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  3. PolarTEC™ PT Series - Peltier coolers for thermoelectric arrays

PolarTEC™ PT Series

With porch-style extended edge for wiring multiple coolers into an array

The PolarTEC PT Series is a porch-style thermoelectric cooler. The hot side ceramic has an extended edge that allows for a strong lead attachment to accommodate the wiring of multiple thermoelectric coolers into an array. This product line is available in 4, 6 and 8 Amp configurations and is ideal for high volume production. The PolarTEC PT Series is designed for higher current and larger heat-pumping applications. For all PolarTEC PT Series thermoelectric coolers, wire is stranded, 152 mm (6.0 in.) long and PVC insulated.


Features

  • Strong lead attachment
  • Precise temperature control
  • Reliable solid-state operation
  • No sound or vibration
  • DC operation
  • RoHS-compliant

Finishing Options*

  • TA - Lapped / Lapped
  • TB - Lapped / Lapped

Sealing Options*

  • RT - RTV
  • EP - Epoxy

* If the thermoelectric cooler with your required finishing and sealing options is not available from the list below, use either the Request Quote button or Contact a Thermal Expert button for ordering options.



Check up to 3 TECs then click COMPARE to view a comparison datasheet

Check Up
to 3 to
Compare
DescriptionMFG Part #LengthWidthHeightQcmax
ΔT=0 °C		ΔTmax
Qc=0 W		Imax
ΔT=0 °C		Vmax
ΔT=0 °C		AC ResOp Temp Max
1.339 in
[ 34 ] mm		1.181 in
[ 30 ] mm		0.165 in
[ 4.2 ] mm		17.8 W70.5 °C3.8 A7.76 V1.88 Ω80 °C
1.339 in
[ 34 ] mm		1.181 in
[ 30 ] mm		0.152 in
[ 3.9 ] mm		28.3 W70.5 °C6.1 A7.76 V1.18 Ω80 °C
1.339 in
[ 34 ] mm		1.181 in
[ 30 ] mm		0.152 in
[ 3.9 ] mm		28.3 W70.5 °C6.1 A7.76 V1.18 Ω80 °C
1.732 in
[ 44 ] mm		1.575 in
[ 40 ] mm		0.165 in
[ 4.2 ] mm		31.8 W70.5 °C3.8 A13.87 V3.36 Ω80 °C
1.732 in
[ 44 ] mm		1.575 in
[ 40 ] mm		0.165 in
[ 4.2 ] mm		31.8 W70.5 °C3.8 A13.87 V3.36 Ω80 °C
1.732 in
[ 44 ] mm		1.575 in
[ 40 ] mm		0.165 in
[ 4.2 ] mm		31.8 W70.5 °C3.8 A13.87 V3.36 Ω80 °C
1.732 in
[ 44 ] mm		1.575 in
[ 40 ] mm		0.165 in
[ 4.2 ] mm		31.8 W70.5 °C3.8 A13.87 V3.36 Ω80 °C
1.339 in
[ 34 ] mm		1.181 in
[ 30 ] mm		0.126 in
[ 3.2 ] mm		33 W70.5 °C4 A13.87 V3.24 Ω80 °C
1.339 in
[ 34 ] mm		1.181 in
[ 30 ] mm		0.126 in
[ 3.2 ] mm		33 W70.5 °C4 A13.87 V3.24 Ω80 °C
1.339 in
[ 34 ] mm		1.181 in
[ 30 ] mm		0.126 in
[ 3.2 ] mm		33 W70.5 °C4 A13.87 V3.24 Ω80 °C
1.339 in
[ 34 ] mm		1.181 in
[ 30 ] mm		0.126 in
[ 3.2 ] mm		33 W70.5 °C4 A13.87 V3.24 Ω80 °C
1.732 in
[ 44 ] mm		1.575 in
[ 40 ] mm		0.152 in
[ 3.9 ] mm		50.6 W70.5 °C6.1 A13.87 V2.11 Ω80 °C
1.732 in
[ 44 ] mm		1.575 in
[ 40 ] mm		0.152 in
[ 3.9 ] mm		50.6 W70.5 °C6.1 A13.87 V2.11 Ω80 °C
1.732 in
[ 44 ] mm		1.575 in
[ 40 ] mm		0.152 in
[ 3.9 ] mm		50.6 W70.5 °C6.1 A13.87 V2.11 Ω80 °C
1.732 in
[ 44 ] mm		1.575 in
[ 40 ] mm		0.152 in
[ 3.9 ] mm		50.6 W70.5 °C6.1 A13.87 V2.11 Ω80 °C
1.732 in
[ 44 ] mm		1.575 in
[ 40 ] mm		0.152 in
[ 3.9 ] mm		50.6 W70.5 °C6.1 A13.87 V2.11 Ω80 °C
1.732 in
[ 44 ] mm		1.575 in
[ 40 ] mm		0.137 in
[ 3.5 ] mm		71 W70.5 °C8.6 A13.87 V1.5 Ω80 °C
1.732 in
[ 44 ] mm		1.575 in
[ 40 ] mm		0.137 in
[ 3.5 ] mm		71 W70.5 °C8.6 A13.87 V1.5 Ω80 °C
1.732 in
[ 44 ] mm		1.575 in
[ 40 ] mm		0.137 in
[ 3.5 ] mm		71 W70.5 °C8.6 A13.87 V1.5 Ω80 °C
1.732 in
[ 44 ] mm		1.575 in
[ 40 ] mm		0.137 in
[ 3.5 ] mm		71 W70.5 °C8.6 A13.87 V1.5 Ω80 °C
1.732 in
[ 44 ] mm		1.575 in
[ 40 ] mm		0.137 in
[ 3.5 ] mm		71 W70.5 °C8.6 A13.87 V1.5 Ω80 °C
1.732 in
[ 44 ] mm		1.575 in
[ 40 ] mm		0.137 in
[ 3.5 ] mm		71 W70.5 °C8.6 A13.87 V1.5 Ω80 °C

Check up to 3 TECs then click COMPARE to view a comparison datasheet


* Any information furnished by Laird Thermal Systems and its agents is believed to be accurate and reliable. All specifications are subject to change without notice.