Thermocouple Temperature Sensor

ECCS Thermocouple Temperature Sensors provide accurate temperature measurement in high-temperature industrial processes. Designed for durability and precision, they ensure reliable monitoring in furnaces, burners, and heating systems.

Thermocouple Temperature Sensor

ECCS Thermocouple Temperature Sensors are widely used in industrial heating systems to measure and monitor high temperatures. These sensors operate based on the thermoelectric principle, generating voltage corresponding to temperature changes.

The thermocouple consists of two dissimilar metal conductors joined at a sensing junction. When exposed to heat, the junction produces a measurable signal that is transmitted to temperature controllers or monitoring systems.

Built for demanding industrial environments, ECCS thermocouple temperature sensors provide stable performance and accurate temperature monitoring in furnaces, ovens, combustion systems, and heat treatment processes.

Technical Specifications

  • Product Type: Thermocouple Temperature Sensor
  • Thermocouple Type: Type K / Type J / Type T / Type S
  • Temperature Range: Up to ~1200°C or higher depending on type
  • Sensor Material: Heat-resistant metal alloys
  • Insulation: Ceramic / mineral insulated
  • Probe Material: Stainless steel / heat-resistant alloy
  • Output Signal: Thermoelectric voltage signal
  • Mounting: Threaded / flange / probe mounting
  • Compatibility: Temperature controllers and PLC systems
  • Application: High-temperature industrial monitoring
Applications / Industries Served

Applications of Thermocouple Temperature Sensors

  • Industrial furnaces and ovens
  • Metal melting furnaces
  • Burner and combustion systems
  • Heat treatment plants
  • Glass manufacturing plants
  • Chemical processing industries
  • Food processing heating systems
  • Industrial temperature monitoring systems
Key Benefits / Features

Key Features of ECCS Thermocouple Temperature Sensors

  • Accurate high-temperature measurement
  • Reliable performance in harsh industrial environments
  • Fast response to temperature changes
  • Durable probe construction for industrial use
  • Compatible with temperature controllers and PLC systems
  • Suitable for furnaces, burners, and ovens
  • Stable signal output for process monitoring
  • Long service life in high-temperature applications
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