RX9-T113-916PORTABLE MULTIFUNCTION DISPLAY AND REMOTE

Remote Display Important Due to the wireless communication systems used in Micronet instruments they are only recommended for use on boats up to 18 metres (60 ft.) Before installing to a boat of aluminium or steel construction, please contact your Tacktick dealer. Like any other electronic instruments your Micronet system is designed to serve only as an aid to navigation and it remains the skippers responsibility to maintain a permanent watch and be aware of developing situations. Any attempt to take a Micronet product apart will invalidate the warranty. The battery may only be replaced by a person trained and approved for this purpose. EMC Conformance All Tacktick equipment is designed to the best industry standards for use in the recreational marine environment. The design and manufacture of Tacktick equipment conforms to the appropriate Electromagnetic Compatibility (EMC) standards. Correct installation is required to ensure that performance is not compromised. Remote Display www.tacktick.com Contents 1 www.tacktick.com 1Information Page 1.1 Introduction -2 1.2 Specifications -2 1.3 Power Management and Battery Life -3 1.4 Safety and Disposal -4 2Operation 2.1 Display Information -5 2.2 Switching the System On and Off -5 2.3 Information Display Operation -6 2.4 Remote Control Operation -7 2.5 Backlighting -8 2.6 Keylock -9 2.7 Audible Signals and Alarms9 2.8 Information Display - Data Item Descriptions -10 3Setup and Calibration 3.1 Entering Setup and Calibration Mode -18 3.2 Setup and Calibration Chapter and Page Operation 18 3.3 Editing Values -18 3.4 Setup Chapter and Page Organisation -20 3.5 Setup Parameter Descriptions -21 4Seatrial and Calibration 4.1 Depth Offset -31 4.2 Speed Calibration -32 4.3 Wind Calibration -33 4.4 Compass Calibration and Alignment -34 5Installation 5.1 Changing the Bezel -35 5.2 Cradle -35 6Maintenance and Fault Finding 6.1 Care and Maintenance -36 6.2 Fault Finding and Technical Support -36 7Warranty Information 1 Information 1.1Introduction Your Tacktick Remote Display provides a unique combination of features: Mobile display of instrument data All data available on your Micronet network can be viewed wherever you are located on your vessel. Remote control of Micronet displays The Remote Display can control the other Micronet displays on your network, i.e. Maxi, Dual Maxi and remote enabled models of the Digital, Dual Digital and Analogue displays. Solar Power Your Micronet display is powered for life by the environment. Although feature packed and highly visible in all conditions, current demand is so low, and the supply so efficient, that the solar-powered display is self sufficient. Combined with other displays in the Micronet range this display becomes part of a complete navigational system. 1.2Specifications Height of digits:15mm (0.6 inches) Backlighting:3 levels with daylight shutoff System-wide or local control Power:Solar Powered 300 hrs autonomy by day, 7 nights at brightest backlighting, 20 nights at economy backlighting without charge Units of display:Boat Speed (knots, km per hour, statute miles per hour) Distance (nautical miles, statute miles, kilometres) Depth (metres, feet, fathoms) Wind Speed (knots, metres per second, Beaufort) Alarm:Audible Alarm for Depth, Wind, Cross Track Error and Waypoint Arrival Weight:135g (0.3 lbs) Operating Temp.:-10 o to +60 o C (14 o to 140 o F) Frequency:868 MHz or 916 MHz Remote Display 2 www.tacktick.com Bright Sunny Day Overcast Day Night Battery is charged and being topped up by the sun. (see Note) Battery is low and being charged by the sun. Battery is charged and requires no further charging. Battery is low but maintaining it’s level. Battery is charged but is not charging. Battery is low with no charging. It is recommended that the instrument be left in daylight for some time for the battery to recover. A fully discharged battery will recharge in approximately 12 hours of direct bright sunlight. LOW Power Information 3 If using the displays at night, power usage can be reduced dramatically by switching the Backlighting to level 1 or Off. If Backlighting is not required on displays located below decks it is best to set them to "Local" backlighting control (see page 28 S38) so that power is not being wasted in displays which may not be visible from the one being viewed. Note:If the internal battery is fully charged then it does not matter how much the display is subjected to bright sunlight no further charging is required and the Charge Rate Indicator will remain low. If the displays are to be stored for a long period of time before next use (Over Winter) ensure that the batteries are fully charged before storage. www.tacktick.com 1.3Power Management and Battery Life What makes your Micronet display possible is Tacktick’s revolutionary approach to power management. By reducing the amount of power being used by the electronics and maximizing the potential of the sun to provide power, a Micronet display becomes a virtually perpetual device. Power status is indicated by two icons on the display: Battery Level and Charge Rate Used together these icons will show the condition of the power supply. Pocket Mode When Pocket Mode is enabled (see page 28 S35) the Remote display switches off the LCD panel after a user configured time delay. The unit remains connected to the network and pressing any button switches the display panel back on. Sleep Mode If there is no boat speed or change in heading registered on the system for a period of 12 hours your Remote Display will switch off to conserve power. A "POWER SAVE" alarm will sound before the system switches off. Pressing any button within 10 seconds of the alarm sounding will allow the system to remain switched on. Backlighting will automatically shut down/off when operated in daylight. Artificial light WILL NOT recharge the battery. Placing your Micronet display close to an artificial light will seriously damage the display. Only recharge in natural daylight…

