XFJIHMDEUS remote control

USER'S MANUAL V 1.0 Page 60 Page 02 Page 04 Page 05 Page 06 Page 07 Page 08 Page 09 Page 10 Page 11 Page 12 Page 13 Page 15 Page 15 Page 16 Page 17 Page 18 Page 18 Page 20 Page 21 Page 22 Page 23 Page 24 Page 25 Page 26 Page 26 Page 26 Page 27 Page 27 01 CORDLESS HEADPHONES Menu  Discrimination-Sensitivity-Ground Frequency-Tones-Volume-Coil Pairing with a new coil  Factory Programmes  Replacement of the backphone  POWER SUPPLY  BATTERIES Low battery lights  Battery life  Charging time and charging progress  Charge  Battery durability  Replacement  Precautions  EXPERT Multi-Tones  Pitch  Multi-Tones, thresholds and tones  TX Power  Frequency shift  Silencer  Multi-Notch  Page 29 / 30 Page 30 Page 31 Page 31 Page 32 Page 32 Page 32 Page 33 Page 34 Page 34 Page 35 Page 36 Page 36 Page 37 Page 38 Page 39 Page 39 Page 40 Page 41 / 42 Page 43 Page 44 / 45 Page 46 Page 47 Page 48 Page 49 Page 50 / 51 Page 52 / 53 Page 54 / 55 Page 56 / 57 Page 58 QUICK START  TECHNICAL INTRODUCTION  LIST OF PARTS  ASSEMBLY  USE Remote control  Factory programs, Description  Starting up  MENU Discrimination  Sensitivity  Frequency  Iron Level  Reactivity  Audio Response  Notch  GROUND General  Manual Mode  Pumping Mode  Tracking Mode  Beach Mode  NONE MOTION  OPTION Programmes  Coil  Pairing with a new coil  Conguration  Speakers  Back light  Contrast  Clock setting  Update  PRACTICAL INFORMATION  PRECAUTIONS FOR USE  TROUBLESHOOTING AND SOLUTIONS  SPECIFICATIONS  ACCESSORIES  SPARE PARTS  RECOMMENDATIONS / LAW  FACTORY PROGRAMMES  YOUR SETTINGS  MENU STRUCTURE  DECLARATION OF CONFORMITY  WARRANTY  TABLE OF CONTENTS CONGRATULATIONS ON THE PURCHA SE OF YOUR XP META L DETECTOR A ND WELCOME TO THE WORLD OF RESEA RCH A ND EXPLORATION! ®, the rst fully wireless detector You have invested in a high-tech detector capable of exceptional performance, which was designed and developed in France. You are therefore helping our Company to further research in the eld of metal detecting and we thank you for your contribution. 02 Dēus is innovative in terms of metal detector design as it oers an architecture based on three elements communicating via a digital radio link. In this new design the coil, remote control and audio headphones have each been made independent through the integration of very compact, high-capacity lithium batteries. An ultra-miniature electronic circuit, incorporated in the search coil, digitises and analyses the signals. Data is then sent to the headphones and remote control in real time via a digital radio link. With this method, the signal is processed at source and not conveyed via a wire link, which greatly improves data quality. Incorporating components from leading-edge technologies such as scientic instrumentation has enabled us to produce a powerful, rapid, lightweight, compact and fully controllable digital detector. Whether you are an experienced user or a beginner, Dēus lets you decide whether or not to modify any of its settings. Powerful pre-congured factory programmes enable all users to get started immediately, while expert detectorists can choose more advanced parameters via the intuitive interface. What is described in this manual as the "Remote Control" is in fact the user interface, known as the ‘control box’ on conventional detectors. It enables the detector’s many functions to be precisely adjusted via a graphical interface. It can also receive programme updates (via internet) through its USB socket. Dēus is also exceptional in being able to function without the remote control, with just the coil and the wireless headphones, for an even more compact, lightweight conguration (just 875 g)! Like the remote control, the headphones contain all the components needed for detection, they are a genuine control unit in themselves, but on an ultra-miniature scale. They take over in the absence of the remote control for adjusting the detector settings. With the headphones you can turn Dēus on and o, change the main detection settings such as sensitivity, discrimination, ground balance, tone, frequency (4 kHz, 8 kHz, 12 kHz, 18 kHz), volume, etc. as well as selecting the factory programmes or those previously congured with the remote control! Performance is identical whether you are searching with or without the remote control! Lastly, the new patented* XP stem has the combined advantages of an S-shaped stem and a straight telescopic stem. It enables you to deploy or fold away the device in just a few seconds, and to change the coil in an instant. Its user-friendly design ensures comfort and convenience for the user: length adjustable by millimetre increments, improved operating angle and shaped rubber handle for a rm, controlled grip. So now you’re ready for a new adventure! *Patent application underway 03 TECHNICAL INTRODUCTION continued ... One assembled fully telescopic stem One set of wireless headphones with storage case One 22.5 cm search coil with coil cover One user interface (remote control) with case One connection cable: USB / one mini-B plug One connection cable: USB / three mini-B plugs One power supply transformer-charger One connection clamp for recharging the coil One set of fastenings (2 screws, 2 wing nuts, 1 washer, 1 spacing washer) 04 LIST OF PARTS The box for your Dēus metal detector contains the following parts: 05 3 positions Fitting the coil on the stem Insert the single rubber washer in the lower shaft. Line up the stem with the coil and t the two parts together. Install bolt and nut. Access to (Ground Balance) Manual / Pumping / Beach / Tracking - ON/OFF Access to menu Conguration / Programs / Coil / Factory programs Decrease values Change programme USB connection for charging the lithium battery or for updating the software via internet Increase values Change programme None motion mode (Pinpoint) 3.5 plug: 3.5mm audio output jack MENU MENU G.B. OPTION OPTION 1 - BASIC 1 MENU EXPERT NOTCH SENS. FREQ…

