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Minelab The Sovereign Owner`s manual
Finding Rings
with the
Minelab Sovereign and
along with other hints and tips...
A Study of the Minelab Broad Band Spectrum Technology in use...
Mike Keener & Otto Feiler
Copyright © 1997
Mike Keener and Otto Feiler
All Rights Reserved.
This book may not be reproduced
in whole or in part or in any form
without written permission of the publisher.
Otto Feiler
1003 Comfort Drive
Forney, TX 75126-5076
First Edition
First Printing
October, 1997
Second Printing
May, 2004
Table of Contents
About The Writers
A Little History Lesson
Set-Up Options
Discrimination Controls
Ready Set Go
Advanced Tuning
Ring Guide To Discrimination
Sumary of Discriminator and DTI-II Meter Readings
Detecting Problems And Possible Solutions
Techniques And Methods
Closing Thoughts
Code of Ethics
Our goal in writing this booklet is to provide the Minelab Sovereign and Excalibur
user with information regarding the recovery of rings along with some of the finer
points in getting the most from your Minelab machine. It is also our intent to share
some hints and other tips from our years of experience in the metal detecting hobby.
We hope that you find this information useful both in the recovery of rings, and in
dealing with some of the more problem targets encountered in the field.
Over 1000 rings were tested to determine at what point on the discrimination control
they would either be accepted or rejected. The results of that testing is what this
booklet is all about. We hope you enjoy it.
Over 1100 rings were used in these tests. These are excavated rings found by Mike Keener.
About the Writers
Mike Keener and Otto Feiler together have more than 45 years of experience in
metal detecting. Mike has been a Sovereign user since they were first introduced in
1991 and during that time has watched the machine evolve into a top contender in
the race for the best.
Otto has only been using the Minelab Broad Band Spectrum technology since May
of 1996 but has found a winner in these new and exciting detectors. After using
many brands since first getting interested in the hobby in 1972, Otto has been
completely won over by this remarkable breakthrough.
A Little History Lesson
The first Sovereign, introduced in 1991, had the new technology called BBS
“Broad Band Spectrum” where the metal detector transmits 17 different frequencies
simultaneously from 1.5 khz to 25.5 khz at 1.5 khz increments. This was also the
only Sovereign to have full rubber covers on the switches.
The second generation Sovereign had only a slight modification in that the toggle
switches no longer had the rubber covers that were on the first generation since they
wore out quickly, and the switches were a little beefier on the second generation
from the first.
The third generation Sovereign, and currently available unit as of the printing of this
book, had a control panel facelift that included the removal of the normal/iron mask
switch and the set/fixed/pin-point switch. The iron mask feature provided better
depth and allowed better detection in close proximity to iron targets and was rarely
turned off by the user. The Set/Fixed/Pinpoint switch was replaced with a single
All-Metal/Pinpoint switch. The Set/Fixed mode was a carry-over from the gold
machine first offered. A volume control was added for the first time and the iron
mask was built-in as the default setting. This was the beginning of the Sovereign XS
for eXtra Sensitivity.
Almost anything mentioned regarding the Sovereign goes for the Excalibur as well.
After all, the Excalibur is basically a submersible Sovereign without notch control.
The responses to a target sounds the same on both machines. It does take time to get
used to the sounds and to learn the way the detector “talks” to you and what it is
“saying”. Once you do, you will find they have a lot to say. You will also like the fact
that you don’t have to ground balance these machines and they also are not an
“automatic” ground balance machine either. Instead, they take a kind of “snapshot”
of what the ground “looks” like. Then they use that as a “background” in which to
“look” for interruptions that represent a metallic object.
This guide can be useful to help determine what levels of discrimination you want to
use or where to set your notch control. If you want to find all of the rings your
searchcoil goes over you must dig every target response the detector makes. There is
no secret formula for finding all rings without digging all targets, both good and bad
and that’s all there is to it.
Minelab Accessories *
8 inch Coinsearch coil
8 inch Seasearch coil
no picture
Sovereign Meter
11 inch round
* Note: All searchcoils shown are of the “Double-D” design.
