Suunto Vyper Инструкция по эксплуатации онлайн

Содержание

• Quick reference guide p.2
• Pren 13319 p.3
• Definition of warnings cautions and notes p.3
• Copyright trademark and patent notice p.3
• Iso 9001 p.4
• Warning p.5
• Warnings p.6
• Table of contents p.6
• Introduction p.6
• Getting acquainted p.6
• Diving with the dive computer p.6
• Warranty p.7
• Technical description p.7
• Menu based modes p.7
• Glossary p.7
• Care and maintenance p.7
• Warning p.8
• Safety precautions p.8
• Introduction p.8
• Warning p.9
• Warning p.10
• Emergency ascents p.10
• Caution p.10
• Warning p.11
• Enriched air and safety p.11
• Dive computer limitations p.11
• Functions p.12
• Push buttons p.12
• Getting acquainted p.12
• Water contacts p.14
• Diving with the dive computer p.15
• Before diving p.15
• Activation and prechecks p.15
• This dive computer has a unique graphic battery power indicator designed to give you an advance notice of impending need to change the battery p.17
• The battery power indicator can always be seen when the dive mode is acti vated the electroluminescent backlight will be on during the battery check the following table and figure show the various warning levels p.17
• Table 3 battery power indicator p.17
• Note temperature or an internal oxidation of the battery affects the battery voltage if the instrument is stored for a long period the low battery warning may be displayed even though the battery has enough capacity the low battery warning may also be displayed at low temperatures even though the battery has enough capacity in warmer conditions in these cases repeat the battery check procedure p.17
• Note for safety reasons the backlight can not be activated when the low battery warning is indicated by the battery symbol p.17
• In all the other modes the low battery warning is indicated by the battery symbol p.17
• If the battery symbol is displayed in the surface mode or if the display is faded or weak the battery may be too low to operate the dive computer and the battery replacement is recommended p.17
• Battery power indicator and low battery warning p.17
• Dive planning plan p.18
• Dive numbering shown during dive planning p.18
• User defi nable functions and alarms p.19
• Diving with air p.20
• Bookmark p.20
• Basic dive data p.20
• Consumed bottom time cbt p.21
• Safety stop displays p.22
• Recommended safety stop p.22
• Mandatory safety stop p.22
• You must not ascend shallower than 3 m 10 ft with the mandatory safety stop warning on if you ascend above the mandatory safety stop ceiling a downward pointing arrow will appear and a continuous beeping starts fig 3 5 you should immediately descend to or below the mandatory safety stop ceiling depth however if you correct the situation whenever during that dive there are no affects to the tissue calculations p.23
• The mandatory safety stop time always includes the three minute recom mended safety stop time the total length of the mandatory safety stop time depends on the seriousness of the ascent rate violation p.23
• The ascent rate is shown graphically along the right side of the display as fol lows p.23
• Table 3 ascent rate indicator p.23
• If you continue to violate the mandatory safety stop the tissue calculation model is affected and the dive computer shortens the available no decompres sion time for your next dive in this situation it is recommended to prolong your surface interval time before your next dive p.23
• Ascent rate indicator p.23
• Warning p.24
• Decompression dives p.25
• Warning p.25
• Warning p.26
• Ceiling ceiling zone floor and decompression range p.26
• Display below the floor p.27
• Display above the floor p.27
• Display at the ceiling zone p.28
• Display above the ceiling p.28
• Warning p.29
• Diving with enriched air nitrox p.29
• Before diving p.29
• Warning p.30
• Default nitrox settings p.30
• Oxygen displays p.31
• Oxygen limit fraction olf p.32
• Gauge mode p.33
• At the surface p.34
• Surface interval p.34
• Dive numbering p.35
• Warning p.36
• Flying after diving p.36
• Audible and visual alarms p.37
• Oxygen warnings in the nitrox mode p.38
• When the oxygen exposure warning olf indicates that the maximum limit is reached you must immediately as cend until the warning stops blinking failure to take action to reduce oxygen exposure after the warning is given can rapidly increase the risk of oxygen toxicity and the risk of injury or death p.39
• When programming the instrument for the correct altitude you need to select the correct altitude mode according to table 3 as a result the dive computer adjusts its mathematical model according to the entered altitude mode giving shorter no decompression times at higher altitudes see section 6 operating principles table 6 and 6 p.39
