
S
CAN
mode
31
2
Up to
10
samples can be stored in memory. The display,
after the eleventh sample is taken, will show:
The
XXX
represents the value of the reading and the
F
indicates that the memory is now full.
3
If you continue taking additional readings after the tenth,
the eleventh sample is moved into memory location ten.
All the other samples are moved down one memory loca-
tion, resulting in the first sample being lost.
Summary
Taking a reading in the
C
ORE
mode (
zero-read-zero
method) is a
simple four step procedure:
1
Take a zero reading in free-space.
2
Place the sensor head against the core sample and press
the
R
IGHT
button again.
3
Remove the KT-9 after the beep (it is checking
zero
again).
4
The result is displayed after the second beep.
S
CAN
mode
This is a special sub-mode of the
N
O
-P
IN
and
C
ORE
modes. Please
refer to Figure 5 on page 20 to see where it is activated. In this
mode, the KT-9 continuously samples at a rate of 3 times per
second (i.e. 0.333 sec/sample). The unit also emits an audio tone
that is directly proportional to the measured susceptibility.
F:XXX
S
CAN
mode
31
2
Up to
10
samples can be stored in memory. The display,
after the eleventh sample is taken, will show:
The
XXX
represents the value of the reading and the
F
indicates that the memory is now full.
3
If you continue taking additional readings after the tenth,
the eleventh sample is moved into memory location ten.
All the other samples are moved down one memory loca-
tion, resulting in the first sample being lost.
Summary
Taking a reading in the
C
ORE
mode (
zero-read-zero
method) is a
simple four step procedure:
1
Take a zero reading in free-space.
2
Place the sensor head against the core sample and press
the
R
IGHT
button again.
3
Remove the KT-9 after the beep (it is checking
zero
again).
4
The result is displayed after the second beep.
S
CAN
mode
This is a special sub-mode of the
N
O
-P
IN
and
C
ORE
modes. Please
refer to Figure 5 on page 20 to see where it is activated. In this
mode, the KT-9 continuously samples at a rate of 3 times per
second (i.e. 0.333 sec/sample). The unit also emits an audio tone
that is directly proportional to the measured susceptibility.
F:XXX