Overview
| characteristic | model | WRP-130/230/WRP-120/WRP-330 | |
| type | Platinum rhodium thermocouple | series | WRP series |
| accuracy | ± 0.25% | brand | Hailun/Helen instrument |
| specifications | resolving power | ||
| application area | mechanical equipment | working temperature | sixty-five |
| Linear range | response time | 0.5 seconds | |
| Installation type | Thread/flange | type of output | B. S, K, E |
| Material number | supply voltage | ||
| Sensor type | Minimum number of packages | One piece, one packaging | |
| Product characteristics | high temperature | Measuring range | 0-1800 ℃ |
| Packaging/Housing | aluminium alloy | material | 2025/Corundum tube |
| stability | 0.25% 60 months | Explosion proof, etc | DIIBT4, dIIBT5, CT4.CT6 |
| Tolerance, etc | I | ||
Product Details
K-type high-temperature platinum rhodium thermocouple made of corundum tube material WRN-130/120/230 temperature sensor probe
Product Introduction:
Overview of S-type Platinum Rhodium Thermocouple WRP
Industrial assembled thermocouples are commonly used as temperature measuring transmitters in conjunction with display instruments, recording instruments, and electronic regulators. They can directly measure the surface temperatures of liquids, vapors, gas media, and solids in various production processes from 0 ℃ to 1800 ℃.
According to regulations, our company produces assembled thermocouples that comply with IEC standard graduation numbers, such as platinum rhodium 30-platinum rhodium 6, platinum rhodium 10-platinum, nickel chromium nickel silicon, nickel chromium constantan, etc.
Assembling thermocouples usually consists of main components such as temperature sensing components, installation fixtures, and junction boxes.
S-type Platinum Rhodium Thermocouple WRP Optional Models
B-type, S-type, K-type, E-type
Main technical parameters of S-type platinum rhodium thermocouple WRP
S-type platinum rhodium thermocouple WRP measurement range and basic error limit Thermocouple category code graduation number Measurement range Basic error limit Nickel chromium constantan WRK E 0-800 ℃ ± 0.75% Nickel chromium nickel silicon WRN K 0-1300 ℃ ± 0.75% Platinum rhodium 13 Platinum WRB R 0-1600 ℃ ± 0.25% Platinum rhodium 10 Platinum WRP S 0-1600 ℃ ± 0.25% Platinum rhodium 30 Platinum rhodium 6 WRR B 0-1800 ℃ ± 0.25% Note: t is the measured temperature value of the temperature sensing element (℃)