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Xplorer – 40 chemin du moulin - 31320 MERVILLA – FRANCE - Tel : + 33(5) 61 73 63 29 - Fax : + 33(5) 61 73 48 39 E . m a i l : i n f o @ x p m e t a l d e t e c t o r s . c o m - W e b : w w w . x p m et a l d e t e c t o r s . c o m S.A.R.L au capital de 7622,45 € - RCS Toulouse B 419 311 477 - APE 316 D - TVA : FR 31 419 311 477 DATE : 2010-01-26 Nemko Canada Inc 303 River Road Ottawa, Ontario, Canada K1V 1H2 Attn: Director of Certification Authority to Act as Agent On our behalf, I appoint M. Olivier ROY, Gyl Technologies, 21, rue de la Fuye, F 49610 Juigné / Loire. to act as our agent in the preparation of this application for equipment certification. I certify that submitted documents properly describe the device or system for which equipment certification is sought. I also certify that each unit manufactured, imported or marketed, as defined in the Federal Communications Commission’s regulations will have affixed to it a label identical to that submitted for approval with this application. For instances where our authorized agent signs the application for certification on our behalf, I acknowledge that all responsibility for complying with the terms and conditions for certification, as specified by Nemko Canada Inc, still resides with XPLORER, 40, chemin du Moulin, 31320 Merville, France. This authorization is valid until further written notice from XPLORER 26 January 2010 By Alain LOUBET, Manager Signature On behalf of Xplorer Telephone: (33) 561 736 329 [email protected]

GYL Technologies 21 rue de la Fuye Parc d’Activité de Lanserre 49610 JUIGNE SUR LOIRE Tel : 02 41 57 57 40 – Fax : 02 41 45 25 77 10 th March 2010 Equipment Authorization Division Federal Communications Commission 7435 Oakland Mills Road Columbia, MD 21046 FCC ID: XFJIHM Product Name: DEUS remote control Request for Confidentiality Pursuant to Sections 0.457 and 0.459 of the commission’s rules, we hereby request that the following documents be held confidential: • Schematics • Block diagrams • Operational description These materials contain trade secrets and proprietary information and are not customarily released to the public. The public disclosure of this information might be harmful to the company and provide unjustified benefits to our competitors. For Xplorer 40, chemin du moulin, F 31320 MERVILLA. By Olivier ROY, technical manager of Gyl Technologies as authorized agent of Xplorer Tel.: (33)241575740

EQUIPMENT FCC ID : XFJIHM Canada IC : 8392A-XPIHM Exhibit 3 External Photos Page : 1/1 Written by : O. ROY 17 December 2009 Test report # : 560102-CC-1-a 1 External Photos

EQUIPMENT FCC ID : XFJIHM Canada IC : 8392A-XPIHM Exhibit 1 LABEL Page : 1/1 Written by : O. ROY 10 March 2010 Test report # : 560102-CC-1-a 1 RODUCT LABELLING 1.1 FCC ID LABEL AND LOCATION Location

EQUIPMENT FCC ID : XFJIHM Canada IC : 8392A-XPIHM Exhibit 9 Internal Photos Page : 1/2 Written by : O. ROY 17 December 2009 Test report # : 560102-CC-1-a 1 Internal Photos Without battery EQUIPMENT FCC ID : XFJIHM Canada IC : 8392A-XPIHM Exhibit 9 Internal Photos Page : 2/2 Written by : O. ROY 17 December 2009 Test report # : 560102-CC-1-a

