Platinum Rhodium Thermocouple

  • S Type Pt-Rh Platinum Rhodium Thermocouple with Ceramic Probe
S Type Pt-Rh Platinum Rhodium Thermocouple with Ceramic Probe

S Type Pt-Rh Platinum Rhodium Thermocouple with Ceramic Probe

  • S Type Pt-Rh Platinum Rhodium Thermocouple with Ceramic Probe
  • Product description: S Type Pt-Rh Platinum Rhodium Thermocouple with Ceramic Probe ​Normal use in coking plant, steel plant and other occasions of high temperature use.
  • INQUIRY
The diameter of the s-type thermocouple wire is set as 0.5mm, the allowable deviation is -0.015mm, the nominal chemical composition of the positive electrode (SP) is platinum rhodium alloy, which contains 10% rhodium, 90% platinum, the negative electrode (SN) is pure platinum, the dividing number is S dividing number, mainly measuring the temperature of 0~1600℃ medium. S Type Pt-Rh Platinum Rhodium Thermocouple with Ceramic Probe Normal use in coking plant, steel plant and other occasions of high temperature use.
The measurement accuracy of S Type Pt-Rh Platinum Rhodium Thermocouple with Ceramic Probe is the highest when the normal long-term use temperature is about 800~1300℃, while the temperature measurement accuracy is not high within 800℃, and the long-term use temperature is more than 1300℃, it is easy to damage the thermocouple, so the choice of the correct rating thermocouple is an important factor to ensure the accuracy of temperature measurement.

S Type Pt-Rh Platinum Rhodium Thermocouple with Ceramic Probe Model and specification:

Model

Indexing number

Temperature range

Protective tube material

Thermal response time

diameter

Total length (L) x interpolation(l)

WRP-130

WRP2-130

S

0-1600

High alumina

Corundum

< 150S

Phi 16

300x150

350x200

400x250

450x300

550x400

650X500

900x750

1150x1000

1650x1500

2150x2000

WRP-131

WRP2-131

S

0-1600

High alumina

 pipe

Corundum tube

< 150S

Phi 25

300x150

350x200

400x250

450x300

550x400

650X500

900x750

1150x1000

1650x1500

2150x2000


Scan the qr codeClose
the qr code