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How to Optimize and Extend Your Vanemar Wireless Sensor Network

How to Optimize and Extend Your Vanemar Wireless Sensor Network

Learn how to optimize your Vanemar wireless sensor network to prevent sensor disconnections, improve connectivity, and extend range.

Updated over 3 weeks ago

Maintaining strong wireless connectivity between your sensors and the Vanemar Gateway is essential for accurate boat monitoring. This guide provides best practices and solutions to improve your sensor network.


Understanding Vanemar Wireless Sensor Network

Illustration of the Vanemar Wireless Sensor Network on a boat, showing the Vanemar Gateway centrally connected with multiple wireless sensors and extender devices placed throughout the vessel.

Vanemar wireless sensor network consists of:

  • Vanemar Gateway – The central hub that collects and transmits data.

  • Wireless Sensors – Devices placed throughout the boat to monitor various conditions.

  • Wireless Sensors (Extenders)Vanemar Boat Electrical Plug and Vanemar Marine Battery Sensor (VMBS2 model only). These devices not only serve their primary functions but also act as network extenders, improving the range of the wireless network.


Best Practices for Stronger Connectivity

Follow these guidelines to optimize your sensor signal strength:

1. Place the Vanemar Gateway Strategically

  • Position the Vanemar Gateway centrally to minimize the distance between sensors.

  • Avoid placing it near metal structures or electronic devices that may cause interference.

2. Optimize Sensor Placement

  • Maintain a clear line of sight between sensors and the gateway when possible.

  • Keep sensors away from thick walls, metal surfaces, and large electronic devices.

3. Perform Regular Signal Checks

  • Periodically test connectivity, especially after boat layout changes or when the sensor or gateway position is adjusted.

  • Test sensors based on their type by triggering alerts or using the test button if available.

  • Adjust sensor and gateway placement if you experience sensor disconnections or unstable signals.


Extending The Wireless Range

If you are experiencing sensor disconnections or unstable performance despite following the best practices above, using range extenders can help resolve these issues. Boat electrical plugs and marine battery sensors (VMBS2 model) can act as extenders, improving connectivity in areas where signal strength is weak. Range extenders can also be chained together to further expand your wireless coverage, ensuring comprehensive network reliability.

Four Vanemar smart plugs in AU, EU, US, and FR versions, used as wireless network extenders.
  • Plug the smart plug into a power outlet and pair it with your Vanemar Gateway.

  • No additional setup is required—smart plugs automatically work as range extenders.

Important Note: Smart plugs require continuous AC power and will not function when the plugged outlet loses power. If AC power is interrupted, sensors relying on the smart plug for connectivity may experience disconnections. If AC power is often unavailable on your boat, using a battery sensor (VMBS2 model) as a range extender, as explained in the next section, may be a more suitable solution to maintain connectivity.

2. Vanemar Marine Battery Sensor as Extender (VMBS2 Model Only)

Vanemar battery sensor (VMBS2 model) that can function as a wireless network extender when configured in the Vanemar app.

Battery sensors (VMBS2 model) can also function as wireless network extenders, but must first be configured in the Vanemar app.
Follow the steps below to configure:

  • Open the Vanemar app.

  • Tap on the battery sensor card you want to configure.

  • Scroll down and toggle the "Use as Wireless Network Extender." switch.

Two screenshots of the Vanemar app showing the process of enabling a battery sensor as a wireless network extender. The left screenshot highlights the sensor card selection, while the right screenshot shows the settings menu with the “Use as Wireless Network Extender” option highlighted.


Important Note: Using the battery sensor as a range extender increases its energy consumption. Since the battery sensor operates by drawing power from the circuit it is connected to, ensure that this circuit remains powered for the extender function to work properly. If the circuit is turned off, the sensor will lose power, potentially causing sensor disconnections.


If you need any more help, feel free to contact our support team.
Happy Sailing,
The Vanemar Support Team

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