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  Swift Operating Instructions 

 

Page 18 

 

Doc 57025-01 Rev G 

to a maximum depth of 50 M (165 FSW). A component of self-contained breathing apparatus as defined 

by EN250:2014 is: Pressure Indicator, for use with air only. Products marked EN250 are intended for air 

use only. Products marked EN 13949 are intended for use with gases containing more than 22% oxygen 

and must not be used for air. 

 

Depth and time measurements conform with EN13319:2000 - Diving Accessories - depth gauges and 

combined depth and time monitoring devices. 

 

The air used must comply with EN 12021. EN 12021 is a standard that specifies the allowable 

contaminates and component gases that make up compressed air. This is the equivalent of the USA 

Compressed Gas Association’s Grade E air. Both standards allow very small amounts of contaminants that 

are not harmful to breathe but can cause a problem if present in systems using gases with a high 

percentage of oxygen. 

 

Electronic instruments are in compliance with ETSI EN 301 489-1 Electromagnetic compatibility (EMC) 

standard for radio equipment and services; Part 1: Common technical requirements, EN 55035: 2017 

Electromagnetic compatibility of multimedia equipment. Immunity requirements, EN 

55032:2012/AC:2013 Electromagnetic compatibility of multimedia equipment. Emission requirements, 

and ETSI EN 300 330 Short Range Devices (SRD) Radio equipment in the frequency range 9 kHz to 25 MHz 

and inductive loop systems in the frequency range 9 kHz to 30 MHz.  

 

Shearwater’s EU Declaration of Conformity is available at: 

https://www.shearwater.com/iso-9001-2015-

certified/

 

 

 

Shearwater EU Representative:

 

Machinery Safety, Compliance Services BV, 

Zwolsestraat 156 

2587 BW, The Hague 

Netherlands 

  

WARNING: Transmitters marked EN 250 are certified for use with air only. Transmitters marked EN 13949 are 

certified for use with Nitrox only. 

 

 

Shearwater UK Representative: 

Narked at 90 ltd 

15 Bentley court, Paterson Rd, Wellingborough, Northants, NN84BQ 

United Kingdom 

 

 

 

 

 

Summary of Contents for SWIFT

Page 1: ......

Page 2: ... Instructions Page 2 Doc 57025 01 Rev G Contents INTRODUCTION 4 FEATURES 4 AIR INTEGRATION AI 5 CHANGING THE BATTERY 11 TROUBLESHOOTING 13 STORAGE AND MAINTENANCE 14 SERVICING 14 DOCUMENT HISTORY 15 SPECIFICATIONS 16 ...

Page 3: ...to them slowly to gain experience This device will fail It is not whether it will fail but when it will fail Do not depend on it Always have a plan on how to handle failures Automatic systems are no substitute for knowledge and training No technology will keep you alive Knowledge skill and practiced procedures are your best defense The use of this device requires appropriate diver training INFORMA...

Page 4: ...ves risk and education is your best tool for managing this risk This manual provides installation and operating instructions for the Shearwater Swift FEATURES Compatible with all air integrated Shearwater dive computers Randomized transmit interval allows reliable simultaneous use of multiple SWIFT transmitters Advanced interference avoidance system ensures reliability using multiple transmitters ...

Page 5: ...equiring a response Two or more dive computers may be programmed to receive the same transmitter s Although the feature is named Air Integration other gas mixtures can be used with the system as well When using gas mixtures with oxygen content above 22 be sure to have proper training on such mixtures and follow proper cleaning and material compatibility guidelines Swift transmitters are built with...

Page 6: ...to snug excessive force is not required An 11 16 or 17mm wrench may be used if desired Position the transmitter such that it is on the same side of your body as you wear the dive computer Range is limited to approximately 3ft 1m A high pressure hose may be used to relocate the transmitter for better reception or convenience Use hoses rated for a working pressure of 4350 psi 300 bar or higher If us...

Page 7: ...the failure of a transmitter will normally produce error messages on the attached dive computer However there could be failures that produce no error messages and result in a sudden unexpected out of gas emergency that every diver must be prepared to manage Shearwater recommends using a backup submersible pressure gauge SPG as a redundant source of gas pressure information and regularly confirming...