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Setup and Calibration 21 www.tacktick.com 3.5 Setup Parameter Descriptions System Chapter In the descriptions below, system default values/options are shown in bold text Memories Page S1Trip The distance travelled since the last Trip Reset. Resets to 0.00. S2Speed Maximum The maximum speed attained since switch on or since the last Maximum Speed Reset. Resets to current boat speed. S3Speed Average The average speed attained since switch on or since the last Average Speed Reset. Resets to current boat speed. Alarms Page S4Shallow Water Alarm Sets the shallow depth at which the display will alarm. The options are: Offand 0.0 to 25.0 feet (0.0 to 7.6 metres) (0.0 to 4.1 fathoms). Values are displayed in the previously selected units (see page 22 S10 to select units) and are all subject to any keel or waterline offset added (see page 23 S18 to set an offset). This alarm sounds as the depth passes below the set value and NOT as the depth increases past this value. S5Deep Water Alarm Sets the deep depth at which the display will alarm. The options are: OFFand 0.0 to 250 feet (0.0 to 76.2 metres) (0.0 to 41.6 fathoms). Values are displayed in the previously selected units (see page 22 -s10 to select units) and are all subject to any keel or waterline offset added (see page 23 s18 to set an offset). This alarm sounds as the depth increases past this value or decreases past this value. Remote Display 22 www.tacktick.com S6High Wind Alarm Sets the wind speed at which the display will alarm. The options are: Offand 0.0 to 100 knots (0.0 to 51.4 m/s). Values are displayed in the previously selected units (see page 22 S11 to select units). This alarm sounds as the wind speed increases past the set value and NOT as it decreases past this value. S7Cross Track Error Alarm Sets the display to alarm if a Large Cross Track Error Alarm is issued by the GPS. The options are: On/Off. S8Waypoint Arrival Alarm Sets the display to alarm if a Waypoint Arrival Alarm is issued by the GPS. The options are: On/Off. Units Page S9 Speed The units in which ALL speed related information is displayed. The options available are: KNOTS, KPH (Kilometres per hour) or MPH (Statute Miles per hour). S10Depth The units in which ALL depth related information is displayed. The options available are: FEET, METRES or FATHOMS. S11Wind The units in which ALL wind speed related information is displayed. The options available are: KNOTSor M/S (Metres per second). S12LOG (Distance) Sets the units in which ALL Distance related information is displayed. The options available are: NM(Nautical Miles), KM (Kilometres) or SM (Statute Miles). Setup and Calibration 23 www.tacktick.com S13Temperature Sets the units in which water temperature information is displayed. The options available are: o C (Degrees Celsius)or o F (Degrees Fahrenheit). 4.2Sensors Chapter Speed Page S14Speed Response Sets the update period of the Speed display. The options are: Auto/Slow/Medium/Fast S15Speed Offset (%) The boat speed calibration factor adds a percentage factor which corrects the information from the paddlewheel and ensures the boat speed is displayed correctly. See page 32 for the calibration procedure. S16Speed Display Format Sets the number of decimal places to which the boat speed information is displayed. The options are 0.1or 0.01. S17Sea Temperature Calibration The sea temperature calibration factor adds a value which corrects the information from the temperature sensor and ensures the water temperature is displayed correctly. Depth Page S18Keel / Waterline Offset Allows a keel offset to be added allowing the display depth reading to indicate depth below the bottom of the boat, or a waterline offset allowing the depth reading to indicate actual water depth. See page 31 to set a depth offset. Remote Display 24 www.tacktick.com Wind Page S19Wind Response Sets the update period of the wind display. The options available are: Auto/Slow/Medium/Fast. S20Wind Angle Aligns the displayed apparent wind angle with the actual wind direction with respect to the boat. See page 33 for the calibration process. S21Wind Speed Calibration (%) The wind speed calibration factor adds a percentage factor which corrects the information from the wind speed sensor and ensures the apparent wind speed is displayed correctly. See page 33 for the calibration process. S22 Wind Shift The time period over which the system determines the mean wind direction can be user adjusted in the range 2 to 60 minutes. (Default 10 minutes) Compass Page S23Heading Response Sets the update period of the compass display. Auto/Slow/Medium/Fast S24Heading Format Tells the system to show heading information in either Magneticor True format. S25Compass Offset Aligns the displayed heading with the actual magnetic heading of the boat. See page 34 for the calibration process. Setup and Calibration 25 www.tacktick.com S26Magnetic Variation Allows manual entry of local magnetic variation. This setting is ignored if variation information is available from a GPS source. S27Magnetic Deviation However carefully positioned the Compass Transducer is there is always the possibility of errors being introduced by the vessel and equipment. To remove errors it is necessary to "Swing" the compass by turning the boat slowly until the system can optimize the readings. Once the correction has been completed the deviation correction value will be displayed. See page 34 for the calibration process. Page Configuration Chapter S28Single-Line Display Page This setup page allows the selection of the data items to be displayed on each of the 8 single item display pages. When this page is first selected, the display shows the cursor beneath the title of the data item currently selected for display page 1. To select an alternative single line display page: Press the button repeatedly to show the data items currently allocated to pages 2 through 8 (the cursor changes from to as appropriate). To change the data item associated with a …

