Favor Manual
Contents
1. A0 120 69 51 36 28 22 17 13 10 9 7 6 Al 149 86 56 38 29 23 18 14 11 9 7 6 5 A2 U S Navy 102 65 200 41 100 29 60 23 50 19 40 15 30 11 25 9 20 8 15 6 10 5 10 4 5 Unlike the U S Navy tables the instrument interpolates between depths giving a diver credit for time spent in shallower water rather than calculating no decompression limits based on the maximum depth of a dive As a result multi level no decompression dive times permitted by the dive computer are often longer than those that would be allowed by the U S Navy tables 57 WARNING THE USER SHOULD BE AWARE THAT ANY DIVE INCLUDING ONES WITHIN THE U S NAVY TABLES OR DIVE COMPUTER LIMITS DOES CARRY SOME RISK OF DECOMPRESSION SICKNESS COMPARTMENTS AND HALF TIMES When you dive with the instrument it measures and displays depths and times as your dive progresses It shows you available no decompression time and possible decompression required based upon the following five factors 1 your present depth 2 excess nitrogen absorbed during earlier portions of the dive 3 residual nitrogen remaining from previous dives 4 the no decompression limits that apply to that depth 5 the personal altitude adjustment mode in use Back on the surface the dive computer will continue to calculate the no decompression dive times available for various depths on the next dive As the surface interval increases so does the availabl2. Ceiling Zone Compartment DCS Decompression A dive made at an elevation above 700 m 2300 ft above sea level The speed at which the diver ascends toward the surface Abbreviation for ascent rate The minimum amount of time needed to reach the surface in a decompression dive Abbreviation for ascent time On a decompression dive the shallowest depth to which a diver may ascend based on computer nitrogen load On a decompression dive the zone between the ceiling and the ceiling plus 1 8 m 6 ft This depth range is displayed with the two arrows pointing toward each other the hourglass icon See Tissue group Abbreviation for decompression sickness Time spent at a decompression stop or range before surfacing to allow absorbed nitrogen to escape naturally from tissues Decompression sickness Dive series Any of a variety of maladies resulting either primarily or secondary from the formation of nitrogen bubbles in tissues or body fluids as a result of inadequately controlled decompression Commonly called bends or DCS A group of repetitive dives between which the instrument indicates some nitrogen loading is present When nitrogen loading reaches zero the instrument deactivates 64 Dive time Half time Multi level dive No decompression time No decompression dive NO DEC TIME Repetitive dive Residual nitrogen SURF TIME Surface interval time Tissue group Elapsed
3. by connecting all three contacts simultaneously or by immersing the dive The instrument will scroll through the computer in water above displays 43 LOG HIS ALT SET PLAN Fig 4 2 LOGBOOK DISPLAY I This display will alternate between DISPLAYS II and III The maximum depth a of the second recent dive c was 28 6 m 94 ft and the total dive time 29 min e The personal altitude adjustment mode was set to Al d and the minimum no decompression time during the dive was 3 minutes b 44 4 1 LOGBOOK MEMORY The dive computer has a sophisticated high capacity Logbook Memory Dives shorter than one minute are not registered The logbook memory is activated by touching the TIME MODE and COM contacts until LOG appears It will give access to the nine most recent dives made The following information will be shown on three alternating displays Fig 4 2 4 5 DISPLAY I main display Fig 4 2 maximum depth a dive number c dive time e personal altitude adjustment setting d the minimum NO DEC TIME or maximum ASC TIME reached during the dive b SLOW if the diver has surfaced with this warning on downward pointing arrow if the ceiling was violated Er in the center window if the ceiling was violated permanently over 3 min or if the 12 m 39 ft ceiling was reached or if the ASC TIME was over 63 min NOTE Ascent time is not displayed in the Octopus II dive computer DISPLAY II Fig 4 3 e ave
4. will turn on showing mostly figure 8 s and graphical elements Fig 3 3 A few seconds later the battery power bar graph is shown Fig 3 4 Next the screen will alternate be tween two READY displays confirming that the activation is complete Fig 3 5 At this time perform your precheck making sure that e the dive computer operates and provides a complete display e the low battery indicator is not on e the personal altitude adjustment setting is correct The instrument is now ready for diving If it is not taken on a dive after activation it will automatically switch off to the time display in 10 minutes to conserve the battery power The dive computer does not need to be reactivated for repetitive dives It will remain active until it has calculated that all residual nitrogen has off gassed This may take up to 48 hours as described in Section 6 1 Operating Principles PERSONAL ADJUSTMENT AND HIGH ALTITUDE DIVING WARNING SET THE CORRECT PERSONAL ALTITUDE ADJUSTMENT MODE When diving at altitudes greater than 700 m 2300 ft the personal altitude adjustment feature must be correctly selected in order for the computer to calculate no decompression status The diver should also use this option to make the calculations more conservative when ever it is believed that factors which tend to increase the possibility of decompression sickness exist see Section 3 6 Failure to properly select the personal altitude adjust m
5. 4 TABLE 3 1 BATTERY POWER INDICATOR normal new battery 3 3 a and Display after activation five 5 bar graph segments four 4 bar graph segments three 3 bar graph segments two 2 bar graph segments 3 3 b battery change is recommended don t dive change the battery 3 3 d one 1 bar graph segment don t dive after three activations the computer 3 3 e remains deactivated until the battery has been replaced NOTE First generation LUX LUX S models made before March 1999 serial number less than 909001 first number stands for year next two numbers stand for week last three numbers stand for production number Resulting from different battery control system when four or less bar graph segments are shown the computer should not be used for diving Battery change is recommended 24 After activation the Low Battery Warning is indicated by the battery symbol If the battery symbol is displayed in the surface mode or if the display is faded or weak the dive com puter should not be used Fig 3 5 It indicates that the battery is too low to operate the instrument If the low battery symbol appears during a dive you should abort the dive and begin ascent to the surface NOTE The backlight of the LUX LUX S models can not be activated when the low battery warning is indicated by the battery symbol NOTE Temperature affects the battery voltage If the dive computer is stored at tempera
6. BE AVOIDED EVEN IF THEY CONFORM TO THE MATHEMATICAL MODEL WARNING DO NOT USE THE DIVE COMPUTER WITH NITROX MIX The mathematical tissue calculation model of the instrument has been designed for use with standard breathing air only approximately 21 oxygen and 79 nitrogen by volume Therefore the dive computer must not be used for diving with Nitrox or other mixed gases time Consecutive dives Sawtooth profiles Reverse profiles Multiday dives time time time Ee Qi m o E E S ks Mo ks Fig 1 1 HIGHER RISK DIVE PROFILES Fig 1 2 RECOMMENDED PROFILE 15 DIVE COMPUTER LIMITATIONS While the instrument is based on current decompression research and technology the user diver must realize that the computer cannot monitor the actual physiological functions of an individual diver All decompression schedules currently known to the authors including the U S Navy Tables are based on a theoretical mathematical model which is intended to serve as a guide to reduce the probability of decompression sickness The mathematical model uses an ascent rate of 10 m min 33 ft min Therefore it is critical that a proper ascent rate is always used The reader diver is forewarned that individual physiological differences severe environmental conditions and predive activities especially those which tend to increase dehydration may increase the risk of decompression sickness As a Safety precaution Suunto recommends that divers usin
7. Keep the water contacts clean to assure correct operation of the dive computer Store the instrument in a dry place NOTE Frequently check the battery compartment for moisture through the transparent battery cover of the instrument especially after the battery replacement The dive computer should be serviced every two years or after 300 dives whichever comes first by an authorized dealer This service will include a general operational check and battery replacement The service requires special tools and training Therefore it is advisable to contact an authorized Suunto dealer for biennial service Do not attempt to do any servicing that you are not trained for The instrument will display a battery symbol as a warning when the power gets too low When this happens the dive computer should not be used until the battery has been replaced see also chapter 3 3 1 Battery Warning 52 5 1 MAINTENANCE If left without care for an extended period a thin film often invisible to the eye will cover the unit Much like the buildup on the glass of an aquarium this film is the result of organic contaminates found in both salt and fresh water Suntan oil silicone spray and grease will speed up this process As a result of this buildup moisture will be trapped next to the contacts and will not allow your dive computer to operate properly The water contacts can be cleaned with a soft pencil eraser IMPORTANT The instrument should be soaked then
