장갑형 열전대 센서 제조업체

기갑 열전대 센서는 산업용 조립 열전대와 동일합니다.. 온도 센서로서, 일반적으로 디스플레이 장비와 함께 사용됩니다., 녹음 장비 및 전자 조정기. 동시에, 조립된 열전대의 온도 감지 요소로도 사용할 수 있습니다..

What is an armored thermocouple sensors?
Armoured thermocouples are used as temperature measurement sensors and are usually used in conjunction with temperature transmitters, regulators and display instruments to form a process control system. It is used to directly measure or control the temperature of fluid, steam, gas medium and solid surface in the range of 0-1800℃ in various production processes. Armored thermocouples sensors have many advantages such as flexibility, high pressure resistance, fast thermal response time, sturdiness and durability. It is the same as an industrial assembled thermocouple, and is usually used in conjunction with display instruments, 녹음 장비 및 전자 조정기.

Thermocouples sensor used internationally have a standard specification. It is stipulated that the thermocouple is divided into eight different graduations, namely B, R, 에스, 케이, N, 이자형, J and T. The lowest temperature can be measured at minus 270℃, and the highest temperature can reach 1800℃. 그 중, 비, R and S belong to the platinum series of thermocouples sensor. Because platinum is a precious metal, they are also called precious metal thermocouples. The remaining few are called cheap metal thermocouples. There are two types of thermocouple structures, common type and armored type. Ordinary thermocouples are generally composed of hot electrodes, insulating tubes, protective sleeves and junction boxes. While the sheathed thermocouple is: a thermocouple wire, the protective insulating material and the metal rear sleeve assembly combination of the three, the processing of a stretched solid combination. 하지만, the electrical signal of the thermocouple needs a special wire to transmit, and this wire is called a compensation wire. Different thermocouples require different compensating wires, and their main function is to connect with the thermocouple to keep the reference end of the thermocouple away from the power supply, so that the temperature of the reference end is stable. Compensation wires are divided into two types: compensation type and extension type. The chemical composition of the extension wire is the same as that of the thermocouple to be compensated, but in practice, the extension wire is not made of the same material as the thermocouple. 일반적으로, it is replaced by a wire with the same electron density as the thermocouple sensor. The connection between the compensation wire and the thermocouple is generally very clear. The positive connection compensation wire of the thermocouple is a red wire, and the negative connection is connected to the remaining color wire. Most of the general compensation wires are made of copper-nickel alloy.

다양한 패키지로 제공되는 강화된 열전대 프로브 센서

다양한 패키지로 제공되는 강화된 열전대 프로브 센서

기갑 열전대 센서는 산업용 조립 열전대와 동일합니다.. 온도 센서로서, 일반적으로 디스플레이 장비와 함께 사용됩니다., 녹음 장비 및 전자 조정기. 동시에, 조립된 열전대의 온도 감지 요소로도 사용할 수 있습니다.. It can directly measure the temperature of liquid, steam and its gaseous medium and solid surface in the range of 0℃~800℃ in various production processes. Compared with fabricated thermocouples, armored thermocouples have the advantages of flexibility, high pressure resistance, short thermal response time, sturdiness and durability.

Because the materials of armored thermocouples are generally more expensive (especially when precious metals are used), the distance between the temperature measurement point and the meter is very long. In order to save armored thermocouple materials and reduce costs, compensation wires are usually used to extend the cold end (free end) of the armored thermocouple into the control room where the temperature is relatively stable, and connect it to the terminal of the instrument. It must be pointed out that the function of the thermocouple compensation wire is only to extend the thermoelectrode and move the cold end of the armored thermocouple to the instrument terminal of the control room. It cannot eliminate the influence of the temperature change of the cold junction on the temperature measurement by itself, and cannot compensate. 그러므로, other correction methods are needed to compensate for the influence of the cold junction temperature t0≠0°C on the temperature measurement. When using the armored thermocouple compensation wire, you must pay attention to the matching of the models and the polarity can not be connected incorrectly. The temperature of the connecting end of the compensation wire and the armored thermocouple cannot exceed 100°C.

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