GDI Magnasmart, Инструкция по эксплуатации

Страница: 15 / 17

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M
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A
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G
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N
A
A
S
S
M
M
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T
T
instructions manual
ANALYZING THE SCAN IMAGE
1. Check that the scan image has a uniform base color on the background,
this represents the ground. Usually in blue, and should cover most of the scan cells.
If not a base tone, or scrambled colors then either a user fault or not any targets
exist on the scan see example
a . If by fault the magnetometer is rotated when
turning the sweep lines the scan appears with repeating blue and red lines,
see example
b .
2. Check the target to have a clear outlined shape without shades, and it’s size
compared to your grid.
Ground minerals appear either without a clear perimeter, or very large size.
3. Select 3D and compare the ground data versus target data. Ground data should be
near zero for a good scan. A true target data should read high.
Target data near zero often correspond to minerals.
Target data
Ground data
A. B.
15
M
M
A
A
G
G
N
N
A
A
S
S
M
M
A
A
R
R
T
T
instructions manual
ANALYZING THE SCAN IMAGE
1. Check that the scan image has a uniform base color on the background,
this represents the ground. Usually in blue, and should cover most of the scan cells.
If not a base tone, or scrambled colors then either a user fault or not any targets
exist on the scan see example
a . If by fault the magnetometer is rotated when
turning the sweep lines the scan appears with repeating blue and red lines,
see example
b .
2. Check the target to have a clear outlined shape without shades, and it’s size
compared to your grid.
Ground minerals appear either without a clear perimeter, or very large size.
3. Select 3D and compare the ground data versus target data. Ground data should be
near zero for a good scan. A true target data should read high.
Target data near zero often correspond to minerals.
Target data
Ground data
A. B.
15
M
M
A
A
G
G
N
N
A
A
S
S
M
M
A
A
R
R
T
T
instructions manual
ANALYZING THE SCAN IMAGE
1. Check that the scan image has a uniform base color on the background,
this represents the ground. Usually in blue, and should cover most of the scan cells.
If not a base tone, or scrambled colors then either a user fault or not any targets
exist on the scan see example
a . If by fault the magnetometer is rotated when
turning the sweep lines the scan appears with repeating blue and red lines,
see example
b .
2. Check the target to have a clear outlined shape without shades, and it’s size
compared to your grid.
Ground minerals appear either without a clear perimeter, or very large size.
3. Select 3D and compare the ground data versus target data. Ground data should be
near zero for a good scan. A true target data should read high.
Target data near zero often correspond to minerals.
Target data
Ground data
A. B.