8. THE DIVE COMPUTER This section contains instructions on how to operate the dive computer and interpret its displays Each display has been carefully designed to provide important information you will need to plan your dive or dive series You will find that the instrument is easy to use and read Each display shows only the data relevant to that specific diving situation For example while you are on a dive surface interval data is irrelevant and therefore not shown On the other hand while you are on the surface after a dive remaining no decompression time for that dive is irrelevant and there fore replaced with information for your next dive 3 1 USE OF WATER CONTACTS As described in Section 2 1 Water Contacts the dive computer is controlled with the COM common PLAN ON and TIME MODE contacts Fig 3 1 as follows Activation touch the PLAN ON and COM contacts Dive planning once the instrument has been activated touch the PLAN ON and COM contacts Clock once the instrument has been activated touch the Fig 3 1 USING THE WATER TIME MODE and COM contacts for two seconds The CONTACTS 3 x p a Activation and dive planning time is then displayed for four seconds b Time display and menu based modes c Exit the modes 19 When the TIME MODE and COM contacts are touched for over three seconds the display will start to scroll through the following modes Lift your fingers when the desired mode is displayed Log
9. in Section 3 3 2 by touching the PLAN ON and COM contacts The dive com puter will take into account the residual nitrogen caused by your previous dives The no decompression times given for different depths will therefore be shorter than before your first dive Fig 3 7 You may also read the time by touching the TIME MODE and COM contacts as described in Section 3 3 3 Fig 3 8 eg Ho LOG HIS ALT SET PLAN Fig 3 20 SURFACE MODE AFTER A DIVE DISPLAY II The desaturation time no flying time indicated by a non blinking airplane symbol is 11 h 25 min b The present depth is 0 0 m 0 ft a 37 3 5 2 Flying After Diving The no flying time is shown in the center window next to the non blinking airplane image The blinking airplane is a reminder when the alternative display showing surface time is on Figures 3 19 and 3 20 Flying or traveling to a higher altitude should be avoided anytime the airplane symbol is displayed The no flying time displayed by the dive computer is always at least 12 hours or equivalent to the so called desaturation time if longer than 12 hours When this time has elapsed the residual nitrogen is no longer a factor for subsequent dives At this time the instrument will automatically deactivate itself In the permanent ERROR mode the no flying time displayed is 39 hours 59 minutes Flying or traveling to a higher altitude after a dive may significantly increase the risk of decompression
10. of this device may cause diver to commit errors that may lead to serious injury or death WARNING ONLY DIVERS TRAINED IN THE PROPER USE OF SCUBA EQUIPMENT SHOULD USE THIS DIVE COMPUTER No dive computer can replace the need for proper dive training Insufficient or improper training may cause diver to commit errors that may lead to serious injury or death WARNING PERFORM PRECHECKS Always check this instrument before diving in order to ensure that all LCD segments are completely displayed that the dive computer has not run out of battery power and that the personal and altitude adjustment mode is correct WARNING USE BACK UP INSTRUMENTS Make certain that you use back up instrumentation including a depth gauge submersible pressure gauge timer or watch and have access to decompression tables whenever diving with this instrument WARNING NO DIVE COMPUTER WILL PREVENT THE POSSIBILITY OF DECOMPRESSION SICKNESS DCS All divers must understand and accept that there is no procedure or dive computer that will totally prevent the possibility of a decompression accident For example the individual physiological make up can vary within an individual from day to day The dive computer cannot account for these variations As an added measure of safety you should consult a physician regarding your fitness before diving Decompression sickness can cause serious injury or death WARNING NOT FOR PROFESSIONAL USE SUUNTO dive computers
11. repaired or replaced at no charge and returned in what your Suunto Dealer determines a reasonable amount of time provided all necessary parts are in stock All repairs made not covered under the terms of this warranty will be made at the owner s expense This warranty is non transferable from the original owner All implied warranties including but not limited to the implied warranties of merchantability and fitness for a particular purpose are limited from date of purchase and in scope to the warranties expressed herein Suunto shall not be liable for loss of use of the product or other incidental or consequential costs expenses or damage incurred by the purchase All warranties not stated herein are expressly disclaimed Some states do not allow the exclusion or limitation of implied warranties of consequential damages so the above exclusions or limitations may not apply to you This warranty gives you specific legal rights and you may also have other rights that vary from state to state This warranty does not cover any representation or warranty made by dealers or representatives beyond the provisions of this warranty No dealer or representation is authorized to make any modifications to this warranty or to make any additional warranty Battery replacement is not covered by this warranty This Instruction Manual should be kept with your dive computer 63 8 GLOSSARY Altitude dive Ascent rate ASC RATE Ascent time ASC TIME Ceiling
12. the display Fig 3 19 b The dive time in minutes i e the total duration of the most recent dive is displayed next to DIVE TIME in the lower right corner Fig 3 19 f The maximum depth of your most recent dive in meters ft is shown in the same position as your depth readings during the dive MAX indicator is then shown in front of the value Fig 3 19 a The SLOW warning will blink over the maximum depth if you have surfaced with the SLOW warning on Fig 3 19 d The temperature in C F is shown in the lower left corner Fig 3 19 c The no flying warning is indicated by a blinking airplane Fig 3 19 e Display Il Fig 3 20 The present depth in meters ft Fig 3 20 a The desaturation no flying time in hours and minutes is shown next to the non blinking airplane in the center window of the display Fig 3 20 b If you start a new dive after less than 10 minutes at the surface the instrument interprets this as a continuation of the previous dive The DIVING display will return the DIVE number will remain unchanged and DIVE TIME will begin where it left off After 10 minutes on the surface subsequent dives are by definition repetitive The DIVE counter displayed in the dive planning mode will progress to the next higher number if you make another dive after 10 minutes of surface interval time DIVE PLANNING You may at any time on the surface enter the DIVE PLANNING mode in the manner described
13. thoroughly rinsed with fresh water after each dive If the unit is mounted in a console boot the entire console should be soaked in fresh water and then rinsed Make sure that all salt crystals and sand particles have been flushed out of the console At the end of a dive trip the dive computer should be rinsed thoroughly and then dried with a soft towel If the unit is mounted into a console boot the computer unit will need to be removed from the console and cleaned before storage IMPORTANT When removing the computer from the console check the battery compartment for possible moisture or water This is easily done through the transparent lid covering the compartment DO NOT use the instrument if you detect any moisture or water inside 53 CAUTION Do not use compressed air to blow water off the unit Do not use solvents or other cleaning fluids that might cause damage Do not test or use the dive computer in pressurized air 5 2 BATTERY COMPARTMENT INSPECTION Frequently check for leaks in the battery compartment This is important especially after the battery has been replaced If you find moisture inside the transparent battery compartment lid there is a leak A leak must be corrected without delay as moisture will seriously damage the computer even beyond repair Suunto does not take any responsibility for damage caused by moisture in the battery compartment if the instructions of this manual are not carefully followed In c
