TES1-03103 Thermoelectric Cooler Module – 3V 3A Peltier Plate

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  • Regular price 35 QAR
Product ID: VT-4078
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The TES1-03103 Thermoelectric Cooler Module is a compact Peltier device designed for small-scale cooling and thermoelectric experimentation applications. Operating at up to 3V DC with a maximum current of 3A, it provides efficient heat transfer using solid-state thermoelectric technology with no moving parts. The module creates a temperature difference between its two ceramic surfaces, making it suitable for cooling systems, portable devices, scientific projects, and educational demonstrations of the Peltier effect. Its compact 15 × 15 mm form factor allows easy integration into space-constrained electronic and thermal management designs.


  • Solid-state thermoelectric cooling technology
  • Operates with up to 3V DC input
  • Maximum current rating up to 3A
  • Maximum power handling up to 9W
  • Compact 15 × 15 mm module size
  • Ceramic plate construction for thermal stability
  • No moving parts for silent operation
  • Suitable for cooling and heating applications
  • Supports thermoelectric power generation experiments
  • Fast thermal response characteristics
  • Lightweight and compact structure
  • Pre-attached connection wires for easy installation
  • Compatible with heat sinks and thermal plates
  • Suitable for educational and engineering projects
  • Low-voltage operation for portable systems

 

  • Model: TES1-03103
  • Module Type: Thermoelectric Cooler Peltier Module
  • Cooling Technology: Peltier Thermoelectric Effect
  • Operating Voltage: Up to 3V DC
  • Recommended Voltage: 3V DC
  • Maximum Current: 3A
  • Peak Current: 4.1A
  • Maximum Power: 9W
  • Module Length: 15mm
  • Module Width: 15mm
  • Module Thickness: 3.6mm
  • Wire Length: 90mm
  • Lead Type: Pre-soldered Wire Leads
  • Surface Material: Ceramic Plates
  • Operation Type: Solid-State Cooling
  • Cooling Direction: Printed Side Typically Cold Surface
  • Recommended Cooling Method: External Heat Sink
  • Noise Level: Silent Operation
  • Mechanical Structure: No Moving Parts

 

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