15pr thermocouple type K high temperature steel armored
In many industrial scenarios and scientific research fields where extremely high precision in temperature measurement is required, a high-performance thermocouple cable is of utmost importance. The 15-pairs thermocouple Type K cable introduced today, with its unique construction and excellent performance, has become an ideal choice for numerous temperature measurement systems.
I. Structural Design
(1) Conductor
The conductor of this cable adopts a unique combination, namely nickel-chromium (NiCr) and nickel-aluminum (NiAl). These two materials exhibit excellent thermoelectric properties in thermocouple applications, enabling precise conversion of temperature signals into electrical signals. The conductor has a solid structure, ensuring the stability and reliability of signal transmission. Meanwhile, the cross-sectional area of 24AWG, while ensuring good electrical conductivity, also takes into account the flexibility and mechanical strength of the cable, facilitating installation and wiring in various complex environments.
(2) Insulation Layer
The insulation layer is made of fiberglass . Fiberglass has excellent high-temperature resistance and can maintain stable insulation performance in high-temperature environments, effectively preventing signal interference between different conductors and the occurrence of leakage. This is a crucial performance guarantee for thermocouple cable s operating in high-temperature environments.
(3) Pair Structure
This cable has a total of 15 pairs, capable of meeting the needs of data transmission from multiple temperature measurement points simultaneously. Each pair is protected by fiberglass, further enhancing the insulation performance between pairs, ensuring the independence and accuracy of each pair of signal transmissions, avoiding crosstalk between signals, and thus guaranteeing the accuracy of temperature measurement data.
(4) Armor Layer
The cable's armor adopts a steel-braided structure. This type of armor not only provides the cable with strong physical protection, enabling it to resist external mechanical damage, abrasion, and a certain degree of extrusion, but also enhances the cable's electromagnetic interference resistance. In complex industrial environments, electromagnetic interference is everywhere, and the steel-braided armor can effectively shield external electromagnetic signals, ensuring that the weak temperature signals transmitted by the thermocouple cable are not interfered with, thus guaranteeing the accuracy of measurement results.
II. Performance Parameters
In terms of performance parameters, this 15-pairs thermocouple Type K cable also performs outstandingly. Its rated voltage is 120V, suitable for a variety of common measurement and control systems. And most notably, its rated temperature is as high as 800°C, allowing it to operate stably in extremely high-temperature environments. For example, in high-temperature furnaces in the metallurgical industry, high-temperature kilns in the glass manufacturing industry, and other scenarios, this cable can be seen, providing reliable support for accurate temperature measurement.
III. Application Fields
With its excellent structural design and outstanding performance, the 15-pairs thermocouple Type K cable is widely used in numerous fields. In the metallurgical industry, it is used to monitor the temperature at different positions in the furnace to ensure the stability of the metal smelting process and product quality; in the glass manufacturing industry, it precisely monitors the temperature of the kiln to ensure the forming quality of glass; in the chemical industry, it plays a key role in measuring the temperature of various high-temperature reaction kettles, helping to control the progress and safety of chemical reactions. In addition, in scientific research laboratories, for experiments that require accurate measurement of high-temperature environments, this cable can also provide reliable data transmission support. It has indeed become an indispensable and important part of the high-temperature measurement field.
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