| 
|
Marine Safety Tutorial

Simple Maintenance For Important Equipment
An ACR EPIRB is one of the most basic pieces of safety equipment on any boat
cruising the great lakes, offshore or any large body of water. You are clearly
one of the more responsible of boat operators if you own or are considering
purchasing an ACR EPIRB. However, you also need to be a responsible EPIRB owner.
While ACR's EPIRBs are designed to be highly reliable under the most demanding
of circumstances, it is considered wise to test them regularly and to service
them per the manufacturers recommendation.
In an emergency, you are relying on your ACR EPIRB to transmit an
emergency signal capable
of being heard by aircraft, which may be 100 miles or more away, and by
satellites orbiting over 500 miles above the earth. There are three things you
can do to make sure your ACR EPIRB will put out its life-saving warble when you
need it: The first is to read the owners manual when you purchase the EPIRB, the
second is to always make sure your batteries are "in date", and the third is to
regularly conduct an operational test on the unit to make sure it is actually
broadcasting.
Category I & II EPIRBs that transmit over 406.025 MHz and 121.5 MHz are
required to have a more thorough self test feature. ACR's Satellite 406 TM EPIRB
has a micro processor on board that will fire up the transmitter, oscillator,
formulate a test signal, set off the strobe light and finally broadcast a live
test transmission. The micro processor checks to see that all the operational
elements test positive and then it gives confirming beeps and flashes. The micro
processor will not give off the appropriate confirming beep or flash if any
element fails to perform and the user should take the beacon to an authorized
service station for evaluation.
Class A & B EPIRBs that transmit over 121.5 MHz and 243.0 MHz are required to
have an LED light that will flash when the unit is turned on. Unfortunately, the
LED does not tell you with absolute certainty that the unit is actually
transmitting a signal capable of being heard by Search And Rescue aircraft and
satellites. The only way to be certain is to test the beacon while it is
operating.
Operational transmission testing of a Class A or B EPIRB may only be legally
executed during the first five (5) minutes of every hour and only for three tone
or one operational transmission second. During the first five (5) minutes of
every hour you can verify that your EPIRB is actually transmitting by turning it
"On" near an FM radio tuned to 99.5 MHz. Placing the EPIRB a few inches from the
FM radio will allow it to receive the signal and broadcast the familiar "warble"
through its speakers if the EPIRB is transmitting properly. Conduct this test
only during the first five (5) minutes of each hour as indicated above!
Being a responsible boat owner includes being prepared for
unforeseeable emergencies by carrying an ACR EPIRB on-board and having an
emergency plan. Being a responsible EPIRB owner includes knowing how to work
your ACR EPIRB and knowing that it will work. Please e-mail ACR for answers to
questions or for information on other safety products manufactured by ACR
Electronics, Inc.

Simple Maintenance For Important Equipment
An ACR EPIRB is one of the most basic pieces of safety equipment on any boat
cruising the great lakes, offshore or any large body of water. You are clearly
one of the more responsible of boat operators if you own or are considering
purchasing an ACR EPIRB. However, you also need to be a responsible EPIRB owner.
While ACR's EPIRBs are designed to be highly reliable under the most demanding
of circumstances, it is considered wise to test them regularly and to service
them per the manufacturers recommendation.
In an emergency, you are relying on your ACR EPIRB to transmit an
emergency signal capable
of being heard by aircraft, which may be 100 miles or more away, and by
satellites orbiting over 500 miles above the earth. There are three things you
can do to make sure your ACR EPIRB will put out its life-saving warble when you
need it: The first is to read the owners manual when you purchase the EPIRB, the
second is to always make sure your batteries are "in date", and the third is to
regularly conduct an operational test on the unit to make sure it is actually
broadcasting.
Category I & II EPIRBs that transmit over 406.025 MHz and 121.5 MHz are
required to have a more thorough self test feature. ACR's Satellite 406 TM EPIRB
has a micro processor on board that will fire up the transmitter, oscillator,
formulate a test signal, set off the strobe light and finally broadcast a live
test transmission. The micro processor checks to see that all the operational
elements test positive and then it gives confirming beeps and flashes. The micro
processor will not give off the appropriate confirming beep or flash if any
element fails to perform and the user should take the beacon to an authorized
service station for evaluation.
