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406 MHz EPIRB's & PLB's
You can also hire one from GPSOZ,
see here
EPIRBs (Emergency Position Indicating Radio Beacons)
and PLBs (Personal Locator Beacons) are
completely self-contained radio transmitters designed for emergency use. When
activated, they transmit an internationally recognised distress signal. They are
designed to be used when the safety of you, your craft or your crew is
endangered and you have no other means of communication
Advantages of a 406 MHz EPIRB's and PLBs over the older analogue EPIRBs include world wide coverage, position
location accuracy to within 5 kms and a more stable transmitted signal resulting
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 thus greatly reducing the incidence of false alerts and unnecessary
deployment of valuable rescue resources.
EPIRBs vs PLBs: There are two parts of the 406MHz standard one
for EPIRBs and one for PLBs and this results in significant differences. In the
marine environment, the differences can mean that the beacons have to be
operated differently. Most importantly is that EPIRBs have a minimum continuous
operation of 48 hours and float upright allowing them to be tied to something
that isn't going to sink and left to float free using the water plane as a
reflector to improve the propagation of the signal to the satellites. PLBs on
the other hand are only required to operate for a minimum of 24 hours
continuously and are not required to float upright meaning that they have to be
supported in some way to ensure that the antenna is clear of the water so that
the signal can be transmitted. In the maritime market, there is a need for both
EPIRBs and PLBs, particularly where Yachting Australia requires boats in
category 1 and 2 (Sydney Hobart type races) offshore races to carry an EPIRB and
for each of the crew to carry a PLB.
Still confused about the new 406MHz EPIRB/PLBs? Read all about the new
service at AMSA website, click here
We offer a range of EPIRB & PLB units:
 |
MT410G
PLB - A$599
inc GST and free delivery
Lightweight personal beacon with GPS positioning
7 year warranty, 7 year battery life
Typical accuracy < 45 metres
Specifications |
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MT410 PLB - A$449
inc GST and free delivery
Lightweight personal beacon
7 year warranty,
7 year battery life
Typical accuracy < 5 kilometres
Specifications |
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MT400
EPIRB - A$429
inc GST and free delivery
Manual activation marine beacon
6 year warranty, 6 year battery life
Specifications |
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MT403
EPIRB - A$549
inc GST and free delivery
Water (or manual) activation marine beacon
6 year warranty, 6 year battery life
Specifications |
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MT403G
EPIRB - A$739
inc GST and free delivery
Water (or manual) activation marine beacon with inbuilt GPS
6 year warranty, 6 year battery life
Specifications |
Please register your beacon, the form is here
Click here to place an order
EPIRBs/PLBs also available to hire
| MT410/MT410G specifications |
|
Activated
|
UHF (406)
and VHF (homer) complete with high intensity strobe and audible alert. |
|
Self Test
|
Comprehensive internal diagnostics with visual and audible operator
feedback. UHF test message (inverted synchronisation compatible with
portable beacon testers).
GPS
satellite acquisition test (MT410G only) |
|
Activation
|
Automatically when antenna deployed
|
|
Duration
|
In excess of
24 hours at -20°C, longer at higher ambient temperatures |
|
Transmission
|
121.5 and
406 MHz |
|
Delay
|
60 seconds
to de-activate proior to transmissio n |
|
Warm-Up
|
None
required (due to digital signal frequency generation) |
|
VHF
|
121.5 MHz,
50 mW ±3 dB, swept tone AM (analogue) |
|
UHF
|
406.028 MHz,
5 W ± 2 dB, PSK (digital) |
|
Strobe
|
> 20
flashes/minute 2 x high intensity white LED |
|
COSPAS-SARSAT
|
Certified to
C/S T.001 (Class 2) requirements |
|
Approvals
|
- AS/NZS
4280.2
- ETSI EN 302 152-1 |
|
