A new era of Lighting Controls & Emergency Monitoring

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1 NEW Features!

2 A new era of Lighting Controls & Emergency Monitoring SmartScan is a revolutionary wireless lighting control system that allows users to monitor their energy performance data and complete operational status information for all SmartScan standard and emergency luminaires. Information is displayed on the SmartScan website which can be accessed from anywhere using a computer, laptop, tablet or smart-phone. The clear graphical user interface provides an overview of the whole site, through to the performance and operation of an individual luminaire. 2

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4 What Is SmartScan? We have wirelessly combined our 3 market-leading systems: Smart Energy Efficient Indoor Lighting Controls Smart External Energy Efficient External Lighting Controls Scanlight AT Scanlight AT Web-based Emergency Lighting Testing and Monitoring For further information and online videos visit 4

5 SmartScan is available in two platforms; Platform 1 Platform 2 Luminaires operate on a stand-alone basis: Smart luminaires link wirelessly in groups for presence detection and scene setting. Energy performance data and operational status information can be retrieved using the SmartScan Programmer. Emergency luminaires are self-test with the addition that operational status and most recent emergency test information can be retrieved using the SmartScan Programmer. The same luminaires are also very simply wirelessly linked into a Gateway which collects and transmits their energy performance data and complete operational status information, for all SmartScan standard and emergency luminaires, to the World Wide Web for viewing using tablets, smart-phones, laptops and computers. Projects initially installed to Platform 1 can easily be upgraded later to Platform 2 by installing a SmartScan Gateway (see page 34). 5

6 What Are The Benefits? System Flexibility Excellent Wireless Reliability Efficient Communication Intelligent Connectivity SmartScan utilises a wireless mesh network. Each device acts as a repeater, ensuring that data signals always find a suitable communication path. Groups are easily created and changed providing future flexibility without altering wiring. An operational frequency of 868MHz (922MHz in Australasia) provides excellent transmission distances and better penetration of signals. Intelligent algorithm with low transmission of data - transmits less than 1% of total time (99% of time wireless is off) - reduces wireless traffic increasing reliability. Software uses simple wait before transmit logic to ensure error free transmissions. 6

7 Platform 2 Reduced Installation Costs Simple and Fast Commissioning Made in the UK Powerful Information Collection The SmartScan Gateway and compatible Smart, Smart External and emergency luminaires simply require a mains connection. All communication cables are replaced by the mesh network so there is no need for data cables, additional power supplies, control modules. Using a single robust hand held infra-red programmer all luminaire types can be very quickly and easily commissioned, and all operational settings can be fine tuned in the future if desired. Customer assurance that the system and luminaires are fully compatible - designed and manufactured by Thorlux in the UK. SmartScan builds on the ultra reliable first wireless generation of Smart - SmartTR. The SmartScan Gateway uses the mesh network to communicate with individual luminaires, sending out instructions such as emergency lighting automatic testing times. It also reads energy performance data and full lighting status from SmartScan luminaires and transmits it to the World Wide Web for viewing using tablets, smart-phones, laptops and computers. 7

8 SmartScan Platform 1 How Does It Work? Smart Projects utilising the Thorlux Smart System can frequently benefit from energy savings in excess of 70% when compared with conventional technology. The factory fitted addition of a SmartScan transceiver, to a Thorlux Smart luminaire, introduces the latest wireless mesh network technology and replaces the wired Motionline communication signals between luminaires with sophisticated, trouble free wireless transmissions. Each transceiver can be individually programmed with a SmartScan Programmer, during commissioning, and assigned to work exclusively within a particular building, or group created within that building. Energy performance data and operational status can be retrieved using the SmartScan Programmer. SmartScan uses 868MHz (922MHz in Australasia) secure radio communication chosen for its excellent transmission distance and object penetration, especially useful within buildings. Each luminaire acts as a wireless node, repeating each command received onto the next luminaire, providing a robust system that will always find a communication path. Emergency At Platform 1 all SmartScan emergency luminaires are stand-alone. Each luminaire will self-test to the schedule specified in BS EN 50172:2004. The operational status of each luminaire is displayed by the status LED and operational status information can be retrieved using the SmartScan Programmer. Manual tests can also be initiated at each luminaire using the SmartScan Programmer. The user, legally, will need to inspect each luminaire at prescribed intervals to monitor test status and manually log the results. Standard Smart Sensor SmartScan Wireless Transceiver 8