Class A & B EPIRBs that transmit over 121.5 MHz and 243.0 MHz are required to
have an LED light that will flash when the unit is turned on. Unfortunately, the
LED does not tell you with absolute certainty that the unit is actually
transmitting a signal capable of being heard by Search And Rescue aircraft and
satellites. The only way to be certain is to test the beacon while it is
operating.
Operational transmission testing of a Class A or B EPIRB may only be legally
executed during the first five (5) minutes of every hour and only for three tone
or one operational transmission second. During the first five (5) minutes of
every hour you can verify that your EPIRB is actually transmitting by turning it
"On" near an FM radio tuned to 99.5 MHz. Placing the EPIRB a few inches from the
FM radio will allow it to receive the signal and broadcast the familiar "warble"
through its speakers if the EPIRB is transmitting properly. Conduct this test
only during the first five (5) minutes of each hour as indicated above!
Being a responsible boat owner includes being prepared for
unforeseeable emergencies by carrying an ACR EPIRB on-board and having an
emergency plan. Being a responsible EPIRB owner includes knowing how to work
your ACR EPIRB and knowing that it will work. Please e-mail ACR for answers to
questions or for information on other safety products manufactured by ACR
Electronics, Inc.
|
ACR
Product Support Manuals |
| The following
technical documents are available for download. These files are in .pdf
format and require
Adobe Acrobat
Reader 3.0 and above. Additional documents will be added on an ongoing
basis. |

Ship and Aircraft Radio Station Licensing
On February 8, 1996, the Telecommunications Act of 1996 was signed
into law. This Act gives the FCC discretion to eliminate the individual radio
station licensing requirement for ships and aircraft operating domestically
which are not required by law to carry a radio. On April 12, 1996, the FCC
released a Notice of Proposed Rule Making in WT Docket No. 96-82, FCC 96-145,
asking for public comment concerning the elimination of the radio station
licensing requirement. Pending a final decision in this matter, the FCC has
issued an interim rule temporarily eliminating the individual licensing
requirement for recreational ships and private aircraft operating domestically
which are not required by law to carry a radio. The paragraphs below describe
how the proposed and interim rules affect the public.
DO I NEED A LICENSE TO OPERATE A RADIO IN
MY SHIP OR AIRCRAFT?
Until further notice from the FCC, you do not need an individual
license to operate certain radio equipment on board recreational ships and
private aircraft operating domestically.
WHICH SHIPS AND AIRCRAFT ARE INCLUDED?
The term "recreational ships refers to ships that are not required by
law to carry a radio. The following types of ships ARE NOT recreational:
- Cargo ships over 300 gross tons navigating in the open sea;
- Ships certified by the U.S. Coast Guard to carry more than 6 passengers
for hire in the open sea or tidewaters of the U.S.;
- Power driven ships over 20 meters in length on navigable waterways;
- Ships of more than 100 gross tons certified by the U.S. Coast Guard to
carry at least one passenger on navigable waterways;
- Tow boats of more than 7.8 meters in length on navigable waterways; and
Commercial fishing industry vessels with galley or berthing facilities
operating on the high seas -- required by the Coast Guard to carry emergency
radio equipment.
The term "private aircraft refers to aircraft that are not required by law to
carry a radio. This includes aircraft weighing less than 12,500 pounds maximum
certified takeoff gross weight which are not operated as air carriers.
WHAT IS DOMESTIC OPERATION?
Ships operating domestically do not travel to foreign ports or
transmit radio communications to foreign stations. Aircraft operating
domestically do not make international flights or transmit radio communications
to foreign stations. Sailing in, or flying over, international waters is
permitted so long as the previous conditions are met.
WHAT RADIO EQUIPMENT MAY I USE?
On board ships, you may use marine VHF radios (with or without a
digital selective calling capability) any type of emergency position indicating
radio beacon (EPIRB), and any type of radar. Ships that use MFIHF single
side-band radio, satellite communications, or telegraphy must continue to be
licensed by the FCC. On board aircraft, you may use any aviation-band radio,
navigation equipment or emergency alerting equipment.
SHOULD I APPLY FOR A NEW LICENSE OR RENEW
MY CURRENT LICENSE?
If you operate a recreational vessel or a private aircraft
domestically, you are not required to apply for a new license or renew your
current license at this time If the individual licensing requirement is not
eliminated. sufficient time will be provided for obtaining a license.
SHOULD I CANCEL MY LICENSE OR ASK FOR A FEE
REFUND?
