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Thermoelectric Peltier Module
Thermoelectric Cooling
Thermoelectric Power Generation
Peltier Product Guide
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Specifications

§ GL-II Module
model number
Imax
(A)
Vmax
(V)
ΔTmax
(ºC)
Qmax
(W)
ΔTmax
(ºC)
Qmax
(W)
External
Dimensions
(mm)
Th=27ºC
Th=50ºC
Lc
Wc
Lh
Wh
H
FPH1-3102NC
2.0
3.8
70.0
4.4
77.0
5.0
15.0
15.0
4.70
FPH1-7102NC
8.8
10.2
11.2
20.0
20.0
FPH1-12702AC
15.7
18.2
19.5
30.0
30.0
4.75
FPH1-3103NC
3.0
3.8
70.0
7.3
77.0
8.0
15.0
15.0
3.80
FPH1-7103NC
8.8
16.6
18.0
20.0
20.0
FPH1-12703AC
15.7
29.8
32.5
30.0
30.0
3.85
FPH1-3104NC
3.9
3.8
70.0
8.6
77.0
9.5
15.0
15.0
3.60
FPH1-7104NC
8.8
18.7
20.9
20.0
20.0
FPH1-12704AC
15.7
35.2
39.0
30.0
30.0
3.65
FPH1-3106NC
6.0
3.8
70.0
13.0
77.0
14.3
15.0
15.0
3.10
FPH1-7106NC
8.8
29.7
32.7
20.0
20.0
FPH1-12706AC
15.7
53.1
59.1
30.0
30.0
3.15
FPH1-1707NC
6.0
2.1
70.0
7.4
77.0
8.2
15.0
15.0
3.90
FPH1-3107NC
3.8
13.6
14.9
20.0
20.0
FPH1-7107AC
8.8
31.1
34.2
30.0
30.0
3.95
FPH1-12707AC
15.7
55.6
61.0
40.0
40.0
FPH1-1708NC
8.5
2.1
70.0
10.3
77.0
11.3
15.0
15.0
3.40
FPH1-3108NC
3.8
18.8
20.8
20.0
20.0
FPH1-7108AC
8.8
43.1
48.0
30.0
30.0
3.45
FPH1-12708AC
15.7
77.1
85.0
40.0
40.0

§ GL-II Module / 2-Tier Cascade Module (Cooling Only)
model number
Imax
(A)
Vmax
(V)
ΔTmax
(ºC)
Qmax
(W)
ΔTmax
(ºC)
Qmax
(W)
External
Dimensions
(mm)
Th=27ºC
Th=50ºC
Lc
Wc
Lh
Wh
H
FPK2-19808NC
8.5
16.1
85.0
51.6
95.0
58.0
40.0
40.0
7.05

GL Module common specifications
∗
Guaranteed temperature range: -40 ~ 100ºC
(Suggested maximum temperature on the radiating side)
∗
PVC coating UL standard product.
∗
KE347 (similar product as shinetu silicone) Please,beware of only lateral side is not fully seal for the moisture-proof measure and water-proof measure.


