CE, SIL-3 & ATEX Certifications
Temperature Transmitter
Engineered for Stable, Continuous Measurement Across Industrial Tanks and Vessels
Our temperature transmitters are built to deliver dependable measurement signals that withstand noise, vibration, and long transmission distances. By providing stable, linear 4–20 mA output, each device supports precise thermal control across reactors, pipelines, and heat-intensive operations.
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Precision Temperature Insights at Your Command
Explore Our Temperature Transmitter
Designed for industrial pipelines and utility systems, these transmitters convert temperature readings into interference-resistant analog outputs that support accurate flow monitoring. Rugged construction and flexible configurations enable dependable performance across diverse applications.
Ferrule thread with LCD display
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Ferrule thread digital tube display
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3.6V lithium battery powered LCD display
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Fixed flange digital tube display
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with limit alarm and nixie tube display
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Fixed thread digital tube display
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Stainless steel junction box explosion-proof type
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Dual 4~20mA output, dual display meter
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Fixed threaded connection
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Ferrule threaded connection
Inquiry NowMain performance features
Design features that deliver measurable performance in real industrial environments.
Verified Performance, Certified Quality
Certified to the World’s Most Demanding Industrial Standards
Our flowmeters undergo comprehensive verification under recognized global standards. With SIL-3 safety, CE conformity, and explosion-proof certification, each unit delivers dependable performance and lasting operational integrity in demanding process conditions.
Advanced R&D Design for High-Accuracy Measurement
Advanced R&D design for high-accuracy temperature measurement
We design temperature transmitters through a disciplined engineering process built around sensor behavior, thermal dynamics, and output linearity. Our R&D work emphasizes stability across environmental variations, ensuring that each transmitter maintains predictable performance in the presence of electrical noise, vibration, and temperature fluctuations. By combining modeling, materials engineering, and controlled electronics design, we deliver a temperature measurement platform capable of supporting demanding industrial operations.
Precision Sensor Modeling
We analyze sensor profiles to refine scaling, improve drift resistance, and align transmitter output with true temperature values.
Thermal Drift Optimization
Electronics are refined to minimize thermal drift, ensuring consistent output even under rapid temperature changes and variable operating conditions.
Noise-Resistant Circuit Design
Signal conditioning circuits are engineered to minimize interference, ensuring stable behavior during long-distance analog transmission.
Process-Oriented Adaptation
Mechanical formats and sensing options are tailored to integrate cleanly with pipelines, vessels, and field instrument layouts.
Quality built through disciplined engineering
Precision Manufacturing Backed by Rigorous Verification
We calibrate our temperature transmitters across multiple temperature points to verify linearity, confirm resistance-to-output integrity, and minimize drift under changing ambient and load conditions. By combining calibrated platinum sensing elements with sealed electronics and vibration-resistant assembly, each transmitter maintains the accuracy and repeatability needed for energy monitoring, process control, and quality-critical industrial applications.
Precision Flow Measurement Starts Here
Discuss Your Application With Our Flow Specialists
Not sure which model fits your application? Discuss your process with our flow-measurement engineers and get actionable recommendations matched to your medium, range, and installation needs.
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