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Tacktick Limited T113 Remote Display Block Diagram Microprocessor circuit, including programming port, supervisor and voltage reference devices. 4.8MHz Key drive / read circuitry 8Hz Internal batteries and recharging circuit (Internal solar cell) 10kHz Backlight driving circuitry 10kHz Buzzer driving circuitry, 4kHz LCD interface logic and drive rail LCD drivers and display Radio transceiver circuitry IF = 150kHz LO = 14.7456 MHz LCD data and control signals PWM Drive to charger circuit Digital power rail Data and control sentences PCB Antenna RF Data on radio network 916MHz Buzzer drive waveform Lighting PWM waveform Key drive signals Key read signals PWM drive rail controller LCD data and control signals Drive rail sense

Tacktick Limited T113 Remote Display Internal photos FrontRear

Tacktick Limited T113 Remote Display FCC ID label location T113 Remote Display rear view

CL050 Micronet 916MHz T113 declaration label rev05 Prints PMS 359 green Material A-600-MP Black FCC ID: RX9-T113-916 IC: 5189A-T113-916 rev05 CL050 Z467 T113 This device complies with Part 15 of the FCC rules. Operation is subject to the following two conditions (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesirable operation. Cet appareil respecte l'article 15 du règlement FCC. Son fonctionnement est soumis aux deux conditions suivantes (1) il ne doit pas causer d'interférences nuisibles (2) il doit accepter la réception d'interférences, y compris celles qui pourraient causer un fonctionnement non souhaitable. 59.40 27.90 R 4.05 R 4.05

