CRYPTON MINI

[okantex]

Hi Andreas ,

I have a question but not for your models.
Is there any LRL which detects ferrous metals? this question does not means that I want a LRL to detect ferrous.

regards
Okantex

[Nicolas]

Continue to have misconceptions about the diagram or you want to see what you believe. I don't use feritte. I use three coils (look with ZOOM wires in photo). I don't use shields. If you want to build this, it's difficult because they require precision molds.
regards

Hi all

There is not a thing difficult dear Andreas. But in your model I see good work and technology.

Best time

[Nicolas]

Hi Andreas ,

I have a question but not for your models.
Is there any LRL which detects ferrous metals? this question does not means that I want a LRL to detect ferrous.

regards
Okantex

Hi Okantex
You are a smart guy to ask this type of question
Yes I can build one for you.

Best regards
Nicolas

[ANDREAS]

Hi Andreas ,

I have a question but not for your models.
Is there any LRL which detects ferrous metals? this question does not means that I want a LRL to detect ferrous.

regards
Okantex

Hi Okantex
By me no!!!! For this you need a magnetometer. I don't have experience with these types devices. I have a very simple schematic and circuit if you want i send you
Regards

[okantex]

Dear Andreas,
thanks for your sincirely answer , I do not want magnetometer.
the reason of my question was to see what does your units sense.
ıt is obvious that units detects emf reflections , you are tuning your transmitter to an existing frequency and null your system with both. and the reflection of existing frequency from metals become excess of load , it passes your null point( threshold) and cause beep.
good idea.
so you always have to use pistol in same direction of calibration.
which frequency range do you use. LF as Morgan does?

and for Nicolas , dear , what sort of LRL do you offer to me to detect ferrous. ferrous metals do not reflect emf. they suck it, you need active transmitter, and induction coil and related reader unit.
can you explain a little bit.

[Nicolas]

and for Nicolas , dear , what sort of LRL do you offer to me to detect ferrous. ferrous metals do not reflect emf. they suck it, you need active transmitter, and induction coil and related reader unit.
can you explain a little bit.

Hi Okantex,

But you answered your question here (ferrous metals do not reflect emf. they suck it, you need active transmitter, and induction coil and related reader unit)

I only understood your question otherwise that a clear, and I know that each of us not looking for ferrous metals. (You are a smart guy to ask this type of question)

Best time
Nicolas

[ANDREAS]

Hi Okantex
Thank you
.....which frequency range do you use. LF as Morgan does?
No! I like use very-very low frequencies with cut-off filter 50-60HZ. In this case all my devices work with very slow motion, because... need a delay for read peak signal. This is a "joker", because, is easy find real address signal, sometime with strong signal and overload inputs we need more this slow motion, if we need find central target from far distance.
best regards

[Nicolas]

Hi Okantex
Thank you
.....which frequency range do you use. LF as Morgan does?
No! I like use very-very low frequencies with cut-off filter 50-60HZ. In this case all my devices work with very slow motion, because... need a delay for read peak signal. This is a "joker", because, is easy find real address signal, sometime with strong signal and overload inputs we need more this slow motion, if we need find central target from far distance.
best regards

Hi Andreas

Totally agree with you for use low frequency this is the best target for research and penetration into the ground.

My best congratulations for the success friend

Best regards
Nicolas

[okantex]

do you mean alfa signals, like11-19khz or lower sperics

[Nicolas]

do you mean alfa signals, like11-19khz or lower sperics

11-19khz is not alfa signals

Look it
Other brain waves

• Delta wave – (0.1–4 Hz)
• Theta wave – (4–7 Hz)
• Alpha wave – (8–12 Hz)
• Mu wave – (8–13 Hz)
• Beta wave – (12–30 Hz)
• Gamma wave – (25–100 Hz)

[okantex]

Dear Nicolas,

http://en.wikipedia.org/wiki/Alpha_(radio_navigation)

11khz-12khz are russion alpha navigation radio frequencies..
thanks for your kind search and info.
you are a kind man.