Page 8: ...ive computer Pair the Swift transmitter Configure AI display on home screen Refer to the dive computer manual for details on setting up the AI system Pairing the Transmitter Each transmitter has a six digit serial number etched on its body AI communications are coded with this number so that the source of each pressure reading can be identified Enter the six digit serial number including any leadi...

Page 9: ...our regulator s second stage while monitoring your tank pressure for a full 10 15 seconds prior to entering the water to ensure your tank valve is turned on If the first stage regulator is charged but the tank valve has been closed the breathing gas available to the diver will decrease rapidly and within a few breaths the diver will face an out of air situation Unlike an analog gauge the air press...

Page 10: ...re the transmitter identification displayed on the dive computer matches the tank the transmitter is attached to It may be useful to apply identifying paint or tape to transmitters if using multiple units Legacy Shearwater transmitters may be used with the Swift in multiple transmitter configurations although the maximum should be two one grey one yellow Best results will be obtained by using all ...

Page 11: ... amount of O2 compatible lube Carefully align the cover so the circuit board fits in the wide part of the case The cover should slide down easily until the base o rings engage Do not force the cover down if it is not aligned Press the cover down firmly until the screw holes line up with those in the base Using the hex screwdriver provided replace the 4 screws and tighten to snug Check Transmitter ...

Page 12: ...ning Red Yellow Green At battery change Self Test Yellow flashes At battery change or wakeup from inactive Firmware version code Repeating Quick Red Flashes Any time Self Test failure do not dive Quick Green Flash Transmitting Normal Transmit Quick Red Flash Transmitting Interference Detected ...

Page 13: ... 50V red critical battery warning Frequently dropped signals Range is limited to about 1m and may be affected by alignment of the transmitter or receiver Try to reposition the transmitter closer to the receiver or change its orientation so that it points body aligned towards the receiver A small HP hose may be useful for this purpose if a hose is used ensure a spool is used on the inner diameter o...

Page 14: ...s may damage the transmitter Clean only when installed on a regulator Do not allow water or other debris to enter the high pressure port Do not wash under high pressure jets of water as it may cause damage Store the Swift out of direct sunlight in a cool dry and dust free environment Avoid continuous exposure to direct ultra violet radiation and radiant heat SERVICING Service of the Swift may only...

Page 15: ...Swift Operating Instructions Page 15 Doc 57025 01 Rev G DOCUMENT HISTORY Document number 57025 RevG June 2 2021 ...

Page 16: ...n diving pressurized time 2 3x Weight 135 g Size L x D 76 mm X 34 mm Pressure port 7 16 20 UNF Rated Air Pressure 300 bar 4350 psi Pressure resolution 0 14 bar 2 psi Pressure reporting interval 4 8 5 2 seconds HP port proof pressure 450 bar 6525 psi Overpressure port Included Accuracy 5 full scale Zero offset Less than 3 5 bar 50 psi Activation pressure 7 bar 100 psi De activation pressure 3 5 bar...

Page 17: ...r is connected Consult the dealer or an experienced radio TV technician for help INDUSTRY CANADA WARNING b Canada Industry Canada IC This device complies with RSS 210 of Industry Canada Operation is subject to the following two conditions 1 this device may not cause interference and 2 this device must accept any interference including interference that may cause undesired operation of this device ...

Page 18: ...systems using gases with a high percentage of oxygen Electronic instruments are in compliance with ETSI EN 301 489 1 Electromagnetic compatibility EMC standard for radio equipment and services Part 1 Common technical requirements EN 55035 2017 Electromagnetic compatibility of multimedia equipment Immunity requirements EN 55032 2012 AC 2013 Electromagnetic compatibility of multimedia equipment Emis...

Page 19: ...775 4099 Snohomish WA USA usaservice shearwater com https www divetronix com Asia Pacific Repair Centre Rob Edward 64 21 535378 Wellington NZ asiapacservice shearwater com United Kingdom Repair Centre Narked at 90 Ltd 44 1933 681255 Northamptonshire UK info narkedat90 com www shearwater com www facebook com DiveShearwater www twitter com DiveShearwater www youtube com shearwaterresearch www shearw...

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