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A transmitter is a device used to convert a physical quantity into a standard signal output, widely used in industrial automation control systems. According to different application requirements and measurement needs, transmitters come in various models and specifications. Below are some mainstream transmitter models.
2. Temperature Transmitter: Temperature transmitters are used to measure the temperature of media and convert it into a standard signal output. Common temperature transmitter models include resistance temperature detectors, thermocouple temperature transmitters, infrared temperature transmitters, etc.
3. Flow Transmitter: Flow transmitters are used to measure the flow of liquids or gases and convert it into a standard signal output. Common flow transmitter models include vortex flow transmitters, electromagnetic flow transmitters, ultrasonic flow transmitters, etc.
4. Level Transmitter: Level transmitters are used to measure the liquid level height of liquids and convert it into a standard signal output. Common level transmitter models include float level transmitters, pressure level transmitters, capillary level transmitters, etc.
5. Gas Component Transmitter: Gas component transmitters are used to measure the concentration of various components in gases and convert it into a standard signal output. Common gas component transmitter models include gas concentration sensors, gas analyzers, etc.
The above are some mainstream transmitter models, each with its specific application areas and advantages. When choosing a transmitter, it is necessary to select based on specific measurement requirements and environmental conditions to ensure system stability and accuracy. With the continuous development of industrial automation, the application range of transmitters is also expanding, and more advanced transmitter models will emerge in the future to meet the evolving market demands.
A transmitter is a device used to convert a physical quantity into a standard signal output, widely used in industrial automation control systems. According to different application requirements and measurement needs, transmitters come in various models and specifications. Below are some mainstream transmitter models.
2. Temperature Transmitter: Temperature transmitters are used to measure the temperature of media and convert it into a standard signal output. Common temperature transmitter models include resistance temperature detectors, thermocouple temperature transmitters, infrared temperature transmitters, etc.
3. Flow Transmitter: Flow transmitters are used to measure the flow of liquids or gases and convert it into a standard signal output. Common flow transmitter models include vortex flow transmitters, electromagnetic flow transmitters, ultrasonic flow transmitters, etc.
4. Level Transmitter: Level transmitters are used to measure the liquid level height of liquids and convert it into a standard signal output. Common level transmitter models include float level transmitters, pressure level transmitters, capillary level transmitters, etc.
5. Gas Component Transmitter: Gas component transmitters are used to measure the concentration of various components in gases and convert it into a standard signal output. Common gas component transmitter models include gas concentration sensors, gas analyzers, etc.
The above are some mainstream transmitter models, each with its specific application areas and advantages. When choosing a transmitter, it is necessary to select based on specific measurement requirements and environmental conditions to ensure system stability and accuracy. With the continuous development of industrial automation, the application range of transmitters is also expanding, and more advanced transmitter models will emerge in the future to meet the evolving market demands.