SunRay Accessories *
S-12 12” round Ultra Depth
S-5 5.5” round Intruder
S-1 1” Electronic Target Probe
DTI-II Meter
* Note: All searchcoils shown are of the “Double-D” design.
Set-Up Options
The Sovereign XS has two dealer set internal setup options.
1) Silent or audible threshold in the discriminate mode. This is a matter of personal
preference but Minelab recommends using an audible threshold and so do we.
Threshold is explained in more detail in the Techniques & Methods section of this
2) Single or Multiple Tone Target ID. Minelab recommends using a Multiple Tone
Target ID as do we. This system has the audio increase in tone as the targets increase
in conductivity. Rejected targets produce no sound or a broken audio. Also the
threshold will be that of the last object detected until a new object is found. The tone
can be reset to a medium tone by momentarily switching from discriminate to
all-metal and then back to discriminate. This system requires the operator to learn
which of the various pitches or tones to associate with certain desirable targets and
will also free the operator from constant meter watching for the target ID. Some
operators can literally hear what is in the ground before they dig it and when used
with a visual target ID meter the operator becomes extremely accurate in guessing
what the detector is saying. The variable tone frequencies starts with the low tone of
about 80 Hz to the high tone of about 300 Hz. The Single Tone option emits a
constant tone for any target detected and the threshold also will be one tone (pitch).
The writers assume that you are using the Sovereign XS or Excalibur in the factory
default mode settings. i.e.:
The machine is set to the threshold search mode.
The multi-tone target ID mode is in effect.
The user is using the SunRay DTI-II meter if meter equipped.
You have read the owner's manual.
Discrimination Controls
There are two discriminator controls on the Sovereign. A Disc control
knob and a Notch control knob. There also is a switch that allows you to
select between the disc or pinpoint modes. The Excalibur has the same
controls as the Sovereign with the exception that it does not have a Notch
The Disc and Notch controls only function while in the discriminate
mode. The discriminate mode will always reject ferrous objects and will
always accept the U.S. 1¢, 10¢, 25¢, 50¢ and dollar coins. Always set
your discrimination based on what you want to find. You can look at it as
what you’re willing to leave in the ground. If you want to find gold rings
you must dig almost everything because any gold ring that has a
conductivity equal to any reject level setting will also be rejected, for that
ring will fall in that reject range.
The Disc control has 17 graduations and as it is turned clockwise targets
of higher conductivity will be rejected. All the way counterclockwise
will be one and fully clockwise will be number seventeen.
The Notch control will reject a range of one setting. One setting is the
space between two graduations. Example, if you set the Notch control to
the position 6, targets whose conductivity falls between position 5 and
position 6 will be rejected. It might also be noted that the discrimination
range of the Notch control can vary slightly from detector to detector.
Ready Set Go
You would be wise to read your owner’s manual several times. As you hunt and
then read the manual you will pick up more of the information needed to really
become proficient with these units.
Although you really need to sit down in a quiet place and read your manual. We have
included a couple of fast and easy set-up options to get you out the door in a hurry.
We assume that you are using the Sovereign XS or Excalibur in the factory default
mode settings. i.e.:
The machine is set to the threshold search mode.
The multi-tone target ID mode is in effect.
The SunRay DTI-II meter is being used, if meter equipped.
You have read the owner’s manual.
Basic Set-Up and Go:
Set the Disc control to the third mark clockwise from the left. Number 3 on an
Excalibur. If hunting in the water and you are going to dig everything, set this
control full counter-clockwise for minimum discrimination.
Set the Notch control all the way counter-clockwise. Excalibur users ignore this
Set the Sensitivity control full counter-clockwise to Auto.
Set the all-metal/discriminate switch to discriminate. For Excalibur users, it’s the
disc/pinpoint switch and should be set to disc.
For Sovereign users, turn the Volume/On-Off control full clockwise and adjust
the Threshold control for a slight sound.
For Excalibur users, turn the Volume control full clockwise and turn the
Threshold/On-Off control clockwise and adjust for a slight sound.
Don’t forget to always wear headphones. Adjust Volume to a comfortable level,
if needed, keeping in mind that you could fail to hear faint signals if the volume is
too low.
