Minelab F3Ci Manuale utente

F3Ci

Revision 01

Part No: 4901-0144

OPERATIONS MANUAL

WARNING

THIS DOCUMENT CONTAINS INTELLECTUAL PROPERTY,

TECHNICAL AND PROPRIETARY DATA AND INFORMATION

AND OTHER MATERIAL OWNED SOLELY BY MINELAB

ELECTRONICS PTY LIMITED. THIS MATERIAL MUST NOT

BE USED WITHOUT THE PRIOR WRITTEN PERMISSION OF

MINELAB ELECTRONICS PTY LTD.

This document is protected by copyright. Apart from any use

permitted under the Australian Copyright Act 1968 (Cth) or other

applicable laws, any unauthorised use, appropriation or reproduction

of this document or any part of it is strictly prohibited. No part of

this document may be used or reproduced by any means or by

any process, in any form, without the prior written permission

of the copyright owner Minelab Electronics Pty Ltd of

118 Hayward Avenue, Torrensville, SA 5031, Australia.

F3Ci Operations Manual

Table of Contents

1. Introduction ...................................................................3

2. General Description and Preparation.............................................5

2.1 Mine Detecting Set ...................................................................5

2.2 F3Ci Main Components............................................................6

2.3 F3Ci Preparation ......................................................................8

3. Functional Description .................................................................. 13

3.1 Functional Controls and Displays ........................................... 13

3.1.1 On/O f f Knob ................................................................. 13

3.1.2 Sensitivity Knob............................................................ 14

3.1.3 Ground Balance............................................................ 15

3.1.4 Noise Cancel Button..................................................... 15

3.1.5 Mode Select Button ......................................................15

3.1.6 LED Display..................................................................16

3.1.7 Battery Status............................................................... 17

3.1.8 Earset Socket ............................................................... 17

3.2 Functional Tones ....................................................................19

3.3 Test Piece – Functional Test...................................................20

4. Operating Procedures....................................................................22

4.1 Introduction.............................................................................22

4.2 Standard Procedure ...............................................................23

4.2.1 STEP 1 Switch ON .......................................................23

4.2.2 STEP 2 Ground Balance ..............................................24

4.2.3 STEP 3 Test Piece........................................................24

4.3 Optional Procedures...............................................................25

4.3.1 Noise Cancel ................................................................25

4.3.2 Activate/Deactivate LEDs .............................................26

4.3.3 Activate/Deactivate Vibration........................................27

F3Ci Operations Manual

4.4 Sweeping Procedure ..............................................................29

4.4.1 STEP 1 Mapping the Target..........................................31

4.4.2 STEP 2 Pinpointing the Target......................................33

4.4.3 STEP 3 Interrogating the Target (Optional)...................34

4.5 Multiple Targets ......................................................................35

4.5.1 STEP 1 Mapping the Target..........................................35

4.5.2 STEP 2 Pinpointing Targets..........................................35

4.5.3 STEP 3 Interrogating the Targets (Optional).................36

4.6 Operating Multiple Detectors in Close Proximity ....................37

4.7 Completion of Operations.......................................................38

5. Care and Troubleshooting.............................................................39

5.1 Routine Care ..........................................................................39

5.2 Troubleshooting ......................................................................40

6. Specifications.................................................................................41

F3Ci Operations Manual

1. Introduction

Since 1996, Minelab has designed, developed and manufactured

its range of detectors to meet the requirements of mine and

unexploded ordnance clearance operations throughout the

world. Through its patented and unique technology, Minelab

has emphasised equipment capability and operator safety in its

products.

The F3Ci is a lightweight, compact detector that includes a

uniquely designed mechanical platform thereby providing superior

ergonomics. It is a robust detector that is extremely simple to

operate.

Figure 1: F3Ci mine detector

F3Ci Operations Manual

The F3Ci is designed to detect all types of metal targets and carbon

rods. Additionally, under certain circumstances and using various

tones, the F3Ci can assist an operator to identify specific targets.

The F3Ci incorporates several safety features such as Low Battery

and System Fault warnings, audible confirmation at the completion

of specific operational procedures, and continuous microprocessor

controlled internal self-testing. The inclusion of a Test Piece provides

the operator with a quick and easy check to ensure the detector is

working at its operational capability.

The F3Ci provides a visual indication of detection via a Light Emitting

Diode (LED) display. If required, the F3Ci also provides vibrations to

alert the operator to a target. Sensitivity and volume settings can be

changed through seven preset selections.

