BT200 Beacon Tester
Test all Cospas-Sarsat ELTs, EPIRBs, and PLBs
BT200 BEACON TESTER
New and Improved! The BT200 Beacon Tester follows in the footsteps of the BT100 – the most popular Beacon Tester in the world! The BT200 Beacon Tester has improved measurement accuracies, is inherently rugged, and is intuitive to use. Measurements include AIS-EPIRB and AIS Transceivers. Now completely integrated, this tester packs a whole lot of measurement capability into a very small package.
BT200 Beacon Tester – Now Testing AIS!
The BT200 Beacon Tester is The Standard in emergency beacon device testing and now offers the ability to test AIS systems – all with one device!
Building on the features of the industry standard BT100, the BT200 Beacon Tester offers new and improved decode and measurement capabilities for all known Cospas-Sarsat approved emergency beacons, new AIS-EPIRBs, as well as AIS Transceivers (Class A & B).
Don’t risk incomplete testing – use the BT200 Beacon Tester to test your equipment thoroughly.
The BT200 Beacon Tester provides thorough beacon measurement capabilities at an affordable price and includes:
- measures all 406, 121.5, 243, and AIS-EPIRB parameters
- measures AIS Transceivers (Class A & B)
- Receiver is fully integrated into an IP68 rated device – rugged and waterproof!
- Capable of complete 406, 121.5, 243 MHz channel measurements
- Receives all Cospas-Sarsat past, current, and future frequency channels
- Includes an Oscillograph – monitor signals in real-time!
- Capable of decoding all Cospas-Sarsat protocols, including RLS and ELT(DT)
- Includes an internal temperature sensor for measurement accuracy
- Direct connection power measurement accuracy to ± 0.25dB on 406 MHz!
- External coax allows direct connection between Beacon and tester (no external attenuator required)
- Internal antenna measures beacon transmission over the air.
- Very intuitive and easy to use software – familiar Android based operating system
- User can add text, audio, photos, and videos to each measurement
- Creates custom PDF Beacon Test Report
- Creates custom IMO Test Report
- Easily transfer delimited measurement data to PC for storage or analysis
- Also can measure 121 or 121/243-only beacons (C91a ELTs)
- Exceeds all IMO, FAA, IC, and EuroCAE EPIRB, ELT and AIS inspection requirements
- Identifies beacon manufacturer and model number from Cospas-Sarsat approval list
- Free software and firmware updates
Included with your Beacon Tester purchase
- Fully integrated, rugged BT200 Beacon Tester
- RF Input Interface Cable
- Booster antenna
- OTG/USB cable
- USB cable
- AC mains charger
- Operator’s Manual
- Watertight Storage Box
Software Revision 3.01 Notes:
· Added capability to test AIS Transceivers (Class A & B)
· Added capability to test AIS-EPIRBs
· Introduced the Oscillograph
· Added user adjustable Limit Tester parameters
· Added ELT(DT) Protocol decoding
· Added custom Test Report logo
· Added many GUI improvements
· Implemented minor bug fixes
Limit Tester Screenshots
Graphs and Test Report Screenshots
IMO Test for AIS Screenshots
130-024 – Custom RF Cable MCX-m R/A to BNC-f – 5″
RF cable used to connect the BT200 directly to a beacon or coax cable.
130-025 – Cable Micro 5-pin Male to USB A Male
BT200 data and charging cable.
130-030 – Custom RF Cable TPS-m to BNC-m – 3′
RF Cable used to connect directly to a beacon with a TPS output port.
130-031 – Custom RF Cable BNC-m to BNC-m – 3′
RF extension cable.
130-032 – Custom RF Cable BNC-m to TNC-m – 3′
RF Cable used to connect directly to a beacon with a TNC output port.
130-033 – Custom Length RF Cable BNC-m to BNC-m
RF Extension Cable – Choose your desired cable length. WST provides Cable Loss input factors for any cable length.
130-034 – Custom RF Cable MCX-m R/A to MMCX-f – 8″
RF Cable used to connect directly to a beacon or coax cable.
130-036 – Custom RF Cable BNC-m to SMA-m – 3′
RF Cable used to connect directly to a beacon or coax cable.
850-CMB102 – 2-Channel Signal Combiner
121/406MHz signal combiner.
850-CMB104 – 4-Channel Signal Combiner
121/243/406/AIS signal combiner.
850-PPA100 – Wi-Fi Pilot Plug Adapter
W-Fi Pilot Plug Adapter for AIS Transceivers.
850-103– BT200 Custom Waterproof Hard Case
Waterproof (IP67 rated), dustproof, and shockproof hard case with custom foam insert for safely transporting and storing your BT200 Beacon Tester and accessories.
FREQUENTLY ASKED QUESTIONS
Why is my battery depleting so quickly?
In order to save battery power, turn off WiFi and keep the screen brightness to a minimum whenever possible. Do not turn off Bluetooth as this is used internally to the BT200.
My Beacon Tester won’t receive either 406 MHz or 121.5 MHz.
Ensure that the proper Input mode is selected. If you are receiving a beacon self test transmission through its antenna, then select Internal Antenna. If you are connected directly to the beacon then select Direct Connection.
The Bluetooth on my device is not functioning.
Some functions on the device, such as Bluetooth, are functions dedicated to the operation of the Beacon Tester. The NFC is also not functional.
My GPS coordinates are being displayed in degrees/decimal minutes (dd° mm.mm’). I prefer degrees/minutes/seconds (dd° mm’ ss”). How do I change this?
Tap Settings > General > Location Coordinate Format. Select the desired format.
When I launch the Beacon Tester app, after it is Initialized the spinning timer goes for a long time.
The length of time the timer continues depends on the number of measurement files in the Measurements folder. If you reduce the number of files the app will launch quicker.
How do I update the Beacon Tester software?
Use the Google Play Store to install the Beacon Tester app, or go to the WS Technologies Inc. website at wst.ca/BT200software and follow the instructions on updating the application software.
When I activate the beacon in self test mode, the measurements produce questionable results. Is there a problem with the beacon?
In order to meet all of the Cospas-Sarsat requirements, a beacon is allowed a 15 minute warm-up period. When testing a beacon in self test, there is no warm-up period, hence some measurements may be somewhat skewed.
Also, in self-test, the 121.5 homing transmission may be different depending on the particular beacon. Some beacons transmit a short modulated signal, some beacons transmit a shorter unmodulated signal and some beacons transmit no signal. The Beacon Tester may indicate “unable to measure details” or “unmodulated carrier” depending on the beacon characteristics.
I am testing an ELT with separate 121.5 and 406 output connectors. What do I do to get the results printed on one Test Report?
Connect to the 121.5 transmitter first, then start the test. Once the Beacon Tester gives the indication that the 121.5 signal has been received, switch the cable to the 406 transmitter without stopping the test. Once the 406 burst is received on the Beacon Tester, the measurement will be complete.
Is the characteristic swept tone audio that I hear when the Beacon Tester receives a 121.5 MHz signal the actual demodulated audio from the beacon?
No, the swept tone audio is just an audio file played when the tester has received a 121 MHz signal.
The beacon I want to measure has offset training frequencies on 121.5 and 243 MHz. How do I setup the Beacon Tester to receive these training frequencies?
Tap Settings > General > VHF Training Frequencies. Activate one or both of the channels, and select the desired training frequencies.