Type S Thermocouple Rhodium Thermocouple Heat Resistant Temperature Sensor Probe (150mm)

📖 Description

• Industrial and rhodium thermocouples are also called precious metal thermocouples. They are used as temperature measurement sensors and are usually used in conjunction with temperature transmitters, regulators and display instruments to form a process control system to directly measure or control various production processes. The temperature of fluid, steam, gas medium and solid within the range of 0-1300℃.
  The rhodium thermocouple is a circuit composed of two different conductors connected at both ends of the circuit. When the temperature of the two junctions is different, a thermal current will be generated in the circuit. If there is a temperature difference between the working end of the thermocouple and the reference end, the display instrument will indicate the temperature value corresponding to the thermoelectric potential generated by the thermocouple.
  The thermoelectric heat of the rhodium thermocouple will increase with the increase in the temperature of the measuring end, and its size is only related to the thermocouple material and the temperature at both ends, and has nothing to do with the length and diameter of the thermoelectrometry.

🔧 Specifications

• Condition: 100% Brand New
  Item Type: Thermocouple
  Model: WRP-100
  Graduation: S
  Material: 99 corundum tube
  Resistance Component: rhodium wire
  Wire Diameter: Approx. 0.12mm / 0.004in
  Tube Diameter: Approx. 7mm / 0.3in
  Measurement Range: 0-1300 ℃ (long term)
  0-1600℃ (short term)

⚙️ Features

• High Temperature Capability: Suitable for extreme heat environments up to 1600°C
• Excellent Stability: S-type thermocouples offer superior long-term stability and repeatability
• Corrosion & Oxidation Resistant: Designed for harsh chemical and thermal environments
• Platinum-Rhodium Composition: Ideal for laboratory, metallurgy, and furnace applications
• Customizable Lengths: Probe length and fittings can be tailored to specific installations
• High Accuracy: Preferred in industries requiring precision thermal control

🛠️ Applications

• Glass Manufacturing: Accurate monitoring of molten glass temperatures
• Metallurgy & Foundries: Furnace temperature control during smelting and alloying
• Ceramics & Kilns: High-temperature process monitoring
• Aerospace Testing: Engine and material heat resistance testing
• Industrial Furnaces: Used in tube furnaces, muffle furnaces, and incinerators
• Scientific Research: High-precision thermal measurement in labs and R&D centers