Our newly launched S-type PtRh10-Pt thermocouple is specially developed for harsh high-temperature industrial scenarios, delivering accurate, stable and dependable temperature measurement.
Working based on the Seebeck effect, this thermocouple converts thermoelectric force generated by temperature difference between positive PtRh10 alloy electrode and negative pure platinum electrode into standard 4-20mA signals via integrated transmitter modules. It can be directly connected to PLC and DCS systems to realize real-time collection and control of high-temperature data.
Core Parameters
Temperature Measuring Range: 0~1300℃ for long-term use, max 1600℃ for short-term use
Thermocouple Wire Specification: 0.5mm diameter, PtRh10-Pt material
Accuracy Class: Class 1Allowable error: ±1.0℃ within 600~1100℃; ±[1+0.003(t-1100)]℃ within 1100~1600℃
Protection Tube Material: Alumina (Al₂O₃) ceramic, high temperature resistant and anti-corrosive
Installation Type: Flange mounting, suitable for industrial high-temperature furnaces, reactors and other equipment
Response Time: ≤5s (slight difference according to actual working conditions)
Product Advantages
✅ High precision in high temperature section: Platinum-rhodium precious metal wire features optimal accuracy and excellent long-term stability at 800~1300℃.
✅ Superior durability: Alumina protection tube can withstand temperature up to 1600℃, resistant to furnace gas erosion and chemical corrosion.
✅ Industrial integrated design: Firm flange installation structure, integrated transmitter outputs standard signals for direct connection with PLC/DCS.
✅ Strong anti-interference capability: Stainless steel housing and signal isolation technology effectively reduce electromagnetic interference at industrial sites.
✅ Longer service life under harsh conditions: Combined structure of refractory metal tube and alumina protection tube greatly extends service life.
This S-type thermocouple is widely applied in iron and steel smelting, glass manufacturing, petrochemical industry and other fields requiring high-precision high-temperature monitoring.
Please contact our sales team for more details and customized solutions.