14. to below 10 m 30 ft or the ASCent TIME is shorter than 63 minutes If the ceiling descends to the depth of 12 m 39 ft even momentarily the instrument will enter the permanent ERROR MODE NOTE Ascent time is not displayed in the Octopus II dive computer 42 4 MENU BASED MODES The menu based functions include the logbook and history memories the personal altitude adjustment setting and the date and time setting The menu based functions are activated using the water contacts Keep your fingers on the TIME MODE and COM contacts while the dive computer scrolls through the menu Fig 4 1 The desired mode is selected by breaking the finger contact when the desired mode appears on the display LOG Logbook Memory The Logbook gives a summary of the nine most recent dives HIS Dive History Memory The Dive History is a summary of all dives recorded by the instrument Alt Personal Altitude Adjustment setting Set Date and Time Setting MA gt D OVD When scrolling through the menu a bar segment on the bottom of the dis play will indicate the scrolling sequence Make sure that the contacts and the instrument itself are dry and clean before trying to use the menu based modes MA gt D OWE LOG HIS LOG HIS ALT NOTE The menu based modes can be activated only when 10 minutes have elapsed after the dive L LOG HIS ALT SET PLAN All menu based modes can be deactivated by the RETURN command i e Fig 4 1 MENU
15. tures below freezing point the low battery warning may be displayed even though the battery has enough capacity in warmer conditions Make sure that the low battery warn ing disappears before diving 3 3 2 Dive Planning It is possible at any time on the surface to enter the DIVE PLANNING mode simply by touching the PLAN ON and COM contacts The display will rapidly cycle through the no decompression limits for various depths from 9 m 30 ft to 45 m 150 ft in 3 m 10 ft increments Fig 3 6 It takes about 45 seconds to run through the complete cycle after which the dive computer will automatically return to the READY display Higher personal altitude adjustment modes will shorten the no decompression time limits These limits at different personal altitude adjustment mode selections are shown in Tables 6 1 and 6 2 in Section 6 1 OPERATING PRINCIPLES NO DEC TIME J DIVE ri DIVE D LS TIME LI z LOG HIS ALT SET PLAN Fig 3 6 DIVE PLANNING The no decompression time limit at 30 0 m 100 ft is 14 minutes in A1 mode 25 LOG HIS ALT SET PLAN Fig 3 7 DIVE PLANNING The no decompression time limit at 30 0 m 100 ft is decreased to 5 minutes in Al mode after the third dive of the series LOG HIS ALT SET PLAN Fig 3 8 TIME DISPLAY The time is 10 30 in case of imperial unit A for a m and P for p m would be shown in the upper left corner of the display The date is 18 2 or February 18t
16. will result in erroneous data and can greatly increase the risk of decompression sickness WARNING THE INSTRUMENT IS NOT INTENDED FOR USE AT ALTITUDES GREATER THAN 2400 m 8000 ft Diving at altitudes above this limit may significantly increase the risk of decompression sickness When diving at higher altitudes above 700 m 2300 ft it is essential that the entered altitude mode i e maximum altitude limit of the dive computer exceeds or is equal to the altitude of the dive site The altitude mode indicator must show either A1 or A2 depending on the altitude More information about this is given in Section 3 6 Personal Adjustment and High Altitude Dives 12 DECOMPRESSION DIVES WARNING DO NOT USE THIS INSTRUMENT TO CONDUCT DECOMPRESSION DIVES Suunto does not recommend this instrument to be used to conduct decompression dives However if through carelessness or emergency a diver is forced to exceed the no decompression limits on a dive the instrument will provide decompression information required for ascent After this the dive computer will continue to provide subsequent interval and repetitive dive information EMERGENCY ASCENTS In the unlikely event that the instrument malfunctions during a dive follow the emergency procedures provided by your certified dive training agency or alternatively immediately ascend at a rate slower than 10 m min 33 ft min to a depth between 3 and 6 meters 10 to 20 ft and stay there as l
17. FAVOR e FAVOR LUX e FAVOR LUX S FUSION User s Manual PDF Version Quick Reference Guide Arrows Decompression Stop in the Ceiling Zone Ascent Recommended Must Descend Present Depth Maximum Depth at the Surface Fast Ascent Warning SLOW Asc nt Rate Indicator Average Depth in the Logbook Mode Time Display Mode Selection Contact mE 290 OND gt Current Time Display Surface Interval No Flying Time No Decompression Time Personal Adjustment Ceiling Depth Total Ascent Time LS LS PEP EI Altitude Adjustment Mode See Note gt MYA DIVE z DIVE j cr 1 L Tne ggg 8 e a HIS ALT SET PLAN Common Contact Temperature Dive Counter Maximum Depth During Diving Day of the Month Activation Dive Planning Contact Low Battery Warning Multifunctional Bar Graph Mode Indicator Battery Power Indicator Reverse No Decompression Time Dive Time Month 2 COPYRIGHT TRADEMARK AND PATENT NOTICE This instruction manual is copyrighted and all rights are reserved It may not in whole or in part be copied photocopied repro duced translated or reduced to any media without prior written consent from SUUNTO SUUNTO FAVOR FAVOR LUX FAVOR LUX S FUSION FUSION LUX S OCTOPUS and their logos are all registered or unregistered trademarks of SUUNTO All rights are reserved CE The CE mark is used to mark conformity with the European Union EMC directive 89 336 EEC The SUUNTO
18. LOGBOOK DISPLAY I Display I shows SLOW warning a for surfacing with the SLOW warning on a downward pointing arrow for a violated ceiling b CEILING ASC TIME symbol c for decompression dive Er in the ASC TIME display d is shown if the ceiling was violated over 3 min or if the ceiling depth was over 12 m 39 ft or if the ascent time was over 63 min 46 NOTE The dive numbers shown in the dive planning mode do not match the ones shown in the logbook In the dive planning mode the dives are numbered according subsequent repetitive dives within a dive series whereas in the logbook the dives are numbered according memory address NOTE The logbook contains test dives made in the factory These dives will be de leted after you have performed nine dives 4 2 DIVE HISTORY MEMORY The Dive History is activated by touching the TIME MODE and COM contacts until HIS appears This mode will show Fig 4 6 e the maximum depth ever reached a e the total number of dives b e the total accumulated dive time in hours c 999 dives and 999 hours of diving can be registered When these maximum values are reached the counters will start again from 0 NOTE The maximum depth will be zeroed if the depth of 97 6 m 320 ft is exceeded NOTE The dive and dive time counters in the History Memory contain some test dives made in the factory e g DIVE 2 DIVE TIME 1 h The maximum depth is however zeroed LOG HIS ALT SET
19. LT SET PLAN Era NO DECTIME J 5 ug TIME LOG HIS ALT SET PLAN Fig 3 18 DISPLAYS AFTER VIOLATED DECOMPRESSION DIVE The blinking CEILING ASC TIME symbol a indicates that you have violated the ceiling for more than three minutes or the maximum ceiling depth of 12 m 39 ft was exceeded The instrument will stay as a depth gauge and timer for 39 hours 59 minutes no fly time b After 2 hours 30 minutes surface interval time the no fly time is 37 hours 29 minutes In the dive planning mode the Er warning is displayed instead of the no decompression time c You must not dive again or fly for at least two days 35 Ci rod IL ius CIO LOG HIS ALT SET PLAN Fig 3 19 SURFACE MODE AFTERA DIVE DISPLAY I You have surfaced with the SLOW warning on d 35 minutes ago b from a 46 minute dive f that reached a maximum depth of 29 8 m 98 ft a The blinking airplane symbol e indicates that you should not fly The temperature is 28 C 82 F c 36 3 5 AT SURFACE 3 5 1 Surface Interval An ascent to any depth shallower than 1 2 m 4 ft first generation computers 1 8 m 6 ft will cause the DIVING display to be replaced by the two SURFACE displays giving the following information Display Fig 3 19 The surface time in hours and minutes separated by a colon telling the duration of the present surface interval It is shown above SURF TIME in the center window of
20. NG TIME AND DATE The current date and time is read by connecting the TIME MODE and COM contacts for about two second as described in Section 3 3 3 Calendar Clock Function Once the Time Setting mode is activated the principle when adjusting the clock is that the TIME MODE and COM contacts scroll through the different displays e the PLAN ON and COM contacts change the values of the selected display In these figures the contacts which are connected are shadowed Thus to correct the time do as follows 1 Activate the Time Setting mode by connecting the TIME MODE and COM contacts continuously to scroll through the menu Release your fingers immediately when Set ap pears on the display The Time Setting display will now be shown Fig 4 12 2 The hour display starts to blink immediately Fig 4 12 If you want to change it keep the PLAN ON and COM contacts connected The hours will start to scroll Fig 4 13 Release your fingers immediately when the correct value is displayed To change the A or P for a m or p m scroll the hours past 12 00 3 To scroll through the minute month and date keep the TIME MODE and COM contacts connected Release your fingers when the display you wish to change is blinking Fig 4 14 Repeat step 2 to change this value Fig 4 15 NOTE In case of the minutes and date the change is made separately for both digits as shown by the blinking digit In case of the hours and month the comple
