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6I5B Thermal Mass Flowmeter - Processelite
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6I5B Thermal Mass Flowmeter - Processelite
*Picture for reference only !
6I5B Thermal Mass Flowmeter - Processelite
6I5B Thermal Mass Flowmeter - Processelite
Product name:
Thermal Mass Flowmeter
Product series:

6I5B

Product brand:
E+H/Endress+Hauser
Product feature:
• Insertion meters: DN80...1500 (3...60") • Bidirectional flow measurement; high measurement performance • Patented drift-free sensor, SIL 2 certified • Up to 4 input/output channels for separate instruments • Backlit display, touch key control, and WLAN access • Standard cable connection between sensor and transmitter • Flexible configuration, offering 21 standard gas options, with the possibility to select a user-supplied gas mixture • High-level process control: high measurement accuracy (Premium) and excellent measurement repeatability • Reliable monitoring: detects process disturbances and reverse flow • Flexible installation: suitable for a wide range of diameters, can be installed in circular pipelines or rectangular ducts • Comprehensive process and diagnostic information: provides various user-defined input/output combinations and fieldbus options • Reduces complexity and variability: allows users to customize input/output functions • Self-checking feature: using Heartbeat Technology
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Measuring principle:
According to the principle of thermal diffusion measurement, when a medium flows past a heated thermal resistor (Pt100), it directly carries away part of the heat. By monitoring the cooling effect, the mass flow rate can be determined. The flow meter is equipped with two Pt100 thermal resistors installed in the measurement zone. One Pt100 thermal resistor measures the actual fluid temperature, while the other Pt100 thermal resistor is heated. The temperature sensor monitors and records the actual process temperature; the heated thermal resistor adjusts the sensor temperature by controlling the current through the heating component to maintain a constant temperature difference relative to the current process temperature. The greater the mass flow of the measured medium, the stronger the cooling effect, thus requiring a higher current to maintain a constant temperature difference. Therefore, by monitoring the current through the heating component, the mass flow of the medium can be measured.
Product positioning:
High-end, plug-in type
Using scenario:
The T-mass I adopts a patented sensor design and, based on the thermal principle, is inserted into pipelines for mass flow measurement, providing extremely high measurement stability. It can effectively compensate for changes in process conditions in real time, including temperature, pressure, flow direction, and gas type. The t-mass I 500 features an innovative split transmitter, ensuring maximum installation flexibility and the highest operational safety under harsh conditions. Heartbeat Technology guarantees the reliability of measurements and compliance of calibration. • The measurement principle features a high turndown ratio and directly measures mass flow. • It measures utility gases and mixed gases in circular or rectangular pipelines.
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Jiangsu Pinyi instrument Co., Ltd.
Shanghai Ruiyingda measurement and control technology Co., Ltd.
We specialize in instruments and process control.
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