Our solutions are built with advanced technology, offering reliable wireless utility meters designed to meet the needs of modern marinas. With precise engineering and powerful features, our system delivers real-time data on water and power usage with exceptional accuracy. From safety features to detailed reporting, we’ve ensured that our system covers all the essentials for smooth and secure operations. Whether you’re managing a small marina or a large facility, our scalable technology ensures reliable performance and long-term value.

A rugged design with IP67 certification ensures that a device is highly resistant to dust and water, making it ideal for tough environments. Devices with this certification can withstand harsh conditions like rain, splashes, and even short immersions in water, as well as exposure to dust and dirt. This durability is especially beneficial for marine environments where equipment might face extreme weather, ensuring longevity and reducing repair or replacement costs.

For more details on IP ratings and their meanings, you can visit this resource on IP rating standards.

ETL certification with UL, CSA, and CE marks ensures that a product meets strict safety and quality standards for North America and Europe. UL (Underwriters Laboratories) and CSA (Canadian Standards Association) certifications indicate that a product is safe for use in the U.S. and Canada, while CE (Conformité Européenne) marking signifies compliance with European safety standards. Having ETL certify these marks means the product has undergone rigorous, independent testing, providing users with greater confidence in its reliability, safety, and compliance with international standards.

The “Cost-Saving Dual-Meter Package Option” means that customers can purchase two meters together in a bundled package at a reduced price compared to buying them individually. This option is designed to provide a more economical choice, particularly for applications that require monitoring multiple points simultaneously, such as tracking energy usage across different areas or systems. By offering two meters in a single package, it lowers the overall cost and simplifies installation and setup, providing both savings and added convenience.

In marine energy meter environments, supporting Single-Phase, Split-Phase, and Three-Phase connections is essential to accommodate different power demands and vessel types. Single-phase connections can handle standard, low-power applications on smaller vessels, such as lighting or basic navigation equipment. Split-phase connections provide higher power capacity, ideal for medium-sized boats that require more robust energy supplies. Three-phase connections are designed for large commercial or industrial ships with high-energy equipment and systems, ensuring stable, efficient power distribution for demanding operations. This flexibility allows marine energy meters to be used effectively across various marine environments and vessel sizes.

“Auxiliary Power Available” means that there is an additional, secondary power source provided to support your system. This auxiliary power supply can take over or supplement the main power source, ensuring continuous operation during power fluctuations, failures, or high-demand situations. It’s especially useful in marine systems or related equipment that require uninterrupted power to maintain functionality and prevent downtime.

Our system offers versatile wireless connectivity options through USB, Ethernet, WiFi, and LTE, providing flexibility in how it connects to networks and other devices. With Ethernet and USB, users can establish stable, wired connections, ideal for environments where reliability and speed are essential. For mobile or remote applications, WiFi and LTE support enable wireless communication, allowing the device to stay connected even when on the move or in areas without fixed network access. This range of connectivity options ensures adaptability across various scenarios and network environments in a marine setting.

An input for a water or ground fault detector is a critical feature that enhances safety by monitoring for potential faults in water or grounding systems. This input allows the detector to identify issues like moisture ingress, faulty grounding, or electrical leakage, which can lead to serious hazards such as equipment damage or electric shock. By providing real-time fault detection, this feature supports preventive maintenance, helps avoid costly repairs, and ensures the safety of both equipment and personnel in environments where water or grounding faults could pose a risk such as marine environments.

Automatic, wireless, remote meter reading via a Zigbee 3.0 mesh network allows for seamless, real-time data collection from energy meters without needing manual checks. Zigbee 3.0 is a low-power, wireless communication protocol that connects multiple devices in a “mesh” setup, where each device can relay data, extending the network’s range and reliability. With this setup, meter readings are automatically transmitted to a central system, making it easy to monitor and manage energy usage from a distance. This setup is especially useful in large or hard-to-reach areas such as marinas, as it reduces labor costs and improves efficiency in energy management.