I. Remove all parts from shipping
carton and check the assembly
page to make sure parts are
present.
II. There are rubber washers
between clevis/lower rod and loop
ears. Use only nonmetallic washers, fiber bolt, and thumbnut to
secure loop to clevis/lower rod.
III. Unlock rod camlocks and insert
clevis/lower rod into center rod, center
rod into curved "S" rod so that stainless
steel spring clip buttons line up and lock
into one of the adjustment holes. Turn
camlock to secure.
IV. Unravel loop cable and wind the cable
around the clevis and rod assembly, first
revolution over the top of the rod. Wind cable
all the way to the top of the curved "S" rod,
about five revolutions. Plug loop connector
into control box and screw finger tight to secure.
Loop/Searchcoil
Cam Locks
Pinpoint All Metal
Toggle Control
Loop Cable
Loop Connector
Washers between
each loop ear
& clevis
Cable
Retainers
Twist and insert each end of
handle (provided) through
top of shipping carton
into second flap.
“S” Rod
Elbow
Cup Strap
Elbow Cup
Foam Pad
V. Grip the instrument by the handle, with your
arm in the elbow cup, and sweep the loop over
the floor. If the instrument fit feels uncomfortable,
adjust the elbow cup by removing and repositioning the bolt/thumbnut and installing in one of the
optional positions. If necessary, readjust clevis/
lower rod position.
VI. Adjust the elbow cup strap so that it is loose
enough for you to slide your arm in and out without
loosening each time you want to set the detector down.
VII. Remove protective paper from the black elbow cup foam pads, carefully align each in the elbow cup and press
firmly into place.
VIII. Install battery as described in the next section, decal facing down, with plastic tab and steel contacts facing toward
inside of battery compartment.
IX. It should be noted at this point that the detector may not work as expected indoors due to the high degree of metals
used in modern construction. It is best to tune and practice out-of-doors to ensure stable, predictable results.
Control Box
Battery
Compartment
Door
Battery
Compartment
Latches
3
Classic® 5
CAUTION
Battery #802-5211
Batteries
ID
I. Standard Batteries:
A. The standard battery holder holds eight “AA”
cell batteries. Alkalines are recommended for use
with this model. During normal searching conditionsyou can expect about 70 hours of hunting
time from one set of eight Alkalines.
B. Non-alkalines can be used in
this holder. When non-alkalines
or rechargeable “AA” cells are
used detecting time (before
replacement/recharge)
will be reduced to about
50 hours.
C. Once the batteries become
weak, the beep over metal targets will
be reduced in volume. Shortly thereafter,
the instrument will no longer respond to metals.
D. The battery compartment opens by gently pulling
down on the front of each of the two latches on the
bottom of the control box.
C. Slide the door closed so that it snaps securely.
D. Insert the battery holder into the detector so that
the decal is facing down, with the battery holder door
tab and metal contact points facing toward the inside
of the battery compartment.
1. Close the battery compartment door and secure
the two latches on the bottom of the case. Hook the
front of each latch first, then press down on the rear.
III. Rechargeable Batteries:
A. White’s manufactures an optional rechargeable
battery system for this model. Quick charge and
overnight charge options
are provided, as well as the
latest in state of the art nonmemory characteristics.
1. White’s nicad battery
#802-5211, and charger
#509-0022 are recommended for use with the
Classic® models.
II. Using The Standard Battery Holder:
A. Slide open the battery holder lid (decal side of
battery holder) by applying gentle upward pressure
on the tab of the door so that it unlocks. Slide the
door away from the battery box exposing the cell
positions.
B. Remove any old
cells from the holder.
Note the (+) and (-)
positions of each cell
and the (+) and (-) for
each position marked
inside the cell tray.
Install new “AA”
cells noting carefully
the correct (+) and
(-) positions.
1. If the cells are
installed incorrectly,
the detector may
require service by an
Authorized Service Center.
