Description
NEW Cornet ED98Pro5G Quad Mode Meter – Includes Hard Shell Case – February 2024 Release
What is an Electrosmog Meter?
This meter will give a home or business owner a basic understanding of RF and EMF exposure in their environment and help to identify the primary sources of electro-pollution in an environment. Note: If you are comparing your measurements to the Institute for Building Biology Guidelines and wish to achieve levels in the no concern range, a more sensitive meter is required. Please see our RF Meter or EMF Meter page or consult with one of our technical experts
Multi-Mode RF Meter With Frequency Display And Data Logging – 5G Ready! Low-Mid Bands
The new Cornet ED98QPro5G (0.1-8GHz) Quad-Mode Electrosmog meter offers frequency display, real time waveform display and data logging, with a built-in light flicker sensor.
New Feature:
The Light Flicker mode is an excellent tool for measuring the LED light flicker problems in living environments, which is known to affect human health and are regulated by the new EU, UL, and IEEE1789 of USA safety standards. Easy to use and affordable.
Features:
- Measures Radio Frequency between 0.1 – 8 GHz
- Radio Frequency Counter to display dominant source between 100 MHz – 4.2 GHz
- Measures Low Frequency AC Magnetic Fields between 50 Hz – 10 kHz
- Measures Low Frequency AC Electric Fields between 50 Hz – 50 kHz
- Measures Light Flicker rate from modern light sources and digital displays
- Sound signature analysis, with volume control
- Up to 50 hours of RF data logging
- USB interface to PC
- Peak RF power density measurement: 0.5 uW/m2 to 1.8 W/m2
- Max, Average and Hold function (for RF measurements)
- Histogram for RF, LF, and E-field modes
- Ultra-fast colored LED 8x segment level display, for easy signal level indication
- Battery operated (9V DC Alkaline); > 20hours, or external power through USB port (5V)
- Small, compact handheld design: 69mm X 130mm
- 1 year warranty
Additional Features:
The Data Logging interval time has been increased up to 0.001sec.(1msec.) from 0.5sec. The user can now log the data at faster speed to capture the high speed digital RF signal waveform (such as 5G, WiFi, DECT, ….) . It is an excellent tool to view the actual signal waveform of the digital RF signal to identify the signal source. The user can now set the Logging time of (1msec, 0.5sec, 1sec, 10sec, 30sec, 1min, 2min, and 3min) in the Logger setup menu for data Logging. The meter can send it from SRAM Buffer or Flashmem to the PC computer or view it on the LCD display window.
The Statistic mode display window has been improved, the new real time signal waveform display is added to the Statistic data window. the user can now see the actual signal waveform of the RF signal displayed on each screen update. The sampling rate is 42usec/sample and is displayed at 500usec/step for the 0.5sec LCD display update time. The user can use both signal level, frequency, duty cycle and the real time waveform to identify the detected signal. This is very useful for digital RF
signals identification such as 5G, Wifi, DECT, Bluetooth, etc., especially when several different signals are detected within the 0.5sec. LCD display update time, the user will get an inside knowledge of the digital RF signal they are measuring, get the Statistic information of the distribution of the signal levels of each signal and be able to find the best solution for the problem in terms of EMF safety.
Applications:
- RF field strength/power level measurement
- RF Data Logging
- Measuring emissions from cellular phone base stations
- Telecommunications (e.g. CW,TDMA,GSM,DECT)
- Wireless LAN (Wi-Fi) detection, installations
- Spy camera, wireless bug finder
- Cellular/cordless phone radiation safety level
- Microwave oven leakage detection
- AC power line, transformer radiation
- Monitoring personal living environment; EMF safety
- Checking flicker rate of computer/tv screens and LED/CFL Light bulbs
Includes:
- Cornet ED98Pro5G Electrosmog Meter: Qty=1
- User’s Guide
- 9 Volt Battery
- Hard Shell Zipper Travel Case (HS1)