21. PLAN Fig 4 6 DIVE HISTORY The maximum depth ever reached is 33 0 m 108 ft a the total accumulated dive time 29 hours c and the total number of dives 36 b MODE PLAN Ny E LOG HIS ALT SET PLAN Fig 4 7 PERSONAL ALTITUDE ADJUSTMENT SETTING STEP 1 The current mode is Al 47 Fig 4 8 PERSONAL ALTITUDE ADJUSTMENT SETTING STEP 2 The current mode A1 is blinking Lift your fingers Fig 4 9 PERSONAL ALTITUDE ADJUSTMENT SETTING STEP 3 Release your fingers when the desired mode is blinking 48 4 3 PERSONAL ALTITUDE ADJUSTMENT SETTING The current personal altitude adjustment mode is shown when diving as well as on the surface display If the mode is not correct see Chapter 3 6 it is imperative that the diver enter the correct selection before diving The new personal altitude adjustment setting is entered in the following way In these fig ures the contacts which are connected are shadowed 1 Activate the personal altitude adjustment setting mode by connecting the TIME MODE and COM contacts continuously Release your fingers immediately when Alt appears on the display Within a couple of seconds the present personal altitude adjustment setting is shown Fig 4 7 2 Connect the PLAN ON and COM contacts until all three personal altitude adjustment modes appear Release your fingers immediately at this point The current mode is now blinking Fig 4 8 Wait at lea
22. R Vii a iia 44 42 DIVE HISTORY MEMORY ci a ti 47 4 3 PERSONAL ALTITUDE ADJUSTMENT SETTING eee 48 44 SETTING TIME AND DATE cuate 50 CARE AND MAINTENANCE csi ila illa aa 52 IAMAINTENAN CES 53 5 2 BATTERY COMPARTMENT INSPECTION sese 54 FECHNICALZDESCRIPTION a e pd 55 6 1 OPERATING PRINCIPLES da s ba vec chads su sctchds e RNA SR Rein 55 6 2 TECGHNICAL SPECIFICATION laar ede des vance da ei lana 61 TWARRANTY rile alcalini iaia aule DEES 63 8 GLOSSARY ssaa alinea iaia 64 INTRODUCTION Congratulations on your choice of the SUUNTO Dive Computer It is a compact and sophisticated dive instrument that will give you years of trouble free and joyful diving The dive computer will provide you with important information that you will need during between and after your dives KEY FEATURES The dive computer monitors and reports vital information such as your dive time current depth maximum depth no decompres sion time and ascent rate The dive computer will also give you information if through carelessness or emergency you are forced to exceed the no decompres sion limits for any dive The instrument has a built in calendar and clock It features versatile logbook memory capabilities and long term historical data The instrument can be adjusted for diving at different altitudes or to add an extra level of conservativeness if desired The screen is protected against scratches and damage by a replaceable shield
23. R6 e One 3 0 V lithium battery Varta CR 1 2 AA size 1 2 IEC spare part number K5504 O ring 26 7 mm x 1 78 mm AA ANSI or 1 2 R6 IEC spare part number K5546 70 ShA spare part number K5508 O ring 26 7 mm x 1 78 mm 70 ShA spare part number Battery life typically more than 2500 hours at 20 C 68 F 62 The use of the backlight shortens the typical expected battery life 7 WARRANTY NOTE The warranty arrangements are different in different countries Information is contained in the dive computer packaging regarding the warranty benefits and requirements applicable to your purchase The Suunto dive computer is warranted against defects in workmanship and materials for a period of two years after purchase to the original owner subject to and in accordance with the terms and conditions set forth below This warranty does not cover damage to the product resulting from improper usage improper maintenance neglect of care alter ation or unauthorized repair This warranty will automatically become void if proper preventive maintenance procedures have not been followed as outlined in the use and care instructions for this product If a claim under this or any other warranty appears to be necessary return the product freight prepaid to your Suunto Dealer or qualified repair facility Include your name and address proof of purchase and or service registration card as required in your country The claim will be honored and the product
24. The dive computer is available either as a wrist unit with an optional protective boot or mounted in two gauge or three gauge console or in a hose mounted boot The modular construction allows for the separate compass module to be attached to the two gauge console at a later stage METRIC AND IMPERIAL UNITS All examples in this manual are shown in metric units including meters and C The corresponding imperial units are shown in brackets The instrument is also available with imperial units i e feet and F WARNING VERIFY THAT THE UNITS OF MEASURE WHETHER METRIC OR IMPERIAL ARE CORRECT BEFORE STARTING TO DIVE Any confusion resulting from improper selection of units may cause the diver to commit errors that may lead to serious injury 1 FOR YOUR SAFETY Always remember that THE DIVER IS RESPONSIBLE FOR HIS OR HER OWN SAFETY When used properly this dive computer is an outstanding tool for assisting properly trained certified divers in planning and execut ing standard and multi level sport dives within the described no decompression limits It is NOT A SUBSTITUTE FOR CERTI FIED SCUBA INSTRUCTION including training in the principles of decompression DO NOT attempt to use this dive computer without reading this entire Instruction Manual If you have any questions about the manual or the instrument itself contact your Suunto dealer before diving with the dive computer BACK UP INSTRUMENTS WARNING USE BACK UP INSTRUMENTS Mak
25. ace of the instrument e COM common contact e PLAN ON activation and dive planning contact e TIME MODE time display and mode selection contact On the surface the instrument is operated by simultaneously touching the COM contact and one or two of the other contacts When doing this your finger tips should be wet or moist to establish the necessary electric contact When submerged these contacts are automatically connected by the conductivity of the water 17 2 2 ACTIVATION The calendar clock is always shown on the display when the dive computer is deactivated In this mode the power consumption is minimal The instrument is activated by touching the PLAN ON and COM contacts Fig 2 1 The first display the STARTUP shows all available elements and immediately after this the Fig 2 1 ACTIVATION battery power indicator A few seconds later the READY display will appear showing zero Touch the PLAN ON and COM contacts values Fig 2 2 with moistened fingers Atthis time perform a precheck making sure that the dive computer operates correctly that the low battery indicator is not on and that the personal altitude adjustment setting is correct If the battery symbol is displayed the dive computer should not be used Fig 2 3 LOG HIS ALT SET PLAN Fig 2 2 READY DISPLAY A EE Fig 2 3 BATTERY WARNING TIME The battery symbol indicates that the battery is too low for diving 18 3 DIVING WITH
26. are intended for recreational use only The demands of commer cial or professional diving often expose the diver to depths and prolonged exposures including multiday exposures that tend to increase the risk of decompression sickness Therefore Suunto specifically recommends that this instrument is not used for commercial or other severe diving activity TABLE OF CONTENTS QUICK REFERENCE GUIDE TTT 2 INTRODUCTION isis 8 ISPORAQUR APD oan mich Ohaus vod ee Dey rie 10 2 GETTING ACQUAINTED WITH THE INSTRUMENT 17 231 WATER CONTACTS coniare aa ita a reo 17 ZZ ACPIVATION A A A NEE 18 3 DIVING WITH THE DIVE COMPUTER cosa diosa 19 3 1 USE OF WATER CONTACTS pira RT eat 19 3 2 LUX LUX S MODELS TAP SWITCH AND ELECTROLUMINESCENT BACKLIGHT 21 33 BEFORE DIVING RR en Ot 22 3 3 1 Activation Prechecks and Battery Warning iii 22 3 3 2 Dive Planning eee 25 3 3 3 Calendar Clock Function ini aa e 26 34 DIVING Ra ran I 27 SAT Bae Dire Data ela earlier 27 3 4 2 Reverse No Decompression Time Bar Graph conc nono nnancnnancnononos 28 34 3 Ascent RateIndicator ici nina LIA ao LL 29 BA AAV Arnis naro RA Rara 31 34 5 Decompression Dives siate ali elia anal 32 3 S AT SURFACE T 36 31 Surtace Interval arc Lana ian 36 302 Flying After R ian A ERA a a 38 3 6 PERSONAL ADJUSTMENT AND HIGH ALTITUDE DIVES sese 39 37 ERROR CONDLIONS sata a 41 MENU BASED MODES 00 0 00 43 4 1 TOGBOOKMEMO
27. ase of a leak immediately bring the instrument to an authorized Suunto dealer distributor 54 6 TECHNICAL DESCRIPTION 6 1 OPERATING PRINCIPLES The Suunto dive computer is a multi functional sport diving instrument which provides information on depths times and decom pression requirements Its electronic microprocessor mathematically models the absorption and release of nitrogen during all phases of diving including ascents surface intervals and repetitive dives WARNING DO NOT ATTEMPT TO USE THE INSTRUMENT WITHOUT FIRST READING THE ENTIRE OWNER S MANUAL The dive computer must be activated before diving and operated correctly to provide accurate and correct information NO DECOMPRESSION LIMITS The no decompression limits displayed by the dive computer upon activation are for most dives to a single depth slightly more conservative than those permitted by the U S Navy tables Tables 6 1 6 2 55 TABLE 6 1 NO DECOMPRESSION TIME LIMITS min FOR VARIOUS DEPTHS m FOR THE FIRST DIVE OF A SERIES Personal high altitude adjustment mode Depth m AU AI A2 9 153 104 12 125 89 66 15 71 57 42 18 52 39 30 21 37 29 23 24 29 24 19 27 22 18 15 30 18 14 12 33 13 11 9 36 11 9 8 39 9 7 6 42 7 6 5 45 6 5 5 56 TABLE 6 2 NO DECOMPRESSION TIME LIMITS min FOR VARIOUS DEPTHS ft FOR THE FIRST DIVE OF A SERIES Personal high altitude adjustment mode Depth ft 30 40 50 60 70 80 90 100 110 120 130 140 150
