Description
Product Description
The SP1848-27145 (150°C Version) is an advanced thermoelectric module engineered for extreme thermal environments where standard Peltier devices fail. While typical cooling modules are limited to 70°C or 80°C, the SP1848 series is constructed with high-purity Bismuth Telluride and specialized internal solders that allow it to operate reliably at temperatures up to 150°C.
This module is a “Dual-Mode” device: it acts as a high-precision Peltier Cooler when supplied with DC power, or as a Seebeck Power Generator when exposed to a temperature gradient. Its ability to withstand high heat makes it the premier choice for industrial waste-heat recovery, high-performance CPU/GPU chilling, and specialized laboratory equipment. Whether you are building a sub-ambient cooling loop or harvesting energy from a heat source, the SP1848-27145 provides industrial-grade durability and efficiency.
Key Features
- Extreme Thermal Resilience: Rated for continuous operation up to 150°C, providing a massive safety margin for high-heat industrial applications.
- Dual-Function Architecture: Optimized for both active cooling (Peltier effect) and solid-state power generation (Seebeck effect).
- Enhanced Energy Harvesting: Specifically tuned to produce higher voltage outputs when used as a thermoelectric generator (TEG) compared to standard TEC modules.
- Solid-State Reliability: No moving parts, no noise, and no vibration, ensuring a maintenance-free lifespan even under heavy thermal cycling.
- Teflon High-Temp Leads: Equipped with heat-resistant Teflon-coated wiring to prevent insulation melting in high-temperature environments.
- Precision Parallelism: Mirror-flat ceramic surfaces ensure maximum contact area for superior heat transfer efficiency.
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