Data sheet

The Ceramic Plate (CP) Series of Thermoelectric Modules (TEMs)is considered "the standard" in the thermoelectric industry.

This broad product line of high-performance and highly reliable TEMs is available in numerous heat pumping capacities, geometric shapes and input power ranges. Assembled with Bismuth Telluride semiconductor material and thermally conductive Aluminium Oxide ceramics, the CP Series is designed for higher current and large heat-pumping applications.

For all CP Series modules, wire is stranded, 114 mm(4.5 in.) long and PVC insulated.

Applications:

• Medical Laser
• Lab Science Intrumentation
• Clinical Diagnostic Systems
• Photonics Laser Systems
• Food & Beverage Cooling
• Chillers (Liquid Cooling

Features:

• Precise Temperature Control
• Compact Geometric Sizes
• Reliable Solid State Operation
• No Sound or Vibration
• DC Operation
• RoHS-Compliant

Links to the individual data sheets:

CP08,31,06,L1,W4.5 4,5W/2,1A/3,7V dT=67K 12,3x12,3x3,4mm
CP08,63,06,L1,W4.5 9,0W/2,1A/7,6V dT=67K 12,3x24,6x3,4mm
CP08,127,05,L1,W4.5 22,6W/2,6A/14,4V dT=67K 24,6x24,6x3,1mm
CP08,127,06,L1,W4.5 18,1W/2,1A/14,4V dT=67K 24,6x24,6x3,4mm
CP085,127,06,L1,W4.5 20,0W/2,3A/14,5V dT=68K 29,7x29,7x3,6mm
CP10,17,06,L1,W4.5 3,5W/3,0A/1,9V dT=67K 12,0x12,0x3,6mm
CP10,31,05,L1,W4.5 8,2W/3,9A/3,8V dT=67K 15,0x15,0x3,2mm
CP10,31,08,L1,W4.5 5,3W/2,5A/3,8V dT=67K 15,0x15,0x4,0mm
CP10,63,05,L1,W4.5 16,6W/3,9A/7,6V dT=67K 15,0x29,7x3,2mm
CP10,63,06,L1,W4.5 13,4W/3,0A/6,8V dT=67K 15,0x29,7x3,6mm
CP10,71,05,L1,W4.5 19,0W/3,9A/7,9V dT=67K 22,6x22,6x3,2mm
CP10,71,06,L1,W4.5 14,4W/3,0A/8,6V dT=67K 22,6x22,6x3,6mm
CP10,127,05,L1,W4.5 34,3W/3,9A/14,4V dT=67K 29,7x29,7x3,2mm
CP10,127,06,L1,W4.5 25,7W/3,0A/14,5V dT=68K 29,7x29,7x3,6mm
CP10,127,08,L1,W4.5 21,4W/2,5A/14,5V dT=68K 29,7x29,7x4,0mm
CP10,254,06,L1,W4.5 52,9W/3,0A/29,0V dT=67K 59,6x29,7x3,8mm
CP12,161,04,L1,W4.5 79,2W/7,3A/18,4V dT=67K 40,0x40,0x3,2mm
CP12,161,06,L1,W4.5 52,2W/4,8A/18,3V dT=67K 39,9x39,9x3,6mm
CP14,7,10,L1,W4.5 1,8W/3,9A/0,8V dT=68K 9,5x9,5x4,7mm
CP14,17,10,L1,W4.5 4,5W/3,9A/1,9V dT=68K 14,9x14,9x4,7mm
CP14,31,10,L1,W4.5 8,2W/3,9A/3,8V dT=68K 19,8x19,8x4,7mm
CP14,31,045,L1,W4.5 18,0W/8,5A/3,5V dT=65K 20,0x20,0x3,3mm
CP14,35,06,L1,W4.5 14,2W/6,0A/4,0V dT=67K 14,9x29,7x3,8mm
CP14,35,10,L1,W4.5 9,2W/3,9A/4,0V dT=67K 14,9x29,7x4,7mm
CP14,35,045,L1,W4.5 20,4W/8,7A/4,0V dT=68K 14,9x29,7x3,3mm
CP14,51,06,L1,W4.5 20,6W/6,0A/5,8V dT=67K 9,5x62,0x3,8mm
CP14,51,045,L1,W4.5 29,7W/8,5A/5,8V dT=65K 9,5x62,0x3,3mm
CP14,63,06,L1,W4.5 25,4W/6,0A/7,1V dT=67K 20,0x40,0x3,8mm
CP14,63,10,L1,W4.5 16,6W/3,9A/7,1V dT=67K 20,0x40,0x4,7mm
CP14,63,045,L1,W4.5 36,6W/8,5A/7,1V dT=65K 20,0x40,0x3,3mm
CP14,71,06,L1,W4.5 28,7W/6,0A/8,1V dT=68K 29,7x29,7x3,8mm
CP14,71,10,L1,W4.5 18,7W/3,9A/8,6V dT=67K 29,7x29,7x4,7mm
CP14,71,10,45,L1,W4.5 41,3W/8,5A/8,0V dT=67K 29,7x29,7x3,3mm
CP14,71,045,L1,W4.5 41,3W/8,5A/8,0V dT=67K 29,7x29,7x3,3mm
CP14,127,06,L1,W4.5 51,4W/6,0A/14,5V dT=67K 39,9x39,9x3,8mm
CP14,127,10,L1,W4.5 33,4W/3,9A/14,4V dT=67K 39,9x39,9x4,7mm
CP14,127,045,L1,W4.5 72,0W/8,5A/14,5V dT=67K 39,9x39,9x3,3mm
CP14,199,06,L1,W4.5 80,9W/6,0A/22,7V dT=67K 40,0x40,0x3,8mm
CP14,199,045,L1,W4.5 115,7W/8,5A/22,4V dT=65K 40,0x40,0x3,3mm
CP2,15,06,L1,W4.5 14,4W/14,0A/1,7V dT=67K 30,0x30,0x4,6mm
CP2,31,06,L1,W4.5 29,3W/14,0A/3,5V dT=68K 29,7x29,7x4,6mm
CP2,31,10,L1,W4.5 18,8W/9,0A/3,8V dT=67K 29,7x29,7x5,6mm
CP2,71,06,L1,W4.5 68,4W/14,3A/8,1V dT=67K 43,9x43,9x4,6mm
CP2,71,10,L1,W4.5 44,2W/9,0A/7,2V dT=67K 43,9x43,9x5,6mm
CP2,127,06,L1,W4.5 122,3W/14,3A/14,5V dT=67K 62,0x62,0x4,6mm
CP2,127,10,L1,W4.5 79,8W/9,3A/14,5V dT=67K 62,0x62,0x5,6mm

