Id Map; Elements Of The Id Map; Single Frequency Id Map; Target Trace - Minelab MANTICORE Instruction Manual

ID Map

ELEMENTS OF THE ID MAP

The ID Map is made up of multiple layers of information combined into a single visualisation� It provides a simultaneous
and comprehensive overview of the discrimination settings and target information�
More
Ferrous
Less
Ferrous
More
Ferrous
ID Map
The ID Map has a
conductive horizontal axis
and ferrous vertical axis�
The horizontal axis
correlates to the Target IDs
ranging from 1 to 99� It
indicates how conductive a
target is�

SINGLE FREQUENCY ID MAP

When operating in a single frequency, the detector
cannot gather enough target information to plot both
conductivity and ferrous properties for each target, so the
ID Map is simplified�
Non‑ferrous targets will only appear along the centreline,
and ferrous targets appear along the lower left of the
vertical axis� For a Single Frequency, the Target ID is either
0 to 99 for conductive targets, or 1 to 19 with a red ferrous
indication for ferrous targets�
Ferrous Limits is disabled when operating in a single
frequency, so is not displayed on the ID Map and cannot be
edited via the Settings Menu�
CONTENTS
Target ID Scale 0–99
Less conductive (Conductivity)

Target Trace

Detected targets generate
a black dot/smudge called a
Target Trace� Its placement
is determined by the
target's Conductive and
Ferrous properties, and its
opacity is determined by
signal strength�
More conductive
Discrimination Pattern
The vertical grey columns
define which Target IDs will
be accepted, and which will
be rejected�
To create or edit:
Discrimination Pattern
(page 52)
88
20
This example shows the detection of a coin and a nail in Multi‑IQ+, then again
using a single frequency� While the coin's Trace and ID remain very similar, the
ferrous nail appears on the far lower left when in a single frequency�
26
Targets Detected in the Ferrous
Limits grey areas give a ferrous
tone�
Targets Detected in the white areas
will give a non‑ferrous tone�
Targets Detected in the
Discrimination Pattern grey areas
remain silent�
Ferrous Limits
Ferrous Limits are the
upper and lower grey areas
that control whether the
target will be classified as
ferrous or non‑ferrous�
To select or edit:
Ferrous Limits
(page 47)
89
5
20