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© 2007 BTS

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•Unique patented technology works at +225°C

•Affordable

•Full range of size, power, and cooling   capacities

•Superior cycling capacity

•Solid state reliability

•Strong, porch-style lead attachment

•Generate power from waste heat!

•Melcor Quality

 

 

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Download de Datasheet uit onderstaande tabel voor uitgebreide informatie per type.

 

Diverse Opties Klik hier.

 

Tekening onderaan het tabel

 

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Het is alweer een aantal jaren geleden dat Melcor deze nieuwe serie hoog temperatuur Peltier elementen introduceerde.

Met een gepatenteerde techniek was Melcor weer één van de eerste met de ontwikkeling van een thermo elektrische element die ook geschikt  is voor hogere temperaturen.

Standaard elementen zijn geschikt tot werk temperaturen van  80°C de ThermaTEC™  heeft geen problemen met temperaturen tot 225°C

 

Ook  zeer geschikt voor power generation projecten

 

MELCOR's new ThermaTEC™ keeps on cooling at temperatures that would cook other TECs: +225°C. And only ThermaTEC offers MELCOR reliability, and at a reasonable cost. For cooling, heating, or power generation, ThermaTEC is the ultimate high-temp TEC.

The ThermaTEC series is designed for high temperature applications and packaging (+225°C).

These rugged TECs were designed to withstand the demands of repeated cycling over a large temperature range. The patented technology offers the greatest operational flexibility.

ThermaTEC can also be used for power generation; converting waste heat into electrical energy. The possibilities are endless.

 

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ThermaTEC"! Series Specifications

Catalog 1

Datasheet

Imax

(Amps)

TH = 25°C

N

Dimensions (mm)

Wire2

Qmax1

(Watts)

Vmax

(Volts)

DTmax

(°C)

A

B

C

D

H OT 1.2-18-F2A

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1.2

1.46

2.18

64

18

6.0

6.2

7.2

2.7

30 AWG

H OT 1.2-24-F2A

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1.2

1.97

2.7

64

24

6.6

8.8

10.8

2.5

30 AWG

H OT 1.2-30-F2A

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1.2

2.43

3.63

64

30

6.2

10.3

12.3

2.4

30 AWG

H OT 1.2-31-F2A

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1.2

2.51

3.87

64

31

8.8

8.8

11.0

2.7

30 AWG

H OT 1.2-65-F2A

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1.2

5.34

7.8

64

65

13.2

12.1

13.2

2.7

30 AWG

H OT 1.5-18-F2A

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1.5

1.82

2.18

64

18

6.0

6.2

7.2

2.4

30 AWG

H OT 1.5-24-F2A

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1.5

2.42

2.7

64

24

6.6

8.8

10.8

2.2

30 AWG

H OT 1.5-30-F2A

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1.5

3.03

3.63

64

30

6.2

10.3

12.3

2.2

30 AWG

H OT 1.5-31-F2A

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1.5

3.13

3.87

64

31

8.8

8.8

11.0

2.4

30 AWG

H OT 1.5-65-F2A

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1.5

6.57

7.8

64

65

13.2

12.1

13.2

2.4

30 AWG

H OT 2.0-18-F2A

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2.0

2.43

2.18

64

18

6.0

6.2

7.2

2.2

30 AWG

H OT 2.0-24-F2A

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2.0

3.32

2.7

64

24

6.6

8.8

10.8

2.0

30 AWG

H OT 2.0-30-F2A

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2.0

4.04

3.6

64

30

6.2

10.3

12.3

1.8

30 AWG

H OT 2.0-31-F2A

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2.0

4.18

3.7

64

31

8.8

8.8

11.0

2.2

30 AWG

H OT 2.0-65-F2A

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2.0

8.76

7.8

64

65

13.2

12.1

13.2

2.2

30 AWG

HT2-12-30

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2.3

20

14.4

63

127

30

30

34

3.6

24 AWG

HT3-12-30

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2.8

24

14.4

63

127

30

30

34

3.2

24 AWG

HT4-6-21X43

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3.7

16

7.2

64

63

21

38

43

4.1

18 AWG

HT4-7-30

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3.7

18

8.1

64

71

30

30

34

4.1

18 AWG

HT4-12-30

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3.9

33

14.4

63

127

30

30

34

3.2

24 AWG

HT4-12-40

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3.7

32

14.4

64

127

40

40

44

4.1

18 AWG

HT6-6-21X43

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6.0

26

7.2

63

63

21

38

43

3.8

18 AWG

HT6-7-30

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6.0

29

8.1

63

71

30

30

34

3.8

18 AWG

HT6-12-40

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6.0

51

14.4

63

127

40

40

44

3.6

18 AWG

HT8-7-30

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8.5

39

8.1

63

71

30

30

34

3.3

18 AWG

HT8-12-40

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8.5

72

14.4

63

127

40

40

44

3.3

18 AWG

HT9-3-25

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9.6

20

3.55

66

31

25

25

29

4.9

18 AWG

HT

1 Conditions for Qmax: ΔT = 0°, I = Imax, V = Vmax, and TH = 25°C.

2 For all HT Series modules, wire is stranded, 152 mm (6.0 in.) long and Teflon™ insulated. Insulated wire available on request. For all HOT modules, the wire is solid, uninsulated and 50mm (2.0 in.) long.

Definitions

Imax  Input current resulting in greatest DT (DTmax) [Amps]

Qmax  Maximum amount of heat that can be absorbed at cold face (occurs at I=Imax, DT = 0°C) [Watts]

TH  Temperature of the TEC hot face during operation [°C]

DTmax  Maximum temperature difference a TEC can achieve (occurs at I=Imax, Qc = 0) [°C]

Vmax  Voltage at DT (DTmax) [Volts]

© BTS

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U.S. Patent 5,817,188