2023 China (Beijing) International Fair For Measurement，Instrumentation And Automation（MICONEX）

Temperature transmitter technology has been very mature, very common in various factories, transmitters are often used in conjunction with a number of instruments, often in the process of supporting the use of some minor failures. The more common faults and solutions are as follows.

The junction box is one of the safest elements of the automation system which we think will not face any issues. The components like terminal blocks, cards, etc. installed in the junction box will not face any problems because of the surrounding atmospheric conditions. But for this, there are certain things that need to be done in the junction box.

Microcyber's NCS-PT105ⅡS series of intelligent pressure transmitter adopts advanced, mature and reliable piezoresistive silicon pressure sensor, combined with advanced microprocessor technology and digital capacitance measurement technology to make it carefully designed.

In the general sense, the pressure transmitter is mainly composed of three parts: sensor sensor (also known as pressure sensor), measurement circuit and process connector. It can transform the physical pressure parameters that the pressure measurement component sensor feels into the physical pressure parameters of the gas, liquid and other physical pressure parameters into a standard electrical signal (such as 4 ~ 20madc, etc.) to provide the second instrument such as the alarm, the recorder, the regulator and other second instruments for measurement and instructions. Process adjustment

The 15th Anniversary Sharing Meeting of Microcyber

1. Multi-Protocol Support: The NCS-TT105 supports the latest versions of Foundation Fieldbus H1, PROFIBUS PA, and HART protocols. This versatility allows it to integrate seamlessly with a wide range of control systems and industrial networks. 2. Dual-Channel Input: With support for dual-channel sensor input, the NCS-TT105 enables redundancy and hot backup configurations. This feature enhances reliability and ensures continuous operation in critical applications. 3. Flexible Sensor Compatibility: The transmitter accommodates various sensor types, including 2-wire, 3-wire, and 4-wire RTDs. This flexibility makes it suitable for a broad range of temperature measurement scenarios. 4. High Precision: Boasting accuracy better than grade 0.1 and low temperature drift (better than ± 50ppm/℃), the NCS-TT105 delivers exceptional measurement precision. The enhanced version offers an impressive accuracy of ±0.1℃ for Pt100 and Pt1000 sensors. 5. Diagnostic Capabilities: Advanced temperature transmitters often include self-diagnostic features that can detect sensor failures, wiring issues, or internal malfunctions. This proactive approach to maintenance helps prevent unexpected downtime. 6. Remote Configuration: Digital communication protocols allow for remote configuration and calibration of the transmitter. This feature significantly reduces the need for on-site visits and simplifies maintenance procedures. 7. Customizable Measurement Ranges: Users can configure the transmitter's measurement range to match their specific application requirements, optimizing resolution and accuracy for the intended temperature span.

Pressure sensors in high temperature extreme environments Some harsh industrial environments have a wide range of needs for high temperature pressure transmitters, so the research of high temperature pressure sensors is also an important topic.