036-21315-001 Rev. A (0502)

COOLING PERFORMANCE

 

SUCT. T/P

AIR TEMP ON CONDENSER

 

SUCT. T/P

AIR TEMP ON CONDENSER

MODEL

@ COMPR.

 

 

 

 

 

MODEL

@ COMPR.

 

 

 

 

 

 

75×F

95×F

115×F

75×F

95×F

115×F

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

TEMP.

PSIG

MBH

KW

MBH

KW

MBH

KW

 

TEMP.

PSIG

MBH

KW

MBH

KW

MBH

KW

 

35

61.5

22.9

1.42

19.4

1.63

15.9

1.82

 

35

61.5

36.1

2.31

31.7

2.94

27.5

3.81

H1RE024S06

40

68.5

25.3

1.45

21.6

1.67

18.0

1.90

H2RE042S06

40

68.5

39.3

2.33

34.6

2.95

30.1

3.81

45

76.0

28.0

1.47

24.0

1.72

20.1

1.97

45

76.0

42.6

2.35

37.7

2.97

32.9

3.83

 

 

 

50

84.0

30.7

1.49

26.5

1.76

22.3

2.04

 

50

84.0

46.1

2.39

40.9

3.00

35.8

3.84

 

35

61.5

26.5

1.76

22.9

1.99

19.2

2.11

 

35

61.5

43.2

2.64

38.2

3.31

33.2

4.22

H1RE030S06

40

68.5

29.4

1.77

25.6

2.03

21.7

2.19

H2RE048S06

40

68.5

47.0

2.66

41.6

3.34

36.4

4.24

45

76.0

32.5

1.77

28.4

2.07

24.3

2.27

45

76.0

50.9

2.69

45.2

3.37

39.7

4.28

 

 

 

50

84.0

35.8

1.76

31.4

2.10

27.0

2.33

 

50

84.0

54.9

2.72

48.9

3.39

43.0

4.31

 

35

61.5

32.0

1.96

29.2

2.44

26.3

3.10

 

35

61.5

52.4

3.09

46.8

3.83

41.2

4.82

H1RE036S06

40

68.5

34.8

1.97

31.9

2.45

28.8

3.11

H2RE060S06

40

68.5

56.8

3.11

51.0

3.87

45.1

4.86

45

76.0

37.7

1.99

34.7

2.47

31.5

3.12

45

76.0

61.4

3.15

55.3

3.91

49.2

4.91

 

 

 

50

84.0

40.7

2.01

37.6

2.48

34.3

3.13

 

50

84.0

66.2

3.18

59.8

3.96

53.3

4.96

1.For condensing unit only. Does not include effect of evaporator motor power or heat.

2.Performance based on 15° superheat and 15° sub-cooling at condensing unit.

a.Increase capacity 1% for each 2° increase in sub-cooling.

b.Decrease capacity 1% for each 2° decrease in sub-cooling.

3.Sub-cooling in excess of 20° may result in excessively high condensing temperature with air on condenser above 115°. Maximum recommended condensing temperature is 140°F.

ACCESSORIES

Refer to Price Manual for specific model numbers.

Compressor Blanket - Designed to further reduce the nor- mal operating sound and is required to meet Canadian sound levels for units of three tons and below.

6TH07700124 - One Stage Heat / One Stage Cool, non-pro- grammable thermostat, manual changeover with automatic fan on cooling or cooling and heating.

6ET07700324 - One Stage Heat / One Stage Cool, electronic programmable (5 day/2 day) manual changeover.

Refer to Price Manual for specific model numbers.

Blower Time Delay - Available to increase efficiency when installed. Installs on indoor section and maintains blower for approximately one minute after cooling thermostat has been satisfied.

TXV KIT - 1TV0700 series must be used to obtain system performance. See Tabular Data Sheet for proper selection.

Room Thermostats - One of the following thermostat may be used with these systems.

SOUND RATINGS

 

SOUND

UNIT MODEL

RATINGS

 

DECIBELS

024

76*

030

76*

036

76

042

76

048

76

060

80

* Includes Blanket

 

6

Unitary Products Group

Page 5 Page 7
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Image 6
York H*RE024 warranty Cooling Performance, Accessories, Sound Ratings
Page 5 Page 7

H*RE024 specifications

York H*RE024 is a cutting-edge heating and cooling unit that has made significant strides in energy efficiency and performance. Designed for commercial and industrial applications, this HVAC system is built to provide reliable climate control while minimizing energy consumption.

One of the main features of the York H*RE024 is its advanced inverter technology. This technology allows the unit to adjust its speed based on the current demand for heating or cooling, leading to substantial energy savings. By operating at lower speeds during mild weather conditions, the system avoids the energy spikes associated with conventional HVAC units that operate on a fixed speed. This results in a smoother, quieter operation while also extending the lifespan of the unit.

Another key characteristic of the York H*RE024 is its enhanced heat exchanger design. The unit incorporates a more efficient heat transfer process, which improves overall performance and reduces operational costs. The heat exchangers are crafted from high-quality materials that ensure durability and resistance to corrosion, making them ideal for long-term use in various environments.

The H*RE024 is also equipped with smart technology features, including Wi-Fi connectivity and integration with building management systems. This allows users to monitor and control the HVAC system remotely through mobile apps or web interfaces. Such features enhance user convenience and enable proactive maintenance, leading to fewer unexpected breakdowns.

In terms of environmental impact, the York H*RE024 utilizes refrigerants that comply with the latest global standards, reducing ozone depletion potential. Additionally, its high seasonal energy efficiency ratio (SEER) rating underscores its commitment to reducing carbon footprints in the commercial sector.

Noise reduction is another vital aspect of the York H*RE024. The unit is designed with sound-dampening materials and features that minimize operational noise, making it suitable for sound-sensitive locations such as schools, hospitals, and office buildings.

In conclusion, the York H*RE024 stands out as a versatile, energy-efficient HVAC solution tailored for commercial and industrial use. With its advanced technologies, smart features, and commitment to sustainability, this unit provides not only exceptional performance but also peace of mind for those seeking reliable climate control. Its design ensures that it meets modern demands for efficiency while simultaneously delivering comfort and reliability.
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