1、 Product IntroductionProduct introductio

Armored thermocouples have many advantages such as bending, high voltage resistance, fast thermal response time, and durability. Like industrial assembled thermocouples, they are commonly used as temperature sensors in conjunction with display instruments, recording instruments, and electronic regulators. They can also serve as temperature sensing elements for assembled thermocouples. It can directly measure various production processes from0~800℃The temperature of liquid, vapor, gas media, and solid surfaces within the range

Armored thermocouple can bend, resistanceto high pressure, fast thermal response time Many advantages and durable,Assembly type thermocouple it and industrial, As a measurement of thetemperature sensor, Usually, and display instruments, recording instruments andelectronic supporting the use of regulator, At the same time, also can be usedas a temperature sensing element assembly type thermocouple. It can be directlymeasured in various production process from 0~800 ℃ range of liquid, steam andgas solids and surface temperature.

2、 Working principle Operational principle

The working principle of armored thermocouples is that two conductors with different compositions are welded at both ends to form a circuit. The direct temperature measuring end is called the measuring end, and the wiring end is called the reference end. When there is a temperature difference between the measuring end and the reference end, a corresponding temperature value of thermoelectric potential will be generated in the circuit.

Working principle of armoredthermocouple is, The two different components of the conductor ends by welding,Loop formation, Direct temperature measuring end called the measuring end,Terminal call reference end. When the measuring end and the reference endTemperature difference, Will be in the loop The thermal electromotive forceCorresponding temperature.

The thermoelectric potential of armored thermocouples will increase as the temperature at the measuring end rises. The magnitude of the thermoelectric potential is only related to the material of the armored thermocouple conductor and the temperature difference between the two ends, and is independent of the length and diameter of the thermocouple.

Thermal electromotive force of armoredthermocouple Will increase with the measuring end temperature, The size ofthermal emf A thermocouple conductor material And the temperature differencebetween the two ends of the relevant, The length, diameter and thermocouple.

The structure of armored thermocouples consists of conductors, insulating magnesium oxide, and1Cr18Ni9TiThe stainless steel protective tube is drawn multiple times. Armored thermocouple products are mainly composed of junction boxes, terminal blocks, and armored thermocouples, and are equipped with various installation and fixing devices.

Structure ofarmored thermocouple is composed of a conductor, Insulation Magnesium Oxide And1Cr18Ni9Ti stainless steel protection and by repeatedly drawn tube. Productsare mainly composed of armored thermocouple junction box, The terminal and thebasic structure of armored thermocouple, And with a variety of mounting andfixing device.

3、 Technical parametersTechnical parameter

4、 Selection Chart Selection chart

5、 Model specifications Model specifications

6、 Product classificationProduct classification

7、 Installation instructionsInstallation instructions

The above parameters are for reference only and are subject to change without prior notice!

Above parameters arefor reference only and are subject to change without prior notice!