Accuracyclass 2 acc. to IEC 60584 ASTM E230 and ANSI MC 96.1
Response timedepending on configuration: TC: t50 = 2 s t90 = 5 s RTD: t50 = 0,8s t90 = 2s
Max. process pressure (static)at 20 °C: 100 bar (1450 psi)
Operating temperature rangeType K: max. 1.150 °C (max. 2.102 °F) Type J: max. 920 °C (max. 1.688 °F) Type N: max. 1.150 °C (max. 2.102 °F) Type T: max. 370 °C (max. 698 °F)
Max. immersion length on requestup to 30.000,00 mm (1181'')
Accuracyclass 1 acc. to IEC 60584 class Special ASTM E230 and ANSI MC 96.1 IEC60751 Class A IEC60751 Class AA
Response timedepending on configuration: TC: t50 = 21 s t90 = 52 s RTD: t50 = 42 s t90 = 108 s
Max. process pressure (static)at 20 °C: 240 bar (3481 psi)
Operating temperature rangeType K: max. 1.070 °C (max. 1.958 °F) Type J: max. 520 °C (max. 968 °F) Type N: max. 1.100 °C (max. 2.012 °F) Pt100 WW: -200...600 °C (-328…1.112 °F) Pt100 TF: -50…400 °C (-58…752 °F)
Max. immersion length on requestup to 15.000,00 mm (590'')
Accuracyclass 2 acc. to IEC 60584 ASTM E230 and ANSI MC 96.1
Response timet50 = 3 s t90 = 9 s
Max. process pressure (static)at 20 °C: 90 bar (1305 psi)
Operating temperature rangeType K: max. 920 °C (max. 1.688 °F) Type J: max. 440 °C (max. 824 °F) Type N: max. 920 °C (max. 1.688 °F) Type E: max. 510 °C (max. 950 °F)
Max. immersion length on requestup to 13.000,00 mm (511,81'')
Multipoint thermometers
Our product finder helps you to search for suitable measuring devices, software or system components via product characteristics. Applicator leads you through an individual product selection via application parameters.
Multipoint assemblies with RTD and thermocouple sensors allow for reliable temperature measurement and safe operation in critical applications, ranging from low to high pressure process reactors as well as for storage tanks. Our standardized and engineered products are designed to customer specifications and provide detailed temperature profiles for optimized process control, increasing plant availability, efficiency and safety.
Material selection, mechanical design, heat treatments and construction technics are the latest state-of-the-art in terms of product optimization.
Portfolio description
Endress+Hauser offers both standardized and fully customized modular multipoint thermometers for various applications. Our portfolio of multipoint thermometers comprises:
3D-customizable, flexible sensors (with or without thermowell) – MultiSens Flex
Linear-profile sensors (with or without main thermowell) – MultiSens Linear
Minimally invasive sensors – MultiSens Slim
Linear-bundled sensors (on a rope or in a conduit) – MultiSens Bundle
Standardized and pre-engineered
Depending on the specific design, these multipoints can be offered:
with RTD or thermocouple sensors, including iTHERM ProfileSens technology
Diagnostic capabilities
iTHERM MultiSens Flex, Linear and Bundle multipoint temperature assemblies are available with a unique and innovative diagnostic chamber, providing additional safety and valuable process information to enable predictive maintenance. It is available in three design configurations: basic, advanced or advanced and modular.
Higher safety, higher flexibility, higher uptime
In addition to containing potential and hazardous process leakage, diagnostic chambers are equipped to provide valuable additional process data which can be used to analyze leakage events and plan timely counter-measures or predictive maintenance and lifecycle activities. A flexible design with replaceable parts (advanced, modular) for configurations with or without thermowells increases maintenance flexibility and ultimately reduces plant downtime.
Benefits
Measuring systems designed for the individual application
Straight or 3-dimensional temperature profile measurement for reactors and vessels
Design and material selection for high process temperatures and pressures as well as corrosive media
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Temperature Profiling
Engineered solutions for the Oil & Gas, Petrochemical Industries
A highly reliable multipoint temperature cable probe for oil & gas and petrochemical applications designed to reduce maintenance intervals and the risk of untimely shutdowns due to sensor failure.