There is no need to cancel your license, return it to the FCC, or
request a refund at this time. In the event that the licensing requirement is
permanently eliminated, the FCC will issue guidelines concerning license
cancellation procedures.
WHAT OPERATING PROCEDURES SHOULD I FOLLOW?
Even though a station license may no longer be required, you must
continue to follow the operating procedures for calling other stations,
maintaining a safety watch, and relaying distress messages as specified in the
FCC Rules. You may identify your ship station over the air using your current
FCC issued call sign or the name of your vessel Similarly, you may identify your
aircraft station using the "N" number of your aircraft.
WHAT HAPPENS IF THE COAST GUARD BOARDS MY
SHIP?
On April 12, 1996, the FCC asked the U.S. Coast Guard to suspend
enforcement activities related to recreational ship radio licensing while the
FCC considers the elimination of the licensing requirement.
HOW CAN I FIND OUT ABOUT THE FCC'S FINAL
DECISION?
Presently, the FCC is receiving hundreds of phone inquiries each day
asking for updated information on this topic.
Updated information is available via the Internet on the FCC's World Wide Web
homepage at http://www.fcc.gov
United States Coast Guard Approvals
|
Product Description |
Product Number |
|
15 Hour Buoy Lite® |
3360 |
|
C-Light™ Life Preserver Signaling Emergency Light |
3355 Card, 3354 Bulk |
|
C-Strobe™ Life Preserver Signaling Emergency Strobe |
3959 Card,
3958 Bulk |
|
FireFly® 4F/4G Rescue Light |
3902 Card, 3919 Bulk |
|
FireFly 2 MS-2000 Strobe PFD Light |
Manually
Activated 3900.1 Carded/3995 Bulk
Water Activated 3996.1 Carded/3996 Bulk |
|
Floating Electric Water Lights, (L-15A and L-15A(1)) |
1861, 1861A |
|
Floating Electric Water Light (SM-2M) |
3938 |
|
GlobalFix™
406 EPIRB (RLB-35) |
2742 Cat I, 2744 Cat II |
|
HemiLight, Lifejacket Light, Manual and
Automatic |
3765.1 Card, 3765 Bulk
(Manual)
3766 HL8-9A (Automatic) |
|
Personal Rescue Light, Water Activated Battery, (L8-2) |
3710.0180 |
|
Personal Life Vest or Raft Rescue Light, Water Activ.
Battery, (L8-3) |
3720.0180 |
|
Personal Rescue Light, Water Activated Battery, (L8-6) |
3751 Card, 3750 Bulk |
|
Personal Rescue Light, Water Activated Battery, (L8-7) |
3760.0180 |
|
Raft Light, Interior (L-20A) |
3780.xxxx |
|
RapidFix™ Satellite 406 EPIRB, (RLB-33) Letter of Conformance |
2776 Cat
I, 2777.5 Cat II |
|
RLO-43
Exterio/Interior Life Raft Lighting System |
1905 |
|
Satellite 406 EPIRB, (RLB-27/28 )(Letter of
Conformance) |
2754 Class
2, 2756 Class 1
2758 Class 2, 2759 Class 1 |
|
Satellite2 406™ EPIRB, (RLB-32) Letter of Conformance |
2774 Cat
I, 2775.5 Cat II |
|
SeaShelter Release Bracket (Letter of Conformance) |
2773 with Class 2 EPIRB
2772 with Class 1 EPIRB |
|
Self Igniting Lifebuoy Light, (SM-2) USCG Approval |
3940 |
|
Self Igniting Lifebuoy Light, (SM-2) SOLAS Approval |
3940 |
|
Survival Whistle (WW-3) |
2228 |
| |
|
PERSONAL/SIGNALING LIGHTS - APPLICATION RECOMMENDATIONS |
| Model |
Product No. |
