• 12 V TEC1-12705 Thermoelectric Peltier Cooling Module (2 PCS)
  • 12 V TEC1-12705 Thermoelectric Peltier Cooling Module (2 PCS)
  • 12 V TEC1-12705 Thermoelectric Peltier Cooling Module (2 PCS)
  • 12 V TEC1-12705 Thermoelectric Peltier Cooling Module (2 PCS)
  • 12 V TEC1-12705 Thermoelectric Peltier Cooling Module (2 PCS)
  • 12 V TEC1-12705 Thermoelectric Peltier Cooling Module (2 PCS)

12 V TEC1-12705 Thermoelectric Peltier Cooling Module (2 PCS)

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    Product Description:
    This pair of TEC1-12705 thermoelectric Peltier cooling chips is ideal for DIY cooling and thermal-control applications. When powered with a 12 V DC supply, these solid-state modules transfer heat from one side to the other, creating a cold side and a hot side without moving parts. Compact, energy-efficient, and versatile, they’re perfect for hobby projects like mini coolers, portable refrigeration, custom electronics cooling, and temperature stabilization systems.


    Specifications:

    • Model: TEC1-12705 thermoelectric cooler module

    • Voltage: 12 V DC (operates up to ~15 V max)

    • Current: ~5 A typical (5.0–5.5 A max)

    • Dimensions: ~40 × 40 × 4 mm

    • Cooling Capacity: ~44–49 W at T = 0 °C

    • Max T: ~66–75 °C (difference between hot and cold sides)

    • Internal Resistance: ~2.2–2.7 Ω

    • Material: Ceramic/heatsink-ready thermoelectric semiconductor

    • Included: 2 × TEC1-12705 Peltier modules


    Key Features:

    • Thermoelectric cooling: Creates a cold side and hot side via the Peltier effect when powered, ideal for compact cooling projects.

    • Dual-function: Can also heat surfaces when polarity is reversed.

    • Solid-state operation: No moving parts, silent and vibration-free performance.

    • Compact form factor: 40 × 40 mm size fits easily into DIY projects.

    • Wide temperature differential: Handles up to ~75 °C difference between hot and cold sides.

    • Reliable: High quality and durable semiconductor design with long service life.


    Other Details:

    • Requires heat dissipation: Best performance when the hot side is paired with a heat sink and fan for efficient cooling.

    • DIY friendly: Great for makers, hobbyists, and thermal experimenters.

    • Applications: Used in portable fridges, beverage coolers, CPU/electronics cooling, laboratory setups, temperature control boxes, and more.

    • Power considerations: Ensure a stable 12 V supply capable of ~5 A per module for proper operation.




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