• Warning p.39
• The dive computer can be adjusted for increasing the conservatism of the math ematical nitrogen model and for diving at altitude p.39
• Table 3 altitude adjustment ranges new ranges 0 300m 1500m 3000m p.39
• Suunto strongly recommends that sport divers limit their maximum depth to 40 m 130 ft or to the depth cal culated by the computer based on the entered p.39
• Of 1 bar settings exposure to greater depths increases the risk of oxygen toxicity and decompression sickness p.39
• High altitude dives and personal adjustment p.39
• Altitude adjustment p.39
• Personal adjustment p.40
• Warning p.40
• Warning p.41
• This feature should be used to adjust the computer to be more conservative according to personal preference by entering the suitable personal adjustment mode with the help of table 3 in ideal conditions retain the default setting p0 if conditions are more diffi cult or other mentioned factors which tend to increase the possibility of dcs exist select p1 or even the most conservative p2 as a result the dive computer adjusts its mathematical model according to the entered personal adjustment mode giving shorter no decompression times see section 6 operating principles table 6 and 6 p.41
• There is always a risk of decompression sickness for any dive profile even if you follow the dive plan prescribed by dive tables or a dive computer you are advised to remain well within the exposure limits provided by the instrument to minimize the risk of dcs decompression sickness can cause serious injury or death p.41
• The personal adjustment mode is indicated by a diver symbol and plus signs p0 a diver p1 diver or p2 diver section 4 altitude adjustment and personal adjustment setting describes how the personal mode is adjusted p.41
• Table 3 personal adjustment ranges p.41
• Set the correct personal adjustment mode you should use this option to make the calculations more conservative whenever it is believed that factors which tend to increase the possibility of dcs exist failure to properly select the personal adjustment mode correctly will result in errone ous data and can greatly increase the risk of dcs p.41
• Omitted decompression p.42
• Error conditions p.42
• The use of the menu based func tions p.43
• Menu based modes p.43
• The list of the menu based modes p.44
• Memories and data transfer 1 memory p.45
• Logbook and dive profi le memory 1 logbook p.45
• Dive profile memory prof p.47
• Data transfer and pc in terface 3 tr pc p.48
• Dive history memory 2 history p.48
• Simulation mode 2 simul p.50
• Dive simulator 1 sim dive p.50
• Sim plan p.51
• Dive planning simulator p.51
• Set modes 3 set p.52
• Dive parameter settings 1 set dive p.52
• Altitude adjustment and personal adjustment settings 1 adj mode p.52
• Warning p.53
• Dive time alarm setting 2 d alarm p.53
• Nitrox oxygen setting p.54
• Nitrox p.54
• Maximum depth alarm setting 3 max dpth p.54
• Setting time 2 set time p.55
• Adjusting time 1 adj time p.55
• Adjusting date 2 adj date p.55
• Setting preferences 3 set pref p.56
• Backlight on time setting 1 light p.56
• Adjusting daily alarm setting 3 t alarm p.56
• To enter the dive computer units setting mode select mode 3 set 3 set pref 2 units this will enable you to choose between metric and imperial units fig 4 3 and fig 4 4 p.57
• To enter the dive computer model setting mode select mode 3 set 3 set pref 3 model fig 4 5 after entering this mode you are able to change between air nitrox and gauge modes fig 4 6 p.57
• In the dive computer model setting mode the dive computer can be set to be an air computer nitrox computer or a depth gauge with a timer p.57
• Dive computer units setting 2 units p.57
• Dive computer model setting 3 model p.57
• Important information p.58
• Care and maintenance p.58
• Care of your dive computer p.59
• Water resistance inspection p.60
• Maintenance p.60
• Caution p.60
• Caution p.61
• Battery replacement p.61
• Battery replacement p.62
• Caution p.64
• The no decompression limits displayed by the dive computer in a fresh start are see table 6 and table 6 for most dives to a single depth slightly more con servative than those permitted by the u s navy tables p.65
• Technical description p.65
• Table 6 no decompression time limits min for various depths m for the first dive of a series p.65
• Table 6 no decompression time limits min for various depths ft for the first dive of a series p.65
• Operating principles p.65
• No decompression limits p.65
• Surface intervals p.66
• Altitude diving p.66
• Reduced gradient bubble model suunto rgbm p.67
• Oxygen exposure p.68
• Technical specification p.69
• Warranty p.72
• Glossary p.73
• Disposal of the device p.82
• Modes and operations p.83
• Www suunto com p.86