9 Addressing - Each SmartScan transceiver can be assigned an address to suit its application. The following parameters are programmable: 1 Building Address Group Address Device Address Link Address Identifies devices that are within the same system and forms the boundary for the wireless mesh network to prevent adjacent buildings communicating. All luminaires with the same building address and the same group address will work together for presence detection and scene control. Up to 254 different zones can be created in one building. To provide unique identification, individual luminaires within each group can be given an address. Allows presence detection communication signals to be transmitted between different groups of luminaires. Each group can be set to transmit or receive an independent link address enabling occupancy in one area to keep another linked unoccupied area illuminated. 9

10 SmartScan Platform 2 How Does It Work? 1 Compatible Smart, Smart External and emergency luminaires wirelessly communicate with each other and the Gateway through the mesh network. 1 Smart or Emergency Luminaires max. 500 per Gateway 2 The Gateway transmits Smart energy performance and status reports for both standard and emergency luminaires to the SmartScan web server. 3 Users employ their chosen device to access the energy performance and status reports. 10

11 2 3 SmartScan Gateway SmartScan Web Servers Your Device 11

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13 SmartScan Platform 2 Website Delivers full energy performance reports. Provides emergency lighting status information. Provides Smart luminaire status information. Controls emergency lighting testing dates/times. Controls external lighting switching times. User Friendly The system is accessed using a web browser, there is no need for a specific app or piece of software. Remote Access Records can be accessed remotely with a username and password. Off-site Storage Energy performance data, emergency lighting testing records, as fitted drawings, commissioning certificates and all the essential emergency lighting documentation is stored remotely on the web server but can be accessed by anyone who has a username and password. smartscan.lighting 13

14 Full Luminaire Status Monitoring NEW Feature! The SmartScan Gateway provides daily uploads of the system status to the website. Secure access allows the user to view full luminaire status monitoring, from the whole installation to individual groups of luminaires or even individual control gear items within a luminaire. The website provides an easy to read visual reference highlighting the following: SmartScan Luminaires Mains control gear functionality Light source functionality Thermal performance (the luminaire is operating within correct temperature limits) Average energy used by the luminaire Total hours powered and operating/on SmartScan Emergency Luminaires Lamp status in emergency operation Number of hours that a lamp has operated from the battery Integral battery is connected and charging Result of the last monthly function test and the date of the next scheduled test Result of the last annual duration test and the date of the next scheduled test Emergency lighting testing schedules are configured via the website i A full history of test reports is also available to view. 14

15 SmartScan Status Reporting SmartScan Emergency Status Reporting 15

16 Typical SmartScan External Lighting Application Times can be set on the SmartScan website External lighting can be used in a number of ways, so flexibility of control is required. ON and OFF times can be set on the SmartScan website. SmartScan External groups can be configured in three ways: Presence detector control (default setting) ON between set times OFF between set times In all three scenarios, the integral light sensor ensures luminaires are OFF if there is sufficient daylight. An integral light sensor turns the light OFF during daylight hours Luminaires are set to turn ON when daylight drops below a preset level The ON period ends and luminaires revert to automatic operation Luminaires will turn ON if movement is detected When no movement is detected the luminaires will dim to a preset level then turn OFF SmartScan Control Automatic Timer Switched : ON Automatic Presence Detected Natural Daylight Energy Saved Luminaire Power (%) 12 Mid-day Dusk 16

