ARTU

P5-NS2 is a wireless point-to-point lighting remote control device installed on a NEMA-7 socket capable of supporting DALI and 0-10 V standards. Thanks to its powerful firmware (remotely upgradeable) this node has high computing power allowing it to enable multiple control and command functions of the single light point.

Also for the P5-NS2, simultaneous communication in Dual Band (2.4 GHz and 868 MHz) is essential to structure a complete WSN (Wireless Sensor Network) in mesh topology: the best for secure management and total remote control even in the case of very large systems.

P5-IS2 is a wireless device for the remote control of point-to-point lighting typically installed inside the lighting body or externally allocated in a dedicated box. It guarantees real-time management and diagnostics of the light point and supports DALI and 0-10 V standards; it also offers the possibility of managing the switching on/off of electrical loads over 1.5 kW.

It is often used for the retrofitting of lighting fixtures of which you want to maintain the original structure, such as historic lamps. In these cases, or for other project/application needs, the P5-IS2 is equipped with specific antennas, thus making it an extremely versatile node.

Key element for remote control, the RIO-ETH module is the actual IoT Gateway for the infrastructure of a smart city, dedicated to the management and communication between the devices in the field and the supervision platform.

Small and powerful Linux-based industrial embedded computer, it is designed to manage local automations and also strongly oriented towards remote data transfer via Ethernet interfaces or modems with on-board SIM card slot. The firmware installed on board an industrial flash memory allows for immediate replacement by bypassing the card without the need for configuration.

P5-ZS2 is a Zhaga D4i certified wireless point-to-point lighting remote control device capable of supporting DALI, DALI-2 and D4i standards. This level of integration and symbiosis with the lighting body makes the P5-ZS2 an extremely reliable and globally applicable device for the management of the modern smart cities.

Thanks to the effectiveness of the simultaneous communication in Dual Band (2.4 GHz and 868 MHz) between the various nodes and the gateway, Algorab is able to structure a complete WSN (Wireless Sensor Network) in mesh topology: the best for having safe management and total remote control even in the case of very large systems and particularly hostile conditions.

P5-NS2 is a wireless point-to-point lighting remote control device installed on a NEMA-7 socket capable of supporting DALI and 0-10 V standards. Thanks to its powerful firmware (remotely upgradeable) this node has high computing power allowing it to enable multiple control and command functions of the single light point.

Also for the P5-NS2, simultaneous communication in Dual Band (2.4 GHz and 868 MHz) is essential to structure a complete WSN (Wireless Sensor Network) in mesh topology: the best for secure management and total remote control even in the case of very large systems.

P5-IS2 is a wireless device for the remote control of point-to-point lighting typically installed inside the lighting body or externally allocated in a dedicated box. It guarantees real-time management and diagnostics of the light point and supports DALI and 0-10 V standards; it also offers the possibility of managing the switching on/off of electrical loads over 1.5 kW.

It is often used for the retrofitting of lighting fixtures of which you want to maintain the original structure, such as historic lamps. In these cases, or for other project/application needs, the P5-IS2 is equipped with specific antennas, thus making it an extremely versatile node.

Key element for remote control, the RIO-ETH module is the actual IoT Gateway for the infrastructure of a smart city, dedicated to the management and communication between the devices in the field and the supervision platform.

Small and powerful Linux-based industrial embedded computer, it is designed to manage local automations and also strongly oriented towards remote data transfer via Ethernet interfaces or modems with on-board SIM card slot. The firmware installed on board an industrial flash memory allows for immediate replacement by bypassing the card without the need for configuration.