Adult Pfds |
Child Pfds |
Pet Pfds |
Inflatable Pfds |
Safety Harness |
Float Coats |
Work Suits |
SOLAS Pfds |
Commercial
Carriage |
Immersion Suits |
Crew Overboard
Poles |
Type IV Throwables |
RapidDitch™ Bags |
Life Raft
|
Flight Suits |
| Firefly2® Doublefly |
3999.1 |
 |
|
|
|
 |
 |
 |
|
|
 |
|
|
 |
|
 |
| Firefly2® Waterbug |
3996.1 |
 |
 |
|
|
 |
 |
 |
|
|
 |
|
|
 |
|
 |
| Firefly2® |
3900.1 |
 |
|
|
|
 |
 |
 |
|
|
 |
|
|
 |
|
 |
| C-Strobe™ |
3959 |
 |
|
|
 |
 |
 |
 |
|
|
 |
 |
|
 |
|
|
| RapidFire™ Strobe |
3961.1 |
|
|
|
 |
|
|
|
|
|
 |
|
|
 |
|
|
| Firefly® Plus |
1916 |
 |
|
|
|
 |
 |
 |
|
|
 |
|
|
 |
|
|
| DistresS.O.S.™ |
1842 |
|
|
|
|
|
|
|
|
|
|
|
|
 |
|
|
| NeverDark Spotlight |
1812 |
|
|
|
|
|
|
|
|
|
|
|
|
 |
|
|
| Hemilight™ Manual |
3765 |
 |
|
|
 |
 |
 |
 |
 |
|
 |
|
|
 |
|
|
| Hemilight™ Automatic |
3766 |
 |
 |
|
 |
 |
 |
 |
 |
 |
 |
|
|
 |
|
|
| C-Light™ |
3355 |
 |
|
|
 |
 |
 |
 |
|
|
 |
 |
|
 |
|
|
| RapidFire™ Light |
3365.1 |
|
|
|
 |
|
|
|
|
|
|
|
|
 |
|
|
| L8-3 |
3720-0180 |
 |
|
|
 |
 |
|
|
|
|
|
|
|
 |
|
|
| L8-7 |
3762-0180 |
 |
 |
 |
 |
 |
 |
|
|
 |
|
|
 |
 |
|
|
| RLO-43 |
1905 |
|
|
|
|
|
|
|
|
|
|
|
|
 |
 |
|
|
PERSONAL/SIGNALING LIGHTS - APPLICATION RECOMMENDATIONS |
| Model |
Product No. |
Size |
Weight |
Material |
Waterproof |
Beam Angle |
Accessories |
Activation |
Visibility |
Flash Rate |
Lamp |
Battery Type |
Certification |
Limited
Warranty |
Operational
Life |
Operation |
| C-Strobe™ |
3959 |
6.0x1.6in
(15.3x4.0cm) |
2.6 oz
(74g) |
ABS |
to 10 ft
(3.1m) |
Omni-
Directional 360° |
1083 Dated Lithium
Batteries
PN 9433 C-Clip for Inflatable PFD |
Manual |
up to
2 mi
(3.2 km) |
60 ± 10/min
nominal |
Xenon flash tube |
2 "AA" alkaline
(1yr replacement) or 1.5V lithium (5 yr replacement |
USCG 161.012/41/0,
CE approved |
1 yr |
More than
8 hrs continuous @ -1° C (30°) |
Twist "ON-OFF" |
| Firefly2® |
3900.1 |
4.4x2.2x1.1in
(11x5.6x2.5cm) |
4.0 oz
(113g) |
Poly-
carbonate |
to 200 ft
(61m) |
Omni-
Directional 360° |
A6-04-0087 Orange
pouch with lanyard |
Manual |
up to
3 mi
(5 km) |
60 ± 10/min
nominal |
High Intensity
Xenon strobe |
2 "AA" alkaline
(1yr replacement) or 1.5V lithium (5 yr replacement |
USCG 161.012/29/0,
FAA (TSO-C85), CE approved |
1 yr |
Minimum
8 hrs |
Switch "ON-OFF" |
| Firefly2® Waterbug |
3996.1 |
4.4x2.2x1.1in
(11x5.6x2.5cm) |
4.0 oz
(113g) |
Poly-
carbonate |
to 200 ft
(61m) |
Omni-
Directional 360° |
A6-04-0087 Orange
pouch with lanyard |
Manual |
up to
3 mi
(5 km) |
60 ± 10/min
nominal |
High Intensity
Xenon strobe |
2 "AA" alkaline
(1yr replacement) or 1.5V lithium (5 yr replacement |
FAA (TSO-C85), CE
approved |
1 yr |
Minimum
8 hrs |
Lights when in
water with switch "ON" |
| Firefly2® Doublefly |
3999.1 |
4.4x2.2x1.1in
(11x5.6x2.5cm) |
4.0 oz
(113g) |
Poly-
carbonate |
to 200 ft
(61m) |
Omni-
Directional 360° |
A6-04-0087 Orange
pouch with lanyard |
Water & Manual |
up to
3 mi
(5 km) |
60 ± 10/min
nominal |
High Intensity
Xenon strobe
/Incandescent |
2 "AA" alkaline
(1yr replacement) or 1.5V lithium (5 yr replacement |
