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Yokogawa YTA320 temperature transmitter
The Yokogawa YTA320 temperature transmitter is a high-precision device specifically designed for industrial temperature measurement and signal transmission, suitable for various fields such as chemical, power, and metallurgy. With its excellent temperature measurement accuracy, reliable stability, and flexible adaptability, it has become an ideal choice for achieving precise temperature monitoring and efficient control in industrial production.
- High-precision Temperature Measurement: Using advanced temperature sensing technology and high-precision signal processing circuits, it is compatible with various temperature sensors (such as thermocouples and thermal resistors). The measurement range covers -200°C to 1300°C, and the measurement accuracy reaches ±0.1°C (typical value). It can accurately capture temperature changes, providing reliable data support for industrial process control.
- Stable Signal Conversion and Transmission: It linearly converts the signals collected by the temperature sensor into standard 4 - 20mA current signals or digital signals (HART protocol) for output, effectively reducing interference during signal transmission and enabling long-distance, distortion-free signal transmission to ensure that the signals are accurately sent to the control system.
- Intelligent Self-diagnosis and Compensation: With a built-in intelligent diagnostic function, it monitors the device's operating status in real-time. It can automatically detect abnormal situations such as sensor failures, disconnections, and out-of-range conditions, and feedback fault information through indicator lights or communication interfaces. It has functions such as temperature drift compensation and non-linear compensation to ensure the accuracy of measurement results under different environmental conditions.
- Flexible Configuration and Debugging: It supports parameter configuration and debugging through handheld terminals, host computer software, or local buttons. Parameters such as measurement range, output mode, and damping time can be customized to meet the personalized needs of different industrial scenarios.
- Technical Characteristics
- Wide Operating Temperature Range: It can operate stably in an ambient temperature range of -40°C to 85°C, adapting to harsh working conditions such as high and low temperatures, and ensuring the reliable operation of the device in extreme environments.
- High Protection Level: The housing is made of durable materials, and the protection level reaches IP66/IP67. It has excellent dust-proof and waterproof performance, effectively resisting the erosion of dust and rain, and is suitable for industrial applications in outdoor and humid environments.
- Low-power Design: The application of optimized circuit design and energy-saving chips significantly reduces the power consumption of the device, decreases energy consumption, and at the same time reduces device heating and extends the service life.
- Precise and Reliable: High-precision measurement and stable signal transmission ensure the accuracy and reliability of temperature data, providing strong support for precise control in industrial production.
- Easy Installation and Maintenance: The compact structural design and standardized installation method facilitate on-site installation. The rich fault diagnosis function and intuitive status indication make it easy to quickly locate and solve problems, reducing maintenance costs and difficulties.
- Strong Compatibility: It supports multiple communication protocols and output signal types, and can be seamlessly integrated with PLCs and DCS systems of different brands, adapting to diverse industrial control systems.
- Long-term Stability: Manufactured in strict accordance with industrial standards and through multiple rigorous tests, it has excellent anti-electromagnetic interference ability and environmental adaptability, and can operate stably for a long time, reducing the frequency of equipment replacement.
- Chemical Production: Used to monitor the temperature of chemical reactors, pipelines, storage tanks, and other equipment, ensuring that chemical reactions proceed within the set temperature range and ensuring production safety and product quality.
- Power Industry: In power plants and substations, it real-timely monitors the temperature of key equipment such as generator sets and transformers, preventing equipment overheating failures and ensuring the stable operation of the power system.
- Metallurgical Manufacturing: Applied in links such as metallurgical furnaces and steel rolling production lines, it accurately measures the temperature of high-temperature workpieces and equipment, providing data support for process optimization and quality control.
- Food and Pharmaceutical Industries: During food processing and pharmaceutical production, it strictly controls the temperature of the production environment and equipment to meet the hygiene and quality standards of the industry.
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