Sweep the searchcoil as close to, or touching, the ground at all times while
sweeping side to side at about 1 to 1.5 seconds per foot.
After a target is found, use the all-metal/discriminate switch in the all-metal
position for pinpointing. Excalibur users, use the disc/pinpoint switch in the
pinpoint position for pinpointing.
Dig any signal that gives a repeatable, solid, positive response. Listen to the tones
of the various targets you dig and concentrate on learning to associate the tones
with the targets dug.
It’s that simple. Don’t forget to get permission to hunt.
Advanced Set-Up and Go:
Modify the Basic Set-Up and Go instructions to include the following:
Set the sensitivity control either to Auto or a manual setting. We recommend the
highest counter-clockwise manual setting that still gives a stable operation
without too much falsing.
Threshold almost silent, just barely able to hear it.
Your choice of discrimination and notch settings.
You are ready to go. Don’t forget to fill your holes.
Advanced Tuning
We recommend that new users learn the basics of their machine before attempting to
use the advanced tuning techniques.
Set the Disc and Notch controls to your desired settings.
Set the all-metal/discriminate switch to all-metal. Pinpoint on the Excalibur.
Turn the Volume control all the way clockwise.
Set the Threshold control to a slight hum.
Slowly sweep the search coil on the ground, side to side, while keeping the
searchcoil as close to the ground as possible.
Find a patch of ground with no metal in it that is large enough to sweep your coil
without hearing a metal target.
Place the coil on the ground and hold the coil still.
Switch the all-metal/discriminate switch to discriminate. Disc on the Excalibur.
Turn the sensitivity control all the way clockwise.
While slowly sweeping the coil over the ground previously checked for no metal,
turn the sensitivity control as far counter-clockwise as possible, without going
into “Auto”, until falsing occurs.
While continuing to sweep slowly, turn the sensitivity control back slightly
clockwise to eliminate the falsing.
To the best of our knowledge, the above setting is about as close to maximum
sensitivity that you can set this machine .
If you don’t like the sweeping method, you can also find a metal free spot just the
size of the searchcoil. Hold the coil still and turn the sensitivity control just off of
Auto. If falsing occurs, turn the control clockwise until the falsing stops. Then turn
back slightly counter-clockwise for a positive setting.
Please note that when using the advanced tuning option, you are maximizing your
sensitivity for depth and some falsing may occur. If you have too much falsing or the
falsing is irritating, you can reduce your sensitivity slightly more to eliminate it.
The 20 rings in this frame are made of iron and, of course, registered as iron. They also read -495
to -497 on the SunRay DTI-II meter and gave a negative (silent) audio response. Just another
example of having to dig it all to get it all.
Ring Guide To Discrimination
The rings that we hunt for are made from various metals and are found in a variety of
shapes and sizes. Because of the variety of rings, they do not display any consistent
pattern of conductivity. Factors such as metal and alloy content, diameter, metallic
surface and shape, and the orientation of the ring in the ground crosses the entire
conductive and non-conductive range of metal. To find all the different kinds of
rings you must dig all targets and junk with no discrimination or minimal
discrimination. Also by hunting this way you find many targets that are indicated as
trash but are not trash at all... Nickel 3¢ i.d. as foil...$5 gold i.d. as square pulltabs...
copper/nickel Indian pennies and $2½ gold coins i.d. as round pulltabs... jewelry
other than rings range the entire scale of non-ferrous targets... etc.
This book is primarily about rings. We hope this picture guide will help you decide
on how much discrimination is needed if you want to find rings of all types. Here we
The 20 rings in this frame are made of iron and, of course, registered as iron. They also read -495
to -497 on the SunRay DTI-II meter and gave a negative (silent) audio response. Just another
example of having to dig it all to get it all.
A couple of notes:
Other than the rings that registered iron in the previous frame, no rings were found
that would have been rejected with a discriminator setting from all the way
counter-clockwise, or 1, to number 3 on the control. In other words, with your
discriminator set to 3 or less, all of the rings would have been found.
The rings that registered iron in the previous frame were found by digging signals
that made the threshold go silent.