Tacktick Limited T113 Remote Display Internal photos FrontRear

Tacktick Limited T113 Remote Display Operational Description Introduction This document is to be read in conjunction with the ‘Tacktick Limited T113 Remote Display Block Diagram’. The functionality of each block shown on the diagram is expanded in this document. Microprocessor This device stores the operating software in its on board flash and system data in its on board RAM. The software controls the operation of the T113 Remote Display. The software can be upgraded in circuit by connecting the programming port to a PC running the appropriate development environment. The microprocessor uses a precision voltage reference against which to measure inputs through its built in 8 channel ADC. An external supervisor chip is used to ensure that the microprocessor is reset if it fails to produce a periodic strobe signal. Batteries and Recharging Circuit The unit runs from four internal, rechargeable lithium coin cells. These cells can be recharged using the integral solar cell. Backlight Circuitry The display and keys on the unit are backlit using LEDs. The microprocessor provides a PWM waveform to the backlighting circuit. The illumination level used is determined by the user. Key Drive and Read Circuitry The unit has 5 keys. The circuitry for these keys is driven by the microprocessor and the corresponding key read signals are decoded by the microprocessor. Buzzer Drive Circuitry The buzzer drive circuit is driven by a PWM output from the microprocessor. LCD Driver and Display and Associated Interface Circuitry The LCD driver and display are driven from a different voltage to the microprocessor circuitry, therefore an interface circuit is required to connect the two circuit blocks. A closed loop controller run by the microprocessor regulates the LCD voltage rail. The microprocessor outputs the control and data signals required by the LCD driver. Radio Transceiver Circuit and PCB Antenna The unit communicates with other units in the network across a wireless data link. The microprocessor sends configuration sentences to the radio transceiver chip. The data link between the microprocessor and the radio chip is half duplex. The RF signals are transmitted / received using a PCB track antenna.

