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"...I saw in a video at the main french XP Déus page that the coil of this MD is chargable even by
a single 1.5 AA alkaline cell but theres of course a difference concerning recharging comfort if
someone needs to charge after every day (10h) or after two days á 5hs of hunting or if the
detectors battery power will last for 10 days á 7-9 hours!..."
> Good results, I like such MD capabilities. For me one of most important MD characteristic.
The results are even better:
Today I let switched on the Blisstool with those already 55h active accus and I got another 10h plus.
At the moment each battery is at ca. 3.3 volts (instead of 3.7) so I guess another 5-10 hours would be possible.
So in total the internal 2200mA Blisstool LiPo pack will last for 70-75h of working time even 2-3 years after
buying (if volume is @ silent to medium position). A new one may last even for 90 hours!
I saw in a video at the main french XP Déus page that the coil of this MD is chargable even by
a single 1.5 AA alkaline cell but theres of course a difference concerning recharging comfort if
someone needs to charge after every day (10h) or after two days á 5hs of hunting or if the
detectors battery power will last for 10 days á 7-9 hours!
Good results, I like such MD capabilities. For me one of most important MD characteristic.
But if we know that old Fisher PI (!) Impulse batteries last twice as much, then we can conclude, that all those modern design are very poor designed from economical energy consumption point of view.
These are 3 x 2200mA LiPo's with totally 11.1 volts.
Because there are so many different devices which are using accu-power
and all the additonal single accucells I have since a half year I'm writing a list
so I don't forget to recharge this stuff to save the batteries from deep-depleting.
The internal Blisstool accus were recharged 1,5 months ago and now guess for
how many hours of usage those 2.5 year old accus have worked since then:
55 hours!
I'm interested if others got the same good accu-usage-time results.
@ ivconic
Concerning the preset programs you're absolutly right - those are not the maximum at all.
Even with analog machines someone should practise at least 30 hours to learn the behaviour of the detector.
OK, maybe the XP Deus will find large enough meteorites with enough iron or nickel
but you can test it: if you bury a piece of brickstone in lowmineralic ground or earth will you find it? Guess no.
@ WM6
By pure chance yesterday I found a second nugget-size object. It's not that unusual, because I'm looking
for very small coins at that site and for those someone also has to listen very closly and move the coil
directly over the ground.
This micronail looks big on the foto but it isn't. And the weight is far below 1 gram, perhaps 0.1 gram.
It was found 5cm below the surface at a region with massive electrosmog. No chance if you don't hit
the spot within 3cm tolerance exactly with the 28cm coil. But without electrosmog the Blisstool would
have detected it at 7-8cm.
Another nail I found 3 days ago under the same "extremly noisy" conditions. This nail is 1.3 cm.
It was detected ca. 10cm below - at exactly the depth where you can see it on the grass bale.
Only put a thin piece of bark below the nail to show it better. Better conditions depth: ca. 13cm
I'll make a picture one of these days. Airplanes and yachts came to my mind, but that thing looks completely melted and has a hole filled with some material ... odd.
I know and it is even more interesting. The remainder of the meteorites are rocks, but other metals are usually mentioned only as trace components.
It is his treasure. I'll ask him.
If you think that it can be out of magnesium, then it is great possibilities that it is about part of (civil or military) air-plane.
But preliminary comment: meteorites are usually heavy for its shape and 90% of meteorites has iron compound (attract magnet).
I know and it is even more interesting. The remainder of the meteorites are rocks, but other metals are usually mentioned only as trace components.
It is his treasure. I'll ask him.
Funny thing is that my kid found something meteorite-like on the beach (!) that is lightweight, and certainly not iron. It looks a lot like titanium and it is not corroded a bit, and I have no idea how to start analysing it. It gives a clear non-Fe indication on IGSL too
If you wish to analyse it on meteorite, then this site can be good start:
Funny thing is that my kid found something meteorite-like on the beach (!) that is lightweight, and certainly not iron. It looks a lot like titanium and it is not corroded a bit, and I have no idea how to start analysing it. It gives a clear non-Fe indication on IGSL too
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