GMDSS Multi Tester MRTS-7M

Progressive Technology to Ensure Maritime Safety

GMDSS Test Set for Radio Inspection

GMDSS Multi Tester MRTS-7M is the first hand-held Multi Tester that enables total radio survey of all the maritime radio equipment in accordance with IMO requirements:

VHF and MF/HF Radios with DSC
AIS Stations
EPIRBs
AIS-SARTs
9GHz SARTs
NAVTEX
Telex

The cutting-edge software aimed to manage test results on PC with any operation system. Automatic generation of test reports for all the range of tested equipment is supported. And all reports are in IMO-required format.

Product Overview

Marine Radio Test Set MRTS-7M Is All-In-One

GMDSS Multi Tester MRTS-7M is a specified equipment for radio inspectors performing mandatory, periodical surveys of ship-borne communication equipment.

The tester allows ensuring the GMDSS equipment meets the appropriate performance requirements.

The Marine Radio Test Set MRTS-7M is capable to transmit and receive the signal by:

broadcast antenna
direct connection by means of power sensor meter, attenuator and cables (conductive measurements)

All the test procedures are provided in accordance with international standards, such as:

IMO A.948 (23) or A.997(25), A.1020(26) resolutions (for marine radio stations);
The circular letter MSC.1/Circ.1252 (for AIS stations);
IMO Circular MSC.1/Circ.1039, 1040 (for C/S beacons);
IMO Resolution A.802(19), SOLAS-74/88 (for SART).

Dimensions

Marine Radio Test Set MRTS-7M (GMDSS Multi Tester) is designed to carry out the mandatory periodical or annual surveys of all range of GMDSS equipment: AIS Stations, EPIRBs, MF/HF/VHF Radios with DSC and NAVTEX receivers being lightweight hand-held device with big LCD and 20 keys for convenient operating.

Dimensions of main unit: 100 x 200 x 45 mm

Weight of main unit: 0.44 kg

Dimensions of plastic case: 303 x 268 x 116 mm

Total weight in case: 2.5 kg

Product Features

GMDSS Tester MRTS-7M is the device capable to provide accurate, independent operation test of the following equipment:

VHF receiver-transmitters

operation tests on any simplex channel including 6, 9, 13 and 16 channels
measurement of frequency and frequency deviation
measurement of antenna feeder SWR and reflected power

VHF receiver-transmitters with DSC (DSC Controllers, Watch Receivers)

test of correct transmission/reception of DSC messages by means of transmission/reception of selective Test call to particular MMSI number and Distress (to all ships) messages
check the MMSI code programmed in equipment without any broadcast emission
measurement of frequency and frequency deviation
measurement of output and reflected power

VHF equipment of duplex radiotelephony (portable)

operation tests on channels 6, 9, 13, 16 (at least)
measurement of output power, carrier frequency and frequency deviation

VHF radiotelephone stations operating in range 300 - 337MHz (intended for river-sea vessels)

measurement of output power
measurement of carrier frequency
measurement of frequency deviation

MF/HF radiotelephone equipment

measurement of frequency in range 1600 – 30000 kHz
operation tests in frequency range 1600 – 30000 kHz
measurement of output power

MF/HF DSC Controllers

check the MMSI code programmed in equipment
check receipt of DISTRESS signal by MF/HF equipment with DSC by means of transmit of selective DISTRESS message

MF/HF radiotelephone equipment with DSC

test of correct transmission/reception of DSC messages by means of transmission/reception of selective Test call to particular MMSI number and Distress (to all ships) messages on any of 6 distress channels

AIS Class A, AIS Class B, AtoN, AIS Base stations

Measure AIS frequencies (on channels 1, 2);
Measure or estimate the AIS transmitted power (on channels 1, 2);
Receive and decode the AIS messages;
Send the data to AIS stations;
Pass the DSC polling information (channel 70);
Check AIS answer to so called “virtual vessel”;
Simulate NMEA data transmissions;
Simulate AIS data transmissions, such as ship’s name, position, length, course, speed, power and beam;
Transmit and receive the DSC messages of different types for VHF stations;
Receive the data from pilot plug or external sensors.

