Multistage Series Thermoelectric Modules

Laird Thermal Systems’ multistage thermoelectric modules provide maximum temperature differential

Image of Laird's Multistage Series Thermoelectric Module Laird's multistage (MS) series of thermoelectric modules (TEMs) can reach significantly colder temperatures compared to single stage TEMs. They also provide a high temperature differential (ΔT) up to 131°C. The MS series comes in several temperature differentials, heat pumping capacities, and geometric shapes.

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. Its cooling capacity makes it ideal for applications operating in room-temperature environments.

Features
  • High temperature differential
  • Precise temperature control
  • Reliable solid-state operation
  • Environmentally-friendly
  • DC operation
  • RoHS compliant
Applications
  • CCD cameras
  • IR detectors
  • Industrial sensing instrumentation

Laird Thermal Systems' Thermal Wizard helps users find the best thermal solution based on their requirements. Users can input their Qc requirements or they can determine their Qc values with Laird’s calculators to quickly view the optimum thermal management solution.

Multistage Series Thermoelectric Modules

ImageManufacturer Part NumberDescriptionQmax @ ThDelta Tmax @ ThCurrent - MaxAvailable QuantityView Details
MS3,119,20,15,22,W89360002-307MS3,119,20,15,22,W815.3W @ 25°C100°C @ 25°C8.0A40 - ImmediateView Details
MS2,192,14,20,11,18,21,W89350006-319MS2,192,14,20,11,18,21,W839.9W @ 25°C87°C @ 25°C6.8A38 - ImmediateView Details
MS2,192,14,20,11,18,22,W89350006-307MS2,192,14,20,11,18,22,W839.9W @ 25°C87°C @ 25°C6.8A35 - ImmediateView Details
MS2,192,14,20,11,18,11,RT,W89350006-302MS2,192,14,20,11,18,11,RT,W839.9W @ 25°C87°C @ 25°C6.8A17 - ImmediateView Details
MS3,119,14,15,11,22,W89350004-399MS3,119,14,15,11,22,W87.5W @ 25°C100°C @ 25°C3.9A40 - ImmediateView Details
MS3,119,14,15,11,21,W89350004-397MS3,119,14,15,11,21,W87.5W @ 25°C100°C @ 25°C3.9A39 - ImmediateView Details
MS2,192,14,20,15,25,TA,RT,W129350003-399MS2,192,14,20,15,25,TA,RT,W1239.9W @ 25°C87°C @ 25°C6.8A39 - ImmediateView Details
MS4,129,10,15,22,W89340005-307MS4,129,10,15,22,W81.9W @ 25°C115°C @ 25°C1.8A40 - ImmediateView Details
MS3,231,10,15,22,EP,W89340004-309MS3,231,10,15,22,EP,W87.5W @ 25°C100°C @ 25°C3.9A40 - ImmediateView Details
MS3,231,10,15,22,RT,W89340004-308MS3,231,10,15,22,RT,W86.9W @ 25°C104°C @ 25°C1.9A40 - ImmediateView Details
MS2,190,10,10,12,12,11,RT,W89340003-302MS2,190,10,10,12,12,11,RT,W816.4W @ 25°C87°C @ 25°C2.9A35 - ImmediateView Details
MS2,107,10,10,12,12,11,RT,W89340002-302MS2,107,10,10,12,12,11,RT,W89.6W @ 25°C87°C @ 25°C2.9A40 - ImmediateView Details
MS2,049,10,10,15,15,21,W89340001-319MS2,049,10,10,15,15,21,W83.4W @ 25°C87°C @ 25°C2.1A40 - ImmediateView Details
MS2,049,10,10,15,15,22,W89340001-307MS2,049,10,10,15,15,22,W83.4W @ 25°C87°C @ 25°C2.1A40 - ImmediateView Details
MS2,024,06,06,11,11,11,EP,W29320002-303MS2,024,06,06,11,11,11,EP,W20.8W @ 25°C92°C @ 25°C1.1A40 - ImmediateView Details
MS2,024,06,06,11,11,11,RT,W29320002-302MS2,024,06,06,11,11,11,RT,W20.8W @ 25°C92°C @ 25°C1.1A39 - ImmediateView Details
PELTIER MS4,129,10,15,00,W89340005-304PELTIER MS4,129,10,15,00,W81.9W @ 25°C115°C @ 25°C1.8A77 - ImmediateView Details
PELTIR MS2,107,10,10,12,12,00,W89340002-304PELTIR MS2,107,10,10,12,12,00,W89.6W @ 25°C87°C @ 25°C2.9A50 - ImmediateView Details
PELTIR MS2,102,22,22,17,17,00,W816506-304PELTIR MS2,102,22,22,17,17,00,W828.9W @ 25°C87°C @ 25°C10.3A75 - ImmediateView Details
PELTIR MS2,094,10,10,13,13,00,W816491-303PELTIR MS2,094,10,10,13,13,00,W87.6W @ 25°C85°C @ 25°C2.9A59 - ImmediateView Details
Published: 2019-05-10