MAX6675 Module + K Type Thermocouple Thermocouple Sensor Can Measure 1024 Degrees

MAX6675 Module + K Type Thermocouple Sensor Description

The MAX6675 Module + K Type Thermocouple is a complete temperature sensing solution designed to measure high temperatures up to 1024°C. Combining the MAX6675 module with a K-type thermocouple, this sensor provides accurate and reliable temperature data for a wide variety of high-temperature applications. The K-type thermocouple is known for its excellent accuracy and wide temperature range, while the MAX6675 module simplifies the process of reading and processing temperature data by converting the thermocouple's analog output to a digital signal. Ideal for use in industrial settings, scientific research, and more, this sensor offers a straightforward and effective way to measure temperature at extreme levels.

MAX6675 Module + K Type Thermocouple Features

• High Temperature Measurement: Measures temperatures from 0°C to 1024°C with the K-type thermocouple, ideal for extreme heat applications.
• Precise Temperature Readings: Provides accurate temperature data with the MAX6675 module's built-in ADC and SPI output.
• Easy Integration: Easily integrates with microcontrollers via the SPI interface, perfect for projects involving Arduino or Raspberry Pi.
• Durable Design: The K-type thermocouple is built for reliability and longevity in high-temperature environments.
• Versatile Applications: Can be used in industrial furnaces, metal processing, and scientific applications requiring precise temperature monitoring.

MAX6675 Module + K Type Thermocouple Specifications

• Temperature Range: 0°C to 1024°C
• Communication Interface: SPI
• Operating Voltage: 3.3V to 5V

MAX6675 Module + K Type Thermocouple Applications

• Industrial Temperature Monitoring: Used for monitoring temperatures in industrial furnaces, heating systems, and ovens.
• Metal Processing: Essential for metal manufacturing and processing industries where high temperatures need to be carefully controlled.
• Scientific Research: Ideal for high-precision temperature measurements in laboratory experiments requiring accurate heat measurements.