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IMPORTANT:( MUST BE ATTACHED TO SUITABLE HEATSINK BEFORE SWITCH ON.)HIGH TEMPERATURE PELTIER THERMOELECTRIC MODULE. 40MM x 40MM x 3.4MM [DHG HI TEMP PELTIER SP1848-27145]
IMPORTANT:( MUST BE ATTACHED TO SUITABLE HEATSINK BEFORE SWITCH ON.)HIGH TEMPERATURE PELTIER THERMOELECTRIC MODULE. 40MM x 40MM x 3.4MM [DHG HI TEMP PELTIER SP1848-27145] IMPORTANT:( MUST BE ATTACHED TO SUITABLE HEATSINK BEFORE SWITCH ON.)HIGH TEMPERATURE PELTIER THERMOELECTRIC MODULE. 40MM x 40MM x 3.4MM [DHG HI TEMP PELTIER SP1848-27145] IMPORTANT:( MUST BE ATTACHED TO SUITABLE HEATSINK BEFORE SWITCH ON.)HIGH TEMPERATURE PELTIER THERMOELECTRIC MODULE. 40MM x 40MM x 3.4MM [DHG HI TEMP PELTIER SP1848-27145] IMPORTANT:( MUST BE ATTACHED TO SUITABLE HEATSINK BEFORE SWITCH ON.)HIGH TEMPERATURE PELTIER THERMOELECTRIC MODULE. 40MM x 40MM x 3.4MM [DHG HI TEMP PELTIER SP1848-27145]

Peltier Thermoelectric Module SP1848-27145

Thermoelectric Power Generator High Temperature SP1848-27145 Peltier Module

Important : Must Be Attached To Suitable Heatsink Before Switch On
DHG HI TEMP PELTIER SP1848-27145
IMPORTANT:( MUST BE ATTACHED TO SUITABLE HEATSINK BEFORE SWITCH ON.)HIGH TEMPERATURE PELTIER THERMOELECTRIC MODULE. 40MM x 40MM x 3.4MM
Discontinued
Specifications, Prices & Availability may change without notice. Images are for illustration purposes only. E&OE

Overview

Important : Must Be Attached To Suitable Heatsink Before Switch On

Features

  • Cold side has "WORDING"
  • Heating side is "BLANK"
  • Red wire to positive, black wire to the negative, it generate electricity when there is a temperature difference

Specifications

  • Color : White
  • Lead Length : about 30cm
  • Size : 40mm x 40mm x 3.4mm
  • 20 degree temperature differencem: open-circuit voltage 0.97V, generated current: 225mA
  • 40 degree temperature differencem: open circuit voltage 1.8V, generated current: 368mA
  • 60 degree temperature differencem: open circuit voltage 2.4V, generated current: 469mA
  • 80 degree temperature differencem: the open circuit voltage 3.6V, generated current: 558mA
  • 100 degree temperature differencem: open circuit voltage 4.8V, generated current: 669mA
  • The above values are for reference only, the wiring in actual use, and the step-up board, there will be loss of current

References