The Photoelectricity Converter (Receiver) EMC-01 adopts advanced photoelectric conversion technology and supports 2-way forward video and 1-way bidirectional data transmission. This design makes full use of the advantages of optical communication, including strong anti-interference, high bandwidth, low loss and good confidentiality. These characteristics enable EMC-01 to provide stable and reliable signal transmission even in complex industrial environments.

Compared with traditional electrical signal transmission, EMC-01 transmits signals through optical fiber, which can achieve longer distance data transmission without distortion. This is especially important for large industrial facilities, such as furnace monitoring systems in power plants, because they need to monitor temperature over a wide area.

Photoelectricity Converter (Receiver) EMC-01 is one of the core components of the acoustic temperature field measurement system. The system consists of a control cabinet, a gas sounding device, a signal processing and controller, an audio pickup, a gateway and a computer for data processing. Through 8 measuring points with sounding and receiving functions, the system can realize two-dimensional temperature reconstruction analysis of the furnace flue gas outlet and provide operators with accurate temperature distribution data.

In order to ensure the integrity and effectiveness of communication under large data volume conditions, Photoelectricity Converter (Receiver) EMC-01 adopts the hardware link configuration of 100M industrial Ethernet and adopts the mature TCP/IP protocol. The network communication platform built by LAN not only improves the stability of data transmission, but also simplifies the integration and maintenance of the system.

The furnace acoustic temperature measurement system using Photoelectricity Converter (Receiver) EMC-01 has many advantages. First, it can provide high-definition video transmission to help operators monitor the internal situation of the furnace in real time. Secondly, the two-way data transmission capability of the system enables control instructions to be issued quickly, which improves the response speed of the system. In addition, the high anti-interference of optical fiber transmission ensures the stability of the signal in complex industrial environments.

The Photoelectricity Converter (Receiver) EMC-01 has a wide range of application prospects in the field of video transmission and monitoring. In addition to the furnace acoustic temperature measurement system, it can also be used in other occasions that require long-distance and high-stability signal transmission, such as telemedicine, security monitoring, traffic monitoring, etc.

The Photoelectricity Converter (Receiver) EMC-01 plays an important role in the furnace acoustic temperature measurement system with its efficient and stable photoelectric conversion technology, long-distance transmission capability, and compatibility with modern communication protocols. It not only improves the accuracy of temperature measurement, but also provides a reliable data transmission solution for industrial automation and process control. With the continuous advancement of industrial automation technology, EMC-01 and similar products will play a more important role in future industrial applications.