17 SmartScan Time Control In the example below, timings are set to turn the luminaires ON between 17:00 and 20:00, and OFF between 00:00 and 06:00 the following morning. Automatic presence control (with light sensor override) is enabled outside of these times. Luminaires will not respond to movement detected during this period Automatic control is re-enabled. Luminaires turn ON if movement is detected Luminaires are held OFF by the Sensors when there is sufficient daylight Timer Switched : OFF Automatic Dawn Mid-day 17

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19 Monitor your lighting energy usage and emergency status on a smartphone, tablet or PC......from anywhere! 19

20 Smart Luminaires Smart Sensors have been re-engineered with a socket on the back. During production, a wireless transceiver is plugged into a Smart Sensor to convert it into a SmartScan Sensor. SmartScan Sensor Grouped presence or absence detection Individual maintained illuminance/daylight dimming and switching Individual manual dimming Scene setting Energy performance monitoring Full programmability Control gear status monitoring NEW Feature! Integral emergency lighting test results NEW Feature! SmartScan Wireless Transceiver Standard Smart Sensor 20

21 Emergency Luminaires A range of stand-alone emergency luminaires are available with integral wireless connectivity suitable for most application requirements. Lexi Lexi-65 Firefly Firefly Surface Downlighter LED array illuminates the exit door Ceiling, wall, cantilever or suspension fixing to cater for all locations Fast-change battery replacement reduces maintenance time and cost IP65 luminaire with optional legends Downlighter LED array illuminates the exit door Will also accept surface conduit style wiring Superb optical performance means fewer luminaires are needed ECO-Power Pack fast-change pluggable battery reduces maintenance time and cost Identical performance to the recessed version Will also accept surface conduit style wiring In addition, a selection of wireless emergency versions of standard luminaire ranges are available too. (see page 24) 21

22 Control Products SmartScan Gateway SmartScan Touch SmartScene Handset SmartScan Programmer SmartScan Hub SmartScan Stand-alone Sensor Monitors and controls up to 500 SmartScan luminaires. (More Gateways can be fitted on large installations) Transmits Smart energy performance and lighting status reports to the SmartScan web server Controls emergency lighting testing dates/times Controls external lighting switching times Touch sensitive buttons and user friendly interface On-off and scene setting controls ECO (automatic energy saving) commissioned mode On-off, individual dimming and scene setting controls ECO (automatic energy saving) commissioned mode Locking key kit available if required Used for commissioning Simple and fast setting of operational parameters from ground level Protective silicone sleeve Laser pointer for accurate alignment Supplied with batteries fitted Allows the integration of non-smart luminaires Practically any type of luminaire (up to 5A total current) can be connected Luminaires are switched according to wireless presence and scene commands Enables control of multiple DALI luminaires Controls up to 10 DALI luminaires. (Assuming one DALI driver per luminaire) Provides wireless connectivity for group control or for SmartScan energy monitoring Can be used stand-alone without connected luminaires to act as a wireless booster/range extender and/or as a slave PIR to extend detection coverage 22

23 Lighting Cable Management Permanent Live (L) Neutral Recessed SmartScan luminaires are manufactured with fitted plug and play TEE connectors to accept factory made and tested interlink leads. This approach, often referred to as modular wiring, provides a fast, error free installation and overall lower total system costs. SPECIFICATION Thorlux UK designed and manufactured LS0H - low smoke zero halogen cables Leads can be plugged together to extend wiring Future flexibility - plug and play Twin latch design - strong strain relief Constructed from flame retardant nylon Compliance with new standard BS EN 61535:2013 Cost Effective Using the Thorlux Lighting Cable Management System will significantly reduce installation labour costs as luminaires and cables are simply plugged together. COST (%) MATERIAL LABOUR CONVENTIONAL SYSTEM MATERIAL LABOUR SMART LCM SYSTEM 3-way mains connection lead 1.5mm 2 3m - LCM m - LCM m - LCM way mains plug with 3 core input lead 1.5mm 2 3m - LCM way plug Live end (for connection to luminaire) - LCM Dead end (for connection from luminaire) - LCM NOTE: If modular wiring is not required please suffix luminaire catalogue number with NT e.g. XL 18306SSNT 23

