The integrated compact structure and flexible installation performance are important practical advantages of armored thermocouples different from ordinary assembled thermocouples, making them adapt to complex and diverse industrial installation environments. Ordinary thermocouples have large volume, fixed shape and poor flexibility, and are difficult to adapt to narrow and complex installation spaces, while armored thermocouples rely on unique structural advantages to realize diversified installation and full-scene adaptation.
Armored thermocouples adopt ultra-compact integrated structure design, with small overall volume and thin tube diameter. The smallest outer diameter can reach 0.25mm, which is far smaller than ordinary assembled thermocouples. The compact structure enables it to be installed in narrow equipment gaps, tiny detection cavities and dense pipeline layouts, realizing precise temperature detection in limited space, which solves the problem that traditional temperature measuring elements cannot be installed and used in small-space scenarios.
Excellent bending performance is another major structural feature of armored thermocouples. The integrated tensile molding structure has good flexibility and can be bent arbitrarily according to the on-site installation needs, with a minimum bending radius of only 5 times the tube diameter. It can adapt to curved surfaces, corner positions and irregular installation environments, and can be adjusted freely according to equipment structure and detection position requirements. The flexible installation mode greatly improves the on-site construction flexibility and scenario adaptability.
The integrated structure has high mechanical strength and pressure resistance. The metal sheath and internal integrated filling structure make the armored thermocouple have strong compression resistance, impact resistance and vibration resistance. It can work stably in high-pressure equipment, strong vibration production lines and mechanical impact environments, and will not have structural damage and signal failure due to external mechanical force. The firm structure ensures the long-term stable operation of the equipment in harsh mechanical environments.
Diversified installation adaptability makes armored thermocouples widely used in complex industrial scenarios. Whether it is open workshop equipment, closed pressure vessels, narrow precision equipment or curved surface detection positions, armored thermocouples can complete stable installation and accurate temperature measurement. The structural advantages of compactness, flexibility and firmness make it the most adaptable temperature measuring element in industrial complex working conditions, and continuously expand the industrial application scope.