EMITECH ATLANTIQUE 15, rue de la Claie Z.I. Angers-Beaucouzé 49070 BEAUCOUZÉ Tél. 02 41 73 26 27 Fax 02 41 73 26 40 e-mail : [email protected] R.C.S. ANGERS 95 B 543 SIRET 344 545 645 00055 SIEGE SOCIAL : EMITECH S.A. 3, rue des Coudriers – Z.A. de l’Observatoire – 78180 MONTIGNY-LE-BRETONNEUX – Tél. 01 30 57 55 55 – Fax 01 30 43 74 48 S.A. AU CAPITAL DE 480 000 € - R.C. VERSAILLES B 344 545 645 – SIRET 344 545 645 000 22 – CODE APE 742 C RA-06-24590-2/A Ed 0 FCC CERTIFICATION RADIO Measurement Technical Report standard to apply: FCC Part 15.249 Equipment under test: Micronet remote display FCC ID : RX9-T113-916 Company: TACKTICK SARL DISTRIBUTION: M. VALENS Company: TACKTICK SARL Number of pages: 15 including 2 annexes Verification Ed. Date ModifiedEditing Approval pages Name Visa Name Visa 0 14-Feb-07 Creation L. BERTHAUD This document is the result of testing a specimen or a sample of the product submitted. It does not imply an assessment of the conformity of the whole manufactured products of the tested sample. EMITECH ATLANTIQUE RA-06-24590-2/A Ed 0 PAGE: 2 RA-06-24590-2-A-MP PRODUCT: Micronet remote display Reference / model : T113 Serial number : not communicated MANUFACTURER: not communicated COMPANY SUBMITTING THE PRODUCT: Company : TACKTICK SARL Address: 27, rue Anita Conti Parc d’activité de Laroiseau 56000 Vannes FRANCE Responsible : M. VALENS DATES OF TEST: 17 and 18 January 2007 TESTING LOCATION: EMITECH ATLANTIQUE laboratory at ANGERS (49) FRANCE EMITECH ATLANTIQUE open area test site in LA POUEZE (49) FRANCE Registration Number by FCC: 101696/FRN: 0006 6490 08 TESTED BY: L. BERTHAUD EMITECH ATLANTIQUE RA-06-24590-2/A Ed 0 PAGE: 3 RA-06-24590-2-A-MP CONTENTS TITLE PAGE 1. INTRODUCTION.......................................................................................................................... 4 2. PRODUCT DESCRIPTION .........................................................................................................4 3. NORMATIVE REFERENCE....................................................................................................... 4 4. TEST METHODOLOGY .............................................................................................................5 5. ADD ATTACHMENTS FILES .................................................................................................... 5 6. TESTS AND CONCLUSIONS ..................................................................................................... 6 7. FIELD STRENGTH OF FUNDAMENTAL ............................................................................... 7 8. RADIATED EMISSION OF TRANSMITTER .......................................................................... 9 ANNEX 1: PHOTOS OF THE EQUIPMENT UNDER TEST ................................................... 11 ANNEX 2: OPEN AREA TEST SITE, TEST SET UP ................................................................ 14 EMITECH ATLANTIQUE RA-06-24590-2/A Ed 0 PAGE: 4 RA-06-24590-2-A-MP 1. INTRODUCTION This document presents the result of RADIO test carried out on the following equipment: Micronet remote display in accordance with normative reference. 2. PRODUCT DESCRIPTION Class: B (residential environment) Utilization: Remote display and control of other Tacktick’s Micronet displays Antenna type: Incorporated antenna Operating frequenc: 916 MHz Number of channels: 1 Channel spacing: not concerned Frequency generation: | SAW Resonator | Crystal ~ Synthetiser Modulation: | Amplitude ~ Digital | Frequency | Phase Power source: 3 Vd.c. (Lithium battery) Power level, frequency range and channels characteristics are not user adjustable. The details pictures of the product and the circuit boards are joined with this file. 3. NORMATIVE REFERENCE The standards and testing methods related throughout this report are those listed below. They are applied on the whole test report even though the extensions (version, date and amendment) are not repeated. FCC Part 15 (2006) Code of Federal Regulations Title 47 - Telecommunication Chapter 1 - Federal Communications Commission Part 15 - Radio frequency devices Subpart C - Intentional Radiators ANSI C63.4 (2003) Methods of Measurement of Radio-Noise Emissions from Low- voltage Electrical and Electronics Equipment in the range of 9 kHz to 40 GHz. EMITECH ATLANTIQUE RA-06-24590-2/A Ed 0 PAGE: 5 RA-06-24590-2-A-MP 4. TEST METHODOLOGY Radio performance tests procedures given in part 15: Paragraph 33: frequency range of radiated measurements Paragraph 35: measurement detector functions and bandwidths Paragraph 203: antenna requirement Paragraph 205: restricted bands of operation Paragraph 209: radiated emission limits; general requirements Paragraph 249: operation within the bands 902-928 MHz, 2400-2483.5 MHz, 5725-5875 MHz and 24.0-24.25 GHz 5. ADD ATTACHMENTS FILES SSynopticS SBlock diagramS SExternal photos and Product labelingS SAssembly of componentsS SInternal photosS SLayout pcbS SBil of materialsS SSchematicsS SProduct descriptionS SUser guideS EMITECH ATLANTIQUE RA-06-24590-2/A Ed 0 PAGE: 6 RA-06-24590-2-A-MP 6. TESTS AND CONCLUSIONS Test Description of test Criteria respected ? Comment procedure Yes No NAp NAs FCC Part 15.203 ANTENNA REQUIREMENT X Note 1 FCC Part 15.205 RESTRICTED BANDS OF OPERATION X FCC Part 15.207 CONDUCTED LIMITS X FCC Part 15.209 RADIATED EMISSION LIMITS; general requirementsX Note 2 FCC Part 15.249 OPERATION WITHIN THE BANDS 902-928 MHZ, 2400- 2483.5 MHZ, 5725-5875 MHZ AND 24.0-24.25 GHZ (a) field strength fundamental and harmonics X (b) fixed point-to-point operation X (c) field strength distance X (d) radiated emissions outside specified frequency bandsX (e) peak measurements X (f)requirement note of section 15.37 (d) X NAp: Not Applicable NAs: Not Asked Note 1: internal PCB antenna (see photos in annex 1). Note 2 : see FCC part 15.249 (d). Conclusion: The sample of Micronet remote display submitted to the tests complies with the regulations of the standard F…

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EMITECH ATLANTIQUE A2- PAGE: 1 ANNEX 2: OPEN AREA TEST SITE, TEST SET UP OPEN AREA SITE EMITECH ATLANTIQUE A2- PAGE: 2 TEST SET UP