[Nicolas]

Dear Nicolas,

http://en.wikipedia.org/wiki/Alpha_(radio_navigation)

11khz-12khz are russion alpha navigation radio frequencies..
thanks for your kind search and info.
you are a kind man.

Hi Okantex
You are welcome
And in my LRL I use VLF 40 - 60KHZ sound wave

http://en.wikipedia.org/wiki/VLF

thx for this link and search

[okantex]

Hi Nicolas,
I thin you are using NSY italy ,or SXA greek ,
what is your LRL look like, ,is it the one in your avatar?


JJY-40(7)40000Mount Ootakadoya, Fukushima prefecture, Japan
Locator: QM07kiN 37° 22' 21.35"
(+37.372598°)E 140° 50' 56.06"
(+140.848906°) NAU40800Aguada, Puerto Rico
Locator: FK68jjN 18° 23' 55.54"
(+18.398762°)W 067° 10' 39.36"
(-067.177599°) NSY45900Niscemi, Italy
Locator: JM77fdN 37° 07' 32.37"
(+37.125660°)E 014° 26' 11.10"
(+014.436416°) SXA49000Marathon, Greece
Locator: KM28adN 38° 08' 42.61"
(+38.145170°)E 024° 01' 10.95"
(+024.019709°) GYW151950Crimond, UK
Locator: IO97boN 57° 37' 2.87"
(+57.617464°)W 001° 53' 15.34"
(-001.887595°) MSF(60000Anthorn, UK
Locator: IO84ivN 54° 54' 40.30"
(+54.911195°)W 003° 16' 45.49"
(-003.279302°) WWVB(9)60000Fort Collins, Colorado
Locator: DN70lqN 40° 40' 39.80"
(+40.677722°)W 105° 02' 49.75"
(-105.047153°) JJY-60(10)60000Mount Hagane, Fukuoka prefecture, Japan
Locator: PM53clN 33° 27' 55.56"
(+33.465433°)E 130° 10' 31.49"
(+130.175415°) FUG62600La Régine, France
Locator: JN13bj

[Nicolas]

Hi Nicolas,
I thin you are using NSY italy ,or SXA greek ,
what is your LRL look like, ,is it the one in your avatar?


JJY-40(7)40000Mount Ootakadoya, Fukushima prefecture, Japan
Locator: QM07kiN 37° 22' 21.35"
(+37.372598°)E 140° 50' 56.06"
(+140.848906°) NAU40800Aguada, Puerto Rico
Locator: FK68jjN 18° 23' 55.54"
(+18.398762°)W 067° 10' 39.36"
(-067.177599°) NSY45900Niscemi, Italy
Locator: JM77fdN 37° 07' 32.37"
(+37.125660°)E 014° 26' 11.10"
(+014.436416°) SXA49000Marathon, Greece
Locator: KM28adN 38° 08' 42.61"
(+38.145170°)E 024° 01' 10.95"
(+024.019709°) GYW151950Crimond, UK
Locator: IO97boN 57° 37' 2.87"
(+57.617464°)W 001° 53' 15.34"
(-001.887595°) MSF(60000Anthorn, UK
Locator: IO84ivN 54° 54' 40.30"
(+54.911195°)W 003° 16' 45.49"
(-003.279302°) WWVB(9)60000Fort Collins, Colorado
Locator: DN70lqN 40° 40' 39.80"
(+40.677722°)W 105° 02' 49.75"
(-105.047153°) JJY-60(10)60000Mount Hagane, Fukuoka prefecture, Japan
Locator: PM53clN 33° 27' 55.56"
(+33.465433°)E 130° 10' 31.49"
(+130.175415°) FUG62600La Régine, France
Locator: JN13bj

Hi Okantex
You are right

[ANDREAS]

do you mean alfa signals, like11-19khz or lower sperics

Hi Okantex
I think for your question is better ask member nicolas.
I have this urge to update all members (not required), but when other members try to make comparisons or to present their own manufacturing, prefer to me stop here. Ask those who know everything. Unfortunately I'm no expert ... in all technology
best regards