Components of the F3Ci are manufactured within tightly controlled

parameters so that they can be interchanged in the field without any

requirement for calibration.

The F3Ci is designed to satisfy MIL STD 810G.

NOTE

Although the F3Ci can withstand immersion to a depth of three

metres for short periods of time, it is NOT designed for use as an

underwater detector.

F3Ci Operations Manual

2. General Description and Preparation

2.1 Mine Detecting Set

The F3Ci is supplied as a mine detecting set (Figure 2) comprising:

• Hard Case (optional)

• Detector

• Soft Carry Bag

• Earset (Speaker On and

Speaker Off variants)

• Operations Manual

• Field Guide

• Test Piece

• Four C Cell Batteries

(Alkaline or Rechargeable)

Figure 2: F3Ci mine detecting set

The optional Hard Case permits the storage of the detector inside

the Soft Carry Bag and provides protection for the detector when in

transit or placed in storage.

The Soft Carry Bag allows the operator to comfortably carry the

detector when use of the Hard Case is impractical. The Soft Carry

Bag is not suitable for use when transporting the detector by

road or air. For added protection during road or air transport, it is

recommended that the detector be packed in the Hard Case.

F3COMPACT

MineDetector

12seconds

Audio

Reset

45seconds...

60cm

(24”)

15cm

(6”)

60cm

(24”)

4903-0047-1

F3Ci Operations Manual

2.2 F3Ci Main Components

Figure 3 identifies the main components of the F3Ci.

Battery

Compartment

Armrest

Armrest Strap

Earset

Connector

Handle

Assembly

Shaft Hinge

Controls

Main Body

Upper Shaft

Middle Shaft

Lower Shaft

Skid Plate

Coil Pivot Assembly

Coil

Lower Camlock

Upper Camlock

Test Piece

Figure 3: F3Ci main components

Battery Compartment – contains 4 x C cell alkaline or rechargeable

batteries. A battery map is provided to indicate correct alignment of

batteries when inserted into the compartment.

Armrest and Strap – provided for operator comfort when the

detector is used for prolonged periods. The Armrest can be extended

for operator comfort.

F3Ci Operations Manual

Test Piece – conveniently stowed on the Armrest to allow the

operator to ensure the detector is working at its operational

capability.

Earset Connector – provides connection for the Earset.

Main Body – waterproof housing containing the detector electronics

and batteries.

Handle Assembly – collapsible handle that also contains user

interface buttons and LED display.

Controls – On/Off and Volume/Sensitivity selection knobs – both

controls cannot be accidentally rotated.

Shaft Hinge – pivot point for unfolding or folding the shafts. The

hinge is only locked in position when the Handle Assembly is in its

deployed position.

Upper, Middle, Lower Shafts – carbon fibre shafts that are

adjustable for operator comfort and for changes in demining

positions.

Upper and Lower Camlocks – self-cleaning locking mechanisms to

secure middle and lower shafts.

Coil Pivot Assembly – permits the tilt and rotation of the coil and

provides a tension screw for adjustment as required.

Coil – waterproof enclosed coil to eliminate possible interference

from vegetation. The coil can be rotated 180 degrees.

Skid Plate – removable disk that protects and prolongs the life of the

coil thereby reducing maintenance costs.

F3Ci Operations Manual

2.3 F3Ci Preparation

To prepare the detector for use, conduct the following procedure:

a. Open the Hard Case and/or Soft Carry Bag.

b. Remove the detector and inspect for obvious signs of damage.

If damage is evident, report to the supervisor/team leader.

c. Unlock the Battery Compartment Lid by twisting the Battery

Lock Lever counter clockwise one-quarter turn. Once unlocked,

pull the lid away from the Battery Compartment (the lid will stay

attached by a tether as shown in Figure 4).

d. Using the battery map located on the side of the Main Body,

insert four C cell batteries. Taking care not to snag or trap the

tether, replace the Battery Compartment Lid and rotate the

Battery Lock Lever clockwise one-quarter turn. If the batteries

are inserted incorrectly, the detector will fail to function when

switched on.

e. Using Figure 5 as a guide, unfold and adjust the F3Ci.

Figure 4: Removing the Battery Compartment Lid

NOTE

The F3Ci requires 4 C cell batteries for operation. Use only high

quality alkaline or rechargeable batteries. Minelab recommends that

only rechargeable batteries with a capacity of 5000 mAh or greater

be used with the F3Ci. Rechargeable batteries have specific charge/

discharge maintenance requirements, which should be strictly

followed to ensure maximum battery life.

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