Thermocouple assembly is the use of material changes in temperature itself also changes with the resistance characteristics to measure the temperature. The heated portion of the assembly of the thermocouple (temperature sensing element) is a fine double platinum gold evenly wound on the skeleton made of insulating material, when measured medium in the presence of a temperature gradient, the measured temperature is the temperature sensing element is located the range of the average temperature of the dielectric layer

Dividing number: K

Temperature range: 0-1100 degrees

Stainless steel protection tube diameter: 16mm (you can also choose other sizes)

Total probe length: 300MM alumina tube Probe length: 250mm

Accuracy: 0.1C

Thermal response time: 90s

Technical Parameters

Thermocouple assembly and display instrument to measure the temperature of liquid, gas and solid surface in the range of 0-1800 ℃ the like, are widely used in petroleum, chemical, mechanical, metallurgical, power, textile, food, atomic energy, aerospace and other industrial sectors and technology areas, assembly thermal resistance temperature sensing element is usually installed fixtures and junction boxes composition and other major components. Assembly thermal resistance model has an optional S-type, B-type, R-type

Thermocouple assembly Features and Applications

Thermocouple assembly has the following characteristics:

• Interface Universal size, good interchangeability;

• The assembled structure, decomposable parts, easy maintenance;

• Low cost replacement of wearing parts;

• High accuracy, stable and reliable performance.

1, the assembly is simple, easy to replace;

2, compression spring-type temperature sensing element, good seismic performance;

3, high accuracy;

4, the measurement range (-200 ℃ ~ 1300 ℃, under special circumstances -270 ℃ ~ 2800 ℃);

5, fast thermal response time;

6, high mechanical strength, good pressure resistance;

7, high temperature up to 2800 degrees;

8, long service life.