4
Operating Instructions
Center Position
Classic® 5
ID
I. Once fully assembled, and the batteries installed, set
the ON/OFF SENS knob to the “P” (Preset) position
set the DISC knob to the RING RANGE “P” (Preset)
position, set the ALL METAL toggle (located on the
handle/rod) to the center DISC position.
II. The SENS (Sensitivity) knob turns the instrument
ON/OFF and adjusts the responsiveness of the detector to metal targets as well as interference from external electrical sources and ground peculiarities.
A. In most conditions the “P” (Preset) position is ideal.
l. If interference becomes apparent (false signals or
instability) reduce the SENS control (counterclockwise)
until smooth, stable operation is restored.
2. If smooth, stable operation is noted at “P” (Preset),
increasing the SENS control (clockwise) may increase
detection depth so long as the ground is not extremely
mineralized.
3. The SENS control will also dictate the sensitivity
of the ID display. If set too high for the conditions the
display may either become unreliable, or tend to fill in
with all the display blocks. If this occurs once in a
while ignore it as the display will clear itself automatically upon the detection of any real metal target.
However, if the display fills in regularly, we advice
reducing the sensitivity control by turning it slightly
counterclockwise.
III. The DISC (Discrimination) knob adjusts the level
of audio rejection against trash metals.
A. The Ring Range “P” (Preset) is recommended for
most general purpose searching. In this position, the
detector will reject most iron and light foil and respond
to most valuables including jewelry.
1. Positions lower (counterclockwise) than Ring
Range provide even less trash metal rejection, to the
point of detecting virtually all types of common metals
except small iron and small stainless steel.
B. The Coin Range “P” (Preset) is optional. In this
position, the detector will reject more trash metals
including aluminum pull tabs. The display will
continue to indicate ID even though the audio discriminator will signal with a reject sound. Nickels and
some jewelry will also be rejected at this DISC setting.
1. Positions higher (clockwise) than the Coin Range
will provide even greater degrees of trash metal
rejection.
4. When not in use, turn the SENS (Sensitivity) knob
fully counterclockwise until it clicks indicating the
instrument is turned OFF. Remove battery from unit,
and remove batteries from holder/tray prior to prolonged periods of storage.
5
Classic® 5
C. The most useful range on this control is between
the Ring Range “P” and Coin Range “P” positions. If
when searching at the Ring Range position you feel
you are digging too much trash, adjust slightly
toward the Coin Range and try again. Finding the
lowest (furthest counterclockwise) position that
eliminates the common trash metals in your area is
important in order to find items of jewelry.
D. When a trash metal is being rejected, it will
produce a shorter sounding beep that is typically
inconsistent, a click or flutter-sounding beep. When a
valuable metal is accepted it will produce a consistent, smooth, solid, and longer sounding beep.
E. Some large trash metals, such as pieces of lead, pot
metal, aluminum or tin will produce a good sound
regardless of the DISC control position
IV. Once either Ring Range “P” or Coin Range “P”
has been selected, sweep the round loop very near to
the ground passing it from side to side. The loop
must be swept (in motion) for metals to respond and
provide accurate discrimination. Each pass of the
loop from left to right (or from right to left) should
overlap the last by at least 50% and take about two
seconds. If the loop is swept very very slowly or is
stopped, the detector may not respond to metal.
ID
V. At this point, it is a good idea to find an area outof-doors relatively free of metal to practice. Place a
coin on the ground. Pass the loop over the coin. Note
that some loop movement is necessary to receive a
good clean sound. Note that if you sweep the loop too
slow the coin doesn’t respond well.
VI. Now place a large nail, and/or a steel bottle cap
(not aluminum) on the ground. Sweep the loop over
these metals. Note the inconsistency in the beep, and
that it is a shorter click or has a flutter to the sound. An
operator will soon learn to ignore the clicks or flutter
sounds trash produces and listen for the smooth
consistent beep that coins and other valuable metals
produce.
A. The exact point on the DISC control a trash metal is
rejected will change slightly with the ground conditions. However, the following DISC control range is
typical. (See first graphic on this page.)
6
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