Links on the available options (thickness tolerance, surface sealing):
OPTIONS

 Data sheet

The ThermaTEC™ Series of thermoelectric modules (TEMs) are designed to operate under cycling conditions or high temperature applications. This product line is available in multiple configurations and is ideal for applications that require both heating and cooling mode (reverse polarity) or power generation. Assembled with proprietary solder construction, Bismuth Telluride semiconductor material and thermally conductive Aluminum Oxide ceramics, the ThermaTEC™ Series is designed for higher current and larger heat-pumping applications.

Continuous operating temperature max. +175°C

low costs
wide range of standard modules
high cycle stability
very robust cable connection points
well suited for power generation by waste heat

Links to the individual data sheets:

HT2,12,F2,3030 19,5W/2,3A/14,4V dT=63K 30,0x34,0x3,6mm
HT3,12,F2,3030 24,7W/2,9A/14,5V dT=63K 30,0x34,0x3,2mm
HT4,6,F2,2143 16,4W/3,8A/7,2V dT=64K 20,6x43,2x3,8mm
HT4,7,F2,3030 18,4W/3,8A/8,1V dT=64K 30,0x34,0x4,1mm
HT4,12,F2,3030 34,3W/4,0A/14,5V dT=63K 30,0x34,0x3,2mm
HT4,12,F2,4040 33,0W/3,8A/14,5V dT=64K 39,9x43,9x4,1mm
HT6,7,F2,3030 29,2W/6,0A/8,0V dT=63K 30,0x34,0x3,8mm
HT6,12,F2,4040 51,6W/6,0A/14,5V dT=63K 39,9x43,9x3,6mm
HT8,7,F2,3030 40,7W/8,5A/8,1V dT=63K 30,0x34,0x3,3mm
HT8,12,F2,4040 72,9W/8,5A/14,5V dT=63K 39,9x43,9x3,3mm
HT9,3,F2,2525 20,1W/9,6A/3,6V dT=63K 25,4x28,7x5,0mm

The HiTemp ET Series of Thermoelectric Modules (TEMs) are designed to operate in high temperature environments.
This product line is available in multiple configurations and is ideal for applications that operate in temperatures above 80°C. Assembled with Bismuth Telluride semiconductor material, thermally conductive Aluminum Oxide ceramics and high temp solder construction, the ET Series is designed for higher current and larger heat-pumping applications.