UHF Protocol/Data
|
Supports all
short (MT410) and long (MT410G) operation protocols
(reprogrammable by distributor) |
|
Repetition Period
|
50 s mean
digitally generated randomization |
|
VHF
|
Satellite
compatible phase coherent |
|
Replacement Period
|
Prior to
replacement date marked on case (7 years) |
|
Replacement Method
|
Authorised
service centre or factory only (non user replaceable) |
|
Battery Chemistry
|
LiMnS02
(0.49 g Lithium per cell) |
|
Battery Configuration
|
2
electronically isolated batteries, each consisting of 2 cell types
CR17345 |
|
Operating
|
-20°C to +55
°C |
|
Storage
|
-30°C to
+70°C |
|
Weight
|
MT410: 235g
MT410G: 250g |
|
Compass Safe Distance
|
0.1 m (for
minimum deflection) |
|
Dimensions
|
135 mm (H) x
71 mm (W) x 38 mm (D) |
|
Buoyant
|
Will float
in fresh/salt water (RTMCM Cat1) |
|
Waterproof
|
Submersion
to 1m |
|
Materials
|
High
visibility yellow chassis with translucent cap. UV stabilised high
impact plastic chassis with energy absorbtion overmouled bumpers
|
|
GPS Receiver (MT410G ONLY) |
|
Type
|
Ultra-high
sensitivity L1 frequency C/A |
|
Channels
|
16 channel,
8192 time/frequency search windows |
|
Antenna
|
Dielectrically loaded quadrifilar helix |
|
Acquisition
|
Cold start
34 seconds typical
Warm start < 3.5 seconds typical |
|
Position
|
Located to
within 45m typical |
|
Transport
|
Meets UN
requirements for transport as non-hazardous cargo on board passenger
aircraft |
|
Antenna
|
Flexible and
robust wire rope design. Marine grade 316 stainless steel |
|
Included Accessories
|
Wrist/Neck
strap. Protective carry pouch with multidirectional belt loops
|
|
Antenna
|
Flexible
self straightening stainless steel design |
|
*Standard factory setting. Programmable via external interface to
operate over 406.000 MHz to 406.100 MHz. Other protocols available.
Specifications are subject to change without notice or obligation. |
|
Activated
|
UHF (406)
and VHF (homer) complete with high intensity strobe and audible alert. |
|
Self Test
|
Comprehensive internal diagnostics with visual and audible operator
feedback. UHF test message (inverted synchronisation compatible with
portable beacon testers). |
|
Activation
|
Manually by
operator |
|
Duration
|
48 hours
minimum |
|
Transmission
|
121.5 and
406 MHz |
|
Delay
|
Signals
commence ~60 seconds after activation |
|
Warm-Up
|
None
required (due to digital signal frequency generation) |
|
VHF
|
121.5 MHz,
50 mW ±3 dB, swept tone AM |
|
UHF
|
406.028
MHz*, 5 W ± 2 dB, PSK (digital) |
|
Strobe
|
20
flashes/minute at greater than 0.75 cd effective intensity |
|
COSPAS-SARSAT
|
Certified to
C/S T.001 (Class 2) requirements |
|
UHF Protocol/Data
|
Serial User* |
|
Repetition Period
|
50 s mean
digitally generated randomization |
|
VHF
|
Satellite
compatible phase coherent |
|
Replacement Period
|
Approximately 5 years from date of manufacture |
|
Replacement Method
|
Authorised
service centre or factory only (non user replaceable) |
|
Chemistry
|
LiS02 (2.4 g
Lithium per cell) |
|
No./Size
|
2 x 'D'
sized cells |
|
Operating
|
-20°C to +55
°C |
|
Storage
|
-30°C to
+70°C |
|
Weight
|
535 g (plus
98 g for bracket) |
|
Compass Safe Distance
|
0.1 m
minimum from magnetic navigational device |
|
Dimensions
|
260 mm (H) x
102 mm (W) x 83 mm (D) max. when stowed in bracket |
|
Materials
|
UV
stabilized plastic chassis |
|
Performance
|
IEC 61097;
IEC 60945; AS/NZS 4280.1; ETSI EN 300 006 |
|
Retention Lanyard
|
Buoyant type
approximately 5.5 metres long |
|
Reflector
|
SOLAS
retro-reflective tape encircling unit above waterline |
|
Solid-state Strobe
|
High
reliability solid state 3 emitter design exceeds IMO requirements |
|
Antenna
|
Flexible
self straightening stainless steel design |
|
Bracket
|
Quick
release mechanism (manual). Retained by four (4) vessel fixing points |
|
*Standard factory setting. Programmable via external interface to
operate over 406.000 MHz to 406.100 MHz. Other protocols available.
Specifications are subject to change without notice or obligation. |
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