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Thermoelectric Peltier Cooling Modules 2018-02-17T01:19:20+00:00

What Are Thermoelectric Peltier Cooling Modules?

Air-to-air coolers are used to effectively convert the hot air to cool air within an enclosure. The methodology is known as Peltier effect, which is a method used to transfer heat as the DC current flows through the TE (Thermoelectric) module(s). Due to this effect, the cold side will decrease greatly in temperature, and the hot side will have stored heat that dissipates through the surrounding environment. These coolers are solid-state and only use a power source to run.

Technology’s Thermoelectric, or Peltier Cooling Modules come in a wide variety of type and sizes. They are used for cooling and also be used for heating and event power generation.

Typically, two heat sinks, one at the hot side and another at the cold side of TEC, and two fans (help the air move actively) are used to accompany the TEC module(s). In other words, cooler components include a thermoelectric module sandwiched between two heat sink fan assemblies. The heat sink at the hot side is generally larger than the cold side heat sink. These air-to-air cooler assemblies can be easily mounted to the devices that require the thermal levels to be controlled.

  • Temperature by the device (device hot surface temperature): ≤ 90°C.
  • Wire Length: 152.4 +/-10mm, UL1007 20AWG (The length of the cable can be customized to any desirable length. The wire ends are stripped.)
  • Life span: 100K-150K hours
  • ROHS compliant
  • All TECs have RTV-silicone coatings

Product Specifications

Cofan PN Melcor’s Equivalent PN Hot side temperature (Tn=30) Dimension (mm) : 0.1
T max() V max(V) Q max(W) I max(A) L W H
10-1001 15.4 40 4.5 40 40 4.9
10-1002 15.4 62 5.5 50 50 4.2
10-1003 68 2.1 5 4.0 15 15 4.4
10-1004 3.8 10 20 20
10-1005 8.6 22 30 30
10-1006
CP 1.4-127-10L
15.4 42 40 40
10-1007 68 2.1 7 5.0 15 15 4.0
10-1008 3.8 12 20 20
10-1009 8.6 27 30 30
10-1010 15.4 49 40 40
10-1011 68 2.1 8 6.0 15 15 3.9
10-1012 3.8 14 20 20
10-1013
CP 1.4-71-06L
8.6 32 30 30
10-1014
CP 1.4-127-06L
15.4 58 40 40
10-1015 68 2.1 9 7.0 15 15 3.8
10-1016 3.8 16 20 20
10-1017 8.6 37 30 30
10-1018 15.4 67 40 40
10-1019 68 2.1 10 8.5 15 15 3.6
10-1020 3.8 18 20 20
10-1021
CP 1.4-71-045L
8.6 42 30 30
10-1022
CP 1.4-127-045L
15.4 76 40 40
10-1023 68 15.4 18 2.0 30 30 4.6
10-1024
CP 1.0-127-06L
15.4 27 3.0 30 30 3.8
10-1025 15.4 40 4.0 30 30 3.4
Cofan PN Supercool Equivalent PN Cooling Power [W] Power Input [W] Current [A] Voltage [VDC] Weight [kg] Overall LxWxH [mm]
11-1001   10 20.0 3.70 5 0.75 100x80x95
11-1002   15 29.0 5.50 5 0.75 100x80x95
11-1003   15 28.0 2.00 12 0.75 100x80x95
11-1004 AA-019-12-22 20 32.0 5.10 5 0.75 100x80x95
11-1005 AA-019-12-22 20 37.0 2.80 12 0.75 100x80x95
11-1006 AA-024-12-22 25 27.0 2.75 12 0.75 100x80x95
11-1007 AA-033-12-22 30 45.6 3.60 12 1.20 160x120x130
11-1008 AA-040-12-22 40 54.0 4.30 12 1.20 160x120x130
11-1009 AA-040-24-22 40 61.2 2.55 24 1.30 160x120x130
11-1010 AA-040-12-22 45 64.0 5.10 12 1.20 160x120x130
11-1011   50 73.2 5.90 12 1.20 160x120x130
11-1012 AA-060-12-22 60 81.6 6.60 12 1.20 160x120x130
11-1013 AA-060-24-22 60 87.6 3.35 24 1.30 160x120x130
11-1014   75 101.3 8.20 12 1.90 220x120x130
11-1015 AA-070-24-22 75 100.8 4.20 24 1.90 220x120x130
11-1016 100 130.0 10 12 2.5 300x160x130
11-1017 AA-100-24-22 100 130.0 5 24 2.5 300x160x130
11-1018 120 150.0 13.5 12 2.5 300x160x130
11-1019 120 150.0 13.5 24 2.5 300x160x130

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