logo
Главная страница ПродукцияРотационный инжектор потока

Thermocouple Temperature Sensor with Seebeck Voltage Measurement and Dissimilar Metals Junction

Thermocouple Temperature Sensor with Seebeck Voltage Measurement and Dissimilar Metals Junction

Thermocouple Temperature Sensor with Seebeck Voltage Measurement and Dissimilar Metals Junction
Thermocouple Temperature Sensor with Seebeck Voltage Measurement and Dissimilar Metals Junction Thermocouple Temperature Sensor with Seebeck Voltage Measurement and Dissimilar Metals Junction Thermocouple Temperature Sensor with Seebeck Voltage Measurement and Dissimilar Metals Junction Thermocouple Temperature Sensor with Seebeck Voltage Measurement and Dissimilar Metals Junction Thermocouple Temperature Sensor with Seebeck Voltage Measurement and Dissimilar Metals Junction Thermocouple Temperature Sensor with Seebeck Voltage Measurement and Dissimilar Metals Junction Thermocouple Temperature Sensor with Seebeck Voltage Measurement and Dissimilar Metals Junction Thermocouple Temperature Sensor with Seebeck Voltage Measurement and Dissimilar Metals Junction

Большие изображения :  Thermocouple Temperature Sensor with Seebeck Voltage Measurement and Dissimilar Metals Junction

Подробная информация о продукте:

Thermocouple Temperature Sensor with Seebeck Voltage Measurement and Dissimilar Metals Junction

описание
Выделить:

Temperature Measurement Thermocouple

,

Seebeck Voltage Temperature Sensor

,

Dissimilar Metals Thermoelectric Sensor

Thermocouple
The primary function of a thermocouple is to measure temperature by generating a small electrical voltage (known as the Seebeck voltage or thermoelectric EMF) that is directly proportional to the temperature difference between its two ends. This voltage is measured and converted into a temperature reading by a connected instrument.
How It Works
A thermocouple consists of two wires made of dissimilar metals joined together at one end (measuring junction or hot junction). The other ends are connected to a measuring instrument (reference junction or cold junction).
  • When the measuring junction is exposed to heat, a voltage is generated due to the Seebeck effect.
  • This millivolt-level voltage is measured at the reference junction.
  • Since the voltage depends on the temperature difference between junctions, the reference junction temperature must be known (typically through automatic compensation in the measuring device) for accurate measurement.

Контактная информация
Jinan Hydeb Thermal Tech Co., Ltd.

Контактное лицо: Hanson

Телефон: +8613869124558

Факс: 86-531-88969137

Оставьте вашу заявку (0 / 3000)

Другие продукты