Thermoelectric Module TEC1-12715
SKU:OKYN3550
Manufacturer:Okystar
The TEC1-12715 is a semiconductor-based thermoelectric module that functions as a compact, solid-state heat pump. When a DC voltage is applied, the module actively transfers heat from one side to the other, creating a cold surface and a hot surface.
Key Features
- Thermoelectric Cooling & Heating: Functions as a heat pump to provide either cooling or heating, depending on the polarity of the supplied current.
- Solid-State Construction: Built with 127 internal semiconductor pairs for reliable performance.
- Efficient Operation: Requires a heatsink mounted to the hot side to effectively dissipate heat and ensure optimal cooling performance.
Applications
Thanks to its ability to create a significant temperature differential, this Peltier module is widely used in various industrial and consumer applications. It is suitable for tasks such as cooling computer processors, integration into portable refrigerators and coolers, and providing precise temperature control in scientific or medical instruments.
Key Features
- Thermoelectric Cooling & Heating: Functions as a heat pump to provide either cooling or heating, depending on the polarity of the supplied current.
- Solid-State Construction: Built with 127 internal semiconductor pairs for reliable performance.
- Efficient Operation: Requires a heatsink mounted to the hot side to effectively dissipate heat and ensure optimal cooling performance.
Applications
Thanks to its ability to create a significant temperature differential, this Peltier module is widely used in various industrial and consumer applications. It is suitable for tasks such as cooling computer processors, integration into portable refrigerators and coolers, and providing precise temperature control in scientific or medical instruments.
Couples: 127
Imax: 15A
Model: TEC1-12715
Qcmax: 136W (at Th=30°C)
Resistance: 0.75Ω ± 0.05Ω (at Th=25°C)
Vmax: 15.4V
ΔTmax: 70°C (at Th=30°C)
Imax: 15A
Model: TEC1-12715
Qcmax: 136W (at Th=30°C)
Resistance: 0.75Ω ± 0.05Ω (at Th=25°C)
Vmax: 15.4V
ΔTmax: 70°C (at Th=30°C)