Thermocouple for Tam Glass Furnace, Tamglass Furnace Thermcouples, Glaston Glass Tempering Furnace Thermocouple

Product Description

Application:
Measuring the temperature inside the heating oven for each heating zone or for other heating device
Specification: as machine manufacturer
Our thermocouples are specially designed and made for kinds of glass tempering furnace
Our thermocouple could be used for following tempering furnace:
North glass tempering furnace
Land glass tempering furnace
Mountain glass tempering furnace
Tam glass tempering furnace
Jing glass tempering furnace
South tech glass tempering furnace
Fushan glass tempering furnace
Yuntong glass tempering furnace

How can you confirm our sizes?
You just need to send me the pictures and shaft diameter and length, then we could confirm the type and sizes
For example, for north glass, the shaft diameter is 3mm; for land glass, the shaft diameter is 4mm, and for mountain glass, the shaft diameter is 5mm
Normally, more bigger diameter has longer service life.
MOQ: 5 Pcs
Customization: yes

Brief introduction:
empering furnace thermocouples are sensors used to measure temperature in high-temperature environments. Glass tempering furnace is a type of equipment used for processing tempered glass. His working temperature is usually above 600 degrees, so he needs a temperature sensor that can work stably in high temperature environments. Thermocouples are one of the sensors that meets this requirement.

A thermocouple is a sensor based on the thermoelectric effect, which measures temperature by utilizing the temperature dependent characteristics of the thermoelectric potential difference between two different metals. In glass tempering furnaces, thermocouples are typically composed of two metals (such as platinum rhodium alloy and nickel chromium alloy), with one end exposed to a high-temperature environment and the other end connected to a thermometer or control system.

The advantage of tempering furnace thermocouples is that they can work stably in high-temperature environments and have high accuracy and sensitivity. In addition, thermocouples also have the advantages of fast response speed, simple structure, and easy installation and maintenance. Therefore, it is widely used in the heating of glass tempering furnaces.

However, there are also some issues with this thermocouple. Firstly, as the working principle of the thermocouple is based on the thermoelectric effect, its output signal is greatly affected by the environmental temperature and requires temperature compensation. Secondly, the service life of thermocouples is relatively short and requires regular replacement. In addition, thermocouples also have certain errors that require calibration.

Tempering furnace thermocouple is an important temperature sensor