The reproduction of this document is authorised only if integral. Any partial reproduction must be authorised by GYL Technologies. This document results of test applied on one sample. It doesn’t prejudge of conformity of all products to the tested sample. GYL technologies Parc d’activités de Lanserre 21 rue de la Fuye 49610 JUIGNE SUR LOIRE FRANCE Tel. : +33 (0) 2.41.57.57.40 Fax : +33 (0) 2.41.45.25.77 TEST REPORT According to FCC, CFR 47 Part 15 And Industry Canada According to RSS 210 Issue 7 DEUS Remote control XPIHM N°560102-CC-1-b FCC and IC CERTIFICATION TEST REPORT EQUIPMENT FCC ID:XFJIHM IC:8392A-XPIHM The 27 pages of this report are not sharable 2 Identification : 560102-CC-1-b FCC registration n°90469 IC registration n°IC4452A-1 Summary 1. REFERENCE AND RECORD OF REVISIONS OF THE TEST REPORT: ......................................................3 1 INTERPRETATION AND REMARKS: .................................................................................................................3 1.1 RESULTS: ..........................................................................................................................................................................................3 2 GENERAL INFORMATION: ..................................................................................................................................4 2.1 APPLICANT:......................................................................................................................................................................................4 2.2 MANUFACTURER: ..........................................................................................................................................................................4 2.3 TEST DATE: ......................................................................................................................................................................................4 2.4 TEST SITE:.........................................................................................................................................................................................4 3 INTRODUCTION: ....................................................................................................................................................5 4 MEASUREMENT EQUIPMENT LIST: .................................................................................................................5 5 CONFIGURATION OF TESTED SYSTEM: .........................................................................................................6 6 EXERCISING TEST CONDITIONS: .....................................................................................................................7 7 CONFORMANCE STATEMENT: ..........................................................................................................................8 7.1 STANDARDS REFERENCED FOR THIS REPORT: .....................................................................................................................8 7.2 JUSTIFICATION: ..............................................................................................................................................................................8 8 TEST ACCORDING TO CFR 47 PART 15............................................................................................................9 8.1 REFERENCE DOCUMENTATION: ................................................................................................................................................9 8.2 POWER LINE CONDUCTED EMISSIONS MEASUREMENTS (15.107&207):..........................................................................9 8.2.1 RESULTS (Class B):................................................................................................................................................................................9 8.2.2 INTERPRETATION AND REMARKS: ...............................................................................................................................................11 8.3 RADIATED EMISSIONS MEASUREMENTS (15.109&209): .....................................................................................................12 8.3.1 RESULTS (Class B):..............................................................................................................................................................................13 8.3.2 INTERPRETATION AND REMARKS: ...............................................................................................................................................14 8.4 INTENTIONAL RADIATOR OPERATION WITHIN THE BAND 2400 – 2483.5MHZ §15.249:.............................................15 8.4.1 MAXIMUM PEAK OUTPUT POWER §15.249(a) (c) ........................................................................................................................15 8.4.2 BANDWIDTH MEASUREMENT ........................................................................................................................................................16 8.4.3 SPURIOUS EMISSIONS MEASUREMENTS §15.249(d) ..................................................................................................................18 8.4.3.1 RADIATED SPURIOUS EMISSION BELOW 1000MHZ §15.205, §15.209,§15.249..........................................................18 8.4.3.2 RADIATED SPURIOUS EMISSION ABOVE 1000MHZ §15.205, §15.209,§15.249...........................................................21 8.4.3.3 RECEIVER SPURIOUS RADIATION.....................................................................................................................................25 OTHER ASSOCIATED FILES: 560102 Exhibit 1 ID label XFJIHM 560102 Exhibit 3 External Photos XFJIHM 560102 Exhibit 4 Block Diagrams XFJIHM 560102 Exhibit 5 Schematics XFJIHM 560102 Exhibit 7 Test Setup Photos XFJIHM 560102 Exhibit 8 User's Manual XFJIHM 560102 Exhibit 9 Internal P…

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EQUIPMENT FCC ID : XFJIHM Canada IC : 8392A-XPIHM Exhibit 7 Test Setup Photos Page : 1/4 Written by : O. ROY 26 March 2010 Test report # : 560102-CC-1-a 1 Radiated emissions REMOTE CONTROL Antenna in front of the equipment with turntable at 0° EQUIPMENT FCC ID : XFJIHM Canada IC : 8392A-XPIHM Exhibit 7 Test Setup Photos Page : 2/4 Written by : O. ROY 26 March 2010 Test report # : 560102-CC-1-a 2 Radiated emissions (full configuration) EQUIPMENT FCC ID : XFJIHM Canada IC : 8392A-XPIHM Exhibit 7 Test Setup Photos Page : 3/4 Written by : O. ROY 26 March 2010 Test report # : 560102-CC-1-a 3 Radiated emission when charging EQUIPMENT FCC ID : XFJIHM Canada IC : 8392A-XPIHM Exhibit 7 Test Setup Photos Page : 4/4 Written by : O. ROY 26 March 2010 Test report # : 560102-CC-1-a 4 Conducted emission when charging