IS210MACCH1ACB   热电偶模块  IS210MACCH1AFG  自动化控制

GEIS210MACCH1ACB热电偶模块参数如下

型号:IS210MACCH1ACB

优势输出电压:单相110V美标 

类型:热电偶模块

应用范围:自动化控制

热电偶传感器应用

IS210MACCH1ACB热电偶传感器是五花八门的,各种传感器中很为常用的一种，现代的热电偶传感器外形非常得的小，这样更加让它广泛应用在生产实践的各个领域中，也为我们的生活提供了无数的便利和功能。

IS210MACCH1ACB热电偶传感器和热电阻传感器的区别

1、信号的性质：IS210MACCH1ACB热电阻本身是电阻，热电阻温度计是根据金属丝的电阻随温度变化的原理工作的;而热电偶：是将两种不同材料的导线或半导体焊接起来，构成一个闭合回路，当导线的两个接点之间存在温差时，两者之间便产生电动势，因而在回路中形成一定大小的电流，这种现象称为热电效应。热电偶就是利用这一效应来工作的。

2、两种传感器检测的温度范围：热阻一般检测0-150度温度范围，最高测量范围可达600度左右，而热电偶可检测0-1000度的温度范围(甚至更高) 。

3、材料造价：热电阻是一种金属材料，具有温度敏感变化的金属材料，热电阻是电阻信号，其输出的是电阻值(Ω)，无正负极。

The parameters of the GEIS210MACCH1ACB thermocouple module are as follows

Model :IS210MACCH1ACB

Advantages Output voltage: single-phase 110V US standard

Type: Thermocouple module

Application: Automatic control

Thermocouple sensor applications

IS210MACCH1ACB thermocouple sensor is a variety of sensors are very commonly used one, the modern thermocouple sensor shape is very small, so that it is more widely used in various fields of production practice, but also for our lives to provide countless convenience and functions.

IS210MACCH1ACB thermocouple sensor and thermal resistance sensor difference

1, the nature of the signal: the IS210MACCH1ACB thermal resistance itself is a resistor, the thermal resistance thermometer is based on the principle that the resistance of the metal wire changes with the temperature; The thermocouple: is two different materials of wire or semiconductor welded together to form a closed loop, when there is a temperature difference between the two contacts of the wire, the electromotive force between the two will be generated, thus forming a certain size of current in the loop, this phenomenon is called the thermoelectric effect. Thermocouples work by exploiting this effect.

2, the temperature range of the two sensors: the thermal resistance generally detects the temperature range of 0-150 degrees, and the maximum measurement range can reach about 600 degrees, while the thermocouple can detect the temperature range of 0-1000 degrees (or even higher).

3, material cost: thermal resistance is a kind of metal material, metal material with temperature sensitive changes, thermal resistance is a resistance signal, its output is the resistance value (Ω), no positive and negative poles.