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Aids to Safety - Digital 406MHz EPIRB Model MT401FF
Cospos/SarsatUse of EPIRBs in Australia
EPIRBs and PLBs save lives- practical examples in Australia.
We no longer stock this item. Please see alternate EPIRB's such as the Satellite 2 406 EPIRB or the GlobalFix 406 EPIRB with GPS. See also PLB's such as the Kannad PLB, ResQFix 406MH3 PLB or the MT410 PLB.
Designed and manufactured in Australia, the GME MT series EPIRBs offer peace of mind to any person undertaking outdoor activities. Whether it is professional or recreation, help is as close as the button on one of these units. EPIRBs shown here, are fully COSPAS/SARSAT satellite compatible and feature a minimum 48 hour continuous transmission time. The COSPAS/SARSAT satellite system was established by international cooperation, for safety assistance anywhere in the world. In or near Australia, an activated EPIRB will relay a message to the search and rescue coordination centre in Canberra.

Index to PLB and EPIRB models.

Model MT401FF

Model MT401 manual and water activation model without float-free housing

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The Global Maritime Distress and Safety System (GMDSS) compliant MT401FF is a "state of the art" satellite distress beacon designed to operate in conjunction with the COSPAS-SARSAT International Satellite Search and Rescue System.

Designed to meet the most demanding regulatory approvals the GME MT401FF is a Class 2, Category 1 EPIRB in a fully enclosed float free housing with a Hammar HRU that will release and activate the beacon automatically on immersion in water. (A Model MT401 is also available for manual and water activation).

An auxiliary homing transmitter is included in the MT401FF to enable suitably equipped Search and Rescue forces to home on the distress beacon.

The cost of 406 MHz beacon ownership has been dramatically lowered by the introduction of the MT401FF. GME's unique energy conserving microprocessor technology enables the battery replacement period to be extended to 6 years. This technology has significantly reduced both the size and the replacement price. The MT401FF now offers commercial vessel operators the same GME performance and value enjoyed by recreational boaters.

The MT401FF is factory programmed with a unique serial number which should be registered with the appropriate national Search and Rescue Authority. In many countries, authorities permit the EPIRB to be coded with the vessel's Maritime Mobile Service Identity (MMSI) number or Radio Call Sign. This reprogramming is undertaken in the country by GME's authorised Dealer.

The MT401FF offers world wide coverage, position location accuracy to within 5 kms and a more stable transmitted signal, which can result in faster response time. Most importantly, the addition of a unique digitally coded message provides Search and Rescue authorities with vital information including the country of beacon registration and identification of the vessel in distress. This technology greatly reduces the incidence of false alerts and unneccesary deployment of rescue resources.

Unrivaled in Technology, Performance and Price.
Ground breaking Patent Pending microprocessor based design delivers unparalleled performance and value. Size 25 x 10 x 8cm, 470 grams.
Zero warm-up Digital Technology, many other beacons can take up to 15 minutes to reach optimum operating temperature.
High reliability solid state strobe replacing old fashioned xenon tubes.
Rugged lightweight easy-to-mount compact design.
Easy, in-built self-test facility with audible alert confirms correct operation.
COSPAS-SARSAT, C/S T.001 and AS/NZS 4280.1 approved, floating so that the antenna is maintained clear of the water.
Antenna deploys automatically when the unit is removed from the quick-release mounting bracket.
Extended 5 Year GME warranty.

Make sure you purchase a distress beacon fit for purpose (information supplied by AMSA).

With the new regulations expected to be introduced by the State and Territory Marine authorities from 1 February 2009, all boats proceeding more than 2nms outside partially smooth waters, will be required to carry an EPIRB that meets the Australian/New Zealand Standard 4280.1 that deals specifically with EPIRBs. EPIRBs are required to operate for a minimum of 48 hours and float upright when deployed in water. EPIRBs are designed to be activated and deployed in the water to
operate most effectively.

Some PLBs are being touted by retailers as EPIRBs. This is incorrect and quite misleading. PLBs sold in Australia are only required to meet AS/NZS 4280.2 and are only required to operate for a minimum of 24 hours. More importantly, although they are required to float, PLBs need not float in a manner that keeps the antenna above the water for the majority of the time thereby meaning that a survivor must ensure the beacon is supported clear of the water.

For these reasons, PLBs, no matter how they are labelled, will not be accepted by the regulators as EPIRBs for the purpose of their new regulations. The intent of the current regulations is for boats to be fitted with EPIRBs that meet Part 1 of the Standard and also excludes PLBs.

Owners and crews are encouraged to carry PLBs in addition to the boat's EPIRB where conditions and activities may lead to man overboard situations.

Australian Maritime Safety Authority (AMSA) is responsible for search and rescue around Australia. The operations centre is known as the Rescue Coordination Centre or RCC Australia and is located in Canberra.

 A national centre has been established by the Federal Government for coordination of Australia's civil search and rescue activities. Australia, as a signatory to the International Safety of Life at Sea Convention 1974 and the International Search and Rescue Convention 1979, is responsible for search and rescue over a vast area of the Indian, Pacific and Southern oceans.

The Australian Maritime Safety Authority (AMSA) has merged the former aviation search and rescue responsibilities of Air Services Australia to a centralised Rescue Coordination Centre in Canberra, Australian Capital Territory.

Airservices formerly operated aviation search and rescue coordination centres in Melbourne and Brisbane responsible for civil aircraft operating within the Australian SAR region (47 million square kilometres - over one-tenth of the earth's surface). AMSA coordinated maritime rescues, over the same area.

 When announcing the establishment of the new centre, the then Minister for Transport and Regional Development said the effectiveness relied on the successful coordination of a wide range of Federal, State and Territory agencies including the Defence and Police Forces as well as industry and volunteer rescue groups. Operational and management structures have been consolidated into the new centre to bring a unified, strategic focus to Australia's civil search and rescue operations.

RCC Australia strengthens Australia's already formidable international reputation in search and rescue. The new centre has a staff of about 60 and operates 24 hours a day utilising the latest satellite distress and communications technology.

Emergency Position Indicating Radio Beacons (EPIRBs), Emergency Locator Transmitters (ELTs) and Personal Locator Beacons (PLBs) are the prime source of distress alerts. Using the international COSPAS-SARSAT satellite-aided search and rescue system, RCC Australia greatly improves the early detection of distress signals and the chances of saving lives.


Further information

Web site for the Australian search and rescue.

 Postal Address:
Australian Maritime Safety Authority AMSA
GPO Box 2181
Canberra City ACT 2601
Australia
 Location:
Rescue Coordination Centre
Level 3
25 Constitution Avenue
Canberra City ACT 2601
Australia

Advice number for distress beacons:

Phone 1800 406406
Fax: (02) 6279 5757

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