24 How To Specify SmartScan Luminaires 1 SmartScan can be tailored to suit specific requirements. It can be used for :- l Energy saving control l Automatic emergency lighting testing* l Energy monitoring l Emergency test results l Luminaire status reports * At Platform 1 SmartScan emergency luminaires may self-test at any time. Consequently, caution should be exercised in situations where this may be inconvenient (such as hotel rooms or hospital wards). At Platform 2 specific testing times can be set via the SmartScan website (SmartScan Gateway required). SmartScan Smart luminaires SmartScan Smart luminaires utilise the factory fitted SmartScan Wireless Transceiver addition to the Smart Sensor. To specify a SmartScan Smart luminaire change the luminaire catalogue number suffix from D to SS There are four possible variants of SmartScan luminaires. For example: JUB16949D JUB16949SS 24

25 2 3 4 Integral SmartScan Emergency luminaires A growing range of Thorlux luminaires are available with integral SmartScan Emergency. This involves the addition of the SmartScan Emergency Transceiver (SET) which can be mounted in many, but not all Thorlux integral emergency luminaires. To specify integral SmartScan Emergency luminaires use the W prefix For example: EJB16508L WJB16508L A full list of integral SmartScan Emergency compatible luminaires can be found here: Combined SmartScan Smart luminaires with integral SmartScan Emergency Certain luminaires are available with combined SmartScan Smart control and SmartScan integral Emergency. The luminaire s emergency module will communicate its status via the SmartScan Wireless Sensor. Therefore the catalogue number will have the W prefix AND the SS suffix For example: EJB16949D WJB16949SS NOTE: The W prefix must be used to specify integral wireless SmartScan Emergency. Dedicated SmartScan Emergency luminaires Lexi, Lexi-65, Firefly and Surface Firefly all have inbuilt wireless technology. All of the above luminaires are specified as SmartScan Emergency by using the W prefix For example: WLX17463 Dedicated SmartScan emergency luminaires benefit from a 5 year battery warranty 25

26 Lexi DIMENSIONS MOUNTING OPTIONS OPTIONAL MOUNTING KITS All other methods (as shown) supplied as standard APPROX. DESCRIPTION CAT. No. kg Ceiling Mounted Wall Mounted Suspension mounting kit LX SPARES APPROX. DESCRIPTION CAT. No. kg Nickel Metal Hydride (NiMH) battery EMB End of life SmartScan batteries can be returned to Thorlux for recycling. Suspension Mounted Cantilever Mounted 26

27 Lexi EMERGENCY EXIT SIGNS WITH SMARTSCAN WIRELESS COMMUNICATION RANGE IP40 LED ISO 7010 EURO APPROX. LEGEND CAT. No LEGEND CAT. No kg TYPE SPECIFICATION Polycarbonate body finished white (RAL9016) with acrylic legend panel Silver bezel option Uses long life LEDs Three hour, maintained emergency operation Stand-alone self-test and full SmartScan wireless communication compatible Low power consumption (1.7W total) Ceiling, wall or cantilever mounted Optional wire suspension kit Integral downlight for exit illumination Choice of legends Status indicator shows operational condition External battery compartment (requires tool access) provides fast battery replacement Reliable Nickel Metal Hydride (NiMH) battery technology At Platform 1 SmartScan emergency luminaires may self-test at any time. Consequently, caution should be exercised in situations where this may be inconvenient (such as hotel rooms or hospital wards). At Platform 2 specific testing times can be set via the SmartScan website (SmartScan Gateway required). A WLX D WLX Maintained s B WLX E WLX Maintained s C WLX F WLX Maintained s s Wire link may be removed to enable non-maintained operation FINISH OPTIONS - suffix catalogue number with: SV3 - Silver e.g. WLX SV3 etc. LEGEND OPTIONS ISO 7010 Double Sided * ISO 7010 Single Sided B A C EURO Double Sided * * Suitable for wall mount applications. Legend can be inserted as arrow left or arrow right. SmartScan Wireless Standards Compliance: Europe: EN V2.4.1 / EN V1.6.1 Australasia: ACMA 2014 Radio Communication Standard 2014 Thorlux Patented Wireless Technology - GB E D EURO Single Sided F Silver bezel option Hinged battery access Integral downlight for exit illumination 27

