Description
EMF Meter EMF Detector GQ EMF-390 Three Field Electromagnetic Radiation Detector 3 in 1 RF Meter 5G Cell Tower Wifi 10G and Data Logging 2.5G Spectrum Analyzer Radio Frequency Detector Ghost Hunting Equipment
-GQ EMF-390 Advanced Multifunction Digital ELF EMF Meter is designed and developed by GQ Electronics, USA It is a portable and convenient device. It can be used in general-purpose testing, screening, and other scientific applications. Such as power line, WiFi, cell phone, 2G/3G/4G/5G cell tower (low-mid band), microwave, smart meter, etc. The device’s built-in functions include three-axis electromagnetic fields, electric field, radio frequency (up to 10 Ghz) and an additional RF Spectrum Power Analyzer feature (five bands up to 2,504 Ghz).
-The meter can identify/recognize the common source of measured EMF/RF, such as power line, WiFi/cell phone, cell tower, microwave, etc. It also comes with a built-in audible and visual alarm. It can be used for detection and monitoring of EMF, ELF, EF, RF both indoors and outdoors, as well as in other similar environments.
-The EMF-390 has a built-in flash memory for data logging, it can record the real-time data every second with a timestamp. History data can be downloaded when the device is linked to a PC. The free PC software can be downloaded from the manufacturer’s website.
-The exclusive GQ RF navigator feature displays RF radiation accurately on the screen. With RF Browser, the user can view high-speed RF signals, such as smart meter, cell phone transmission, digital RF transmission data estimates in bytes, and RF power spectral histogram. The EMF-390 RF Browser is THE ultra-fast response RF detector. It can detect 5G signals as fast as 250 nS (nanosecond) digital RF pulses. Don’t worry about missing any RF pulses. Many other meters of the same level on the market can only detect partial RF pulses and will always give false low RF readings.
-The meter has installed several sensors to ensure maximum measurement scale/range and maximum accuracy.
-With open communication protocol, the user can send commands to the unit to get all the data remotely. This allows the device to be easily integrated into any other system
-The device is equipped with a USB port, which is used for communication, and an external power supply/3.7V rechargeable internal battery charging
-The GQ EMF meter is all you need to detect EMF, ELF, EF, and RF radiation
New Display Maximizes Amount of Information
—All-in-one display allows you to view the readout of all sensors at once.
-Advanced features and multi-sensors to ensure the best EMF, EF and RF detection.
-Compact design for easy testing and measurement.
-Safety suggestion allows you to understand the current situation instantly.
-Radiation source recognition provides the fastest way to find the radiation source.
Classic display option quickly adapts to the application
—With the traditional analog-style display, data becomes even easier and faster to understand.
-The left and right vertical bars are also indications of the EF and EMF radiation level at a glance.
-Safety suggestion in large print for easy reading.
-Real-time clock displays the current time for time-sensitive testing.
-Front LED displays the alarm when triggered.
Real-time
EF EMF Graph – Presents exact changes in the level of EMF and EF radiation detected in the last 45 seconds.
-The right side of the graph shows a reading for both EMF and EF.
RF
Spectrum Analyzer – Advanced users can use the built-in RF spectrum analyzer to discover the RF signal strength at a specific frequency.
-This graph shows two RF signals that have been detected at the same time: microwave oven and WiFi signal.
RF-GQ
Browser RF Browser is a unique feature of the GQ EMF detector. Displays the RF signal on the screen.
– As fast as 250 nS RF pulse detection. Many other meters of the same level on the market can only detect partial RF pulses and will always give false low RF readings.
-This graphic shows a nearby cell phone that has just received a text message.
Real-time
power distribution histogram – RF energy distribution is another important factor that allows us to understand how RF radiation energy was distributed over the period.
-This graph shows that the highest RF power is 6.47% of the total at 0.049 milliwatts per square meter during the test period.