AIS-SARTs

Measure AIS-SART frequencies;
Measure or estimate the AIS-SART transmitted power;
Receive and decode the AIS-SART message;

406MHz EPIRB, PLB

Measure power on 406MHz channel
Measure frequency on 406MHz channel
Measurement of total transmission time of 406MHz signal
Measurement of unmodulated carrier duration of 406MHz signal
Estimation of the positive/negative phase deviation of modulated signal
All 406MHz COSPAS-SARSAT protocols will be decoded
Reception the signal within the range of 406.020…406.040MHz frequencies
Measure frequency and power level on 121.5 MHz
Easy and quick audio-control of the sweep signal presence on 121.5MHz frequency

9GHz RADAR SART

Fast check to make sure 9GHz Radar SART will operate in emergency
Fast passed/not passed test
Audio-control of the sweep signal presence
Signal level measurement
Measurement of the signal in frequency range of 9140…9560 MHz
Number of sweeps in view of graph
Respond signal duration

NAVTEX equipment

operation tests by means of sending one of two available test messages on any of three frequencies: 490 kHz, 518 kHz or 4209.5 kHz

VHF equipment of duplex radiotelephony with airplanes including operating on 121.5MHz and 123.1MHz

operation tests by transmission/reception of modulated signal
frequency and power level measurements

MRTS-7M can be used as RF Signal Generator

device allows to generate the RF signals in range of 0,5 – 30 MHz

MRTS-7M can be used as Frequency meter

device allows to measure the signal frequency in range 0,4 – 30 MHz, 118 – 137.5 MHz and 156 – 163 MHz

The tester is capable to transmit and receive the signal by

broadcast antenna
direct connection by means of power sensor meter, attenuator and cables (conductive measurements)

All the test procedures are provided in accordance with international standards, such as:

IMO A.948 (23) or A.997(25), A.1020(26) resolutions (for marine radio stations);
The circular letter MSC.1/Circ.1252 (for AIS stations);
IMO Circular MSC.1/Circ.1039, 1040 (for C/S beacons);
IMO Resolution A.802(19), SOLAS-74/88 (for SART).

Technical Specification:

Operational frequencies:

VHF range all simplex channels: 156,000-163,000 MHz

VHF range CH70: 156,525 MHz

MF/HF Range 400 – 30 000 kHz

MF range DSC Mode:

2187.5 kHz – Distress frequency;
2177.0 kHz – Traffic frequency;
2189.5 kHz – Traffic frequency.

HF range DSC Mode:

4207.5 kHz
6312.0 kHz
8414.5 kHz
12577.0 kHz
16804.5 kHz

Measurement accuracy:

Frequency measurement general: +/- 0.2 ppm +/-1 digit
Frequency measurement at CH70: +/- 0.2kHz

Ouput signal:

Stability of output frequencies (GTXO-91V/EN 19.20MHz):

Frequency setup accuracy at +25°С: ±1,0 ppm ;
Temperature stability of frequency in range of 0 … +45°С: ±0,5 ppm ;
Aging rate: not more ±1,0 ppm/year for first year.

Levels of output signals in DSC mode:

Max. POW level:

VHF range: -13 dBm ± 1 dB;
MF/HF range: -13 dBm ± 1 dB.

Min. POW level:

VHF range: -99 dBm ± 3 dB;
MF/HF range: -99 dBm ± 3 dB

Levels of output signals in MF/HF and VHF Synthesizer mode.

400 – 30 000 kHz: 13 dBm ± 1,0 dB
156 000 – 163 000 kHz: 13 dBm ± 1,0 dB

Signal attenuation range: 0 – 93 dB

GMDSS Multi Tester MRTS-7M

GMDSS Test Set for Radio Inspection

Marine Radio Test Set MRTS-7M Is All-In-One

Dimensions

Product Features

Technical Specification:

Operational frequencies:

Measurement accuracy:

Ouput signal:

What's In The Box

You Also Get

Additional Options

All 2-Year Calibrations Are Performed In Atlanta, GA

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