28 Lexi-65 LEGEND KITS ISO 7010 Self Adhesive Legend Kit - Cat. No. LXP 17613* EURO Self Adhesive Legend Kit - Cat. No. LXP 17612* * Order separately from luminaire DIMENSIONS With downlight 28

29 Lexi-65 LED EMERGENCY LUMINAIRES WITH SMARTSCAN WIRELESS COMMUNICATION RANGE APPROX. LED CAT. No. DESCRIPTION kg TYPE IP65 LED 1W WLX l Standard 1.0 Maintained s 1W WLX l With integral downlight 1.0 Maintained s SPECIFICATION Polycarbonate body finished white (RAL9016) Clear polycarbonate cover Uses long life LEDs Three hour, maintained emergency operation Stand-alone self-test and full SmartScan wireless communication compatible Low power consumption (1.7W total) Integral downlight option for exit illumination Optional self-adhesive legend kit Status indicator shows operational condition Reliable Nickel Metal Hydride (NiMH) battery technology s Wire link may be removed to enable non-maintained operation l Legend kits must be ordered separately - see page 28 SPARES APPROX. DESCRIPTION CAT. No. kg Nickel Metal Hydride (NiMH) battery EMB End of life SmartScan batteries can be returned to Thorlux for recycling. At Platform 1 SmartScan emergency luminaires may self-test at any time. Consequently, caution should be exercised in situations where this may be inconvenient (such as hotel rooms or hospital wards). At Platform 2 specific testing times can be set via the SmartScan website (SmartScan Gateway required). SmartScan Wireless Standards Compliance: Europe: EN V2.4.1 / EN V1.6.1 Australasia: ACMA 2014 Radio Communication Standard 2014 Thorlux Patented Wireless Technology - GB With legend 29

30 Firefly EMERGENCY LIGHTING PERFORMANCE GUIDE TYPICAL SPACING FOR AREA LENS TYPICAL SPACING FOR CORRIDOR (ESCAPE ROUTE) LENS TYPICAL SPACING FOR OPEN AREAS (STANDARD VERSION) A A A A A B B B B B A A B A A B A Mounting Height Mounting Height Mounting Height 0.5 lux minimum 1 lux minimum (on centre line) 0.5 lux minimum SPACING TABLE PHOTOMETRIC GUIDE SPACING TABLE PHOTOMETRIC GUIDE SPACING TABLE PHOTOMETRIC GUIDE MOUNTING A B HEIGHT (m) (m) (m) TRANSVERSE AXIAL MOUNTING A B HEIGHT (m) (m) (m) TRANSVERSE AXIAL MOUNTING A B HEIGHT (m) (m) (m) TRANSVERSE AXIAL Maintenance factor Maintenance factor Maintenance factor CANDELAS PER 1000 LUMENS CANDELAS PER 1000 LUMENS CANDELAS PER 1000 LUMENS 30

