High-temperature combustion, annealing and melting processes are usually executed without pressure at temperature up to 1800 °C (3272 °F). As a result, the selection of the appropriate thermowell is the greatest challenge for temperature measurement.
Both the thermowell materials’ temperature resistance and their resistance to aggressive media are decisive. In conjunction with the appropriate thermocouple, the thermowell has a considerable effect on the temperature sensor’s measuring accuracy and service life.
You can benefit from optimal plant productivity and efficiency by selecting the appropriate and correctly dimensioned temperature sensor.
 | TSH200 |
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| Description | Modular System: Thermocouple, thermowell, connection head, transmitter |
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| Approvals / Certificates | |
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| ATEX, intrinsic safety | |
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| ATEX, flameproof | |
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| ATEX, non incendive | |
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| ATEX, dust ignition proof | |
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| GOST Russia | l |
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| GOST Kazakhstan | l |
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| GOST Ukraine | l |
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| SIL 2 | l |
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| Process data | |
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| Temperature range | 600 ... 1800 °C |
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| 1112 ... 3272 °F |
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| max. pressure | 1 bar |
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| 15 psi |
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| output signal | Sensor signal,
4 ... 20 mA, HART,
PROFIBUS PA,
FOUNDATION Fieldbus |
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| response time | medium ... long |
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| Applications | Industrial furnaces |
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| Garbage and hazardous waste incineration |
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| Air-circulation furnaces |
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| Glass manufacturing |
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| Smelting operations |
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