Communicating diving computers

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VR Technology Limited To ensure your user information is up to date. Please check www.technologyindepth.com for updates to this manual. VR Series Dive Computer Manual VR Series Dive Computer User Manual Rev A 12/09 1

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VR Technology Limited Specifications...............................................................................................................72 Bezel Colours...........................................................................................................73 VRX Dive Computer

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VR Technology Limited VRX Dive Computer and Variable Gradient Model VGM Decompression Algorithm Release version features 8th October 2008 Following the huge success of the VR3 dive computer VR Technology launched the VRX dive computer at DEMA this month. The Variable Gradient Model (VGM

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VR Technology Limited WARNING! Even if your dive computer or PC generated software allows for less conservatism and a reduction in decompression times this should not be arbitrarily undertaken without first researching data available from other divers/agencies, conducting controlled trials

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Log and the Dive summary data: As an extra warning, the wave on the main dry screen goes red if negative conservatism set: VR Series Dive Computer User Manual Rev A 12/09 35

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VR Technology Limited VR DIVE COMPUTER USER MANUAL VR NHeO User Manual Rev A 12/09 1

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VR Technology Limited Congratulations on your purchase of a VR dive computer! You are going to have a lot of fun learning how to use your new VR Your comes from the same stable as the World famous VR3 and VRx mixed gas diving computers (www.technologyindepth.com). Your can be configured

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VR Technology Limited Model Name VR Manufactured by VR Technology Limited Unit 12 Blackhill Road West Holton Heath Industrial Estate Poole Dorset BH16 6LE England CE Declaration VR Technology Limited declare that the VR NHeO Dive Computer complies with the essential requirements

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gauge mode on or OFF. In OFF all decompression calculations will be turned off. If you select Gauge mode then you have 15 minutes to enter the water or the unit will revert to a decompression mode. If you do a gauge mode dive you have to wait 24 hours until you can use the unit as a dive computer

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VR Technology Limited Decompression Algorithms Your dive computers uses a derivative of the Buhlmann ZHL 16 algorithm modified to assimilate the latest thinking in practical micro-bubble avoidance for enhanced decompression safety. You will note that on all decompression dives, the VR will

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; 2) gas absorption and elimination of nitrogen is considered to occur at the diver?s chest level. When diving under a potential decompression situation, a depth gauge or dive computer should be worn by the diver as a backup system. If decompression is anticipated there must be enough air

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the diver?s depth and time on the dive log. The KMACS 5 operator is responsible for monitoring the diver?s ascent rate which should not exceed 60 feet (18 meters) per minute, or slower if a dive computer is being used to monitor decompression/no decompression status. The diver should not leave

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Kirby Morgan Air Control System 5 © Copyright 1970-2010 Kirby Morgan Dive Systems, Inc. All rights reserved. Document #100826002 1 Kirby Morgan Air Control System 5 with communications. Kirby Morgan Air Control System 5 without communications.

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8 © Copyright 1970-2010 Kirby Morgan Dive Systems, Inc. All rights reserved. Document #100826002 Kirby Morgan Air Control System 5 21. Communicator (S) The KMACS 5 communicator is a standard open circuit/round robin diver?s communicator, which functions like a telephone. It can also be used

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with fresh water. The O-ring seal (V) on the case may be periodically treated with Armor-All or other rubber protection. Place the KMACS 5 in a dry area and recharge the communications. Refill any high pressure cylinders (scuba) used during diving operations and store them in a secure location.

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communications, and Apollo underwater scooters are A large fish tank with an imitation coral reef creates interest in the elegant main saloon and dining room and ensures that the area is not used merely as a passageway to the informal parts of the yacht provided to pull you along. The lazarette also

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INTERNATIONAL INTERNATIONAL This must be the ultimate watersports yacht, equipped with a huge range of toys and diving gear for a family who revel in riding the waves from a boat with a timeless look and exceptional finish words: David Pelly photography::Bugsy Gedlek

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interest of the owner?s daughter, while other members of the family are passionately involved with diving, windsurfing, waterskiing and wake-boarding. The result is that the yacht has one of the largest and most comprehensive collections of watersports equipment afloat. Anastasia was built

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-ended swimming pool INTERNATIONAL A N AS TA S I A

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Mobile Magnetic and Multi-Influence Ranging Data Processing, Tracking and Communication Systems Power Container Diesel Engine GPS Clock DGPS G 3~ Monitor Data Processing Computer Telemetry Monitor IEEE 1394 OPTO Telemetry PWR PWR Colour Laser Printer Monochrom Laser Printer Two workstation

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Equipment Diagram Onshore Equipment Containers - Power S Store - Measuring con Evaluation Equipment - Computer systems - Software - DGPS Tracking systems Underwater Facilities - Underwater electronic (UWE) -Underwater cables -Bouys and ropes MORA SYM I <-OR-> I MIRA SYM J Off h ore Equipment

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Underwater Electronic (UWE) lile Underwater 11 et trini! Unii serves di the ink between the individual probes and the shore based dataprocessing t:< Ikies iFC:. The UWE is connectée tùli? ÏÎ:Î',L. M';; ;or temei by 2000 m of hybrid underwater idilli' wli ch besides

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is connected to the Underwater Electronics Unit (UWE) by seawater resistant probe cable. Each cable is fitted with special underwater plugs. Probe carrier for Mira Sym Additional probe carrier with auxilary sensors for Mira Sym. SAM Electronics GmbH Drives and Special Systems Behringstrasse 120 22763 Hamburg

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for magnetic measurements and sensors for electric field, acoustic, pressure as well by an optical liber glass transmission path via active underwater interface unit ■ Probe array suitable for ranging of all classes of nava! vessels requiring a minimum of manoeuvering space ■ Tracking ofthe vessel