These rings and jewelry items would be rejected at a discrimination setting of number 5 or higher
on the dial. Of the 66 rings in this frame, 22 or 33% of these were gold and all registered up to 79
on the DTI-II meter. Some gold pendants also lock on in this range. Six of the 15 pieces of gold
jewelry found were found with this setting.
The above rings would be rejected with a discrimination setting of number 6 or higher on the dial.
Of the above 28 rings, 13 or 46% were gold and all registered 80 - 89 on the DTI-II meter. The gold
bridge in the upper left corner was also found at this setting.
These rings and jewelry items would be rejected at a discrimination setting of number 7 or higher
on the dial. Of the 18 rings, 12 or 67% were gold and all registered 90 - 98 on the DTI-II meter.
Five of the 15 pieces of gold jewelry found were found at this setting.
These rings would be rejected at a discrimination setting of 8 or higher on the dial. Of the 25 rings
in this frame, 14 or 56% were gold and all registered 99 - 106 on the DTI-II meter. No other gold
jewelry was found at this setting.
These rings and pendant would be rejected at a discrimination setting of number 9 or higher on the
dial. Of the 38 rings, 16 or 42% were gold and all registered 107 - 116 on the DTI-II meter. The
gold pendent was found at this setting
These rings would be rejected at a discrimination setting of 10 or higher on the dial. Of the 34
rings, 16 or 47% were gold and all registered 117 - 125 on the DTI-II meter. One more piece of
gold jewelry was found at this setting.
These rings would be rejected at a discrimination setting of 11 or higher on the dial. Of the 38
rings, 9 or 24% were gold and all registered 126 - 136 on the DTI-II meter. No other gold jewelry
was found at this setting.
These rings would be rejected at a discrimination setting of 12 or higher on the dial. Of the 49
rings, 16 or 33% were gold and all registered 137 - 144 on the DTI-II meter. One other piece of
gold jewelry was found at this setting and the first sterling silver ring
These rings would be rejected at a discrimination setting of 13 or higher on the dial. Of the 51
rings, 16 or 31% were gold and all registered 145 - 153 on the DTI-II meter. One more sterling
silver ring was found at this setting.
These rings would be rejected at a discrimination setting of number 14 or higher on the dial. Of the
78 rings in this frame, 16 or 21% were gold, 3 were sterling silver and all registered 154 - 160 on
the DTI-II meter.
These rings would be rejected at a discrimination setting of number 15 or higher on the dial. Of the
89 rings, 20 or 22% were gold, 10 were sterling silver, and all registered 161 - 169 on the DTI-II
These rings would be rejected at a discrimination setting of number 16 or higher on the dial. Of the
60 rings, only 7 or 12% were gold, 12 were sterling silver, and all registered 170 - 171 on the
DTI-II meter.
These rings would be rejected at a discrimination setting of 17 on the dial. Of the 16 rings shown,
2 or 13% were gold, 4 were sterling silver, and all registered 172 on the DTI-II meter.
These rings and the rings on the following page, were accepted at a discrimination setting of 17 on
the dial. Of the 410 rings shown on these two pages, 9 or 2% were gold, 268 were sterling silver
and all registered 173 - 180 on the DTI-II meter.
Of the 1069 rings tested, the 410 rings found with the discrimination setting all the way clockwise
represent 38% of all the rings found.
The rings in the above frame would not lock-on due to a lack of continuity or shape. In other
words, the rings were either broken at the sizing joint, didn’t make a complete circle or the actual
shape of the ring prevented a meter lock. Fifteen of the 49 rings shown were sterling silver.
Out of the 314 sterling silver rings tested, 15 didn’t lock-on, and all but 31 of the rest
fell into the number 17 setting on the discrimination dial and would always be
It is possible that some sterling silver rings can read lower than 161 on the meter, we
had 5 that did, but the rings made from brass, bronze, nickel, German silver, nickel
silver, pot metal, stainless steel, gold and platinum is what you are more likely to
find in those lower numbers.
The aluminum, copper, gold plate, silver plate and some unknown white metal, acted
just like the sterling silver rings did as far as which setting they would fall into.
Well, there you have it. There are over 1,000 rings and other jewelry items shown in
the previous pages and frames. We have shown you where various rings and other
jewelry items would either be accepted or rejected depending on your discriminator
How many of the potential rings and other jewelry pieces are you going to find?
