vlad
Well-known member
(I'm an inexperienced user of the Explorer line, but am extremely fascinated by the series. Is
the E-trac more simplified than the SE, or is it so such a new detector from the SE
that it's invalid to try compare the two? To a person like myself it seems confusing. I've used a
Sovereign, which is very simple, but also very, very, SLOW.)
Must the Etrac be set in one ground condition or the other, or can it just automatically
track and cancel ground minerals? I did note that the speed of the detector can be set to fast or slow;
is this "recovery speed", or something different?
Also, what is the advantage of having a second set of numbers for ferrous i.d.? Doesn't the
target i.d. number as you would read it on say, an MXT, F-75, or GTi-2500 account for the ferrous
nature of a target when they give a target i.d. number, or does the E-trac readout i.d. in a non-linear fashion?
For example, if you have a Walking Liberty [silver] half, which is extremely conductive, why would
there be a ferrous number at all?
the E-trac more simplified than the SE, or is it so such a new detector from the SE
that it's invalid to try compare the two? To a person like myself it seems confusing. I've used a
Sovereign, which is very simple, but also very, very, SLOW.)
Must the Etrac be set in one ground condition or the other, or can it just automatically
track and cancel ground minerals? I did note that the speed of the detector can be set to fast or slow;
is this "recovery speed", or something different?
Also, what is the advantage of having a second set of numbers for ferrous i.d.? Doesn't the
target i.d. number as you would read it on say, an MXT, F-75, or GTi-2500 account for the ferrous
nature of a target when they give a target i.d. number, or does the E-trac readout i.d. in a non-linear fashion?
For example, if you have a Walking Liberty [silver] half, which is extremely conductive, why would
there be a ferrous number at all?