28. at fixed depths the dive computer permits you to decompress within a range of depths BACKGROUND When your NO DEC TIME becomes zero your dive becomes a decompression dive i e you must perform one or several decompression stops on your way to the surface The NO DEC TIME on your display will be replaced by a flashing notation CEILING ASC TIME Fig 3 14 WARNING YOU SHOULD ASCEND AND BEGIN DECOMPRESSION IMMEDIATELY WHEN THE DIVE COMPUTER SHOWS YOU THAT DECOMPRESSION IS REQUIRED Note the upward pointing arrow The ascent time ASC TIME is the minimum amount of minutes needed to reach the surface in a decompression dive It includes The time needed to ascend to the ceiling at an ascent rate of 10 m min 33 ft min plus The time needed at the ceiling The ceiling is the shallowest depth to which you should ascend plus The time needed to reach the surface after the ceiling has been removed NOTE Ascent time is not displayed in the Octopus II dive computer see Figure 3 16 WARNING YOUR ACTUAL ASCENT TIME MAY BE LONGER THAN DISPLAYED ON THE DIVE COMPUTER The ascent time will increase if you e remain at depth ascend slower than 10 m min 33 ft min or make your decompression stop deeper than at the ceiling These factors will also increase the amount of air required to reach the surface WARNING NEVER ASCEND ABOVE THE CEILING You must not ascend above the ceiling In order to avoid doing so by accident you
29. at the original altitude This additional nitrogen is released gradually in time and equilibrium is reached within a couple of days Before high altitude diving the instrument must be set to high altitude diving mode to take this into account The maximum partial pressures of nitrogen allowed by the mathematical model of the dive computer are reduced according to the lower ambient pressure As a result the allowed no decompression limits are considerably reduced 59 SURFACE INTERVALS The dive computer requires a minimum surface interval of 10 minutes between dives If a surface interval is shorter than 10 minutes the instrument dive counter and dive timer treat the next dive as a continuation of the previous dive It adds the dive times and calculates no decompression limits or decompression stops based on excess nitrogen absorbed on both dives In this regard it is similar to the U S Navy tables DEPTH LIMITS WARNING SUUNTO STRONGLY RECOMMENDS THAT SPORT DIVERS LIMIT THEIR MAXIMUM DEPTH TO 40 m 130 ft However the dive computer will calculate below that depth to provide a wide margin of flexibility if through carelessness or emergency you are forced to exceed this recommended depth limit for a dive 60 6 2 TECHNICAL SPECIFICATION DIMENSIONS AND WEIGHT WRIST MODEL N Diameter 61 5 mm 2 42 in s Depth 29 mm 1 14 in e Weight 105 g 0 23 1b DEPTH GAUGE Temperature compensated pressure sensor 7 Salt wate
30. book memory at LOG the logbook memory is accessed Dive history memory at HIS the history memory is accessed Personal altitude adjustment setting at Alt the personal and or altitude adjustment can be set Time setting at Set the time and date can be adjusted Return you can at any time exit the above modes by touching all three contacts at the same time First make contact between the PLAN ON and TIME MODE contacts e g by covering both contacts with your right thumb Without lifting your right thumb touch the COM contact with your left thumb Alternatively you can exit the modes simply by submerging the dive computer in water You may sometimes encounter problems in using the contacts or the instrument may activate on its own The reason for this is probably contamination or invisible marine growth that may create an unwanted electric current between the water contacts It is therefore important that the dive computer be carefully washed in fresh water after the day s diving is completed The contacts can be cleaned with a soft pencil eraser 20 3 2 LUX LUX S MODELS TAP SWITCH AND S UNTO ELECTROLUMINESCENT BACKLIGHT The tap switch is used to activate the electroluminescent backlight The switch is used by pressing or tapping the movement sensitive area with your finger This area is on the face of the instrument between the ON PLAN and TIME MODE water contacts marked with a LOG HS ALT SET PLAN a LUX symbol a
31. dive instruments fulfill all the required EU directives ISO 9001 SUUNTO Oyj s Quality Assurance System is certified by Det Norske Veritas to be according to the ISO 9001 in all SUUNTO Oyj s operations Quality Certificate No 96 HEL AQ 220 SUUNTO Oyj does not assume any responsibility for losses or claims by third parties which may arise through the use of this device Due to continuous product development the dive computer is subject to change without notice This instruction manual applies to FAVOR LUX LUX S FUSION LUX S and OCTOPUS I dive computers Extra features and differences in operation are noted separately PLEASE NOTE In some countries FAVOR LUX S dive computer is called FUSION or FUSION LUX S DEFINITION OF WARNINGS CAUTIONS AND NOTES Throughout this manual special references are made when deemed important Three classifications are used to separate these references by their order of importance WARNING is used in connection with a procedure or situation that may result in serious injury or death CAUTION is used in connection with a procedure or situation that will result in damage to the product NOTE is used to emphasize important information WARNING READ THIS MANUAL Carefully read this instruction manual in its entirety including Section 1 For Your Safety Make sure that you fully understand the use displays and limitations of this dive computer Any confusion resulting from improper use
32. e The light can be activated in all modes when the computer is on The illumination goes off automatically after approximately 10 seconds from activation With a little practicing you will quickly figure out how to use the tap switch Do the practicing in a dark room so you Fig 3 2 ACTIVATING THE can see when the light goes on PACKLICHI gt Press or tap the movement sensitive area NOTE For safety reasons the lamp will not come on if the battery voltage is low marked with a ALUX symbol the low battery symbol is displayed 21 H DIVE DIVE gee igo Cia ar 7 AAA LOG HIS ALT SET PLAN Fig 3 3 STARTUP I All segments shown Fig 3 4 STARTUP II Battery power indicator When two or less bar graph segments are shown the computer should not be used for diving First generation LUX LUX S computers When four or less bar graph segments are shown the computer should not be used for diving For further information see NOTE on page 24 22 3 3 BEFORE DIVING 3 3 1 Activation Prechecks and Battery Warning The instrument is always ready for use and will activate if submerged However it is nec essary to turn it on before diving to check the personal altitude adjustment setting battery power etc This is done either by immersing it in water for a couple of seconds or by connecting the PLAN ON and COM contacts with fingertips When deactivated the time display is always shown Once activated all display elements
33. e certain that you use back up instrumentation including a depth gauge submersible pressure gauge timer or watch and have access to decompression tables whenever diving with this dive computer 10 SHARING THE DIVE COMPUTER WARNING THE DIVE COMPUTER SHOULD NEVER BE TRADED OR SHARED BETWEEN USERS WHILE IT IS IN OPERATION Its information will not apply to someone who has not been wearing it throughout a dive or sequence of repetitive dives Its dive profiles must match that of the user If it is left on the surface during any dive it will give inaccurate information for subsequent dives No dive computer can take into account dives made without the computer Thus any diving activity 48 hours prior to initial use of the computer may give misleading information and must be avoided 11 PERSONAL HIGH ALTITUDE ADJUSTMENT More information about this is given in Section 3 6 Personal Adjustment and High Altitude Dives WARNING SET THE CORRECT PERSONAL ALTITUDE ADJUSTMENT MODE When diving at altitudes greater than 700 m 2300 ft the personal altitude adjustment feature must be correctly selected in order for the computer to calculate no decompression status The diver should also use this option to make the calculation more conservative whenever it is believed that factors which tend to increase the possibility of decompression sickness exist see Section 3 6 Failure to properly select the personal altitude adjustment mode correctly
34. e dive time for the next dive To perform these calculations the dive computer continuously models the absorption and release of excess nitrogen from theoreti cal compartments Each compartment absorbs and releases nitrogen at a different rate The compartments that absorb and release nitrogen rapidly are believed to have a high tolerance for excess nitrogen whereas compartments that absorb and release nitrogen more slowly are believed to be more sensitive 58 The no decompression limits in the U S Navy tables are based upon six theoretical compartments for single dives and one com partment for surface intervals and repetitive dives If you are familiar with table theory you may know that they are characterized by half times i e the time required for 50 equilibration to a pressure change ranging from 5 minutes to 120 minutes The instrument includes the same six compartments and two additional compartments for an increased range of the mathematical model The calculations are based on all eight compartments for all phases of diving including surface intervals and repetitive dives The dive computer s half times range from 2 5 to 320 minutes The multi level tissue calculations are based on modified Haldanean principle ALTITUDE DIVING The atmospheric pressure is lower at high altitudes than at sea level After traveling to a higher altitude the diver will have addi tional nitrogen in his body compared to the equilibrium situation
