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Operation – Harbor Freight Tools 43149 User Manual

Page 6

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SKU 43149

For technical questions, please call 1-800-444-3353.

Page 6

earphone use

Figure 12

Stereo earphones (not included) can

be connected to the Tool. Using ear-

phones saves battery power and makes

it easier to identify changes in the sound

patterns. Earphones are connected to the

ear jack on the side of the Control Housing

(see Figure 12).

When using earphones, protect your

hearing by:

Set the volume to the lowest setting

a.

before you begin listening. Adjust

the volume to a comfortable level.
Never listen at extremely high vol-

b.

ume levels; permanent hearing loss

can result.
Once the volume is set, do not

c.

increase it. Over time, your ears

adapt to the volume level, so a

volume level that does not cause

discomfort might still damage your

hearing.

operation

This tool distinguishes between fer-

rous and non-ferrous metals. Ferrous

metals contain iron. Non-ferrous metals

do not (examples: gold, silver, copper,

platinum, aluminum, lead, and zinc).

When the Tool senses a metallic object,

the meter reading changes and the de-

tector might sound a tone. The reaction

depends on what metal is detected.

Basic operation

Set the

1.

Batt teSt to operate.

2. Hold the detector comfortably, then

as shown in Figure 13,

rotate

MoDe to the

desired position.

Set it to

VlF to test

the battery power

and adjust

tune and

grounD (see direc-

tions below and on

page 8).
Set it to

tr1 to de-

tect extreme differences in metals,

such as between gold and iron. The

difference shows on the meter (iron

as a ferrous metal, gold as a non-

ferrous metal).
Set it to

tr2 to detect finer distinc-

tions between metals. For example,

between aluminum and gold.

tuning

tune fine tunes the balance be-

tween the tool’s receiver and the transmit-

ter circuitry, to provide consistent pointer

and tone indications.

Figure 14

Figure 15

To Tune, do the following and see Figure

14 and 15, above:

Rotate

1.

VoluMe to the 10 o’clock

position.
Set

2.

MoDe to VlF.

Figure 13