Integrating Merc Monitor And Solix: A Step-By-Step Guide

The MercMonitor is a gauge that comes in four levels, with Level 1 and above supporting a NMEA connection. The NMEA 2000 is a simple network that can be used to connect the Solix to the MercMonitor. To set up the connection, you need to connect the pigtail from the monitor cable to a centre port on a T-shaped connector. One end of the T-connector should have a resistor, while the other end is connected to another T with the centre port connected to the Solix and the other end having the resistor. An external power supply is also required for the connection to work.

The importance of a power source

A power source provides the necessary electrical energy to operate the devices, allowing them to perform their intended functions. In this case, the power source is responsible for converting the alternating current (AC) from a wall socket into a low-voltage direct current (DC) that can be utilised by the devices. This process is crucial as it enables the devices to receive the appropriate type and amount of electrical energy required for their internal components to function optimally.

Additionally, a reliable power source helps to protect the equipment from potential damage caused by power fluctuations or interruptions. By providing a stable and consistent flow of electricity, the power source ensures that the devices receive a steady stream of energy, reducing the risk of unexpected shutdowns or malfunctions due to power-related issues.

Moreover, the power source plays a vital role in facilitating communication between the Merc Monitor and the Solix device. By supplying the necessary electrical energy, the power source enables the transmission and reception of data between the two devices, allowing them to exchange information and work together seamlessly.

Furthermore, a power source can enhance the performance and longevity of the equipment. A stable and sufficient power supply ensures that the devices operate within their optimal parameters, reducing the chances of overheating or overloading. This, in turn, can lead to improved performance, extended device lifespan, and reduced maintenance requirements.

In summary, a power source is of utmost importance when connecting a Merc Monitor to a Solix device. It provides the necessary electrical energy, facilitates data communication, and helps protect the equipment from potential power-related issues. By ensuring a stable and consistent power supply, the power source enables optimal performance and functionality of the connected devices.

The role of a NMEA starter kit

The role of an NMEA starter kit is to provide the necessary components to build an NMEA 2000 network, which allows for the connection of various marine electronics, such as depth finders, engines, radios, and chart plotters. The starter kit typically includes power cables, backbone cables, T-connectors, and terminators, which enable the networking of multiple devices.

In the context of hooking a Merc Monitor to a Solix unit, the NMEA starter kit serves as an essential intermediary, facilitating the communication between the two devices. By utilizing the components within the starter kit, specifically the cables and connectors, users are able to establish a functional network that integrates the Merc Monitor and Solix unit.

The process of hooking up a Merc Monitor to a Solix unit involves connecting the NMEA 2000 pigtail from the monitor cable to a center port on a T-connector. This T-connector is then linked to another T-connector, with the center port connected to the Solix unit. Additionally, the presence of a power source is crucial for the network to function properly.

The NMEA starter kit provides the fundamental building blocks for this setup, ensuring that the devices can communicate effectively and exchange data. It offers a cost-effective solution for boaters and marine enthusiasts who want to integrate multiple electronic devices and create a seamless network on their boats.

Overall, the NMEA starter kit plays a pivotal role in enabling the connection between a Merc Monitor and a Solix unit, simplifying the process of networking marine electronics and enhancing the functionality of these devices for users.

How to identify the right cables

To identify the right cables to hook a Merc Monitor to a Solix, you must first determine the version of your MercMonitor. This can be done by checking the version and level that flash on the screen of your MercMonitor as it powers up.

The next step is to identify the ports on your Solix unit. The Solix G3, for example, has the following ports from right to left: transducer port, direct Ethernet connection, NMEA0183 (used to connect an external GPS antenna), NMEA2000 direct connection, and power connection.

Once you have identified the ports on your Solix, you can then select the appropriate cables to connect to your MercMonitor. The MercMonitor Level 2, for instance, has a NMEA-2000 pigtail from the monitor cable that needs to be connected to a centre port on a T-connector. One end of the T has a resistor, while the other end is connected to another T with the centre port connected to the Solix.

It is also important to ensure that your NMEA-2000 network is powered for proper communication. This can be done by connecting an external power supply T to the setup.

Additionally, if you are looking to connect a Solix to a newer computer or device, you will likely need HDMI, DisplayPort, or USB-C cables. However, for older devices, you may need legacy cables such as VGA or DVI.

The function of a gateway

The Merc Monitor is an engine monitoring system that provides information such as coolant temperature, RPM, water pressure, oil temperature, and fuel flow. It comes in different levels, with Level 1 and above having a NMEA connection. NMEA, which stands for National Marine Electronics Association, is a standard for communication between electronic devices used in marine applications. The Solix, on the other hand, is a marine electronics device that offers features such as sonar, GPS, and chartplotting.

To connect the Merc Monitor to the Solix unit, a NMEA 2000 network needs to be established. This can be done by using a NMEA starter kit, which allows for a direct connection between the two devices. However, in some cases, an additional gateway may be required. This is because the Merc Monitor uses a different protocol for data communication, and the gateway acts as a translator between the two devices.

The gateway ensures that the Solix unit can interpret the data transmitted by the Merc Monitor. It provides a common language for the devices to communicate with each other. Without the gateway, the Solix unit would not be able to understand and display the engine data from the Merc Monitor.

By following the correct wiring diagram and ensuring that the devices are properly connected, users can successfully hook a Merc Monitor to a Solix unit. The gateway plays a crucial role in this process, enabling the seamless transfer and display of engine data between the two devices.

The process of calibration

Firstly, identify the correct components and connections. The Merc Monitor should have a pigtail connector on its wire harness, which is typically located about 18 inches from the gauge. This pigtail will need to be connected to a T-connector, with the resistor removed. The other end of the T-connector will then be connected to another T-piece, with the center port going to the Solix, and the remaining end having the resistor.

It is important to ensure that the MercMonitor is set to transmit on the gauge. Additionally, check that the external power harness for the MercMonitor is properly wired, with the fuse installed. The NMEA-2000 network requires power to communicate with any device, and this can be achieved through a power node on its own tee or an external power harness.

If you are using a Level-1 or Level-2 MercMonitor, it should have an N2K gateway built-in. This will allow for the display of various engine parameters, such as coolant temperature, RPM, water pressure, oil temperature, and pressure.

For those with a Lowrance Gen-2 or above TOUCH unit, the Vessel View Link is recommended. This will turn the Lowrance unit into a flagship, top-of-the-line "Vessel View Display".

Finally, if you are using a Solix G1 or G2, these units can share NMEA information through the network. Ensure that the units are networked via Ethernet, and they will be able to share waypoints, tracks, routes, transducer information, GPS, map card information, and more.

Frequently asked questions