16 Channel Ethernet Relay Board

Equipped with 16 SPST (Single Pole Single Throw) mechanical relays, the module enables independent switching of individual circuits. Leveraging MQTT, a lightweight messaging protocol ideal for Machine-to-Machine (M2M) communication, the module facilitates effortless integration into your existing network infrastructure.

OEM Integration: For Original Equipment Manufacturers (OEMs), we can customize the module to align with your product line’s branding and design requirements. This may involve modifications to the PCB dimensions or connector placement for better integration into your larger system.

Hardware and Software Solutions: In addition to the module itself, we provide custom hardware and software solutions to complement it. This includes interfacing the module with your existing hardware or software setups, creating customized drivers, and offering ongoing technical support.

MQTT Broker Integration: The module leverages MQTT, a lightweight messaging protocol, to communicate with an MQTT broker running on your network or a cloud-based service. This broker acts as a central hub, facilitating message exchange between the module and user interfaces.

Cloud Service Connection: The MQTT broker seamlessly integrates with a cloud service hosted by a third-party provider or established on your own infrastructure. This cloud service acts as a bridge between the broker and user interfaces.

User Interface Access: Users can access the cloud service through a user-friendly interface on their PCs or mobile devices (via a dedicated mobile application). This interface provides a graphical representation of the relay board’s channels, allowing users to visualize their current state (on/off) and remotely activate or deactivate them.

When a user interacts with the interface, a command is transmitted through the cloud service to the MQTT broker. The broker, in turn, relays the command to the 16-Channel Ethernet Relay Module. The module interprets the command and activates or deactivates the corresponding relay channel, triggering the connected devices (motors, linear actuators, etc.) to perform their designated actions.