CE approved |
1 yr |
Strobe: minimum 8
hrs
Incandescent:
2 hrs continuous |
Multi-function
switch "ON-OFF-ON" |
| Hemilight™ HL8-9M |
3765 |
2.9x1.6x1.5in
(7.5x4.1x3.8cm) |
3.5 oz
(100g) |
UV Stabilized
composite carbonate polymer |
to 10 ft
(3.1m) |
All directions of
the upper hemisphere |
N/A |
Manual |
.75 cd minimum,
visible up to 1 mile
(1.6 km) |
N/A |
Incandescent,
1.5cd mean intensity, steady white light |
Lithium 5 yr life
(not replaceable) |
SOLAS 74/83 IMO
MSC 48(66) Res 689(17) LSA Code; tested to MSC 81 (70); USCG 161.112/44/0,
CE approved; meets MED. |
1 yr |
Exceeds
8 hrs @ -1°C (30°F) |
Switch "ON-OFF" |
| Hemilight™ HL8-9A |
3766 |
2.9x1.6x1.5in
(7.5x4.1x3.8cm) |
3.5 oz
(100g) |
UV Stabilized
composite polymer |
to 10 ft
(3.1m) |
All directions of
the upper hemisphere |
N/A |
Water & Manual |
.75 cd minimum,
visible up to 1 mile
(1.6 km) |
N/A |
Incandescent,
1.5cd mean intensity, steady white light |
Lithium 5 yr life
(not replaceable) |
SOLAS 74/83 IMO
MSC 48(66) Res 689(17) LSA Code; tested to MSC 81 (70); USCG 161.112/44/0,
CE approved; meets MED. |
1 yr |
Exceeds
8 hrs @ -1°C (30°F) |
Lights when in
water |
| C-Light™ |
3355 |
5.6x1.3in
(14.3x3.2cm) |
1.3 oz
(37g)
without batteries |
ABS |
Waterproof and
corrosion resistant case |
Lens
simultaneously focuses a beam of light upward/ directional and a ring of
light all around |
PN 9433 C-Clip for
Inflatable PFD |
Manual |
up to
2 mi
(3.2 km) |
N/A |
Incandescent |
2 "AA" alkaline
(1yr replacement) or 1.5V lithium (5 yr replacement |
USCG 161.012/36/0,
CE approved. Patent No. 5237491 |
1 yr |
More than 8 hrs
continuous @ -1°C (30°F) |
Twist "ON-OFF" |
| L8-7 |
3762-0180 |
1.8x1.6in
(4.6x4.1cm) |
2.0 oz
(56g) |
High impact
styrene |
to 10 ft
(3.1m) |
Lens
simultaneously focuses a beam of light upward/ directional and a ring of
light all around |
N/A |
Water |
over 1 mile
(1.6 km) |
N/A |
Incandescent |
Lithium |
USCG 161.012/36/0
approved |
1 yr |
Exceeds
8 hrs |
Lights when
in water |
| L8-3 |
3720-0180 |
3.7x1.0x.42in
(9.4x2.6x1.0cm) |
1.8 oz
(51g) |
High impact
styrene |
to 10 ft
(3.1m) |
Lens
simultaneously focuses a beam of light upward/ directional and a ring of
light all around |
N/A |
Water & Manual |
over 1 mile
(1.6 km) |
N/A |
Incandescent |
Cuprous iodide/
magnesium |
USCG 161.012/36/0
approved |
1 yr |
Exceeds
8 hrs |
Lights when in
water with tab pulled |
| RapidFire™ Light |
3365.1 |
3.1x1.8x1.6in
(7.9x4.6x4.1cm) |
2.3 oz
(65g) |
UV Stabilized
composite polymer |
to 10 ft
(3.1m) |
Lens
simultaneously focuses a beam of light upward/ directional and a ring of
light all around |
N/A |
Manual & Automatic |
over 1 mile
(1.6 km) |
N/A |
Incandescent |
Lithium |
N/A |
1 yr |
Approximately 8
hrs @
-20° C (-4°F) |
Pull-pin;
automatic on some vests
|
| RapidFire™ Strobe |
3961.1 |
3.1x1.8x1.6in
(7.9x4.6x4.1cm) |
2.3 oz
(65g) |
UV Stabilized
composite polymer |
to 10 ft
(3.1m) |
Omni-
Directional 360° |
N/A |
Manual & Automatic |
over 1 mile
(1.6 km) |
60 flashes /min
±10 for 4 hrs; rate slows to 20 flashes/min during last 4 hrs |