35. egment one A ae 3 9 Segment two hi a 3 10 Segment three R C 3 11 Segment four Le 3 12 Blinking SLOW Aboye 10 m min 3 12 DIVE TIME Fig 3 12 ASCENT RATE INDICATOR Pointer at position three ascent rate 9 11 m min 30 36 ft min 7 HIS ALT SET PLAN Fig 3 13 ASCENT RATE INDICATOR Pointer at position four ascent rate is more than 11 m min 36 ft min Blinking SLOW displayed means that the ascent rate 10 m min 33 ft min has been violated continuously This is a caution to slow down 29 The SLOW warning alternates with the current depth The SLOW warning is an indication that the maximum ascent rate has been exceeded continuously whereas the ascent rate indicator shows present ascent speed Whenever the SLOW warning appears you should immediately slow down or stop your ascent until the warning disappears You must not ascend shallower than 3 m 10 ft with the SLOW warning on If you reach this depth with SLOW on you must stop at this depth and wait until the warning disappears WARNING RAPID ASCENTS INCREASE THE RISK OF INJURY Do not exceed the maximum recommended ascent rate You must never surface with the SLOW warning on If you do this the warning will continue to flash until the unit deactivates itself in the normal manner This may take up to 40 hours WARNING DO NOT ATTEMPT TO DIVE FOLLOWING A SURFACE INTERVAL DURING WHICH THE SLOW INDICATOR RE MAINS ACTIVATED Violation of the maxi
36. ent mode correctly will result in erroneous data and can greatly increase the risk of decompression sickness WARNING THE DIVE COMPUTER IS NOT INTENDED FOR USE AT ALTITUDES GREATER THAN 2400 m 8000 ft Diving at altitudes above this limit may significantly increase the risk of decompression sickness If you are diving at higher altitudes make sure that the altitude mode has been set accord ing to the altitude of your dive site For information on how to select the correct altitude setting and how to use the personal adjustment see Section 3 6 Personal Adjustment and High Altitude Dives HIS ALT SET PLAN Fig 3 5 READY DISPLAYS The maximum depth and dive time are zeros as no dives have yet been made the surface interval time is 0 hours 8 minutes in this case eight minutes after activation the temperature is 22 C 72 F and the present depth is 0 0 m 0 ft The personal altitude adjustment mode is Al The depth display will alternate between present and maximum depth The Low Battery Warning battery symbol indicates that the battery is too low for diving 23 BATTERY POWER INDICATOR AND LOW BATTERY WARNING The instrument has a unique visual Battery Power Indicator designed to give you an advance notice of impending need to change the battery The Battery Power Indicator will always be seen during activation The following table 3 1 shows the various warning levels see also Fig 3
37. g this instrument should maintain no less than 10 minutes no decom pression time remaining at all times during the dive This is especially important for divers in poor physical condition in cold water or other arduous conditions Historically divers have been advised to always include a margin of safety in their diving activities Suunto supports these practices and strongly recommends that the diver make the deepest portion of the dive near the beginning of the dive and gradually progress into shallower depth allowing time for a 3 to 5 minutes safety stop at a depth range of 3 to 6 meters 10 to 20 ft This is believed to be effective in further reducing the risk of decompression sickness Furthermore the reader diver is advised that any dive carries some risk of decompression sickness and neither the authors nor SUUNTO Oyj will assume any responsibility or liability for accidents or injuries which might occur for any reason 16 2 GETTING ACQUAINTED WITH THE DIVE COMPUTER WARNING READ AND UNDERSTAND THE ENTIRE OWNER S MANUAL BEFORE DIVING Failure to complete this step may result in serious personal injury The purpose of this section is to provide the user with initial information to preview the operation of the computer Since this information is limited it is imperative that you read and understand the entire owner s manual before attempting to dive 2 1 WATER CONTACTS The dive computer has three water contacts on the f
38. h PLEASE NOTE The date will always be displayed with the day of the month first followed by the month 26 DIVE NUMBERING SHOWN DURING DIVE PLANNING Several repetitive dives are considered to belong to the same repetitive dive series when the dive computer has not deactivated itself The first dive of the series will be numbered as DIVE 1 the second as DIVE 2 the third as DIVE 3 etc Fig 3 7 When the surface time has been less than 10 minutes the dives are considered to be the same The dive number will not change for the second part of such a dive and the dive time will start where it left off 3 3 3 Calendar Clock Function The calendar clock is always shown on the display when the instrument is deactivated Once the dive computer is activated the TIME display can be retrieved any time on the surface mode by touching the TIME MODE and COM contacts for about two seconds The current time and date will be shown for four seconds Fig 3 8 When diving the dive entry time and date is registered in the logbook memory Remember always to check before diving that the clock is set especially when traveling to different time zones For adjusting the clock refer to Sec 4 4 Setting Time and Date In the metric version of the instrument the 24 hour time system is used while in the impe rial version the 12 hour time system is used 3 4 DIVING 3 4 1 Basic Dive Data The dive computer will remain in the SURFACE mode at dep
39. h it may be difficult to maintain a constant depth near the surface In this case it will be more manageable to maintain an additional distance below to the ceiling to make sure that the waves do not lift you above the ceiling SUUNTO recom mends that decompression takes place deeper than 4 m 13 ft even if the indicated ceiling is shallower NOTE It will take more time and more air to decompress below the ceiling than at the ceiling DISPLAY ABOVE CEILING If you ascend above the ceiling a downward pointing arrow will appear Fig 3 17 In addition a blinking error warning Er reminds you that you have only three minutes to cor rect the situation You must immediately descend to or below the ceiling If you continue to violate the decompression requirements the dive computer goes into a permanent ERROR MODE In this mode Fig 3 18 you must not dive again for at least two days See also Section 3 7 Error Conditions During decompression ASC TIME will count down toward zero When the ceiling moves upwards you can ascend to the new ceiling You may surface only when the ascent time reaches zero and CEILING ASC TIME is replaced by NO DEC TIME WARNING NEVER LET THE CEILING DEPTH DESCEND DEEPER THAN 9 m 30 ft When the ceiling is deeper than 9 m 30 ft a blinking error warning Er will appear and when the 12 m 39 ft ceiling is reached the dive computer will go into a permanent error mode ad LI 9 a yg LOG HIS A
40. inue to display current depth and dive time You should immediately ascend to a depth of 3 to 6 m 10 to 20 ft and remain at this depth until air supply limitations require you to surface When the surface has been reached no further diving or flying should take place for a minimum of two days 41 OMITTED DECOMPRESSION The most common ERROR MODE results from omitted decompression when the diver stays above the ceiling for more than three minutes During this three minute period the Er warning will blink alternating with the CEILING ASC TIME display The instru ment will continue to function normally if the diver descends below the ceiling within three minutes After this the dive computer will enter a permanent ERROR MODE In the permanent ERROR MODE the instrument will not show no decompression or ascent times Only a permanent Er warning is shown in the center window However all the other displays will function as before to provide information for ascent At the surface mode the CEILING ASC TIME symbol will blink in the center window and at the dive planning mode a permanent Er is shown instead of no decompression times EXTREME CEILING DEPTH OR DECOMPRESSION RANGE When the ceiling descends to the depth of 10 m 30 ft or when the ASCent TIME is longer than 63 minutes the Er warning will start to blink in the center window If the diver immediately ascends the dive computer will continue to function normally after the ceiling is back
