Temperature Transmitter
Measuring Range: -200℃~1200℃
CE, CNEX, CCS, DNV, ABS approved
Available for customization
New Product Change Notice (PCN) effective Jan 1, 2025. MICROSENSOR appreciate your understanding.
MTM4831S
Used For
Machinery manufacturing, Hydraulic and pneumatic control systems, Marine and shipbuilding, Oil and gas, Petrochemical, Municipal and environmental protection
Leave a MessageOur integrated temperature transmitter is designed for easy on-site installation with a local display. Industry-standard 4-20mA DC signal output integrates with various DCS, PLC, and data acquisition systems. Fully compliant with CE requirements. This integrated temperature transmitter is widely used in industries and process automation applications.
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Our integrated temperature transmitter is designed for easy on-site installation with a local display. Industry-standard 4-20mA DC signal output integrates with various DCS, PLC, and data acquisition systems. Fully compliant with CE requirements. This integrated temperature transmitter is widely used in industries and process automation applications.

Measuring Range: -200℃~1200℃
CE, CNEX, CCS, DNV, ABS approved
Available for customization

Measuring Range: -40°C~1600°C
Types: K/J/E/T/N/S/B
CE, RoHS, Explosion-proof

Measuring Range: -200℃~500℃
Element: PT100/PT1000
CE, RoHS, Explosion-proof

In the papermaking process, pulp is fed into the headbox of the paper machine. In the hydraulic headbox, pulp enters the weir pool via the conical distribution pipe and tube bundles, and is then sprayed onto the forming wire by the weir plate. Since the pulp jet velocity is controlled by adjusting the headbox slice pressure per the wire speed, accurate pressure measurement in the headbox is essential.
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The paper machine's drying section employs steam-heated cylinders, with steam generated by a separate boiler and transported by pipelines. To ensure optimal steam supply, a differential pressure transmitter with an orifice plate is used to measure flow, allowing for accurate planning.
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By monitoring the sewage flow, pipeline pressure and reservoir level, the efficiency of sewage treatment plant can be improved. At the same time, it can also facilitate operation and management, and achieve energy saving and automation control.
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The normal operation of fire-fighting water pipeline plays an important role in safeguarding citizens' personal and property safety. Monitoring instruments are installed at each monitoring point of the fire protection pipeline to monitor pressure and level data in real time, so that when an error occurs, faults are located in time and alarms are given to facilitate staff maintenance and processing.
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