Brief: Discover the PtRh13-Pt R-Type Thermocouple, designed for ultra-precise high-temperature sensing and steady thermal response. Ideal for aerospace, industrial furnaces, and semiconductor manufacturing, this thermocouple offers superior accuracy and stability up to 1700°C. Learn more about its key features and applications.
Related Product Features:
High-temperature stability with long-term use up to 1400°C and short-term up to 1700°C.
Superior accuracy with Class 1 tolerance of ±1.5°C or ±0.25% of reading.
Low drift rate of ≤0.05% thermoelectric potential after 1000 hours at 1200°C.
Excellent oxidation resistance in oxidizing and inert atmospheres.
Higher thermoelectric power, generating 10.574 mV at 1500°C.
Available in wire diameters of 0.2mm, 0.3mm, and 0.5mm with precise tolerances.
NIST-traceable calibration with certificates for thermoelectric potential.
Custom options include cut-to-length and special cleaning for ultra-high purity applications.
Faqs:
What is the operating temperature range of the PtRh13-Pt R-Type Thermocouple?
The thermocouple can operate long-term up to 1400°C and short-term up to 1700°C for periods not exceeding 20 hours.
How does the R-Type Thermocouple compare to the S-Type?
The R-Type has a higher rhodium content in the positive leg, providing enhanced performance in long-term high-temperature applications compared to the S-Type.
What are the typical applications for this thermocouple?
Common applications include aerospace engine testing, high-precision industrial furnaces, semiconductor manufacturing, metallurgical research, and glass fiber production.