41. kness This feature should be used to adjust the computer to intentionally introduce a factor to make it more conservative according to personal preference by entering a higher altitude mode than required in table 3 2 i e diving at sea level with the personal altitude adjustment set at Al or A2 The no decompression limits are then shortened accordingly Tables 6 1 and 6 2 WARNING DO NOT USE THIS INSTRUMENT TO CONDUCT DECOMPRESSION DIVES Suunto does not recommend this instrument to be used to conduct decompression dives However if through carelessness or emergency a diver is forced to exceed the no decompression limits on a dive the instrument will provide decompression information required for ascent After this the dive computer will continue to provide subsequent interval and repetitive dive information 3 7 ERROR CONDITIONS The instrument is provided with warning indicators that advise the user to react to certain situations that would otherwise give rise to a significantly increased risk of decompression sickness if left unattended If you do not respond to its warnings it will enter a permanent ERROR MODE indicating that the risk of decompression sickness has greatly increased If you understand and operate the dive computer sensibly it is unlikely that you will ever put the instrument into the ERROR MODE The permanent ERROR MODE is shown by a non blinking Er in the center display Once in ERROR MODE the dive computer will cont
42. mum ascent rate may invalidate the calculations for the next dive NOTE SUUNTO highly recommends a safety stop at the end of every dive in the range of 3 m 6 m 10 ft 20 ft for 3 5 minutes 30 3 4 4 Alarms The standard and LUX models feature visual alarms and the LUX S visual as well as audible alarms to alert you when you are approaching dangerous situations Potential danger situations during a dive occurs when e the no decompression dive turns into a decompression dive One arrow pointing upwards and the ascend warning CEILING ASC TIME will appear Fig 3 14 LUX S model gives also an audible alarm three single beeps Immediate danger happens when the maximum allowed ascent rate 10 m min 33 ft min is exceeded A blinking SLOW warning will alternate with the depth display Fig 3 13 LUX S model gives also an audible alarm continuous beep e he ceiling depth is exceeded A downward pointing arrow and a blinking error warning Er will appear Fig 3 17 LUX S model gives also an audible alarm continuous beep You should immediately descend to or below the ceiling The dive computer will otherwise enter a permanent error mode in three minutes indicated by a non blinking Er the ceiling descends to 10 m 30 ft A blinking error warning Er appears You should immediately ascend to or below the ceiling e the ceiling descends to 12 m 39 ft A permanent error warning Er appears In this mode the instrument ca
43. n only be used as a depth gauge and timer The permanent ERROR MODE is shown by a non blinking Er in the center display Once in ERROR MODE the dive computer will continue to display current depth and dive time You should immediately ascend to a depth of 3 to 6 m 10 to 20 ft and remain at this depth until air supply limitations require you to surface When the surface has been reached no further diving or flying should take place for a minimum of two days 31 LOG HIS ALT SET PLAN Fig 3 14 DECOMPRESSION DIVE BELOW THE CEILING ZONE The minimum ascent time is 4 minutes The upward pointing arrow tells you to ascend The ceiling is at 3 m 10 ft LOG HIS ALT SET PLAN Fig 3 15 DECOMPRESSION DIVE AT THE CEILING ZONE The two arrows a point at each other hour glass You are at the ceiling zone at 3 5 m 11 ft c and your minimum ascent time is 3 minutes d The ceiling is at 3 m 10 ft b 32 3 4 5 Decompression dives WARNING DO NOT USE THIS INSTRUMENT TO CONDUCT DECOMPRESSION DIVES Suunto does not recommend this instrument to be used to conduct decompression dives However if through carelessness or emergency a diver is forced to exceed the no de compression limits on a dive the dive computer will provide decompression informa tion required for ascent After this the instrument will continue to provide subsequent interval and repetitive dive information Rather than requiring you to make stops
44. ong as your air supply will safely allow 13 HIGHER RISK DIVE PROFILES The user must understand that all decompression devices decompression tables and or dive computers are based on mathematical models and that many experts are currently concerned that these models may not under certain conditions adequately describe the physiological phenomena These conditions are presently identified as dives which incorporate the following Fig 1 1 e SAWTOOTH PROFILES where the diver alternates between greater and shallower depths repeatedly throughout the dive e REVERSE PROFILES where the diver spends most of the dive at shallow depths and then descends to the maximum depth shortly before surfacing e CONSECUTIVE DIVES where the diver performs repetitive dives to approximately the same maximum depth with only short surface intervals between dives The risk of decompres sion sickness increases when depth and the number of repetitive dives increase and when the surface intervals are decreased e MULTIDAY DIVES repetitive dives performed for several consecutive days s DECOMPRESSION DIVES any dive during which the no decompression limit has been exceeded or the diver is advised by the computer that he may not return directly to the surface 14 WARNING DIVE PRACTICES WHICH INCLUDE THE ABOVE DESCRIBED HIGHER RISK DIVE PROFILES ARE BELIEVED TO INCREASE THE RISK OF DECOMPRESSION SICKNESS AND AS SUCH CONSIDERED POTENTIALLY DANGEROUS AND SHOULD
45. r calibrated in fresh water the readings are about 3 smaller Depth display range 0 to 90 m 295 ft e Accuracy 1 FS 0 to 60 m 200 ft at 20 C 68 F Resolution 0 1 m 1 ft TEMPERATURE DISPLAY Resolution 1 C 1 5 F Display range 20 50 C 40 122 F e Accuracy 2 C 3 6 F within 20 minutes of temperature change CALENDAR CLOCK e Accuracy 2 5s 24h e 24 h clock display 12 h display in imperial version e dav and month 61 OTHER DISPLAYS e Divetime 0 to 199 min 999 dive hours in the history memory ka Surface time 0 to 39 h 59 min e Dive counter 0 to 255 dives 999 dives in the history memory e No decompression time 0 to 199 min after 199 e Ascent time 0 to 63 min Er after 63 NOTE Ascent time is not displayed in Octopus II dive com puter Ceiling range 3 to 9 m 10 to 30 ft blinking Er ERROR from 10 to 12 m 30 to 39 ft after that permanent Er ERROR mode OPERATING CONDITIONS 7 Normal altitude range 0 to 2400 m 8000 ft above sea level e Operating temperature O to 40 C 32 F to 104 F Storage temperature 20 C to 50 C 4 F to 122 F It is however recommended that the unit be stored in a dry place at room temperature NOTE Do not leave the instrument in direct sunlight K5508 BATTERY e Battery life typically more than 3000 hours at 20 C 68 F LUX LUX S MODELS e One 3 6 V lithium battery size 1 2 AA ANSI or 1 2
46. rage depth a surface interval time before dive b e temperature at the maximum depth c dive time DISPLAY Ill Fig 4 4 e dve entry time and date The data of the most recent dive is shown first as DIVE 1 the first dive in the memory Preceding dives are recalled by touching the TIME MODE and COM contacts A brief touch of the contact will bring you to the previous dive DIVE 2 continuous contact scrolls backwards through the dives DIVE 3 DIVE 9 DIVE 1 again etc Only DIS PLAY I is shown while scrolling the dives The desired dive is selected by breaking the contact when that dive appears on the display When new dives are added after nine dives the oldest dives are deleted The memory will always retain the nine most recent dives The contents of the memory will remain even when the battery is changed assuming that the replacement has been done according to the instructions LOG HIS ALT SET PLAN Fig 4 3 LOGBOOK DISPLAY II The average depth of the dive was 18 2 m 60 ft a surface interval time before the dive 10 h 38 min b and temperature at the maximum depth 20 C 68 F c LOG HIS ALT SET PLAN Fig 4 4 LOGBOOK DISPLAY III The dive started on the 18th of August 8 at 8 26 when set to imperial version A for a m or P for p m are also shown in the upper left corner of the display 45 DIVE TIME LA LOG HIS ALT SET PLAN Fig 4 5 VIOLATION DISPLAYS IN THE
47. s when the available no decompression time decreases below 60 minutes The following bars appear when the available no decompression time decreases below 40 30 20 green zone a and 10 minutes yellow zone ly on om L NO DECTIME J T DS 299 LOG HIS ALT SET PLAN Fig 3 11 ASCENT RATE INDICATOR 3 4 2 Reverse No Decompression Time Bar Graph The available no decompression time is also shown visually in the multi function bar graph in the bottom of the display Fig 3 10 When your available no decompression time decreases below 60 minutes the first bar graph segment appears As your body absorbs more nitrogen more segments start to appear Green Zone a As a safety precaution Suunto recommends that divers using the dive computer should maintain the no decompression bar graph within the green zone Yellow Zone b As all of the bars appear yellow zone your no decompression limit is less than 10 min utes and you are getting very close to no decompression limits At this point you should start your ascent towards the surface Pointer at position two ascent rate 7 9 m min 23 30 ft min 28 3 4 3 Ascent Rate Indicator The ascent rate is shown graphically with a pointer in the upper left corner next to the notation ASC RATE as follows Ascent rate indicator Ascent speed Example in Fig no 33 ft min No segments sa Re 3 8 S
