The thermocouple sensor is accompanied by long connecting leads that extend almost 30 cm making it easier to place your circuitry away from any hazardous situations. The sensor operates between 3 to 5V.Īvailable Here! Thermocouple Sensor for Arduino by GHH (10.99$) The sensor has a low operating temperature range which is between -20 to 85 C but a high resolution of 0.05 C making it useful for precise measurements. The reliable sensor provides stable readings and keeps your project ticking.Īvailable Here! MAX6675 Thermocouple Temperature Sensor Module by Balance World (8.99$) This sensor has a temperature range between -200–1300C with a working current of 50mA. The sensor works best at 5V.Īvailable Here! Arduino MAX6675 K-thermocouple module temperature sensor (7.76$) Qunqi product has a temperature resolution of 0.25 degrees and even has cold junction compensation capabilities ensuring an accurate reading every time. The module has an operating range between 3~5.5V and a working current of 50mA.Īvailable Here! Qunqi MAX6675 Module + K Type Thermocouple Sensor for Arduino (12.99$) The sensor has a serial SPI output and a high impedance differential inputs. Let us know your preferred K-Type Thermocouples in the comments section below. In this article, we cover some of best K-Type Thermocouples that you can use with your Arduino board. These type of temperature sensors are the most accurate and robust, so they have a wide variety of uses. A thermocouple utilizes two trips of different metallic materials and checks the amount emf induces between two points at different temperatures the phenomenon is called Seebeck effect. K-Type Thermocouples are a specific type of temperature sensor.
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