ROS Intelligent - Clonica networks
Contents
1. Output voltage for external elements control F1 y F2 Electrical protection Class Il ae ET e Optical block Maximum input current 3A 3 A F1 Maximum load 650W a ibili j j j Maximum output current 2 Possibility of different optical blocks according to the p 2 1 5 A FT F2 Maximum load 325W lighting area Discharge lamp or LED Measure incorporated Voltage and intensity 2 Analog digital inputs 3 Up to 4 Anodized high purity aluminium Digital outputs 3 Upto 8 IP 66 1 Adaptable Performance around 80 2 Higher powers are allowed prior request Ere 3 Maximum number of inputs or outputs prior request e Fulfilling requirements of Spanish Regulations on En ergy Efficiency for Outdoor Lighting Installations e Total versatility The MRA remote management modules are adaptable this way one can choose the option that best fits the real needs of the municipality Ignition and switch off Dimming of the lighting levels Measurement of intensity voltage and power factor Incorporation of sensors ROS iluminaci n ROS Tuminaci n Functioning and thechnical specifications E Control Center E Radio meshed network Integrated by Control PC software and antenna with again of e 433 92 MHz radiofrequency communication 1 6 km coverage up to 5 km optional e Receivers transmitters of more than 200 m coverage Control PC features E s oe boosters CPU AMD D510 16002. MHz Cache L1 32 32 KB L2 0 KB L3 4 MB j BIOS version 80015 Higher gain antennas to extend the coverage area nam ingetan AU U AOO T 2 GE DORA ii e Usually a single long range booster For complicated Extensions 4x COM 8xUSB 2 0 Graphic card Mobile Intel 945 Express Chipset Family 128 MB orographies several boosters may be taken Graphic memory 128MB Memory card 1 Broadcom Netlink Gigabit Ethernet 00 18 7D 09 3C 40 Hard drive 232 GB IDE CD ROM U06112N PEC890V SCSI Operating system Microsoft Windows XP Professional Service Pack 3 32 bits Antena adaptation SMA Dimensions 65x66x90 mm Service life 10 years Software features e Programmed by Visual net e Two layers Windows service Desktop application e Similar appearance to a Windows desktop application e Includes maps interface for the geolocation and organi zation of the smart luminaires e SMTP server e Programming of actions of the network intelligent Smart Lighting for Smart Cities With SINAPSE technology Any other frecuency on request Implementation use and exploitation H Implementation e No civil works e No modifications in feeder pillars e The installation of smart luminaries does not differ from the installation of conventional luminaries e ROS iluminaci n is in charge of the total setting up of W the system Installation validation Control center installation Planimetry and database installation Pr
3. ROS iluminaci n intelligent Smart Lighting for Smart Cities Intelligent luminaires for an integral remote management service ROS iluminacion What IS Intelligent What is INTELLIGENT ROS iluminaci n presents Intelligent a total remote management service which includes the supply of the luminaires the MRA remote management electronic module the implementation and further support Thus smart luminaries are provided with a bidirectional capacity the capacity to receive and send information through a control center This allows the optimization of Street Lighting logistic with the continuous monitoring of the energy consumption and the possibility to carry out preventive maintenance This represents both an economic and energy saving leading to a more sustainable management Data are transmitted by radiofrequency which allows to act on luminaires point to point or grouped independently of the feeder pillar Setting up amp technical suport Luminaire Remote management system intelligent Smart Lighting for Smart Cities intelligent Smart Lighting for Smart Cities With SINAPSE technology E Total service Intelligent consists of the set of luminaire plus remote management module providing a total and entire ser vice witch begins when goods are supplied till the end of setting up E Remote managed Street Lighting e Centralized control of the street lighting e Adaptation of the lig
4. hting levels to the real needs of the municipality e Individual or area ignition turn off and flux modifica tion e Continuous audit Constant energy consumption monitoring E Energy efficiency and economic saving e Luminaries with variety of optical solutions to adapt the light distribution to each environment with dis charge lamp or LED technology e Individual or area luminous level adjustment e Adaptation of power to the virtual power that is to say to the one which is really necessary for the light ing of the road according to service conditions e Constant luminous flux adapting it to the gradual depreciation of the lamps Advantatges H Logistic efficiency Economic saving in maintenance e Preventive and planned maintenance e Elimination of checking control of the installation NH Reinforcement of the ecologic and modern image of the municipality e Reduction of the CO emissions thanks to the energy efficiency of the luminaries optics and to the reduc tion of luminous flux through remote management e Intelligent is an important step towards the Smart City concept E Wide range of smart luminaries ROS Iluminaci n has studied and adapted luminaires of its Classic and Modern Line range for the incorporation of remote management being able in this way to offer the best solution for aesthetics and lighting purpose in each area of the municipality ROS Only the setting up of the remo
5. ng calculations a 20 of depre e Installation and lamp failures in real time ciation is taken into account Intelligent allows adjusting e Detection of power line theft the flux depending on the depreciation of the lamp e Detection of illegal connection e Optimization of street lighting H Stored information a Selective switching off of luminaries b Increase of flux in the pedestrian crossing with the e Model and brand of installed components incorporation of proximity sensors e Last replacement date of items being part of the instal c Programmed lighting adaptation according to time lation date and zone d Preventive maintenance Control center Smart luminaires Reception of data intelligent Smart Lighting for Smart Cities With SINAPSE technology Operation and technical specifications The Intelligent system creates a radio meshed network in which each smart luminaire acts as an information receiver transmit ter from and to the control center Booster E de gt B lle 3 Radio Control PS transmission center Luminaires node 7_ mesh network Smart luminaire S E Smart luminaire s main technical characteristics ROS O Remote management control iluminaci n e Mechanical general features e Technical characteristics of remote management module Injected aluminium housing Input voltage 1 NA Stainless steel auxiliary screws Self consumption 1W e El ieai
6. ogramming actions according to requirements of the customer Training of personnel to be software users Delivery of a user manual H Use and exploitation e Ease of operate for the control center users e High computer skills not required e Common use of the software not needed The actions are automatically sent to the luminaires The information and data of the operating parameters are received via e mail lamp failures saving and con sumption reports p e Possibility to ordering specific actions e Software updates available iluminaci n J MAAM C lic L Fir all a A www roslighting com DESDE 1940 SINCE 1940 ex R ROS ALGUER S A aes Street Lighting Solutions R ROS ALGUER S A Dr Almera 30 08205 Sabadell Barcelona SPAIN Tel 34 937 263 799 Fax 34937 260 200 info rosiluminacion com
7. te management service not the installation of the luminaries iluminacion ROS iluminaci n Interaction with the lighting With Intelligent you will have a bidirectional system action and e Working towards SMART CITY through the possibility of reception of information on each smart luminaire for a complete incorporating management of the installation a Movement sensors b Humidity sensors H Available actions Temperature sensors e Energy saving through the dimming of the lighting level Light sensors C d Air quality sensors e f Door opening sensors for the control of feeder pil a Luminous flux reduction during time with low traf lars against vandalism fic density saving about 30 40 Z a b Power reduction until to the needed one virtual saving of 0 25 E Registered information For example if an installation requires 60w virtual pow er 70w are installed since 60w are not available in the e Monitoring of the service life time of the components market With this system exact 60w can be obtained e Monitoring of CO emissions c To keep luminous flux constant adjusting the sys e Obtaining of consume graphics tem to the depreciation of the luminaries lamps e Obtaining of saving reports saving about 8 10 e Obtaining of statistical data about component failures New installations always issue a higher flux than is nec e Generation of warning messages on maintenance essary since in the lighti
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