§ Standard Type
model number
Imax
(A)
Vmax
(V)
ΔTmax
(ºC)
Qmax
(W)
External
Dimensions
(mm)
Th=27ºC
L
W
H
TEC1-1703
3.5
2.1
68
3.9
15
15
4.7
TEC1-3103
3.8
7.0
20
20
TEC1-3503
4.2
8.0
30
15
TEC1-7103
8.6
16.0
30
TEC1-12703
15.4
29.0
40
40
TEC1-1704
4.0
2.1
68
4.2
15
15
4.7
TEC1-3104
3.8
7.5
20
20
TEC1-3504
4.2
8.4
30
15
TEC1-7104
8.6
17.0
30
TEC1-12704
15.4
32.0
40
40
TEC1-1705
5.0
2.1
68
5.5
15
15
4.1
TEC1-3105
3.8
10.0
20
20
TEC1-3505
4.2
11.0
30
15
TEC1-7105
8.6
23.0
30
TEC1-12705
15.4
41.0
40
40
TEC1-1706
6.0
2.1
68
7.1
15
15
4.0
TEC1-3106
3.8
13.0
20
20
TEC1-3506
4.2
14.5
30
15
TEC1-7106
8.6
29.0
30
TEC1-12706
15.4
53.0
40
40
TEC1-1707
7.0
2.1
68
7.5
15
15
3.7
TEC1-3107
3.8
13.6
20
20
TEC1-3507
4.2
15.4
30
15
TEC1-7107
8.6
31.0
30
TEC1-12707
15.4
55.0
40
40
TEC1-1708
8.5
2.1
68
10.0
15
15
3.8
TEC1-3108
3.8
18.0
20
20
TEC1-3508
4.2
20.0
30
15
TEC1-7108
8.6
42.0
30
TEC1-12708
15.4
75.0
40
40
TEC1-12712
12.0
15.4
68
110.0
40
40
3.7
TEC1-12715
15.0
130.0
50
50
3.5
TEC1-6308
8.5
7.6
37.4
40
20
3.8
TEC1-19908
24.1
118.0
40
3.5
TEC1-19913
13.0
200.0
50
50
TES1-3102
2.0
3.8
66
3.7
15
15
5.1
TES1-7102
8.6
8.5
20
20
TES1-12702
15.4
15.2
30
30
TES1-3103
3.0
3.8
66
6.5
15
15
3.8
TES1-7103
8.6
15.0
20
20
TES1-12703
15.4
27.0
30
30
TES1-3104
4.0
3.8
66
8.1
15
15
3.6
TES1-7104
8.6
18.7
20
20
TES1-12704
15.4
33.4
30
30
TES1-3106
6.0
3.8
66
12.2
15
15
3.3
TES1-7106
8.6
27.9
20
20
TES1-12706
15.4
50.5
30
30
TES1-14304
4.0
17.3
66
40
40
40
3.7
TEC1-6025
25.8
6.3
68
125.0
Lh=48
Wh=48
5.5
Lc=40
Wc=40

§ Standard Type / 2-Tier Cascade Type
model number
Imax
(A)
Vmax
(V)
ΔTmax
(ºC)
Qmax
(W)
External
Dimensions
(mm)
Th=27ºC
Lc
Wc
Lh
Wh
H
TEC2-19808
8.5
14.9
85.0
50.0
40
40
6.8

§ Standard Type / appearance
TEC1-12703/TEC1-12704/TEC1-12705/TEC1-12706/TEC1-12707/TEC1-12708/TEC1-12712/TEC1-12715
TEC1-7103/TEC1-7104/TEC1-7105/TEC1-7106/TEC1-7107/TEC1-7108
TEC1-3503/TEC1-3504/TEC1-3505/TEC1-3506/TEC1-3507/TEC1-3508
TEC1-3103/TEC1-3104/TEC1-3105/TEC1-3106/TEC1-3107/TEC1-3108
TEC1-1703/TEC1-1704/TEC1-1705/TEC1-1706/TEC1-1707/TEC1-1708
TEC1-6308
TEC2-19808
TEC1-19908
TEC1-19913
TES1-3102/TES1-3103/TES1-3104/TES1-3106
TES1-7102/TES1-7103/TES1-7104/TES1-7106
TES1-12702/TES1-12703/TES1-12704/TES1-12706
TES1-14303
TEC1-6025

Precautions for Use
∗
Do not allow the Th-side of the Micro Module to exceed 80ºC, or 90ºC on other modules.
∗
Dropping or exerting mechanical shock on the unit can cause it to break. Take care in the handling of the product.
∗
If the Peltier Module does not have full surface contact with the heat exchanger, it will be unable to function properly. Ideally, deviation from flatness should be kept under 0.02mm.
∗
Thinly spread thermally conductive grease between the Peltier Module surface and the heat exchanger.
∗
Optimum efficiency is not obtained at maximum voltage or maximum electric current.It is recommended that the voltage and current are set to about 70% of maximum.
∗
For the Cascade and Micro Modules, changing the current polarity rapidly as a method of modulation will shorten the life of the unit. Please avoid this method of use.
∗
Specifications listed for Vmax are measured at Th=27ºC.
Listed specifications are, due to product improvements, subject to change without prior notice.

Copyright (C) 2001 FUJITAKA CO., LTD. All rights reserved.