Incandescent |
Lithium |
N/A |
1 yr |
Approximately 8
hrs @
-20° C (-4°F) |
Pull-pin;
automatic on some vests |
| Firefly® Plus |
1916 |
5.3x1.5in
(13.5x3.8cm) |
5.0 oz
(142g) |
ABS |
to 328 ft (100m)
when properly lubricated |
Omni-
Directional 360° |
N/A |
Manual |
up to
2 mi
(3.2 km)
(strobe) |
40 to 60
flashes/min |
Xenon flash tube
and krypton bulb |
2 "AA" alkaline
(1yr replacement) or 1.5V lithium (5 yr replacement |
N/A |
1 yr |
Strobe: 10 hrs
Flashlight:
2 hrs continuous |
Twist left or
right for strobe/flashlight |
| DistresS.O.S.™ |
1842 |
7.6x4.8x8.3in
(19x12x21cm) |
15.6 oz
(442g) |
High impact
polyethylene |
to 10 ft
(3.1m) |
N/A |
N/A |
Manual |
22 mi
(35.4km) |
Flashes S.O.S.
Morse code when on @50,000cd |
Krypton |
4 "D" alkaline |
USCG 46 CFR
161.013 approved |
1 yr |
6 hrs minimum |
Easy activate
manual switch, automatic signaling |
| NeverDark Spotlight |
1812 |
7.6x4.8x8.3in
(19x12x21cm) |
15.9 oz
(451g) |
High impact
polyethylene |
to 10 ft
(3.1m) |
N/A |
N/A |
Manual |
N/A |
N/A |
Xenon |
4 "D" alkaline |
N/A |
1 yr |
4 hrs typical
w/alkaline batteries |
Easy activate
manual switch |
| RLO-43 |
1905 |
6.6x3.3x1.6in
(11.5x8.4x4cm) |
14.6 oz
(.4kg) |
UV Stabilized
composite polymer |
to 33 ft
(1m) |
Exterior- All
directions of the upper hemisphere
Interior- 10° ring general illumination 13° beam reading light |
N/A |
Magnetic pull plug |
greater than 2 mi
(3.2km) |
60±10 flashes/min |
Incandescent |
Lithium |
USCG 161.010/10/0
approved; meets SOLAS, LSA code Res. MSC .48(66), Res. A .689(17), Res. MSC
.81(70) meets European Marine Directive |
1 yr |
Exterior:
12 hrs minimum @ -30°C (-22°F) to 65°C (149°F)
Interior:
12 hrs minimum @ -30°C (-22°F) to 65°C (149°F) |
Magnetic
pull plug
|
++ Approved for this use in
selected countries.
|
EPIRB SPECIFICATIONS |
| Model |
EPIRB
Frequency
in MHz |
GPS? |
Category
Deployment |
Activation |
Satellite Detectable? |
Location Accuracy/
How long until SAR
knows about me?* |
Size |
Weight |
|
|
|
|
|
|
Accuracy |
Time |
|
|
Mini B300™ ILS
#2766.6 |
121.5 |
No |
Manual
Personal/
COB |
Manual |
No
† |
RDF |
N/A |
5.0x2.9x1.6in
(12.7x7.4x4.1cm) |
7.6 oz
(215 g) |
SATELLITE2 406™
Category I
#2774 |
121.5/406 |
No |
Auto/
Manual
HRU
PN 9367 |
Manual
&
Water |
Yes |
2 nm |
1 hr |
4.5x5.2x8.2in
(11.4x13x20.8cm) |
213
lbs
(1 kg) |
SATELLITE2 406™
Category II
#2775 |
121.5/406 |
No |
Manual |
Manual
&
Water |
Yes |
2 nm |
1 hr |
4.5x5.2x8.2in
(11.4x13x20.8cm) |
213
lbs
(1 kg) |
RapidFix™ 406
Category I
#2776 |
121.5/406 |
NMEA
0183
Interface |
Auto/
Manual
HRU
PN 9367 |
Manual
&
Water |
Yes |
.05 nm |
5 min. |
4.5x5.2x8.2in
(11.4x13x20.8cm) |
213 lbs
(1 kg) |
RapidFix™ 406
Category II
#2777 |
121.5/406 |
NMEA
0183
Interface |
Manual |
Manual
&
Water |
Yes |
.05 nm |
5 min. |
4.5x5.2x8.2in
(11.4x13x20.8cm) |
213
lbs
(1 kg) |
GlobalFix™ 406
Category I
#2742 |
121.5/406 |
Integral |
Auto/
Manual
HRU
PN 9367 |
Manual
&
Water |
Yes |
.05 nm |
5 min. |
17.5x6.25x5.5in
(44.5x15.9x14cm) |
4.5
lbs
(2.0 kg) |
GlobalFix™ 406
