Platinum Rhodium Thermocouple

  • Temperature sensor B type Platinum rhodium thermocouple with 0.5mm thermocouple wire
  • Temperature sensor B type Platinum rhodium thermocouple with 0.5mm thermocouple wire
Temperature sensor B type Platinum rhodium thermocouple with 0.5mm thermocouple wireTemperature sensor B type Platinum rhodium thermocouple with 0.5mm thermocouple wire

Temperature sensor B type Platinum rhodium thermocouple with 0.5mm thermocouple wire

  • Platinum rhodium thermocouple
  • Product description: Temperature sensor B type Platinum rhodium thermocouple with 0.5mm thermocouple wire is noble metal thermocouples. The nominal chemical composition of the positive electrode (BP) is a platinum-rhodium
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Temperature sensor B type Platinum rhodium thermocouple with 0.5mm thermocouple wire is noble metal thermocouples. The nominal chemical composition of the positive electrode (BP) is a platinum-rhodium alloy containing 30% bismuth and 70% platinum, and the negative electrode (BN) is a platinum-rhodium alloy containing 6%. The thermocouple has a long-term maximum operating temperature of 1600 ° C and a short-term maximum operating temperature of 1800 ° C.

Type and Specification of pt-rh thermocouple

Conductor

material
Wire

Calibration
Accuracy
Class
Class
Accuracy
Temperature range(℃)
Accuracy
Temperature range(℃)
Ni Cr-Ni Si
K
1.5
or
0.4%t
-40-1000
2.5

or

0.75%t
-40-1000
Ni Cr Si-Ni Si
E
-40-1100
-40-1200
NiCr-Konstantan
N
-40-800
-40-800
Fe-Konstantan
J
-40-750
-40-750
Cu-Konstantan
T
1 or
0.4%t
-40-350
1.5 or
0.75%t
-40-350
Pt Rh 10-Pt
S
1or
1+t-1100× 0.003
0-1600
1.5
or
0.25%t
0-1600
PtRh 13-Pt
R
0-1600
Pt Rh30-PtRh 6
B
600-1700

Platinum rhodium thermocouple Comments: 
1. Produce based on client's requirments 
2. Methods of fixing: normally without fixing device, but flange or threaded is available

Temperature sensor B type Platinum rhodium thermocouple with 0.5mm thermocouple wire is actually a double platinum-iridium thermocouple with index B. It can measure the temperature of the medium from 0 to 1800 °C and can be used for a long time at 1300~1600 °C. It is the best thermocouple for high temperature measurement.

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