P5-SLC is a device to be installed inside lamps able to implement radio router functions in a Wireless Sensor Network scenario to control/command light points behavior, get diagnostic information and integrate IoT sensors. Communication with the IoT gateway, and therefore with the control center, is realized through the low power P5 proprietary protocol based on the international standard IEEE 802.15.4 at 2.4 GHz. One P5-SLC can control up to 8 light points thanks to the DALI interface. P5-SLC is also available in LoRa and 868 MHz versions.

P5-SLC guarantees optimal lighting dimming and continuity of service even in case of disconnection from the master controller or control center thanks to a local lighting program (off-line mode). This stand-alone dimming profi le is realized thanks to an RTC (Real Time Clock) and a specifi c algorithm able to define sunset and sunrise (astronomical clock) depending on the geographical coordinates and a non-volatile memory to save the dimming profi le.

• Light point remote control towards Central Management System
• “Stand alone” mode based on astronomical clock and night phases
• “Motion detection” mode available through an external sensor if present
• Emergency lighting profi le through “stand alone” mode
• Astronomical clock for sunrise and sunset calculation
• “Virtual midnight” algorithm in case of unavailability of internal clock
• Alarm triggered when astronomical clock is blocked
• Operation mode compatible with TAI / FAI lighting remote control algorithms
• Compatible with CAM profi les even in stand-alone mode

P5-LVL is a new generation device enabling Smart Lighting and Smart City applications that realizes a deep symbiosis with the controlled lamp, over which is installed on a 4-contacts connector (LUMAWISE Endurance S by Tyco Electronics).

The refined electronic circuitry allows the device to implement several features to manage and control the light point, both for remote control and diagnostic purposes. Secure remote firmware OTA (Over the Air) with downgrade capabilities up to 8 releases, cryptography hardware on chip, astronomical clock, stand-alone dimming profile mode, accelerometer and a temperature sensor make the P5-LVL a complete package for any smart lighting application. 

P5-LVL has a radio module and a 2.4 GHz integrated antenna compatible with IEEE 802.15.4 used for creating a wireless mesh network over which, through a multi-hop approach, it is possible to exchange information. Communication between devices occurs towards a short-range wireless connection (100 m Line of Sight) at 2.4 GHz frequency.

It is also possible to equip the P5-LVL with another wireless communications protocol choosing from: 2G, 3G, 4G, NB-IoT, EnOcean, LoRa and 868 MHz, giving greater flexibility for communication with external networks. Optional GPS and Bluetooth are available as well as integration of PIR (Passive Infrared Sensor) and luxmeter sensors to detect motion and brightness giving even more controlling options to the user. 

• Light point remote control towards Central Management System
• “Stand alone” mode based on astronomical clock and night phases
• “Motion detection” mode available through an external sensor if present
• Emergency lighting profile through “stand alone” mode
• Astronomical clock for sunrise and sunset calculation configurable with GPS coordinates
• “Virtual midnight” algorithm in case of unavailability of internal clock
• Alarm triggered when astronomical clock is blocked
• Operation mode compatible with TAI / FAI lighting remote control algorithms
• Compatible with CAM profiles even in stand-alone mode

RIO-ETH is the new Gateway developed and produced by Algorab. It provides remote control, automation and communication functionalities enabling data collection from the field either through a wireless concentrator or from the 2 available RS485 interfaces. Moreover, I/O ports can be expanded thanks to the device’s modular architecture

P5-NM7 is a new generation device enabling Smart Lighting and Smart City applications that realizes a deep symbiosis with the controlled lamp, over which is installed on a 7-contacts standard NEMA-7 connector.

The refined electronic circuitry allows the device to implement several features to manage and control the light point, both for remote control and diagnostic purposes. Secure remote firmware OTA (Over the Air) with downgrade capabilities up to 8 releases, cryptography hardware on chip, astronomical clock, stand-alone dimming profile mode, accelerometer and a temperature sensor make the P5-NM7 a complete package for any smart lighting application.

P5-NM7 has a radio module and a 2.4 GHz integrated antenna compatible with IEEE 802.15.4 used for creating a wireless mesh network over which, through a multi-hop approach, it is possible to exchange information. Communication between devices occurs towards a short-range wireless connection (100 m Line of Sight) at 2.4 GHz frequency.

It is also possible to equip the P5-NM7 with another wireless communications protocol choosing from: 2G, 3G, 4G, NB-IoT, EnOcean, LoRa and 868 MHz, giving greater flexibility for communication with external networks. Optional GPS and Bluetooth are available. P5-NM7 can control up to 8 DALI drivers, has an internal relay that allows ON/OFF switching and the 220 VAC power supply is typically provided by the electrical connection of the lamp.

• Light point remote control towards Central Management System
• “Stand alone” mode based on astronomical clock and night phases
• “Motion detection” mode available through an external sensor if present
• Emergency lighting profile through “stand alone” mode
• Astronomical clock for sunrise and sunset calculation configurable with GPS coordinates
• “Virtual midnight” algorithm in case of unavailability of internal clock
• Alarm triggered when astronomical clock is blocked - Operation mode compatible with TAI / FAI lighting remote control algorithms
• Compatible with CAM profiles even in stand-alone mode

AUGE-G4 remote control software is a powerful and fl exible tool ideal for light points, switchboards and sensors management. Thanks to AUGE’s real-time big data processing, modularity and advanced analytics functionalities, excellent levels of performance are always guaranteed for the end user.