Suunto VYTEC DS manual Transmission Data

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The selected transmission code can later be verified via the alternative display, by pressing the “TIME” button twice. If needed, the stored code can be manually erased in this display by pressing the “PLAN” (up) button and then pressing “MODE” (select). The Vytec will now erase the stored code and start displaying “SETC” allowing a new pairing with the trans- mitter.

The alternative display showing the select- ed code reverts to the main display after 15 seconds in order to avoid accidental code changes.

The user can manually change the transmit- ters code by reducing the pressure to less than 10 bar [145 psi] and then immediately (within 10-12s) increasing the pressure above 15 bar [220 psi]. The transmitter will now select a new code. The wrist unit must be in SETC mode to pair on the new code. This procedure can be used e.g. if your dive buddy has the same code and you need to change the code.

NOTE: In order to save battery energy the transmitter shuts off if the pressure remains unchanged for more than 5 minutes and it will continue transmitting with the saved code when any pressure change is measured.

2.4.3. Transmission Data

 

m

bar

DIVE TIME

 

m

bar m DIVE TIME

bar m DIVE TIME

bar m DIVE TIME

bar

DIVE TIME

Fig 2.6. Pressure transmission related displays.

After the pairing procedure the Vytec will receive cylinder pressure data from the transmitter. The pressure is displayed in either bars or psi de- pending on the unit selection. Any time the Vytec receives an appropri- ate signal it flashes the lightning figure in the display’s lower left corner. A pressure reading of over 360 bar [5220 psi] will display as “---“ (Fig. 2.6 b).

If the Vytec is unable to receive a valid signal for more than one minute it will start displaying “FAIL” intermittently with the latest valid pressure reading (Fig. 2.6 c).

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Contents Suunto Vytec DS Guide Reference Quick COPYRIGHT, Trademark and Patent Notice Definition of WARNINGS, Cautions and NotesPrEN Page Page Page Table of Contents AIR/NITROX/GAUGE Suunto RGBM/ Deep Stop Algorithm IntroductionEmergency Ascents Safety PrecautionsDive Computer Limitations Getting AcquaintedNitrox FunctionsPush Buttons Making the Vytec personalWater Contacts Press the Smart Mode buttonInstalling the Transmitter Wireless Cylinder Pressure TransmissionPairing and Code Selection Transmission Data Setc Pressure Transmission Related DisplaysFail LobtActivation and Prechecks Diving with the VytecBefore Diving Battery Power Indicator Battery IndicationLowbat + Battery Power IndicatorDive Numbering Shown During Dive Planning Wireless Transmitter Battery IndicatorDive Planning Plan Recommended Safety Stop User Definable Functions and AlarmsSafety Stops Diving display. Pres- ent depth is 19.3 m Mandatory Safety StopBasic Dive Data Diving in AIR ModeDeep Stops Cylinder Pressure Data BookmarkConsumed Bottom Time CBT Ascent Rate Indicator Ascent Rate IndicatorDecompression dives Safety Stops and Deep StopsCEILING, Ceiling ZONE, Floor Decompression Range Display AT the Ceiling Zone Display below the FloorDisplay Above the Floor Display Above the Ceiling Diving in Nitrox Mode 3.4.1. Before DivingOxygen Displays Default Nitrox Settings22. Diving in Nitrox mode. The O2% is set to 32% Gas Change, Multiple Breathing Gas Mixes Oxygen Limit FractionOLF Diving in Gauge Mode AT the Surface 3.6.1. Surface Interval Separated by a colon, telling Dive NumberingFlying After Diving Three double beeps occur, when Audible and Visual AlarmsSet oxygen partial pressure limit is exceeded. The maximum Oxygen Alarms in Nitrox ModeAltitude Adjustment High Altitude Dives and Personal AdjustmentPersonal Adjustment Altitude Adjustment RangesPersonal Adjustment Ranges Omitted Decompression Error ConditionsRgbm Model Settings USE of the Menu Based Functions Menu Based ModesList of the Menu Based Modes Exit / QuitLogbook and Dive Profile Memory 1 Logbook Memories and Data Transfer 1 MemoryI, main display Fig III Fig Dive Profile Memory Prof Dive History Memory 2 HistoryData Transfer and PC-Interface 3 TR-PC Dive Simulator 1 Simdive Simulation Mode 2 SimulSET Modes 3 SET Dive Planning Simulator 2 SimplanDive Parameter Settings 1 SET Dive Nitrox/Oxygen Settings 4 Nitrox Dive Time Alarm Setting 2 d AlarmMaximum Depth Alarm Setting 3 MAX Dpth Adjusting Time 1 AdJ Time Setting Time 2 SET TimeAdjusting Daily Alarm 3 T Alarm Adjusting Date 2 AdJ DateSetting Preferences 3 SET Pref Backlight Setting 1 LightWireless Transmission Settings 3 HP Dive Computer Units Setting 2 UnitsProfile Sample Rate Setting 4 REC Dive Computer Model Setting 5 ModelImportant Information Care and MaintenanceCare of Your Dive Computer Water Contacts and Push ButtonsWater Resistance Inspection MaintenanceBattery KIT Battery Replacement 5.5.1. Computer batteryTools Required Battery ReplacementPage Opening of the securing ring Wireless Transmitter Battery ReplacementTools Required Transmitter Battery ReplacementNO-DECOMPRESSION Limits Technical DescriptionOperating Principles Altitude Diving Surface Intervals Suunto Reduced Gradient Bubble Model RgbmOxygen Exposure Transmitter Technical SpecificationOther displays Battery Vytec Warranty System Requirements SUUNTOSPORTS.COMCommunities My SuuntoGetting Started Sport ForumsGlossary EAN EADNoaa NitroxNo DEC Time OLFSurf Time PO2Rgbm Tissue group Disposal of the Device TIME-KEEPING and STAND-BY Mode Page Page Made in Finland Suunto Oy 01 / 2004, 08