Turn down your discrimination and dig more junk. That’s where most of the gold
rings are hiding, in amongst the trash.
The balance of the book will be devoted to identifying common problems
encountered while metal detecting, along with suggestions of possible solutions to
these problems.
Note: When the discrimination control is set all the way clockwise, everything on
the meter between 173 and 180 will ring in if the meter is calibrated properly for the
coil being used. If you decide to only dig signals that lock in with the discrimination
control set in the full clockwise position (#17), you can look back at the pictures of
rings that would have been left for some other hunter to find.
Summary of
Discriminator and
DTI-II Meter Readings
47% of all rings found were either Gold or Sterling Silver. 70% of all the rings, 46%
of all the Gold rings, and 95% of all the Sterling Silver rings would be found if you
just keep your discriminator control set no higher than 12 on the dial.
Detecting Problems And Possible
No matter how good you get, sometimes you will have a questionable target signal
that turns out to be good while you have a good signal that turns out to be junk (like
an iron nail). Then there's the target you can't find, it's there but nevertheless you
can't find it, but it's still there. How about the one that's there then it's not.
Why do these errors occur when we're using such a good machine? Sometimes we
can blame it on the salt or mineralization, too much moisture or not enough moisture
in the ground, or maybe it's a large amount of electrical interference. Most of the
time there is an explanation that's none of the above.
Case 1:
You have a deep coin signal. Sometimes it's a good repeatable signal and sometimes
it isn't always repeatable on each sweep. It's something you do decide to dig. You've
dug down 7 or 8 inches and still can't find the target where you have pinpointed it.
Case 1 Solution:
You will find a nail or a piece of elongated iron heavy with corrosion on the side of
the hole sometimes up to 6 inches away from the pinpoint center. The rust and
oxidation creates a halo that exhibits both nonconductive and conductive properties
at the same time, a good signal. When the halo is disturbed the good signal can
disappear. Most nails and elongated iron is bent or on an angle in the ground causing
the pinpointing to also be in error and why you normally will find it on the perimeter
of the hole.
Perhaps the target is a coin on an angle causing the pinpointing to be in error and you
will find it on the side of the hole. Sometimes the coin will fall into the hole and the
signal will disappear because the target is now out of detection range of the unit.
Sometimes after the user recovers the target after falling into the hole, they tend to
believe that they just found the target at unbelievable depth when it really fell out of
the side of the hole at some shallower depth. A coin on angle is easiest to damage
during recovery because you don't have an accurate location of the target.
Another solution could be that the target is a large metal object that is real deep. In a
plowed field where Mike had permission to use a shovel, he dug a civil war canteen
at 3 feet, a large piece of a cast iron stove at 4 feet, and a larger piece of tin sheet
metal at 4 1/2 feet using the standard 8 inch Coinsearch coil. Sometimes all a person
has to do is go another inch deeper to find the target.
Case 2:
You have a signal that seems contradictory, having both good and bad
characteristics. Sometimes the target mimics a partially rejected trash target, or is
clipped, broken, or ragged sounding depending on how fast you swing your coil or
from which direction you come at the target. A questionable dig.
Solution to case 2:
It's usually a good target next to one or more bad targets. Most of the time just by
going very slow over the target will produce two signals. One good and one bad.
Sometimes it takes a ninety degree turn to produce the good & bad signal using a
slow coil sweep speed. You may have to dig the trash first because it is the strongest
pinpoint signal or you may try to pinpoint by staying in the discriminate mode and
sweep slowly one way then 90 degrees the other way.
Another possible solution is that it's trash but you won't know that until you dig it up.
Case 3:
You ID a penny or better in conductivity but when you dig you find a nickel instead.
Solution to case 3:
The nickel had been in the ground a long time creating a halo effect that makes the
nickel register in a higher conductivity range. Another possible solution is that the
nickel is laying on top of another target of higher conductivity. Don’t forget to
double check the hole after recovering the nickel.
Case 4:
You get what appears to be two good coin signals close together. When you sweep
the target 90 degrees you get one weaker coin signal. You pinpoint two coin signals
close to each other. You dig and find nothing in either hole.
