OS-4P frequency selective electromagnetic radiation monitor

OS-4P frequency selective electromagnetic radiation monitor

Product introduction           

• OS-4P Frequency-selective Electromagnetic Radiation Monitor is an innovative platform-based cross-generation product. Based on frequency-selective measurement, it can be connected to a comprehensive field strength measurement probe. It has more advanced measurement performance and functions, and is more reliable. At the same time, the instrument has faster measurement speed, smaller weight and size, which is more in line with the requirements of HJ1151-2020 "Methods for Monitoring Electromagnetic Radiation Environment of 5G Mobile Communication Base Stations" and provides better user experience.

• OS-4P Frequency Selective Electromagnetic Radiation Monitor fully integrates the "5G Mobile Communication Base Station Electromagnetic Radiation Environmental Monitoring Method" HJ1151-2020 and the current national electromagnetic environment monitoring standards, based on the CMA quality control elements, the development of the whole process of intelligent monitoring and data Management software greatly simplifies the measurement process and improves user monitoring efficiency.

• The OS-4P frequency-selective electromagnetic radiation monitor is equipped with a 3.5GHz on-site RF calibrator STT-CAL-RF2, which is dedicated to on-site calibration of electromagnetic fields in the 5G frequency band, making the quality of on-site measurement data more reliable and guaranteed.

Main features

• Innovative high-precision small-size frequency-selective probe for more precise spatial positioning;

• 1Hz-6GHz low frequency electromagnetic field, medium and short wave electromagnetic field, radio frequency electromagnetic field multi-probe combined frequency selection measuring instrument;

• It can be connected to a variety of comprehensive field strength measurement probes from 1Hz to 60GHz;

• Supporting portable 3.5GHz RF electromagnetic field calibrator;

• Small and light, easy to use on-site measurement;

• Appearance structure design such as 8-inch color LCD professional touch screen and shortcut keys for outdoor portable measurement applications;

• 1Hz-6GHz electromagnetic field exposure safety assessment according to GB8702-2014 standard limits and methods;

• Accurately meet the technical requirements of "Methods for Environmental Monitoring of Electromagnetic Radiation of 5G Mobile Communication Base Stations";

• Built-in frequency selection measurement of 5G, 4G, 3G, 2G base stations of various mobile communication operators and radio and television, supports integration of any frequency band, and supports custom editing of frequency selection measurement list;

• "Full process design" detection management scheme, full process intelligent management system (optional), seamlessly connected to the radiation environment monitoring management platform, supporting wireless uploading of monitoring data spectrum graphs and reports to the radiation environment monitoring management platform;

• Built-in GPS positioning for easy monitoring process management;

• Convenient software operation interface, one-key measurement, one-key save, automatic optimization of measurement settings;

• Data modes such as real-time value, average value, maximum value, measured value versus time curve, frequency-selective field strength, and spectrum curve;

• Faster measurement speed, 30MHz-6GHz full-band omnidirectional measurement≤450ms(@RBW=300kHz);

• Passed the measurement calibration of China Institute of Metrology, Taier Laboratory, and South China Institute of Metrology, and passed the EMC radio frequency electromagnetic field radiation immunity test.

Application

• 5G mobile communication base station electromagnetic radiation environment monitoring

• Electromagnetic radiation environment monitoring of 5G, 4G, 3G, 2G co-located mobile communication base stations;

• Radio frequency electromagnetic field monitoring of radar, navigation station, satellite earth station, digital microwave receiving station, etc.