Maretron turns your NMEA 2000 network into a full vessel monitoring system. Add the sensors you need, wire a clean backbone, and watch the whole boat from one display. Maretron builds the sensors, monitors, and cables that turn an NMEA 2000 network into a complete vessel monitoring system. Instead of guessing, you can watch tank levels, temperatures, battery and AC status, bilge water, and gas detection from a single display. This collection covers Maretron sensors, monitoring modules, network cables, and connectors. Building it right comes down to choosing the sensors you need and wiring a solid network. Pick the sensors that matter Maretron offers a wide sensor range: tank level monitors for fuel, water, and waste, temperature and pressure probes,...
Micro Tee - Male (Left), Female (Bottom) & Female (Right) - *Case of 6*Male (left)Female (right)Female (Bottom)A Tee is used to tap into the trunk line for adding...
Maretron Fluid Pressure Sensor Transducers work with the Maretron FMP100 which will adapt up to six pressure Transducers to the NMEA 2000 networkMaretron PT015PSI01 Attributes Maretron PT015PSI01 Technical...
Maretron Fluid Pressure Sensor Transducers work with the Maretron FPM100 which will adapt up to six pressure Transducers to the NMEA 2000 network. Submersible Pressure Transducer - 0...
When fluid passes through the sensor, the internal rotors turn. Magnets which are located in the rotors will pass across sensors in the sensor circuit board. Pulses from...
Maretron Carbon Monoxide (CO) Detector (SIM100 Accessory) CO-CO1224T Carbon Monoxide Detector Requires Maretron SIM 100 Attaches to Maretron SIM100 for NMEA 2000 network monitoring Real Test technology allows...
90 degree male to female connector for Micro or Mid size cable runs.Maretron ELBCMCF Attributes The Micro Elbow is used in spots where it is impossible to bend...
Like the straight Micro/Mid Field attachable Connectors, the 90° field attachable connectors allow you to make field connections to bulk cable. The 90° connectors are particularly well suited...
Like the straight Micro/Mid Field attachable Connectors, the 90° field attachable connectors allow you to make field connections to bulk cable. The 90° connectors are particularly well suited...
This MARE-004-10M-7 NMEA 0183 Cable is an available SSC200/SSC300 accessory- To connect the Maretron SSC200/SSC300 compass to a NMEA 0183 network. It comes with a connector on one...
Mid bulk cable is primarily used as drop cable, but it can also be used at the trunk line depending on network power requirements. Bulk cable with field-attachable...
Mid Double-Ended Cordset - M to F - 8m (blue) - Double-ended cordsets are used for trunk or drop lines and make for a secure connection and simple...
Mini Power Cordset features 2 power conductors and 2 ground conductors. • Provides power to the mini powertapMaretron NM4P05 Attributes Compatibility: Mini Powertrap Length: 16.4 Feet Color: Yellow Mini Power Cordset...
Mini bulk cable is primarily used as trunk cable, but it can also be used as drop lines. Bulk cable with field attachable connectors allows for maximum flexibility...
Multiport boxes allow several drop cables to be consolidated and connected to the trunk, which eliminates the need to have numerous tees connected near a single point. Multiport...
Maretron Adapter Micro female to Deutsche 4-Pin, 2m Cordset. This attaches to the J2k100 directly into J1939 networks of compatible engines, transmissions and gensets.J2K100 Adapter Micro Female - Deutsche...
Maretron's DCM100 DC Monitor is an advanced electronic monitoring device used to measure the voltage and current of any direct current (DC) power source or load.Examples of DC...
A Tee is used to tap into the trunk line for adding a mini drop connection. Gold Contacts for greatest reliability. Â Keyed connectors for error-free connections.Maretron NMNFNF Attributes...
Micro Double-Ended Cordset - M to F - 6m (gray) - Double-ended cordsets are used for trunk or drop lines and make for a secure connection and simple...
Micro Double-Ended Cordset - M to F - 1m (gray) - Double-ended cordsets are used for trunk or drop lines and make for a secure connection and simple...
Micro Double-Ended Cordset - M to F - .5m (gray) - Double-ended cordsets are used for trunk or drop lines and make for a secure connection and simple...
A Micro Cap is used to cover the male connectionMicro Cap - Used to Cover Male ConnectorMicro cap used to cover male connectors. Mini cover-used to cover the...
Field-attachable connectors allow you to make field connections to bulk cable. The color-coded screw terminals match the individual wire colors found within the bulk cable for error-free field...
Field-attachable connectors allow you to make field connections to bulk cable. The color-coded screw terminals match the individual wire colors found within the bulk cable for error-free field...
Maretron TLA10001 Attributes TLA100 NMEA 2000®Tank Level AdapterThe TLA100 is used to adapt commercially available resistive tank senders to the NMEA 2000® network. This allows you to observe...
Maretron turns your NMEA 2000 network into a full vessel monitoring system. Add the sensors you need, wire a clean backbone, and watch the whole boat from one display.
Maretron builds the sensors, monitors, and cables that turn an NMEA 2000 network into a complete vessel monitoring system. Instead of guessing, you can watch tank levels, temperatures, battery and AC status, bilge water, and gas detection from a single display. This collection covers Maretron sensors, monitoring modules, network cables, and connectors. Building it right comes down to choosing the sensors you need and wiring a solid network.
Maretron offers a wide sensor range: tank level monitors for fuel, water, and waste, temperature and pressure probes, AC and DC monitors that track voltage, current, and battery state, bilge and high-water detectors, and carbon monoxide and smoke detection. Start with what you most want to know, often fuel and water levels, battery health, and bilge status, then expand the system over time.
Maretron sensors report over NMEA 2000, so they share data with your chartplotter and any compatible display. Build the network with a proper backbone, drop cables to each device, terminators at both ends, and a power tap sized for the load. A clean, correctly terminated backbone is the difference between reliable data and a network that drops out.
Maretron uses field-attachable and molded NMEA 2000 cables and connectors in mid and micro sizes. Measure your runs, use the right cable length and gender, and add tees where devices branch off. Quality cabling keeps the network solid in a wet, vibrating environment.
A Maretron display like the DSM series, or any compatible NMEA 2000 screen, shows the data and can alarm on conditions you set, like high bilge water or low voltage. Alarms are the real payoff, because catching a problem early at the dock beats discovering it underway.
One advantage of a networked system is that you can add sensors as needs grow. Leave room on the backbone and a few spare drops so the next sensor is a plug-in, not a rewire.
Not sure where to start? Tell our techs what you want to monitor and your existing electronics, and we will match the sensors, cables, and display so your boat reports what matters.
Maretron offers sensors for tank levels (fuel, water, waste), temperature and pressure, AC and DC electrical status and battery state, bilge and high-water detection, and carbon monoxide and smoke. You build the system from the sensors that matter to you.
Maretron sensors report over NMEA 2000, so they share data with compatible chartplotters and displays on the same network. Confirm your display supports the data types, and you can read the sensors right on your existing screen.
You need an NMEA 2000 backbone, drop cables to each device, terminators at both ends, and a power tap sized for the load. A clean, correctly terminated backbone is what keeps the data reliable.
A display can alarm on conditions you set, like high bilge water or low battery voltage. Alarms are the real payoff of monitoring, because catching a problem early, ideally at the dock, beats discovering it underway.
Yes. A networked system lets you add sensors as needs grow. Leave room on the backbone and a few spare drops so the next sensor plugs in rather than forcing a rewire.
