ELIMKO RT02-2P06-10-E4-IN 2 X PT100 Headed Type Thermocouple L:100mm 1/2"

With ORFA Industrial Assurance - Reliable Dual Element Backup in Temperature Measurement

At critical temperature points in industrial processes, continuous and accurate measurement forms the foundation of system safety. A headed type thermocouple from ELIMKO brand, manufactured reliably in Turkey, delivers this standard. This dual (2 x PT100) headed type thermocouple can generate two independent temperature signals from a single mounting point, setting a new benchmark in industrial automation. Protected by an AISI 304 stainless steel protective sheath, the professional headed type thermocouple operates with maximum safety in high-pressure pipelines, boiler systems, and reactors. Designed with a 100 mm immersion depth, this headed type thermocouple provides optimal temperature response in mid-depth process fluids, while its film-type sensor architecture ensures rapid and precise data transmission. With redundant measurement capability, headed type thermocouple is a reliable solution that guarantees uninterrupted measurement even if one element fails in critical applications. Calibrated to DIN EN 60751 B class accuracy standard, this headed type thermocouple delivers stable performance across the temperature range of -50°C to +400°C. Available from ORFA Industrial stockrooms, the headed type thermocouple features a standard 1/2" gas thread connector that provides perfect compatibility with standard piping components. Its aluminum casting head structure and terminal design make electrical connections safe and durable. Preferred in hydrofor stations, heating systems, and industrial cooling applications, this headed type thermocouple integrates directly with data logging and PLC control systems. When your project demands high reliability, rely on ELIMKO headed type thermocouple to perform temperature control always via two independent channels and maximize system redundancy.

Discover ELIMKO headed type thermocouple solutions for reliable temperature measurement and system redundancy in your industrial piping network.