Category II
#2744 |
121.5/406 |
Integral |
Manual |
Manual
&
Water |
Yes |
.05 nm |
5 min. |
17.5x6.25x5.5in
(44.5x15.9x14cm) |
4.5
lbs
(2.0 kg) |
GyPSI™ 406 PLB
#2790 |
121.5/406 |
NMEA
0183
Interface |
Manual
PLB/
Personal |
Manual |
Yes |
.05 nm |
5 min. |
1.9x6.5x3.8in
(4.8x16.5x9.6cm) |
17.6
oz
(499 g) |
|
EPIRB SPECIFICATIONS (continued) |
|
|
|
| Model |
EPIRB
Frequency
in MHz |
Material |
Waterproof |
Battery Type + |
Battery
Operational
Life |
Certification |
Accessories |
Mini B300™ ILS
#2766.6 |
121.5 |
Fiber
reinforced polycarbonate
blend w/resin tougheners |
to 33
ft
(10 m) |
DL223A
lithium
equivalent (5 year replacement life) user replaceable |
24
hours @
-10°C (14°F) |
Meets
ETS 300 152
requirements; CE FCC Approved |
PN
9321
Mounting
bracket |
SATELLITE2 406™
Category I
#2774 |
121.5/406 |
High
impact polycarbonate
blend |
to 33
ft
(10 m) |
Lithium
(5 year replacement life) |
48
hours @
-40°C (-40°F) |
Approved by COSPAS-SARSAT,
FCC, USCG;
Complies with
GMDSS, European MED |
PN
9367
Hydrostatic
bracket |
SATELLITE2 406™
Category II
#2775 |
121.5/406 |
High
impact polycarbonate
blend |
to 33
ft
(10 m) |
Lithium
(5 year replacement life) |
48
hours @
-40°C (-40°F) |
Approved by COSPAS-SARSAT,
FCC, USCG;
Complies with
European MED |
PN
9430
LowPro2
Mounting
Bracket |
RapidFix™ 406
Category I
#2776 |
121.5/406 |
High
impact polycarbonate
blend |
to 33
ft
(10 m) |
Lithium
(5 year replacement life) |
48
hours @
-40°C (-40°F) |
Approved by COSPAS-SARSAT,
FCC, USCG;
Complies with
GMDSS, European MED |
PN
9367
Hydrostatic
bracket |
RapidFix™ 406
Category II
#2777 |
121.5/406 |
High
impact polycarbonate
blend |
to 33
ft
(10 m) |
Lithium
(5 year replacement life) |
48
hours @
-40°C (-40°F) |
Approved by COSPAS-SARSAT,
FCC, USCG;
Complies with
European MED |
PN
9430
LowPro2
Mounting
Bracket |
GlobalFix™ 406
Category I
#2742 |
121.5/406 |
High
impact polycarbonate
blend |
to 33
ft
(10 m) |
Lithium
(5 year replacement life) |
48
hours @
-40°C (-40°F) |
Approved by COSPAS-SARSAT,
FCC, USCG;
Complies with
GMDSS, European MED |
PN
9367
Hydrostatic
bracket |
GlobalFix™ 406
Category II
#2744 |
121.5/406 |
High
impact polycarbonate
blend |
to 33
ft
(10 m) |
Lithium
(5 year replacement life) |
48
hours @
-40°C (-40°F) |
Approved by COSPAS-SARSAT,
FCC, USCG;
Complies with
European MED |
PN
9430
LowPro2
Mounting
Bracket |
GyPSI™ 406 PLB
#2790 |
121.5/406 |
Fiber
reinforced polycarbonate
blend w/resin tougheners |
to 3.3
ft
(1 m) |
Lithium
(5 year replacement life) |
Over 24
hrs
@-40°C (-40°F) |
Approved by
COSPAS-SARSAT;
pending FCC approval ++ |
PN
2266
Gear Pouch |
| *
Accuracy and times are published by COSPAS--SARSAT. |
| † Mini
B300™ILS is meant to be used with a Vecta2™ crew overboard system. |
| +
Batteries replaced at BRC, except where noted. Call 1-800-432-0227 for
Battery Replacement Center (BRC) nearest you. |
| ++
Approved for this use in selected countries. |
| Limited
Warranty, all products: 5 years (Exception: Mini B300 1 year) |
Which is the Right ACR GPS-EPIRB Product for You?
