Page

Manual

7

2100-353

TABLE 4

OPTIONAL FIELD INSTALLED ELECTRIC HEATER TABLE

 

 

Htr. KW &

Htr. KW &

 

 

 

 

Circuit B

 

 

 

 

 

 

 

 

 

 

 

 

 

Capacity

Capacity

 

 

 

 

1

2

3

 

 

@ 240 Volts

@ 208 Volts

 

Heater

 

Min.

Max. Over

Field

Ground

Heater Pkg.

Unit Volts

 

 

 

 

240/208V

Internal

No. Field

Circuit

Current

Power

Wire

Model No.

Phases

KW

BTUH

KW

BTUH

Htr. Amps

Fuses

Circuits

Ampacity

Protection

Wiring

Size

 

 

 

 

 

 

 

 

 

 

 

 

 

EH3PB-A05

240/208-1

5

17,100

3.75

12,800

20.8/18.1

 

1

26/23

30/25

10/10

10

EH3PB-A08

240/208-1

8

27,300

6.00

20,500

33.3/28.8

 

1

42/36

45/40

10/10

10

EH3PB-A10

240/208-1

10

34,100

7.50

26,000

41.6/36.2

 

1

53/46

60/50

6/8

10

EH3PB-A15

240/208-1

15

51,200

11.25

38,400

62.5/54.1

30/60

1

79/68

80/70

4/4

8

EH3PC-A08

240/208-1

5

17,100

3.75

12,800

20.8/18.1

 

1

26/23

30/25

10/10

10

EH3PC-A10

240/208-1

10

34,100

7.50

26,000

41.6/36.2

 

1

53/46

60/50

6/8

10

EH3PC-A15

240/208-1

15

51,200

11.25

38,400

62.5/54.1

30/60

1

79/68

80/70

4/4

8

EH5PB-A05

240/208-1

5

17,100

3.75

12,800

20.8/18.1

 

1

26/23

30/25

10/10

10

EH5PB-A10

240/208-1

10

34,100

7.50

26,000

41.6/36.2

 

1

53/46

60/50

6/8

10

EH5PB-A15

240/208-1

15

51,200

11.25

38,400

62.5/54.1

30/60

1

79/68

80/70

4/4

8

EH5PB-A20

240/208-1

20

68,200

15.00

51,200

83.2/72.1

60/60

1

104/91

110/100

2/3

6

EH3PB-B09

240/208-3

9

30,700

6.75

23,000

21.7/18.7

 

1

28/24

30/25

10/10

10

EH3PB-B15

240/208-3

15

51,200

11.25

38,400

36.2/31.2

 

1

46/39

50/40

8/8

10

EH5PB-B09

240/208-3

9

30,700

6.75

23,000

21.7/18.7

 

1

28/24

30/25

10/10

10

EH5PB-B15

240/208-3

15

51,200

11.25

38,400

36.2/31.2

 

1

46/39

50/40

8/8

10

EH5PB-B18

240/208-3

18

61,400

13.50

46,100

43.4/37.5

 

1

55/47

60/50

6/8

10

EH3PB-C09

480-3

9

30,700

8.26

28,200

10.8

 

1

15

15

14

14

EH3PB-C15

480-3

15

51,200

13.77

47,000

18.0

 

1

23

25

10

10

EH5PB-C09

480-3

9

30,700

8.26

28,200

10.8

 

1

15

15

14

14

EH5PB-C15

480-3

15

51,200

13.77

47,000

18.0

 

1

23

25

10

10

EH5PB-C18

480-3

18

61,400

16.53

56,400

21.7

 

1

28

30

10

10

jTime Delay fuses of “HACR” type circuit breakers must be used for 60 and smaller sizes. Standard fuses or circuit breakers are suitable for sizes 70 and larger. 480V circuit breakers are not “HACR” type.

kBased on wire suitable for 75 degree C. Other wiring materials must be rated for marked “Minimum Circuit Ampacity” or greater.

lBased upon Table 250-95 of N.E.C. 1993. See electric data for basic heat pump for Circuit A wiring specification requirements.

IMPORTANT: While this electrical data is presented as a guide, it is important to electrically connect properly sized fuses and conductor wires in accordance with the National Electrical Code and all existing local codes.

Page 8 Page 10
Page 9
Image 9
Bard P1248A2 Optional Field Installed Electric Heater Table, Htr. KW Circuit B Capacity @ 240 Volts @ 208 Volts, Size
Page 8 Page 10

P1230A1, P1124A2, P1148A2, P1236A1, P1248A2 specifications

The Bard P1136A2, P1242A1, P1130A2, P1224A1, and P1248A2 are high-performance industrial filtration systems renowned for their efficiency and advanced technologies. Ideal for various applications, including air, water, and process fluid filtration, these systems have become essential tools in a multitude of industries.

The Bard P1136A2 features a robust design that emphasizes durability and reliability. Equipped with high-efficiency particulate air (HEPA) filters, it substantially reduces airborne contaminants, making it suitable for cleanroom environments and laboratories. Its advanced monitoring system alerts users when filters need replacing, ensuring optimal performance at all times. The P1136A2 is also designed for easy maintenance, allowing quick access to components without extensive downtime.

Similarly, the Bard P1242A1 offers a distinctive combination of high filtration efficiency and low operational costs. Its multi-stage filtration process employs activated carbon to remove volatile organic compounds (VOCs) and odors. This system is particularly beneficial in industrial settings where air quality is paramount. The P1242A1 is designed with energy-saving technology, resulting in lower energy consumption without compromising filtration performance.

The Bard P1130A2 stands out with its compact design, making it an ideal choice for facilities with limited space. Despite its size, it delivers powerful filtration capabilities, utilizing an advanced pleated filter technology that maximizes surface area while minimizing resistance. This feature ensures long filter life and reduces maintenance frequency, translating to cost savings for end-users.

The Bard P1224A1 is characterized by its versatile applications and ease of integration with existing systems. Its modular design allows customization based on specific industrial requirements, making it suitable for diverse environments. Incorporating smart technology, the P1224A1 provides real-time monitoring and analytics, enabling proactive maintenance and enhancing operational efficiency.

Lastly, the Bard P1248A2 showcases cutting-edge design focusing on sustainability. Its energy-efficient components are coupled with eco-friendly materials, reducing the carbon footprint associated with filtration processes. This system is designed for industries aiming for compliance with environmental regulations while maintaining high performance and reliability.

Collectively, these Bard filtration systems epitomize technological advancement, offering unique features tailored to meet modern industrial challenges. Their focus on efficiency, sustainability, and user-friendly designs positions them as leaders in the filtration market, ensuring cleaner environments for all applications.
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