High-temperature operation

Reliable solid state
No sound or vibration
Environmentally-friendly
RoHS-compliant

For datasheets and more detailed informationen please clicken on the link below:

Click here for datasheets

 Data sheet

The eTEC^TM Series is a thin film thermoelectric module (TEM) with high heat flux density. Due to its size, input power requirements and heat pumping capacity this device is suited for use in applications to stabilize the temperature of sensitive optical components in telecom and photonics industries.
The eTEC^TM HV56 can produce 6.5 Watts of cooling capacity at 25°C ambient in a 13 mm² footprint. Assembled with thin film semiconductor material and thermally conductive Aluminum Nitride ceramics, the eTEC Series is designed for lower current applications with tight geometric space constraints. Custom designs are available to accommodate metallization, pretin solder and ceramic patterns, however MOQ applies.

Links to the individual data sheets:

HV14,18,F0,0102 1,3W/1,0A/2,3V dT=45K 1,89x2,04x0,60mm
HV37,48,F2,0202 3,7W/1,1A/6,0V dT=45K 3,77x2,38x0,62mm
HV56,72,F2,0203 6,5W/1,1A/9,6V dT=47K 3,57x3,54x0,60mm

 Data sheet

The MS Series of thermoelectric modules (TEMs) are designed to reach cool down temperatures that are not achievable with single stage TEMs. This product line is available in numerous heat pumping capacities, geometric shapes and temperature differentials. Assembled with Bismuth Telluride semiconductor material and thermally conductive Aluminum Oxide ceramics, the MS Series is designed for higher current and lower heat-pumping applications.

ideal for applications with high temperature differences up to 123K
Standard types 2 to 5 stages available

Dimensions Abbreviations: HS=Hot Side, CS=Cold Side, H=Overall height "Lapped"

Links to the individual data sheets:

MS2,010,06,06,11,11 0,3W/1,1A/0,9V dT=92K HS:3,9x3,9mm CS:3,2x3,2mm H:4,2mm
MS2,024,06,06,11,11 0,8W/1,1A/2,2V dT=92K HS:6,1x6,1mm CS:4,1x4,1mm H:4,6mm
MS2,049,10,10,15,15 3,5W/2,2A/3,7V dT=87K HS:15,0x15,0mm CS:11,5x11,5mm H:6,5mm
MS2,049,14,14,15,15 6,0W/4,0A/3,8V dT=87K HS:20,0x20,0mm CS:15,0x15,0mm H:7,2mm
MS2,051,22,25,22,25 10,5W/5,7A/3,5V dT=76K HS:29,7x29,7mm CS:22,6x26,2mm H:10,7mm
MS2,065,04,04,11,11 1,1W/0,5A/5,5V dT=82K HS:14,0x6,0mm CS:12,0x4,0mm H:4,6mm
MS2,068,14,14,15,15 8,4W/5,0A/6,2V dT=92K HS:23,6x23,6mm CS:14,7x14,7mm H:7,9mm
MS2,083,05,05,13,13 1,1W/0,6A/6,9V dT=90K HS:9,75x9,75mm CS:4,9x4,9mm H:4,45mm
MS2,094,10,10,13,13 7,6W/2,9A/7,5V dT=85K HS:14,9x29,7mm CS:7,2x29,7mm H:5,85mm
MS2,102,14,14,17,17 12,1W/4,3A/8,2V dT=87K HS:29,7x29,7mm CS:19,9x19,9mm H:7,3mm
MS2,102,22,22,17,17 28,9W/10,3A/8,2V dT=87K HS:43,9x43,9mm CS:29,7x29,7mm H:8,9mm
MS2,107,10,10,12,12 9,6W/2,9A/9,1V dT=87K HS:22,6x22,6mm CS:22,6x22,6mm H:6,2mm
MS2,190,10,10,12,12 16,4W/2,9A/15,6V dT=87K HS:30,0x30,0mm CS:30,x30,0mm H:6,5mm
MS2,190,10,13,08,20 16,4W/2,8A/15,6V dT=87K HS:30,0x30,0mm CS:30,0x30,0mm H:6,45mm
MS2,192,14,20,11,18 39,9W/6,8A/15,8V dT=87K HS:40,0x40,0mm CS:40,0x40,0mm H:8,1mm
MS2,192,14,20,15,25 27,0W/4,5A/16,1V dT=88K HS:40,0x40,0mm CS:40,0x40,0mm H:8,1mm
MS3,052,10,17 1,4W/1,8A/3,3V dT=99K HS:14,9x14,9mm CS:7,2x7,2mm H:9,8mm
MS3,070,20,25 3,6W/6,5A/6,5V dT=118K HS:36,0x36,0mm CS:8,0x14,0mm H:16,0mm
MS3,119,14,15 7,5W/3,9A/8,1V dT=100K HS:30,0x30,0mm CS:15,0x15,0mm H:10,4mm
MS3,119,20,15 15,3W/8,0A/8,3V dT=100K HS:44,0x44,0mm CS:22,0x22,0mm H:12,9mm
MS3,231,10,15 6,9W/1,9A/15,5V dT=104K HS:30,0x30,0mm CS:15,0x15,0mm H:9,5mm
MS4,108,10,20 1,1W/1,5A/6,9V dT=110K HS:18,0x23,9mm CS:7,1x7,1mm H:14,4mm
MS4,115,14,15 2,7W/3,5A/7,5V dT=122K HS:24,0x33,0mm CS:4,5x14,5mm H:13,8mm
MS4,129,10,15 1,9W/1,8A/8,3V dT=115K HS:23,0x23,0mm CS:8,0x8,0mm H:12,5mm
MS5,257,10,15 2,0W/1,6A/14,5V dT=123K HS:30,0x30,0mm CS:8,0x8,0mm H:15,4mm

 Data sheet

designed for optoelectronic applications
Standard modules for demanding applications
HOT types for use up to +225°C
simple and multi-stage designs (Cascades)
customized special designs possible (in large quantities)

Attention: the deliverable type spectrum of this product group, especially with the ET's and HOT's, has been greatly streamlined by the manufacturer. Please contact us bevore you make specific design considerations!

The following modules are available:

OT08,04,F0,0203 0,2W/0,8A/0,5V dT=67K 3,4x3,4x2,4mm
OT08,08,F0,0303 0,4W/0,8A/1,0V dT=67K 3,4x5,0x2,4mm
OT08,08,F0,0305 0,4W/0,8A/1,0V dT=67K 3,4x5,0x2,4mm
OT08,11,F1,0305 0,6W/0,8A/1,3V dT=67K 3,25x4,9x2,4mm
OT08,18,F0,0505 1,0W/0,8A/2,1V dT=67K 4,9x6,5x2,4mm
OT08,18,F2,0505 1,0W/0,8A/2,1V dT=67K 5,0x6,7x2,4mm
OT08,32,F0,0707 1,7W/0,8A/3,7V dT=67K 6,5x8,1x2,4mm
OT08,66,F0,1009 3,6W/0,8A/7,6V dT=67K 11,4x8,9x2,4mm
OT12,12,F0,0406 1,0W/1,2A/1,4V dT=67K 6,2x6,2x2,7mm
OT12,18,F0,0606 1,5W/1,2A/2,1V dT=67K 6,2x8,3x2,7mm
OT12,18,F2A,0606 1,5W/1,2A/2,1V dT=67K 6,0x7,2x2,7mm
OT12,66,F0,1211 5,4W/1,2A/7,5V dT=67K 11,3x14,4x2,7mm
OT15,30,F2A,0610 3,0W/1,5A/3,4V dT=67K 6,2x12,3x2,0mm
OT15,66,F0,1211 6,8W/1,5A/7,5V dT=67K 14,4x11,3x2,4mm
OT20,12,F0,0406 1,6W/2,0A/1,4V dT=67K 6,1x6,1x2,2mm
OT20,31,F1,0808 4,2W/2,0A/3,5V dT=67K 8,1x8,1x2,2mm
OT20,32,F0,0808 4,4W/2,0A/3,7V dT=67K 10,2x8,1x2,2mm
OT20,66,F0,1211 9,0W/2,0A/7,5V dT=67K 14,2x11,2x2,2mm