RapidFix™ 406 - Benefit of speed
GlobalFix™ 406 - Benefit of simplicity
The RapidFix™ 406 and GlobalFix™ 406 are the next generation of
406 MHz EPIRB. Because they transmit your LAT/LON coordinates to SAR forces,
they add a whole new dimension to the satellite-aided search and rescue system.
The RapidFix™ 406 is connected to your onboard navigation electronics
through an NMEA 0183 interface and provides a position fix within seconds of
being activated. The GlobalFix™ 406 has an internal GPS receiver that
initializes within minutes. Both save precious time when it matters most.
Both 406 MHz EPIRBs use GEOSAR satellites that are in geostationary
high-earth orbit and can instantly relay emergency transmissions. With your
location known from the moment the first signal is received–a matter of seconds
with the RapidFix™ 406 or a matter of minutes with the GlobalFix™
406–your signal can be quickly routed to the closest appropriate rescue agency.
A GPS-enabled EPIRB eliminates the waiting time required for the traditional
low-earth orbiting LEOSAR satellites to obtain a fix. On average, the waiting
time is about 46 minutes. Those extra minutes can be critical in saving lives,
particularly in the case of a medical emergency or a rescue in frigid waters. In
a recent test off the coast of Miami, a GPS-encoded signal was routed through
GEOSAR and the USMCC to the appropriate SAR facility in less than 2 minutes.
Rescue craft were launched within 10 minutes. Conceivably, in a near-shore
situation, help could be on the scene in the time it previously took for a
LEOSAR to obtain a fix. That's significant progress in the lifesaving process.
A Choice of Technologies
The RapidFix™ 406 connects to an active NMEA 0183 data source (your
vessel's primary GPS), and updates its current position data every twenty
minutes. You can initiate a self-test to confirm it has current position data.
From the moment you turn your GPS on at the dock until you need the RapidFix™
406 in an emergency, the RapidFix™ 406 is ready to transmit LAT/LON
coordinates along with your UIN within seconds of activation. It is best to
choose a mounting location in an area convenient for routing the interface
cable. RapidFix™ 406 can be used with a hand-held GPS.
The GlobalFix™ 406 is completely self-contained. Upon activation, it
transmits the 406 MHz signal as any 406 EPIRB does and will continue to do so as
long as the EPIRB is on. Its amazing internal 12-channel parallel GPS engine
begins acquiring coordinates. It is capable of a cold start initialization
within 1.5 minutes; this time lapse is even less in ideal conditions. GPS
signals can be difficult to acquire during a cold boot, especially in less than
ideal conditions. The GlobalFix™ 406 will try to gain a position fix for
15 minutes, then will conserve battery power for 20 minutes, then will begin
trying again and will keep trying intermittently until it gets a fix.
GlobalFix™ 406 incorporates the latest in GPS technology. There are none
better. Once acquired, GlobalFix™ 406 incorporates your coordinates in
the 406 MHz signal. It is convenient to store in a life raft or emergency gear
bag. Just turn it on in an emergency. There is no installation or set-up
necessary.
Both the RapidFix™ 406 and GlobalFix™ 406 are available in
either Category I, automatically deployable, or Category II, manually
deployable, models. They are equipped with a self-test feature that confirms
operation as well as battery condition and GPS position data. The units are
self-buoyant and need no flotation collar.
The bottom line on the pair is that now you have a choice of options to fit
your particular needs. The RapidFix™ 406 has the benefit of speed in
getting your coordinates out, hence it is the fastest EPIRB on the planet. The
GlobalFix™ 406 has the benefit of simplicity. It is compact and needs no
electrical installation.
|
***The price is subject to change at anytime without any notice
_______________________________________________________________________________ Dear CustomerWe are proud to serve you with any assistance we can provide via
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