Quote:
Originally Posted by arthur.h
Frequenzbereich von 100 kHz bis 2,2 GHz
Frequency range of 100 kHz to 2.2 GHz
could be that the frequency has been exchanged for gold? would something like this be possible?
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Yes, this is a detector which is designed to find secret hidden transmitters that are used to spy on people.
It will locate hidden transmitters which are broadcasting between 100 KHz and 2.4 GHz.
It is used to find any hidden transmitters or WIFI listening devices that are used to listen to your conversations, or to send your computer signals to someone who wants to spy on you.
We can find the manufacturer's page here: http://www.kemo-electronic.de/en/Rad...py-finder-.php
If you read the printing, you will see it detects the power generated by a transmitter, not noise signals in the air or buried gold.
You can also read the Data sheet (PDF) published in 5 languages to see how it works here:
http://www.kemo-electronic.de/datasheets/m128.pdf
Here is the English translation for the basic use of this detector:
Please put a 9 volt battery into the battery compartment of the device. When you press
the "push" button on the front of the RF detector, the "Battery Check" LED should
light up. If this LED is not lit, please check the battery (properly connected? Battery fully charged?).
If the "Battery Check" LED is lit when the button is pressed, then the device is ready for use.
Please turn off all electronic devices (including lights) in the space that you want to investigate
for bugging. This is important, because many other electrical devices such as monitors, older or
poorly shielded radios, electronic drivers for fluorescent lamps, etc. also produce frequencies
and therefore can result in incorrect measurements (the RF detector reacts to other RF fields).
Then fully extend the antenna of the RF detector and move across the room with the buttons pressed
If the "Receive" LED is is flashing, then the RF detector has detected an RF source, which could be
a bugging interception station. The closer you get to the station, the faster the "Receive" LED will
flash. If the LED flashes so quickly that a more accurate location of the transmitter is not possible,
you need to shorten the length of the antenna to the RF detector. Thereby the Sensitivity is
considerably reduced, and the transmitter can be tracked more accurately.
You will see the LED flashes faster when you get closer to the transmitter.
These are the same instructions we see on the page which says it will flash faster when you get closer to gold.
I do not believe this locator will find gold.
I believe it will find a transmitter that is sending a signal between 100 KHz and 2.4 GHz.
You can send an email to Alonso at the Mineoro factory to find the correct method to use this locator when treasure hunting.
Best wishes,
J_P