Minelab Explorer SE manual [ENG].pdf

Quick Start

Turn on the detector

Press NOISE CANCEL

After 30 seconds electrical interference will be reduced

Go Detecting!

Congratulations on

Purchasing Your

Metal detecting is a fascinating and

rewarding activity enjoyed by people all

over the world. By getting to know your

Explorer SE you can become one of the

many who find valuable coins, relics,

gold and jewelry on a regular basis.

The Explorer SE will locate valuable

metal objects in a variety of ground

conditions, including extreme salt

conditions and sea water, wet beach

sand and highly mineralized ground

conditions.

The Explorer SE is Minelab’s most

technologically advanced detector,

incorporating the unique Full Band

Spectrum (FBS) Technology.

Its sleek, sturdy design, innovative

control panel, lightweight coil and

comprehensive targeting options set it

apart from any other detector available

today.

This manual is designed to help both

the beginner and expert treasure hunter

get the best performance out of the

Explorer SE.

Minelab wishes you every success in

your treasure hunting!

Discrimination Pattern

Changing Discrimination Patterns

Contents

IRON MASK - Setting the Level of Ferrous Rejection

All Metal - Accepting All Targets

Menu Structure

SELECT - Preset Discrimination Patterns

SELECT - Selecting Preset Discrimination Patterns

Quick Start

Back Page

SELECT - Saving Discrimination Patterns

How Metal Detectors Work

LEARN - Creating a Discrimination Pattern

The Unique Technology of the Explorer SE

with a Specific Target

Assembly

LEARN - Accepting a Target

Battery Packs

LEARN - Rejecting a Target

Adjusting the Detector for

Comfortable Detecting

LEARN - Saving Discrimination Patterns

EDIT - Editing Discrimination Patterns

Introducing the Control Panel

EDIT - Saving Discrimination Patterns

Introducing the Smartfind Detect Screen

Help Function

RECOVERY - Enhancing Explorer SE Performance

Turning the Detector On

CONTRAST - Adjusting LCD Brightness

Detecting Basics

NOISE CANCEL - Reducing Electrical Interference

A Simple Detecting Exercise

VOLUME

Detector Sounds

TONE - Adjusting Audio Pitch

Sensitivity

RESPONSE - Selecting the Way Targets Sound

Depth

SOUNDS - Tone Identification

Threshold

Pinpointing - Locating the Target

Full Screen Display

Recovering the Target

Smartfind Display

Where Will I Find Treasure?

Digital Display

USER SETTINGS - Saving Your Preferred Settings

User Preferences - Range, Factory Presets Table

Battery Performance

Accessories

Technical Specif ications

Detector Care and Safety

Troubleshooting

Glossary of Terms

Warranty

Service Repair Form

How Metal

Detectors Work

The Unique Technology

of the Explorer SE

Metal detectors create an electro-

magnetic (EM) field, which penetrates

the ground. Because metal is conductive

it causes a change in this field. The

detector senses this change and sends a

signal back to the control box, alerting

the operator.

Metal detectors can determine the

size, shape and composition of metallic

objects beneath the coil. Typically,

the larger the object, the easier it is to

detect.

A metal detector’s EM operating

frequencies are measured in kilohertz

(kHz).

Low frequency EM fields (e.g. 1.5 kHz)

deeply penetrate the ground, but

sensitivity to smaller targets is low.

High frequency EM fields have a more

shallow depth of penetration but

sensitivity to small targets is high.

Full Band Spectrum (FBS)

Most detectors on the market operate

on a single or dual frequency, ranging

from 1 to 70 kilohertz (kHz)

Although this technology has served the

industry well for years, Minelab found

that a frequency that worked well in one

area would often offer only marginal

performance when used in another

location. Ground mineralisation, trash

content, and target size all had an effect

on how effective a detector transmitting

a single frequency would operate.

FullBandSpectrumtechnology

combines Minelab’s existing multiple

frequency BBS technology with a

powerful new microprocessor to give:

> greater detecting depth

> high sensitivity over a wide range of

targets

> less interference from electromagnetic

sources

> more accurate identification of target

characteristics.

The Full Band Spectrum (FBS) circuit

automatically transmits multiple

frequencies simultaneously. This

increased frequency range means that

the signal received from the detector

coil is analyzed from a wide range of

responses. This allows the Explorer SE

to analyse more target information so

that the target identification (ID) is more

accurate.

Minelab’s unique FBS technology means

deep, sensitive, accurate detecting.

The Explorer SE’s multiple frequency

operation provides the advantage of

both.

Discrimination

Discrimination is the ability of a metal

detector to identify the user’s desired

target (e.g. jewelry) and eliminate

signals from undesirable material (e.g.

nails).

The Explorer SE can be programmed

in a number of ways to discriminate

against unwanted targets in different

types of ground.

(Discrimination Pattern, pg. 32)

Ground Compensation

The Explorer SE uses a sophisticated

approach to the elimination of ground

mineralisation. It uses advanced digital

filtering to eliminate the influence of

ground signals.

Assembly

Attaching the Coil to the Lower Shaft:

1 Plug the two rubber washers into the

holes on either side of the lower shaft.

2 Feed the coil cable up through the

inside of the lower shaft.

3 Place the coil on a flat surface.

4 Slide the lower shaft into the bracket on

top of the coil. Ensure that the open side

of the lower shaft faces the ground.

5 Insert the bolt through the lower shaft

and the bracket on top of the coil.

6 Fasten with the nut provided, being

careful not to damage the thread of the

nut by over-tightening. This will need to

be loosened later to adjust the coil to a

comfortable detecting angle.

7 Ensure that the coil cable appears out

the top of the lower shaft.

The coil cable is directly wired into the

coil and is not removable. Any attempt to

remove this cable will void your warranty.

Attaching the Lower Shaft to the

Upper Shaft:

1 Fully unlock the upper shaft camlock by

releasing the lever from the shaft.

2 Feed the coil cable up through the

inside of the upper shaft.

3 Ensuring that the camlock side of the

shaft is facing the ground, slide the

upper shaft over the lower shaft, so that

the coil cable appears out the top.

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