ET12,65,F2A,1312 5,3W/1,2A/7,4V dT=67K 13,2x13,2x2,7mm
ET19,23,F1N,0608 3,0W/1,9A/2,7V dT=65K 6,0x8,2x1,65mm
ET19,35,F1N,0612 4,5W/1,9A/4,0V dT=67K 6,0x12,2x1,65mm
ET20,24,F2A,0709 3,3W/2,0A/2,7V dT=67K 6,6x10,8x1,9mm
ET20,30,F2A,0610 4,1W/2,0A/3,4V dT=67K 6,2x12,3x1,8mm
ET20,31,F1A,0909 4,2W/2,0A/3,5V dT=67K 8,8x8,8x2,2mm
ET20,68,F1A,1313 9,3W/2,0A/7,8V dT=67K 13,2x13,2x2,2mm

HOT12,18,F2A,0606 1,5W/1,2A/2,1V dT=64K 6,0x7,2x2,7mm
HOT12,65,F2A,1312 5,3W/2,0A/7,4V dT=67K 13,2x13,2x2,7mm
HOT20,31,F2A,0909 4,2W/2,0A/3,5V dT=67K 8,8x11,0x2,2mm
HOT20,65,F2A,1312 8,9W/2,0A/7,4V dT=67K 13,2x13,2x2,2mm

The PowerCycling Series is a thermoelectric module (TEM) designed for thermal cycling between multiple temperature set points and is ideal for applications in healthcare [and others] where fast temperature changes are required. The module is specially constructed to reduce the amount of stress induced on the TE elements during operation. This product line has been tested to withstand 500K cycles without degradation in performance. The TEMs are assembled using Bismuth Telluride semiconductor material and thermally conductive Aluminum Oxide ceramics.

Links to the individual data sheets:

PC4,12,F1,3030 33,4W/3,9A/14,4V dT=67K 30,0x30,0x3,2mm
PC5,16,F1,4040 53,2W/4,8A/18,3V dT=67K 40,0x40,0x3,7mm
PC6,12,F1,4040 51,4W/6,0A/14,5V dT=67K 40,0x40,0x3,81mm
PC7,16,F1,4040 76,3W/7,0A/18,3V dT=67K 40,0x40,0x3,3mm
PC8,12,F1,4040 72,0W/8,5A/14,5V dT=67K 40,0x40,0x3,3mm
PC12,139,F1,3550 117,1W/12,3A/15,5V dT=67K 50,0x35,0x3,0mm

 Data sheet

developed for commercial applications in large quantities
very cheap
wide range of standard modules
very robust cable connection points

Please use for new developments only the following Peltier modules:

PT4,7,F2,3030,TA,W6 18,4W/3,8A/8,1V dT=67K 30,0x34,0x4,1mm
PT4,12,F2,3030,TA,W6 34,3W/4,0A/14,5V dT=65K 30,0x34,0x3,2mm
PT4,12,F2,4040,TA,W6 33,0W/3,9A/14,5V dT=67K 39,9x43,9x4,1mm
PT6,7,F2,3030,TA,W6 29,2W/6,0A/8,0V dT=65K 30,0x34,0x3,8mm
PT6,12,F2,4040,TA,W6 52,2W/6,0A/14,5V dT=65K 39,9x43,9x3,6mm
PT8,12,F2,4040,TA,W6 73,9W/8,5A/14,3V dT=64K 39,9x43,9x3,3mm

- Standard thickness tolerance ±0,025 mm  (TA)
- Standard connection cable length 6.0" (W6) d.s. ca. 152mm

 Data sheet

The SH Series is an annular-style thermoelectric modules (TEM). The hot and cold side Ceramics have a circular hole in the center to accommodate light protrusion for optics, mechanical fastening or temperature probe. This product line is available in multiple configurations. Assembled with Bismuth Telluride semiconductor material and Thermally Conductive Aluminum Oxide ceramics, the SH Series is designed for higher current and larger heat-pumping applications.

