ACR Electronics Y1-03-0233, RLB-36 manual Appendix a Using and Testing the GPS Systems

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APPENDIX A - USING AND TESTING THE GPS SYSTEMS

1.How the external GPS interface works

The beacon is fitted with an optical interface to connect with an external Global Positioning System (GPS) receiver that will determine the latitude and longitude of its position. This data is transmitted to the emergency system. When the beacon is coupled to a working external GPS receiver, it immediately begins downloading data. Once valid position data has been obtained, the beacon will attempt to update the positional data every 20 minutes. The GlobalFix™ iPRO will store the last valid positional data for up to 4 hours, if it becomes unable to obtain new updated data. It will update this data if and only if it receives new good positional data from the external GPS receiver.

2.Using the external GPS interface

Once a compatible, operating GPS receiver is connected to the GlobalFix™ iPRO, the beacon will store coordinate data for incorporation into the emergency message. The coordinates are transmitted to the satellite when the beacon is activated in an emergency. Coordinate data provides a more accurate location to the Search and Rescue Authority and may lead to a faster rescue. Since the last valid GPS position data may stay in the memory for up to 4 hours, the user should take care to make sure that the GPS position data stored is accurate. This can be accomplished by two methods:

//By always leaving a properly functioning external GPS receiver connected to the beacon before activation, or…

//By connecting a properly functioning external GPS receiver with a valid position fix, and allowing sufficient time to acquire valid GPS position data.

3.Testing the external GPS interface

Connect the optical interface plug to the beacon bezel and allow sufficient time for the GPS receiver to acquire valid GPS position data (usually less than 1 minute; but it can take up to 20 minutes). Lift the thumb switch to the vertical (Self-Test) position and release. Your beacon will confirm that it has acquired valid GPS data by displaying the latitude and longitude coordinates on the display. This will occur at the end of Self-Test.

4.Updating the external GPS position data

When the beacon is properly connected to a functioning and compatible GPS receiver, GPS position data is automatically updated about every 20 minutes while valid GPS position data is present. The operator can force the acquisition of new GPS position data by initiating a Self-Test with the beacon connected to an external GPS receiver with a valid position fix. This bypasses the normal, programmed, waiting time of 20 minutes for the automatic update of GPS position data.

Y1-03-0233 Rev. D

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Contents Owner Vessel Radio Call Sign UIN # Page Table of Contents Step ONE Registering Your Beacon What country should I register in? How do I register?Noaa Sarsat Beacon Registration Suitland Road Suitland, MDDo I need a radio license? Step TWO HOW the Beacon Works How your beacon brings helpExternal GPS interface Anatomy of your beacon Activation switch with Witness TabInternal GPS engine Switch Positions Top ViewCategory 1 SeaShelter3 Bracket Category 2 LowPro3 BracketDigital Display GPS √Activating your beacon Y1-03-0233 Rev. D Y1-03-0233 Rev. D False alarms Turning off the beaconY1-03-0233 Rev. D Step Three Installing the Beacon Mounting locationPage Category I bracket Category II bracket Installing the optical interface to an external GPS receiver Routine beacon maintenance Battery replacementStep Four Maintaining the Beacon On a routine basis aboard ship, doY1-03-0233 Rev. D Changing ownership or contact information Servicing the SeaShelter3 and the HydroFix HRU To install the new HRU To remove the expired HRUSelf-Testing the beacon Servicing the LowPro3Extended GPS test Appendix a Using and Testing the GPS Systems Using the external GPS interfaceTesting the external GPS interface How the external GPS interface worksInternal GPS position system LED indication of GPS fixAppendix B User Interface Special Icons Compatible GPS receiversAppendix C User Interface Digital Display During Operation GPS Data XX.XXX’ GPS Weak Give Clear View SKYLeave Epirb Until RES Q Keep Epirb RightAppendix D User Interface Digital Display During SELF-TEST BattBoard Test √ Board Test GPS Test √ GPS Test Light Test √ Light Test Self Test Fail See User BookSeek FIX NOW Batt LOWGPS Test Long GPS Data Test StartTest END Appendix F- User Interface Language Translations English French Spanish German Italian PhrasesAppendix G the COSPAS-SARSAT System General overviewAppendix H Technical Specifications GENERAL/ EnvironmentalAppendix I WARRANTY, Useful Life POLICY, Notices Limited WarrantyEC Declaration of Conformity 0735International Maritime Organization Shore Based Maintenance Representative

Y1-03-0233, RLB-36 specifications

The ACR Electronics RLB-36, identified by model number Y1-03-0233, is a remarkable beacon that exemplifies state-of-the-art survival technology designed for maritime, aviation, and outdoor enthusiasts. It represents a commitment to safety and reliability when it matters most.

One primary feature of the RLB-36 is its powerful strobe light, which emits a bright signal visible from considerable distances, making it an essential device for emergency signaling. The high-intensity LED strobe operates in various lighting conditions, ensuring visibility day or night. With a robust construction that withstands harsh environments, the RLB-36 is built to last, offering peace of mind to users who may find themselves in perilous situations.

The RLB-36 is designed with advanced technologies aimed at enhancing user experience and functionality. It includes features like Global Positioning System (GPS) integration, which allows for precise location tracking, an invaluable asset during rescue operations. The device can send out distress signals that include location data, expediting search and rescue efforts significantly.

Additionally, the RLB-36 has a user-friendly interface, allowing for quick activation in emergencies. The device is lightweight and compact, making it easily portable, which is crucial for those who venture into remote areas for activities such as boating, hiking, or flying. Its durable design also includes waterproof capabilities, effectively protecting it from the elements.

Another noteworthy characteristic of the RLB-36 is its long battery life. It utilizes efficient power management technology, ensuring that it remains operational for extended periods, crucial in emergencies when time is of the essence. The device is also equipped with a maintenance-free design, which means users can rely on its readiness without frequent checks or upkeep.

In summary, the ACR Electronics RLB-36, model Y1-03-0233, is not just a beacon; it is a lifeline defined by cutting-edge technology and rugged design. Its array of features—including a powerful strobe, GPS integration, lightweight construction, waterproof capabilities, and extended battery life—places it at the forefront of emergency signaling devices. Whether in the wilderness or out at sea, the RLB-36 ensures that help is never too far away.
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