Brief: Discover the Alloy 11 Wire Cuni0.6 Thermocouple Cable SNC RNC Thermocouple Extension Rod, designed as the negative leg for extension grade type S/R thermocouple cables. Learn about its chemical composition, physical properties, and EMF value range at different temperatures for optimal performance in industrial applications.
Related Product Features:
Made from Ni 0.6% Cu 99.4% Alloy 11 wire (Cuni0.6) for S/R thermocouple extension rod SNC (RNC).
Functions as the negative leg for extension grade type S/R thermocouple cable.
Chemical composition includes 0.6% Ni and balance Cu for durability.
Density of 8.9 g/cm3 and melting point of 1400℃ for high-temperature resistance.
Tensile strength exceeds 390 Mpa for robust mechanical performance.
Volume resistivity of 2.8 μΩ.cm at 20℃ ensures efficient electrical conductivity.
Elongation rate over 25% for flexibility in various applications.
EMF value ranges from -108~-148 μV at 100℃ to -376~-1416 μV at 200℃ for precise temperature measurement.
Faqs:
What is the primary use of the Alloy 11 Wire Cuni0.6 Thermocouple Cable SNC RNC?
It is used as the negative leg for extension grade type S/R thermocouple cables, ensuring accurate temperature measurement in industrial settings.
What are the key chemical components of the RNC(SNC) material?
The RNC(SNC) material consists of 0.6% Nickel (Ni) and the balance Copper (Cu), providing excellent durability and conductivity.
How does the EMF value range vary with temperature for this thermocouple extension rod?
The EMF value ranges from -108~-148 μV at 100℃ to -376~-1416 μV at 200℃, ensuring precise temperature measurement across different ranges.