The products of high-performance industrial temperature transmitters are diverse, and various types can be enumerated from different perspectives:

1. Analog Signal Temperature Transmitter:

   • Converts the analog signals from temperature sensors (such as thermocouples or RTDs) into standard industrial signals (such as 4-20mA current signals or 0-10V voltage signals).
   • Features high accuracy, stability, and immunity to interference, suitable for applications in industrial automation that require high temperature measurement accuracy.

2. Digital Temperature Transmitter:

   • Digitally processes temperature signals and transmits data through digital communication interfaces such as RS-485, MODBUS, etc.
   • Provides higher accuracy and immunity to interference, while supporting remote monitoring and integration, suitable for large industrial systems or remote monitoring applications.

3. Intelligent Temperature Transmitter:

   • Integrates sensor, signal processing, and communication functions into one unit, featuring self-diagnosis, automatic calibration, fault alarms, and other intelligent functions.
   • Processes and analyzes temperature data in real-time through integrated microprocessors, providing more intelligent temperature monitoring and control solutions.

4. High-Temperature Range Transmitter:

   • Specifically designed for temperature measurement in extremely high-temperature environments such as refining, steelmaking, glassmaking, etc.
   • Features high-temperature resistance and corrosion resistance, suitable for temperature monitoring and control in high-temperature furnaces or processes.

5. Explosion-proof Temperature Transmitter:

   • Complies with explosion-proof safety standards, suitable for temperature monitoring and control in hazardous environments with flammable and explosive gases.
   • Features special explosion-proof enclosures and circuit designs to ensure safe operation in hazardous environments.

6. Programmable Temperature Transmitter:

   • Offers flexible parameter settings and function configurations, allowing users to customize and adjust the transmitter according to specific application requirements.
   • Provides various operating modes, output ranges, and calibration options to adapt to different temperature measurement scenarios.

7. Embedded Temperature Transmitter:

   • Compact design suitable for tight spaces or integration into other equipment for temperature monitoring.
   • Features low power consumption, high integration, and strong reliability, suitable for temperature monitoring needs in various industrial automation systems.

These different types of high-performance industrial temperature transmitter products play crucial roles in their respective characteristics and application areas, meeting the diverse temperature measurement and control needs in industrial production processes.