48. should stay slightly below the ceiling The ceiling zone is the shallowest depth range to which you should ascend when in decompression 33 L LOG HIS ALT SET PLAN Fig 3 16 OCTOPUS II DECOMPRES SION DIVE AT THE CEILING ZONE The two arrows a point at each other hour glass You are at the ceiling zone at 3 5 m 11 ft c and the ceiling is at 3 m 10 ft b LOG HIS ALT SET PLAN Fig 3 17 DECOMPRESSION DIVE ABOVE CEILING Note the downward pointing arrow and the blinking Er warning You should immediately within 3 minutes descend to or below the ceiling 34 DISPLAY BELOW CEILING ZONE The CEILING ASC TIME symbol and upwards pointing arrow indicate that you are below the ceiling zone Fig 3 14 You should start your ascent immediately DISPLAY AT CEILING ZONE When you reach the ceiling zone the display will show you two arrows pointing toward each other the hour glass icon Fig 3 15 The two arrows pointing toward each other will be shown between the minimum ceiling and 1 8 m 6 ft below the minimum ceiling All decompression stops must be performed at or below the ceiling depth range The depth of the ceiling will depend on your dive profile It will be fairly shallow when you enter the decompression mode but if you remain at depth it will move downward and the ascent time will increase The ceiling depth will be shown on the left side of the center window When the sea surface is roug
49. sickness WARNING YOU ARE ADVISED TO AVOID FLYING ANYTIME THE COMPUTER DISPLAYS THE DO NOT FLY WARNING INDICATED BY AN AIRPLANE Further the Divers Alert Network DAN advises as follows A minimum surface interval of 12 hours would be required in order to be reasonably assured a diver will remain symptom free upon ascent to altitude in a commercial jetliner altitude up to 2400 m 8000 ft e Divers who plan to make daily multiple dives for several days or make dives that require decompression stops should take special precautions and wait for an extended interval beyond 12 hours before flight Suunto recommends that flying be avoided until both the DAN guidelines and the dive computer wait to fly conditions are satisfied 38 3 6 PERSONAL ADJUSTMENT AND HIGH ALTITUDE DIVES The instrument can be adjusted for increasing the conservatism of the mathematical model or for diving at altitude WARNING SET THE CORRECT PERSONAL ALTITUDE ADJUSTMENT MODE When diving at altitudes greater than 700 m 2300 ft the personal altitude adjustment feature must be correctly selected in order for the computer to calculate no decompression status The diver should also use this option to make the calculations more conservative whenever it is believed that factors which tend to increase the possibility of decompression sickness exist Failure to properly select the personal altitude adjustment mode correctly will result in erroneous data and can grea
50. st two seconds but not more than four seconds before the next step 3 Connect again the PLAN ON and COM contacts until the blinking personal altitude adjustment mode starts to scroll Release your fingers when the desired mode is blinking Fig 4 9 Wait at least two seconds but no more than four seconds before next step 4 Connect the TIME MODE and COM contacts to confirm this new personal altitude adjustment mode Fig 4 10 The blinking will stop and the other mode indicators will disappear 5 The process is ended by the RETURN command i e by connecting all three contacts at the same time Fig 4 11 The dive computer will return to the surface mode WARNING ALWAYS RECHECK THE PERSONAL ALTITUDE ADJUSTMENT SETTING TO ENSURE THAT IT IS NOT SET FOR AN ALTITUDE LESS THAN THAT OF THE DIVE SITE 7 SUUNTO Fig 4 10 PERSONAL ALTITUDE ADJUSTMENT SETTING STEP 4 The desired mode A2 is confirmed by connecting the TIME MODE and COM contacts 7 SUUNTO OW N E nP N Fig 4 11 PERSONAL ALTITUDE ADJUSTMENT SETTING STEP 5 Return to the surface mode Check that the selected mode A2 is displayed 49 49 aa a lt lt SUUNTO N CHANGE DISPLAY 5 CHANGE VALUE Fig 4 12 TIME SETTING Ready to adjust the hour reading blinking TIME MODE PLAN ON la SN a Fig 4 13 TIME SETTING Adjusting the hour reading PLAN ON amp COM 50 4 4 SETTI
51. te number is changed simultaneously 4 Repeat steps 2 and 3 to change any additional values 5 Exit the Time Setting mode with the RETURN command i e by connecting all three contacts at the same time First make contact between the PLAN ON and TIME MODE contacts and after that with the COM contact NOTE The clock is on time is elapsing when setting it and exiting the Time Setting mode It is not possible to reset the seconds Remember to regularly check that the clock is on time especially when traveling to differ ent time zones as the entry time of all dives is stored in the logbook memory SUUNT o Fig 4 14 TIME SETTING Scrolling through hours minutes month and date TIME MODE amp COM 7 a pe L i SUUNTO N Fig 4 15 TIME SETTING Adjusting the ten minute reading blinking PLAN ON amp COM 51 5 CARE AND MAINTENANCE The dive computer is a sophisticated precision instrument Remember to treat it as such It has been designed to withstand the rigors of scuba diving It can be installed in a durable thermoplastic console boot and its display can be protected by a replaceable display shield The user should wash and rinse the unit in fresh water after every use Protect it from shocks extreme heat or direct sunlight and chemical attack The instrument cannot withstand the impact of heavy objects like scuba cylinders nor chemicals like acetone and alcohols ethanol isopropanol NOTE
52. ths less than 1 2 m 4 ft first generation computers 1 8 m 6 ft At depths greater than 1 2 m 1 8 m first generation computers the instrument will go into the DIVE mode Each piece of information on the display is clearly marked Fig 3 9 During a no decom pression dive the following information will be shown the available no decompression time a in minutes is shown as NO DEC TIME It is calculated based on the five factors listed in Section 6 1 OPERAT ING PRINCIPLES e your present depth d is shown in meters ft e the elapsed dive time f in minutes in the lower right corner shown as DIVE TIME e he personal altitude adjustment e setting AO Al or A2 In the lower left corner the following information will alternate the maximum depth during this dive b in meters ft indicated as MAX for about 5 seconds the water temperature c with C for Centigrade or F for Fahrenheit for about 3 second LOG HIS ALT SET PLAN DI DIVE ia b U AS LOG HIS ALT SET PLAN Fig 3 9 DIVING DISPLAY The present depth is 19 3 m 63 ft d the no decompression time limit is 23 minutes a in Al mode e and the dive time is 6 minutes f Maximum depth during this dive 29 8 m 98 ft b and water temperature 18 C 64 F c are alternating in the lower left corner 27 r n LOG HIS A SET A Fig 3 10 REVERSE NO DECOMPRESSION TIME BAR GRAPH The first bar from the left appear
53. time between leaving the surface to descend and returning to the surface at the end of a dive After a change in ambient pressure the amount of time required for the partial pressure of nitrogen in a theoretical compartment to go half way from its previous value to saturation at the new ambient pressure A single or repetitive dive that includes time spent at various depths and whose no decompression limits are not determined solely by the maximum depth attained The maximum amount of time a diver may remain at a particular depth without having to make decompression stops or remain below a ceiling during the subsequent ascent Any dive which permits a direct uninterrupted ascent to the surface at any time Abbreviation for no decompression time limit Any dive whose no decompression time limits are affected by residual nitrogen absorbed during previous dives The amount of excess nitrogen remaining in a diver after one or more dives Abbreviation for surface interval time Elapsed time between surfacing from a dive and beginning a descent for the subsequent repetitive dive Theoretical concept used to model bodily tissues for the construction of decompression tables or calculations 65 66
54. tly increase the risk of decompression sickness WARNING THE DIVE COMPUTER IS NOT INTENDED FOR USE AT ALTITUDES GREATER THAN 2400 m 8000 ft Traveling to a higher elevation can temporarily cause a change in the equilibrium of dissolved nitrogen in the body with the surroundings It is recommended that the diver allow the body conditions to stabilize over a period of at least three hours before beginning to dive at altitude 39 ALTITUDE ADJUSTABILITY When programming the instrument for the correct altitude the diver needs to select the correct altitude mode according to Table 3 2 As a result the dive computer adjusts its mathematical model according to the entered altitude giving shorter no decompression times at higher altitudes Tables 6 1 and 6 2 The entered personal altitude adjustment mode is indicated by AO Al or A2 Section 4 3 Personal Altitude Adjustment Setting describes how the altitude mode is adjusted Table 3 2 ALTITUDE RANGES Altitude mode Altitude range AO 0 700 m 0 2300 ft Al 700 1500 m 2300 5000 ft A2 1500 2400m 5000 8000 ft PERSONAL ADJUSTABILITY The factors which tend to increase the possibility of decompression sickness include but are not limited to e cold exposure water temperature less than 20 C 68 F e he diver is below average physical fitness level e multiday or repetitive dive exposure e diver fatigue e dehydrated conditions e previous history of decompression sic
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