Johnson Controls AV*(C) Series Min. Circuit Ampacity, 75C Wire Size AWG, Heater, 208/230

Page 14

536636-UIM-D-1211

TABLE 11: Electrical Data - (For Single Source Power Supply) - Copper Wire - 208/230-1-60

 

Heater

Heater

 

 

Field Wiring

 

 

 

 

 

 

 

 

 

Models

Amps

Min. Circuit Ampacity

Max. O.C.P. Amps/Type1

75°C Wire Size - AWG

Models*

 

240V

 

 

 

 

 

 

 

 

208V

230V

208V

230V

208V

230V

 

 

 

 

4HK*6500206

10.4

15.28

16.53

20

20

12

12

 

4HK*6500506

20.0

25.67

28.50

30

30

10

10

24B

4HK*6500806

31.3

37.85

42.63

45

45

8

8

4HK*6501006

40.0

47.33

53.50

50

60

8

6

 

 

4HK16501306

54.2

62.6

71.3

70

80

4

2

 

4HK165N1506

60.0

69.00

78.50

70

90

4

3

 

4HK*6500506

20.0

27.54

30.38

30

35

10

10

 

4HK*6500806

31.3

39.73

44.50

45

45

8

8

36C

4HK*6501006

40.0

49.21

55.38

50

60

8

6

4HK16501306

54.2

64

72.8

70

80

4

2

 

 

4HK16501506

60.0

70.88

80.38

70

90

4

3

 

4HK16501806

73.3

85.32

97.00

90

100

4

3

 

4HK*6500506

20.0

29.29

31.88

35

35

8

8

 

4HK*6500806

31.3

41.48

46.00

45

50

8

8

 

4HK*6501006

40.0

50.96

56.88

60

60

6

6

48D

4HK16501306

54.2

66.4

75.2

70

80

4

2

4HK16501506

60.0

72.63

81.88

90

90

3

3

 

 

4HK16501806

73.3

87.07

98.50

90

100

3

2

 

4HK16502006

80.0

94.29

106.88

100

125

3

1

 

4HK16502506

100.0

115.96

131.88

125

150

1

1/0

 

4HK*6500506

20.0

31.42

33.75

35

35

8

8

 

4HK*6500806

31.3

43.60

47.88

45

50

8

8

 

4HK*6501006

40.0

53.08

58.75

60

60

6

6

60D

4HK16501306

54.2

68.4

77.2

70

80

4

2

4HK16501506

60.0

74.75

83.75

90

90

3

3

 

 

4HK16501806

73.3

89.19

100.38

90

110

3

2

 

4HK16502006

80.0

96.42

108.75

100

125

3

1

 

4HK16502506

100.0

118.08

133.75

125

150

1

1/0

1.O.C.P. = Over Current Protection device, must be HACR type Circuit Breaker or Time Delay fuse. * May be 0 (no breaker) or 1 (with breaker).

TABLE 12: Electrical Data - (For Multi-SourcePower Supply) - Copper Wire - 208/230-1-60

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Min. Circuit Ampacity

 

Max. O.C.P. Amps/Type1

75°C Wire Size - AWG

Models

Heater

 

 

Circuit

 

 

Circuit

 

 

Circuit

 

Models

 

 

 

 

 

 

 

 

 

 

 

 

1st

 

2nd

 

3rd

1st

2nd

3rd

1st

2nd

3rd

 

 

208/230

 

208/230

 

208/230

208/230

208/230

208/230

208/230

208/230

208/230

24B

4HK16501306

43.1/48.6

 

19.5/22.5

 

–

45/50

20/25

–

6/6

12/10

–

4HK165N1506

47.5/53.5

 

21.7/25.0

 

–

50/60

25/25

–

8/6

10/10

–

 

 

 

 

4HK16501306

41.7/47.9

 

22.4/25.0

 

–

50/50

30/30

–

6/6

12/10

–

36C

 

 

 

 

 

 

 

 

 

 

 

 

4HK16501506

48.5/55.4

 

21.7/25.0

 

–

50/60

25/25

–

8/6

10/10

–

 

4HK16501806

44.9/51.2

 

39.8/45.8

 

–

45/60

40/50

–

8/8

8/8

–

 

4HK16501306

42.9/49.1

 

23.6/26.2

 

–

50/50

30/30

–

6/6

12/10

–

 

4HK16501506

51.0/56.9

 

21.7/25.0

 

–

60/60

25/25

–

6/6

10/10

–

48D

 

 

 

 

 

 

 

 

 

 

 

 

4HK16501806

47.4/52.7

 

39.8/45.8

 

–

50/60

40/60

–

6/6

8/6

–

 

4HK16502006

51.0/56.9

 