Solution to case 4:
Usually it's a coin on edge or perpendicular to the coil and will be found between the
two holes. If you swing the coil back and forth and the coin edge is going
perpendicular to your sweep path, the audio response will be two closely spaced
beeps. The coin on angle will have a pinpoint error and will be found in the middle of
those two beeps.
Case 5:
You get a weak but positive response and a lock-on with good tone while searching
in the discriminate mode. When you switch to all-metal to pinpoint you get no signal
from where you got the hit in discriminate, but you receive a strong all-metal
response inches away, which turns out to be a trash target, or sometimes more than
one trash target. What happened to the good positive signal?
Solution to case 5:
The positive signal was masked by a trash target too close to the surface, or the target
is a larger piece of trash and overpowers the good signal nearby. You must dig and
remove the trash target first in order to find the good target.
Another solution is that you can get a good response on a piece of iron that has a rust
halo. When you dig and remove this iron you will find the good signal is gone. The
Minelab units can be fooled by some rusty iron, especially if you are running the
sensitivity too high.
Case 6:
You are hunting using a Notch setting and you get these weird, clipped, or partial
kind of sounds. You find the target in all-metal but when you switch back to disc,
you get nothing.
Solution to case 6:
When using Notch there is a gray area on either side of the Notch setting where
some targets can be partially notched out. When not directly over these “fringe”
targets, they will ring in as a broken sound. If you use a Notch setting that is too
close to a desirable target, the good target could also be notched out.
Techniques and Methods
You can obtain an additional 1 to 3 inches more depth by turning the sensitivity
control to just off the auto position while detecting over lightly mineralized soil or
sand. This might cause the detector to become unstable and produce false signals.
The detector will also have a tendency to ID more nails and elongated iron as good
targets. If this occurs try following the steps outlined in the Advanced Tuning
You can make a fairly accurate judgment on how deep a coin size target is by first
bench testing a dime or a penny to find the distance from the coil they produce a
good but faint signal. Say for example your air test produces a faint signal at eight
inches. At a park you find a probable penny target and when you raise your coil 3
inches you receive and hear that faint air test signal. Your target is probably 5 inches
deep if it's a penny sized object. However, if you had to raise the coil 10 inches
above the ground to hear that same air test signal, you will find that the target isn't a
penny but an object much larger in size.
If you are using the default multi-tone option then this next technique might be
helpful. All targets cause the pitch of the threshold to change to the pitch of the target
encountered. For example if you pass a nickel across the coil the threshold hum will
change it's pitch to that of the nickel. Keep the threshold audio hum low but still loud
enough to hear all pitch changes. On rejected targets the threshold will go silent.
When you are in a concentration of junk the silent threshold is a sign for you to slow
down that searchcoil sweep speed or switch to a smaller coil. A real deep coin target
may not have enough volume to produce a positive signal but the threshold pitch will
change to that of the coin target until the next target changes it again. These kinds of
changes should be investigated further as they can indicate a good target that’s very
deep. Be aware that not hearing a threshold hum may cause you to miss targets. So
when that threshold goes silent remember to really slow down to a crawl to get the
threshold back. One fellow says he has slowed down to 6 seconds per sweep and
found Indian heads etc. that were simply missed because of the masking of the iron
Searchcoil covers can and do accumulate dirt and water if they aren't sealed in some
fashion. You can keep the dirt and moisture out by wrapping electrical tape around
the coil and cover at the joint. This will also make removing the cover in the future
an easier task.
Make sure that when you run into an area that is producing a number of deep coins (6
inches or greater), to make a second search at a different direction from the first to
get good coverage.
One of the hardest techniques to explain is what a really deep target sounds like. It is
the most important target to learn but the hardest to describe. To just say a deep
target is weaker in sound than targets on the surface will not produce the really deep
coins all the time. Experience is the best teacher and very deep targets will often
sound like something not worth digging to a beginner.
The descriptions below assume that you are using discrimination, you have the
sensitivity set on your own setting, (not using Auto), and you are using a SunRay
meter with the Sovereign XS.
