Motor With Powered Convenience Outlet ZR078-150 Hi Static Motor With Powered Convenience Outlet XP078-150 Standard Motor Without Powered Convenience Outlet XP078-150 Standard Motor Without Powered Convenience Outlet XP078-150 Hi Static Motor Without Powered Convenience Outlet Johnson Controls Unitary Products 101 XP078-150 Standard Motor With Powered Convenience Outlet Johnson Controls Unitary Products 103 XP078-150 Hi Static Motor With Powered Convenience Outlet Johnson Controls Unitary Products 105 ZH/ZR078-150 Typical Wiring Diagrams Typical Wiring DiagramsJohnson Controls Unitary Products 107 108 Johnson Controls Unitary Products Johnson Controls Unitary Products 109 110 Johnson Controls Unitary Products Johnson Controls Unitary Products 111 Typical ZR078-120 Reheat Wiring Diagram Typical ZR150 Reheat Wiring Diagram XP078-150 Typical Wiring Diagrams Johnson Controls Unitary Products 115 ZH/ZR/XP078-150 Unit Weights Weights and DimensionsUnit 4 Point Load Weight Unit 6 Point Load Weight ZH/ZR/XP078-150 Unit Accessory Weights ZH/ZR/XP078-150 Unit DimensionsZH/ZR/XP078-120 ZH/ZR/XP078-150 Unit Bottom Duct Openings ZH/ZR/XP078-150 Unit Physical DimensionsDetail a ZH/ZR/XP078-150 Unit ClearancesZH/ZR/XP078-120 Unit Side Duct Openings ZH/ZR/XP078-150 Unit Electrical EntryZH/ZR/XP150 Unit Side Duct Openings Side Duct DimensionsZH/ZR/XP078-150 Unit Left Duct Opening ZH/ZR/XP078-150 Roof Curb ZH/ZR/XP078-150 Unit Accessory DimensionsZH/ZR/XP078-150 Transition Roof Curb ZH/ZR/XP078-150 Economizer Assembly Economizer Usage Factory Installed Downflow EconomizerField Installed Downflow Economizer W/Power Exhaust Economizer OptionsSlab Economizer Downflow W/Power Exhaust Field Installed Horizontal Economizer W/Power ExhaustSlab Economizer End Return W/Power Exhaust 126 Johnson Controls Unitary Products YTG-G-1208 Johnson Controls Unitary Products 127 Johnson Controls Unitary Products York Drive Norman, OK
Related manuals
Manual 24 pages 22.74 Kb Manual 68 pages 3.65 Kb Manual 104 pages 7.39 Kb Manual 36 pages 24.83 Kb

R-410A specifications

York R-410A is a widely recognized and highly efficient refrigerant used in modern air conditioning systems. Developed as an environmentally friendly alternative to R-22, R-410A has gained popularity in the HVAC industry due to its numerous advantageous features and characteristics.

One of the main features of York R-410A is its ability to provide superior cooling performance. This refrigerant operates efficiently at both high and low temperatures, allowing systems using it to maintain optimal indoor climates even during extreme weather conditions. Its high energy efficiency ratio (EER) and seasonal energy efficiency ratio (SEER) ratings make it a preferred choice for energy-conscious consumers, resulting in lower energy bills and a reduced carbon footprint.

Technologically, York R-410A systems feature advanced compressor designs that enhance their overall reliability and performance. These compressors are often equipped with variable-speed technology, enabling them to adjust their output to match the cooling demands of the space. This not only improves comfort levels but also leads to efficient energy consumption, reducing wear and tear on the equipment over time.

Another significant characteristic of York R-410A is its non-ozone-depleting properties. Unlike its predecessor R-22, which is being phased out due to its damaging effects on the ozone layer, R-410A is designed to minimize environmental impact. Its lower global warming potential (GWP) further underscores its role in promoting sustainability within the HVAC sector.

Furthermore, York R-410A systems are engineered with enhanced safety features. The refrigerant is non-toxic and non-flammable, which makes it safer for use in both residential and commercial applications. Additionally, its high thermal stability reduces the risk of breakdown or leakage, contributing to longer system lifespans and lower maintenance costs.

In conclusion, York R-410A stands out as a cutting-edge refrigerant that combines efficiency, safety, and environmental responsibility. With its advanced technologies and remarkable characteristics, it meets the demands of modern air conditioning requirements while paving the way for a sustainable future in HVAC systems. Adopting York R-410A not only benefits individual users through improved comfort and lower energy bills but also plays a vital role in protecting our planet's ozone layer and mitigating climate change.
Top Page Image Contents