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PE.AMI LIGHTING MANAGEMENT NODE <br />Product Sheet <br />THE PE.AMI LIGHTING MANAGEMENT NODE <br />The PE.AMI Lighting Management Node connected to the light point collects information and communicates with the PE.AMI <br />Gateway forwarding data, receiving commandsand executing them to control the light point. External and internal versions are <br />available. Light sensors, vehicle counters, and other devices can also be connected to the Node, to implement additional applica- <br />tions and tailored lighting models. It performs SubGHz radio communication, is based on 6LoWPAN protocol and <br />uses IPv6 addressing. <br />FEATURES <br />The PE.AMI Lighting Management Node is one of the hardware tomo <br />rents of the PE.AMI Lighting Management solution - one of the vertical <br />applications of PE.All the first integrated ultra-low power IPv616LowPAN <br />wireless and PLC full mesh multi -application narrowbandlbroad band net- <br />work platform by Paradox Engineering. <br />PE.AMI Lighting Management Nodes connect to luminaires, collect and <br />forward information to PE.AMI Gateways, receive commands and execute <br />them to control the luminaire. The design of the Nodes provides a self - <br />built widespread IPv616LoWPAN based network and a highly se- <br />cure communication infrastructure which can be used for all bidi- <br />rectional data transmission. <br />PE.AMI Lighting Management Nodes exist both as wireless and hy- <br />brid wireless/PLC devices. Among the first companies in the world <br />to introduce this innovative feature, with hybrid Nodes Paradox Engineer- <br />ing adds seamless PLC capabilities to its state of the art wireless network <br />technologies: while offering subil RF transmission, the hybrid Node can <br />also interface power Fines and transfer data over the grid so to <br />reach groups of end points where RF transmission might not represent the <br />preferable way to reach the luminalre. The same 6LoWPAN protocol is <br />leveraged both in wired and wireless communications. <br />PE. AMI Lighting Management Nodesalso hold comprehensive event logger <br />and scheduler, with a high degree of data security, and feature an embed- <br />ded astronomical clock, managing local celestial events such as sunrise and <br />sunset based on geographical coordinates. A Real Time Clock is also includ- <br />ed. <br />Along with the different kinds of lamps and digital ballasts available on <br />the market, two different series of PE.AMI Lighting Management Nodes <br />are available: <br />• with on-off interface <br />• with dimming interface through analogue 0-10 volt, PWM and digital <br />DALI (directly controlling any electronic ballast installed or installable <br />into luminaires and any digital driver compliant with these light meth- <br />ods and protocols). <br />7+�e?FAlell digY; iirrg P."erragc,,,�t•i „ci'.rvure <br />Hrhnawim�esslPLc <br />hdem��snorN. <br />78e Pr'A!Y�i Lrc Isar �L7anaufnewsr <br />rtod� �rrern,;i yerr�?n <br />'d✓'.+L::Ohriox,. Mare,'eme'n <br />FUNCTIONS <br />• Group and control lamps to switch on/ <br />off, dim and read out alarms and operat- <br />ing parameters. Traditional light devices <br />without dimming capabilitles (HPS, mer- <br />cury -vapour) as well as new LED technol- <br />ogy are controlled <br />0 Output control channels dimming - digi- <br />tal DALI, analogue 0-10V Interfaces - and <br />simple on/off switching <br />• Manage specific conditions for onloff <br />and dimming functions: combinations of <br />time, measured light levels (from light <br />metering devices), daily solar event <br />times, changing local circumstances/ <br />events, day of week variations for given <br />groups <br />• Execute up to 16 scheduled commands <br />based on the integrated real time clock <br />(RTC), the embedded astronomical calen- <br />dar and Node coordinates <br />• Detect and report lamp failures by set- <br />ting alarm profiles (eg, lamp failures, <br />upon pre-set consumption thresholds) <br />• Report on and off times, main supply and <br />lamp electrical parameters (including <br />power factor) upon pre-set monitoring <br />schedules or on demand by polling units; <br />active & reactive power and energy, volt- <br />age and current RMS values as well as <br />grid frequency (embedded electricity <br />meter) <br />• Ensure operations for up to 5 days off <br />grid power thanks to the embedded <br />super capacitor <br />• Manage connected motion or light sen- <br />sors, vehicle traffic counters, external <br />alarms and other devices. <br />(PPARADX <br />ENGINEERING <br />PJM 1NLTHFVIWFOF­ <br />