ZHK6240 The Real-time Online Monitoring System for Electromagnetic Radiation Fixed Points

This system can achieve uninterrupted monitoring of electromagnetic radiation sources such as high-voltage power lines and substations, operating 24 hours a day. It provides real-time data monitoring 365 days a year and can quickly supply relevant electromagnetic radiation data required for pollutant discharge permits for substation projects. The system can fulfill the self-monitoring requirements of the pollutant discharge permit by recording and storing real-time monitoring data, thus meeting related tasks for self-monitoring and keeping records. The system utilizes Internet of Things (IoT) technologytosupportthecreationofelectromagneticradiationmonitoringnetworksacrossvarioussizesofgeographical areas. 
This system features high accuracy, good stability, and strong adaptability to field conditions, meeting the monitoring requirements for electromagnetic radiation under various conditions.

● RMS Measurement
● Electromagnetic Field Measurement
● Three-axis Omnidirectional, Isotropic
● High Sampling Rate
● Real-time Values
● Anomaly Alarm
● AC Power Supply, Optional Solar Power Supply Easy Installation

Backend System

The electromagnetic radiation online monitoring management platform can analyze, store, alert, and publish real-time data received from the monitoring terminals, providing immediate alarms for stations that exceed national standards.
The automatic monitoring station supports management of site logs, monitoring of measurement stations, remote control of monitoring stations, and parameter settings.
The system supports the following modules: user management, site information management, alarm management, data statistics, log management, report management, real-time curve viewing, large screen management, and permission management, with the option for custom development according to user needs.

Frontend Display

The frontend display is fully based on the corporate network and the internet as a platform for the release of various multimedia information systems. It supports all mainstream media formats currently available, fully meeting the electricity indus-try's user demands for electromagnetic radiation communication.
The display system can be divided into multiple display areas for partitioned presentation of the promotional graphics and texts from the backend system. This display system is specifically customized to meet the needs of electromagnetic radiation communication, ensuring compliance with standards and making it more accessible to the public. The installation location of the equipment is no longer restricted, and it supports a timed power on/off function to save electricity.Information publishing supports both local and remote updates to meet the needs of different environments. According to relevant management regulations for information release, publishing parameters (such as time, frequency, content, etc.) can be set, allowing for flexible combinations of videos, text, images, and other information.