SP1848-27145 40x40 mm Thermoelectric Peltier Power & Cooling Module

Product Description:
This SP1848-27145 thermoelectric Peltier module is a compact semiconductor heat pump that uses the Seebeck and Peltier effects to convert temperature differences into electricity or move heat from one side to the other. It’s ideal for DIY cooling, small thermal management projects, and low-power energy harvesting when there’s a temperature differential. Reliable, silent, and solid-state with no moving parts, this module is perfect for hobby electronics, portable devices, and thermal experimentation.

Specifications:

• Model: SP1848-27145 thermoelectric Peltier module

• Dimensions: ~40 × 40 × ~3.3-4 mm

• Material: Semiconductor thermoelectric element with ceramic plates

• Operating Principle: Converts heat differences into electrical output (Seebeck) or cooling/heating via DC current (Peltier)

• Voltage/Temp Outputs:
   • ~0.97 V @ 20 °C difference
   • ~1.8 V @ 40 °C
   • ~2.4 V @ 60 °C
   • ~3.6 V @ 80 °C
   • ~4.8 V @ 100 °C

• Lead Wires: Red = positive, Black = negative

• Operating Temp Range: Approx. −30 °C to +120 °C (+150 °C tolerant in some specs)

• Weight: ~25 g

Key Features:

• Thermoelectric cooling & power generation: Can act as a thermoelectric cooler or generator, producing voltage when a temperature differential exists.

• Solid-state operation: No moving parts means quiet operation and high reliability.

• Compact, lightweight design: Easy to integrate into DIY electronics, portable coolers, or small thermal systems.

• Versatile use: Suitable for power harvesting from waste heat or thermal management tasks.

• High temp tolerance: Can handle relatively high temperatures up to ~120-150 °C.

Other Details:

• Best performance needs heat management: To maximize electricity output, the hot and cold sides must be managed with heat sinks or radiators to maintain a temperature difference.

• Can be connected in series or parallel to increase voltage or current for larger setups.

• Great for DIY electronics, hobbyist experiments, portable coolers, and small energy harvesting projects.

• Red/black lead wires simplify wiring and integration into circuits.