A good target on or close to the surface normally will always give a good broad
positive response provided there is no trash on top of or right next to the target. The
beginner should know the sound of a good positive response, and dig these when the
meter also locks onto this sound. Now the deeper the target is the weaker the sound
gets. When a coin target is around 5" or so the sound becomes a very short positive
signal. The meter will lock on and you should always dig this target sound.
When you are using your sensitivity in the manual setting, auto off, there are some
very deep targets that will produce a positive short and weak wavering type of
response. A sound where the tone or pitch will oscillate up and down. It doesn't
sound like a good target because of the up and down oscillation. If the questionable
target causes the meter to bounce around mostly in the positive numbers, you may
want to dig it. Sometimes the up and down oscillation can be so wide and fast
between a negative and positive response that it will have a broken sound. There is a
metal object in the ground when you hear this sound but it may not be a good target.
To prevent a lot of trash from being dug on these questionable targets, you might
want to try the following. First only be interested in the very weak, deep sounding
signals. Get the coil over the target and watch the meter. A good target will cause the
meter to bounce around in an area generally of positive numbers and produce a
positive sound each time you pass the coil over the target. A bad target will generally
null out with no sound or a very broken sound will occur. Be aware that on these
types of signals the bad to good target ratio is going to be high. Checking the target
from a different direction can help identify a good target from a bad one. Another
thing to remember is that if the first thing recovered from the hole is a trash item,
make sure that you recheck the hole. We have found pulltabs, foil, and iron trash in
the same hole along with good targets that gave the good response in the first place.
The blip, broken, burp or odd sounds that happen when you are just walking along
and swinging your coil is a sound that your machine makes to let you know that there
is a metal object but you were probably swinging to fast or you just barely got the
object on the overlap. You need to slow down your swing, and get the coil on the top
of the target. By doing this the target will have either a positive response, a negative
or null response, or a questionable wavering or broken response.
Here is a technique for those areas where you can or want to dig everything. You
start out hunting in the all-metal mode and for each target you switch to the
discriminate mode for ID. If the target nulls out in discriminate, and you have the
discriminate control set all the way counter-clockwise, the target is most likely iron.
When you switch from all metal to discriminate and get no change in threshold or
you get a positive response, you will have a target that's deep or a small non-ferrous
item like a gold chain that doesn't respond well in discriminate but also doesn't null
It is commonly known that on any metal detector, using discrimination reduces
depth. One way to maximize depth is to set the discrimination control to the full
counter-clockwise position, number 1. When hunting this way, you can ID using
tone however, the DTI-II Meter will give you a better reference to ID with when
using minimum discrimination.
Closing Thoughts
This ring guide to the Sovereign and Excalibur has been written from our own
experiences in using both machines. It is the culmination of what we have learned
and theorized about how these particular machines work and how to get treasure that
has been left behind by not only others, but ourselves.
We hope that this guide has been of interest and a help to both new and experienced
users alike. Hopefully, many of you will have the same experiences and successes
with these machines as we have.
The ring guide can be useful to determine what ring finds would be lost by using too
much discrimination or if you decide not to dig certain notch areas. If you want to
find all the rings you must dig all targets. Sometimes you just can't dig everything
because of time constraints or other reasons. At least you’ll have some idea of what
may be left in the ground.
We both have a fair amount of experience in the use of these units, however we don’t
claim to be experts in the use of the Sovereign and Excalibur. We continue to learn a
little more each time out. All we hope is that you will become more successful in
your search for treasure and in using your Sovereign or Excalibur by improving on
our suggestions and techniques.
Remember, good research, good luck, and learning your machine will make you
Good Luck and Good Hunting!
Code of Ethics
I Will respect private property and do no treasure hunting without the owner’s
I Will fill all excavations.
I Will appreciate and protect our heritage of natural resources, wildlife, and
private property.
I Will use thoughtfulness, consideration, and courtesy at all times.
I Will build fires in designated or safe places only.
I Will leave gates as found.
I Will remove and properly dispose of any trash that I find.
I Will Not litter.
I Will Not destroy property, buildings, or what is left of ghost towns and deserted
I Will Not tamper with signs, structural facilities, or equipment.
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