43.4/50.0

 

–

60//60

45/50

–

6/6

8/8

–

 

4HK16502506

51.0/56.9

 

43.4/50.0

 

21.7/25.0

60/60

45/50

25/25

6/6

8/8

10/10

 

4HK16501306

43.9/50.1

 

24.6/27.2

 

–

50/60

30/30

–

6/6

10/10

–

 

4HK16501506

53.1/58.8

 

21.7/25.0

 

–

60/60

25/25

–

6/6

10/10

–

60D

 

 

 

 

 

 

 

 

 

 

 

 

4HK16501806

49.5/54.6

 

39.8/45.8

 

–

50/60

40/60

–

6/6

8/6

–

 

4HK16502006

53.1/58.8

 

43.4/50.0

 

–

60/60

45/50

–

6/6

8/8

–

 

4HK16502506

53.1/58.8

 

43.4/50.0

 

21.7/25.0

60/60

45/50

25/25

6/6

8/8

10/10

1. O.C.P. = Over Current Protection device, must be HACR type Circuit Breaker or Time Delay fuse.

14

Johnson Controls Unitary Products

Page 13 Page 15
Image 14
Page 13 Page 15
Contents List of Figures Section II SafetyList of Sections List of TablesSection III Unit Installation Typical Installation Downflow and Horizontal Conversion AV onlySuction Feeder Tube Condensate Deflector Upflow or Downflow Cladding Configuration for Downflow Installation if UsedDimensions Inches Wiring Knockouts1 Horizontal Left or RightAIR Filters Duct ConnectionsDuct Work Transition Horizontal Suspension AV onlyTXV Metering Devices Refrigerant Line ConnectionDrain Connections Section IV Electric Heater InstallationSection V LOW Voltage Control Connections Low Voltage Connections Conventional LOW Voltage Control Wiring 24 VACSignal Comment Control Wiring Using Communicating Controls Humidity Switch InputSection VI Required Control SET-UP Functionality and OperationSection VII Line Power Connections Limit Switch and Lockout OperationAirflow Selection Section Viii Airflow and Comfort Setting SelectionSection IX Unit Data Total Heat1 W1 Only W2 Only W1 & W2Heater 75C Wire Size AWGMin. Circuit Ampacity 208/230W1 Only W2 Only W1 + W2 ModelsSpeed Heater Circuit36C 24B Min HIGH/LOW Speed Cooling and Heat Pump AirflowHIGH/LOW Speed Electric Heat Airflow 48D 60DLubrication Section X MaintenanceCoil Cleaning Condensate DrainsSection XI Wiring Diagram Johnson Controls Unitary Products York Drive Norman, OK

AV*(C) Series specifications

Johnson Controls has long been a leader in the field of building management systems, and the AV*(C) Series is a testament to its commitment to innovation and excellence. Designed with the modern-day facility in mind, the AV*(C) Series combines advanced features, cutting-edge technologies, and robust characteristics to deliver top-tier performance and reliability for building operations.

One of the standout features of the AV*(C) Series is its exceptional flexibility. The series offers a range of controller options that cater to various application needs, ensuring that building managers can tailor their systems to suit specific requirements. This adaptability is complemented by its scalable architecture, which allows for seamless expansion as building needs evolve over time.

Another major highlight of the AV*(C) Series is its intuitive user interface. The system provides an easy-to-navigate platform that simplifies monitoring and control tasks. Users can access real-time data and analytics at their fingertips, enhancing decision-making processes and enabling proactive management of building systems. The graphical display is user-friendly, making it simple for facility staff to respond promptly to any operational issues.

In terms of technology, the AV*(C) Series integrates advanced communication protocols such as BACnet, which ensures interoperability with various building automation systems. This technology ensures that different devices can communicate effectively, streamlining the overall operation of the facility. The controllers also support multiple I/O configurations, which allow for greater customization and setup flexibility.

Energy efficiency is at the forefront of the AV*(C) Series design. The system incorporates intelligent algorithms that optimize energy usage, helping organizations reduce their carbon footprint and operational costs. By continuously monitoring system performance and adjusting settings in real-time, the AV*(C) Series contributes to sustainable building management.

Reliability is also a hallmark of the AV*(C) Series. Built with durable components and designed to withstand diverse environmental conditions, it ensures consistent performance and longevity. The system features redundant power supplies and robust fail-safes to keep operations running smoothly, minimizing downtime.

In conclusion, the Johnson Controls AV*(C) Series is an advanced solution for building management that combines flexibility, user-friendly design, cutting-edge communication technology, energy efficiency, and reliability. These characteristics make it an excellent choice for organizations looking to enhance their facility operations and improve overall performance.
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