Thermocopy type K temperature sensor module Key benefits - Measures extreme temperatures with a type K thermocouple and a wide range from -200 C to +1350 C, suitable for demanding industrial environments. - Delivers precise readings with 14-bit resolution and temperature accuracy up to 0.25 C, enabling reliable process monitoring and control. - Provides fast data transmission through an SPI port, allowing quick sampling and real-time analysis. - Easy installation with no amplifiers or ADC required; the module outputs digital temperature values directly for straightforward integration. - Designed for industrial use with a compact digital output, minimizing additional signal conditioning and simplifying system design. What it does - Function: digital temperature sensing using a type K thermocouple, with direct digital output via SPI. - Compatibility: SPI interface compatible with microcontrollers and embedded systems that support SPI communication. - Performance: broad measurement range, high resolution, and precise accuracy in a compact, digital module. - Convenience: no external amplifiers or ADC needed, reducing component count and assembly effort. - Reliability: suitable for industrial data collection, process control, and monitoring in harsh environments. Specifications at a glance - Sensor type: K thermocouple - Temperature range: -200 C to +1350 C - Resolution: 14-bit - Accuracy: up to 0.25 C - Interface: SPI - Output: digital temperature values directly from the module - Installation: no amplifiers or ADC required Applications and use scenarios - Industrial furnace and kiln monitoring: deploy the module to monitor high-temperature zones with direct digital readouts for process control and safety interlocks. - Metal processing and heat treatment: track precise temperature profiles during forging, annealing, or tempering with fast SPI data access for real-time adjustments. - Laboratory high-temperature experiments: collect accurate temperature data over wide ranges for research and development, enabling thorough data logging and analysis. Usage examples - Integrate with a microcontroller or SBC that supports SPI to read continuous temperature data for automated control loops. - Use as a stand-alone digital temperature sensor in production lines where minimizing signal conditioning and components is important. - Implement in data logging systems to capture high-temperature trends over time for quality assurance and process optimization.