Restore Factory Defaults - RIDGID SeekTech SR-20 Operator's Manual

SeekTech SR-20
sets the status of that frequency to "Checked-Active".
Press the Menu Key to return to the operating display,
which will now be set to the frequency just activated.
The SR-20 will show the chosen frequency and its icon on
the left of the screen.
Selected frequencies in the Checked-Active set can be
switched while the SR-20 is in use, by pressing the
Frequency Key. The SR-20 will cycle down the list
through the set of active frequencies from low to high,
group by group, and repeat. Unchecking a frequency in
the Main Menu will deactivate it, and it will then not ap-
pear when pressing the Frequency Key.
Information Screen and Restoring
Defaults
Information Screen
The information screen appears at the bottom of the
menus choices list. Pressing the Select Key displays in-
formation about your locator, including software ver-
sion, serial number of the receiver, and its calibration
date (Figure 46).
Figure 46 – Information Screen

Restore Factory Defaults

Pressing Select a second time will display the Restore
Factory Defaults option. (See Figure 47.)
Figure 47 – Restore Defaults Option
Use the Up and Down Keys to highlight either the "check"
symbol to restore factory defaults, or the "X" symbol to
NOT restore them.
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Figure 48 – Defaults Restored (Line Trace Mode)
Pressing the Menu Key without changing either check-
box will exit the option and leave things as they were.
Operating With the Distortion Line
If the Tracing Line's distortion response (blurring) is dis-
abled, the detected field will be shown with two lines,
one solid (the Tracing Line –––––) and one dashed (the
Distortion Line - - - - -). (The dashed Distortion Line can be
separately selected to be on or off in the Display Elements
menu). The dashed Distortion Line is the signal as seen by
the upper antenna node and the solid Tracing Line is
the signal as seen by the lower node.
Figure 49 – Screen Display with Distortion Line (Line
Trace Mode)
The Tracing Line without the dynamic distortion response
(blurring) still represents the approximate location, and the
direction, of the signal being traced. It still reflects changes
in direction of the target utility. And it helps recognize
signal distortion, when compared to the dashed Distortion
Line — if something is interfering with the signal and dis-
torting its shape, the Distortion Line could be significantly
offset or skewed.
The Tracing Line represents the signal received by the
lower antenna node. The Distortion Line represents the
signal received by the upper antenna node. If these two do
not align, or they do not reflect the same information as the
Guidance Arrows about where the center of the field is,
then the operator knows he is looking at some kind of dis-
tortion.
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