Standard acc. to ASTM E-230 Special acc. to ASTM E-230
Response time
63% rt = 0.3 s
Max. process pressure (static)
at 20°C: 40 bar (580 psi)' depends on configuration
Operating temperature range
Type T: -270 °C ...400 °C (-454 °F ...752 °F) Type J: -210 °C ...1.200 °C (-346 °F ...2.192 °F) Type E: -270 °C ...1.000 °C (-454 °F ...1.832 °F) Type K: -270 °C ...1.372 °C (-454 °F ...2.500 °F) Type N: -270 °C ... 1.300 °C (-454 °F ...2.372 °F)
The thermocouple cable probe is easy to install and provide a high operational safety due to reliable and accurate temperature measurement in common processes. The probe is used in many process and laboratory applications such as heat exchangers, furnaces or dryers. Without additional thermowell the probe sheath is directly in contact with the process medium. This enables the cable probe to detect rapid temperature changes fast and accurate.
Magnesium oxide insulated thermocouples, commonly referred to as MgO thermocouples, are used in many process and laboratory applications. They have many desirable characteristics making thermocouples a good choice for general and special purpose applications.
The sensors can be used on:
Heat exchangers
Power & recovery areas
Furnaces
Dryers
Flue gas
Compressor stations
Process reactors
장점
Simplified model structure: Competitively priced, offers great value. Easy to order and reorder. A single model number includes sensor and transmitter assembly for a complete point solution.
Improved galvanic isolation on most devices (2 kV)
One source shopping for temperature measurement solutions. Remove and install straight out of the box!
All iTEMP® transmitters provide long term stability ≤ 0.05 % per year
By integrating a thermometer with iTHERM TwistWell thermowell with advanced helical design, operators can achieve superior steam quality and significantly reduce vortex-induced vibrations.
Temperature monitoring of the air-cooling system in hydroelectric power plants - iTHERM ModuLine TST434B as the optimal solution for ambient temperature measurement
Since the temperature of compressed hydrogen increases with expansion during filling, temperature measurement is essential at hydrogen filling stations for safety reasons.
Type T: -270 °C ...400 °C (-454 °F ...752 °F) Type J: -210 °C ...1.200 °C (-346 °F ...2.192 °F) Type E: -270 °C ...1.000 °C (-454 °F ...1.832 °F) Type K: -270 °C ...1.372 °C (-454 °F ...2.500 °F) Type N: -270 °C ... 1.300 °C (-454 °F ...2.372 °F)
Max. process pressure (static)
at 20°C: 40 bar (580 psi)' depends on configuration
Accuracy
Standard acc. to ASTM E-230 Special acc. to ASTM E-230