with a central through hole
for passage of light, wires, samples ...
circular and square versions

Links to the individual data sheets:
OT12,62,F3,1211,11 5,0W/1,2A/7,1V dT=67K 13,2x12,2x2,7mm

RH14,14,06,L1,W4.5 5,7W/6,0A/1,7V dT=67K Da:25,8 Di:14,0 H:3,8mm
RH14,14,10,L1,W4.5 3,7W/3,9A/1,7V dT=67K Da:25,8 Di:14,0 H:4,7mm
RH14,32,06,L1,W4.5 12,9W/6,0A/3,7V dT=67K Da1:55,1 Da2:45,5 Di:26,9 H:3,8mm

SH08,28,05,L1,W4.5 5,0W/2,6A/3,2V dT=67K 14,7x10,3x3,15mm Di:4,4mm
SH10,23,06,L1,W4.5 4,7W/3,1A/2,6V dT=67K 14,7x10,3x3,6mm Di:4,4mm
SH10,95,06,L1,W4.5 19,7W/3,0A/10,6V dT=67K 30,0x30,0x3,6mm Di:14,5mm
SH10,125,05,L1,W4.5 33,7W/4,0A/14,3V dT=67K 29,7x29,7x3,2mm Di:3,6mm
SH14,15,06,L1,W4.5 6,0W/6,0A/1,7V dT=67K 14,0x14,0x3,8mm Di:5,1mm
SH14,125,06,L1,W4.5 50,4W/6,0A/14,3V dT=67K 39,9x39,9x3,8mm Di:4,7mm
SH14,125,10,L1,W4.5 32,9W/3,9A/14,3V dT=67K 39,9x39,9x4,7mm Di:4,7mm
SH14,125,045,L1,W4.5 72,7W/8,5A/14,1V dT=67K 39,9x39,9x3,3mm Di:4,7mm

The series Tlam OptoTEC™ has as substrate a copper laminate. Out of that follows an optimal heat distribution and higher mechanical strength. For larger amounts, there is also a price advantage over conventional modules with ceramic substrate. It is easier to implement customer-specific special designs, please just ask.

The following standard modules are available:

OT08,32,F0T,0707 1,7W/0,8A/3,7V dT=67K 6,5x8,1x2,9mm
OT08,66,F0T,1009 3,6W/0,8A/7,6V dT=67K 9,4x11,0x2,9mm
OT12,66,F0T,1211 5,4W/1,2A/7,5V dT=67K 11,3x14,4x3,15mm
OT15,66,F0T,1211 6,8W/1,5A/7,5V dT=67K 11,3x14,4x2,9mm
OT20,12,F0T,0406 1,6W/2,0A/1,4V dT=67K 6,1x6,1x2,6mm
OT20,66,F0T,1211 9,0W/2,0A/7,5V dT=67K 11,2x14,2x2,6mm

 Data sheet

The UltraTEC Tm Series is a high heat pumping density thermoelectric module (TEM). The module is assembled with a large number of semiconductor couples to achieve a higher heat pumping capacity than standard single stage TEMs. This product line is available in multiple configurations and is ideal for applications that require higher cooling capacities with limited surface area. Assembled with Bismuth Telluride semiconductor material and thermally conductive Aluminum Oxide ceramics, the UltraTEC Tm Series is designed for higher current and larger heat-pumping applications.

high performance in the smallest space
improved temperature difference
improved efficiency
robust mounting of the connecting wires
maximum operating temperature +80°C

The following standard modules are available:

UT6,19,F1,4040,TA,W6 93,0W/6,0A/24,6V dT=74K 40,0x40,0x3,9mm
UT6,24,F1,5555,TA,W6 113,0W/6,0A/29,8V dT=74K 55,0x55,0x3,9mm
UT8,12,F2,2525,TA,W6 69,0W/7,9A/14,4V dT=69K 24,6x26,9x2,0mm
UT8,12,F2,3030,TA,W6 69,0W/8,0A/14,5V dT=67K 30,0x34,0x2,6mm
UT8,200,F2,4040,TA,W6 127,5W/8,5A/24,9V dT=71K 40,0x40,0x3,8mm
UT8,24,F1,5555,TA,W6 153,0W/8,5A/29,8V dT=72K 55,0x55,0x3,8mm
UT8,288,F2,5252,TA,W6 182,6W/8,5A/35,9V dT=71K 52,0x52,0x3,8mm
UT9,28,F2,4040,TA,W6 206,0W/9,2A/36,7V dT=68K 40,0x44,0x2,8mm
UT11,12,F2,3030,TA,W6 95,4W/11,1A/14,5V dT=67K 30,0x34,0x2,4mm
UT15,12,F2,4040,TA,W6 126,2W/14,7A/14,5V dT=67K 39,9x43,9x2,8mm
UT15,200,F2,4040,TA,W6 236,6W/15,4A/25,0V dT=68K 40,0x40,0x3,3mm
UT15,24,F2,5252,TA,W6 288,0W/15,1A/30,8V dT=70K 52,0x56,0x3,3mm
UT15,288,F2,5252,TA,W6 340,6W/15,4A/36,0V dT=68K 52,0x52,0x3,3mm

- Standard thickness tolerance is ±0,025 mm  (TA)

 Data sheet

The ZT Series is a high performance thermoelectric module (TEM). The module is assembled with premium Bismuth Telluride semiconductor material that achieves a higher temperature differential than standard single stage TEMs. This product line is available in multiple configurations and is ideal for applications that require to reach cold temperatures. Assembled with top grade Bismuth Telluride semiconductor material and thermally conductive Aluminum Oxide ceramics, the ZT Series is designed for higher current and larger heat-pumping applications.

high performance in the smallest space - 18W to 84W
dimensions 20x20 to 40x40mm
temperature difference up to 74K at +25°C
improved efficiency
inboard mounting of the connecting wires, both sides equal

The following standard modules are available:

ZT4,7,F1,2020 18,2W/3,9A/8,8V dT=74K 20,0x20,0x3,6mm
ZT4,12,F1,3030 35,0W/3,9A/16,4V dT=74K 30,0x30,0x3,6mm
ZT4,12,F1,4040 37,0W/3,9A/15,4V dT=74K 40,0x40,0x4,8mm
ZT5,16,F1,4040 62,3W/5,0A/20,0V dT=74K 40,0x40,0x3,7mm
ZT6,7,F1,3030 31,0W/6,0A/8,6V dT=74K 30,0x30,0x3,9mm
ZT6,12,F1,4040 55,0W/6,0A/15,4V dT=74K 40,0x40,0x3,9mm
ZT7,16,F1,4040 83,9W/6,7A/20,0V dT=72K 40,0x40,0x3,3mm
ZT8,12,F1,4040 77,0W/8,5A/15,4V dT=72K 40,0x40,0x3,8mm

 Data sheet

2- to 5-stage designs
Dimensions from 3,9x3,9 to 44x44 mm
maximum temperature difference 123K (!)
maximum operating temperature +80°C

 Data sheet

extremely compact models
Dimensions from 2,5x2,5 to 13,2x13,2 mm
Maximum heat pumping capacity from 0.3 to 11 W
maximum operating temperature +80°C, optional up to +150°C
All modules are also available sealed

 Data sheet

round and square shapes with holes in the middle
Dimensions from 30x30 to 40x40 mm with center hole d = 4,7 mm
or D = 24 to 55 mm with center hole d = 10 - 27 mm
Maximum operating temperature +80°C
Modules are also available sealed

 Data sheet

for particularly high temperature differentials up to 75 K
Dimensions from 10x10 to 62x62 mm
Maximum heat pumping capacity up to more than 110 W
All modules are also available sealed

 Data sheet

for operating temperatures up to +150°C
Dimensions from 15x15 to 40x40 mm
Maximum heat pumping capacity of more than 80 W

for particularly high temperature differentials up to 75 K
Dimensions from 10x10 to 62x62 mm
Maximum heat pumping capacity up to more than 110 W

All modules are also available sealed

Connecting wires are approved by UL 1569.

Resistance Tolerance R_AC = ±10%

Tolerance of I_max, U_max, Q_max = ± 5%

1) S = available with silicone sealing, E = available with Epoxy-sealing.
Attention! ∆T_max is reduced 2-3K in the S-Type and 1-2K in the E-Type.