31 Firefly EMERGENCY LUMINAIRES FOR RECESSED MOUNTING WITH SMARTSCAN WIRELESS COMMUNICATION IP65 DOWNLIGHTER (BELOW CEILING) IP20 CONTROL MODULE IP40 DOWNLIGHTER (ABOVE CEILING) LED SPECIFICATION Thermally conductive nylon body, polycarbonate bezel finished white (RAL9016) Small size - unobtrusive Three hour, non-maintained emergency operation Stand-alone self-test and full SmartScan wireless communication compatible May be positioned for maximum effect Reliable LED technology Low standby power consumption (1.7W total) Status indicator shows operational condition Superb photometric performance Easily replaceable Nickel Metal Hydride (NiMH) ECO-Power Pack battery At Platform 1 SmartScan emergency luminaires may self-test at any time. Consequently, caution should be exercised in situations where this may be inconvenient (such as hotel rooms or hospital wards). At Platform 2 specific testing times can be set via the SmartScan website (SmartScan Gateway required). RANGE APPROX. DISTRIBUTION CAT. No. kg TYPE Area WFF Non-maintained Corridor WFF Non-maintained Standard WFF Non-maintained Control Module and ECO-Power Pack Add suffix TEE3 for pre-fitted plug & socket connections and flying lead (3m) for use with the Thorlux 3-way Modular Wiring Systems specifically used with SmartScan luminaires. Add suffix TEE for pre-fitted plug & socket connections and flying lead (3m) for use with the Thorlux 6-way Modular Wiring Systems. e.g. WFF 17490TEE3. See Fig. 1 SPARES Fig. 1 3-core version APPROX. DESCRIPTION CAT. No. kg ECO-Power Pack battery PP End of life SmartScan batteries can be returned to Thorlux for recycling. ACCESSORY DESCRIPTION T-bar mounting bracket for Control Module and ECO-Power Pack CAT. No. SLA Area Version - supplied complete with Control Module and ECO-Power Pack Corridor version SmartScan Wireless Standards Compliance: Europe: EN V2.4.1 / EN V1.6.1 Australasia: ACMA 2014 Radio Communication Standard 2014 Thorlux Patented Wireless Technology - GB Standard version 31

32 Firefly DIMENSIONS Firefly 57 dia. 70 dia Terminals suitable for 1.5mm 2 looped cable. NOTE: Firefly is a class II Luminaire. Earth connection provided for looping only. ECO-Power Pack Control Module The ECO Power Pack is hinged allowing it to be passed through cut-outs as small as 60mm diameter and into void depths as shallow as 145mm x 5 dia. fixing holes Hole size cut-out = 60 dia. Control Module and ECO-Power Pack Combined Minimum void depth (when passing Control Module and ECO-Power Pack through cut-out) = 145mm 1 x 5 dia. fixing hole Control Module and ECO-Power Pack are articulated for easy placement through a small cut hole. The two items may be clipped on top of each other for space saving. 60mm Minimum cut-out diameter 145mm Minimum void depth Snap-fit battery pack for fast replacement. End of life SmartScan batteries can be returned to Thorlux for recycling. Strain relief incorporated into lid of wiring compartment. 32

33 Firefly Surface EMERGENCY LUMINAIRES FOR SURFACE MOUNTING WITH SMARTSCAN WIRELESS COMMUNICATION RANGE APPROX. DISTRIBUTION CAT. No. kg TYPE Area WFF Non-maintained IP54 LED Corridor WFF Non-maintained Standard WFF Non-maintained SPECIFICATION Polycarbonate body finished white (RAL9016) Three hour, non-maintained emergency operation Stand-alone self-test and full SmartScan wireless communication compatible Reliable LED technology SPARES APPROX. DESCRIPTION CAT. No. kg Nickel Metal Hydride (NiMH) battery EMB Standard version Low standby power consumption (1.7W total) Status indicator shows operational condition Superb photometric performance End of life SmartScan batteries can be returned to Thorlux for recycling. DIMENSIONS Reliable Nickel Metal Hydride (NiMH) battery technology Corridor version Area and Standard versions Area version At Platform 1 SmartScan emergency luminaires may self-test at any time. Consequently, caution should be exercised in situations where this may be inconvenient (such as hotel rooms or hospital wards). At Platform 2 specific testing times can be set via the SmartScan website (SmartScan Gateway required). 155 Corridor version SmartScan Wireless Standards Compliance: Europe: EN V2.4.1 / EN V1.6.1 Australasia: ACMA 2014 Radio Communication Standard 2014 Thorlux Patented Wireless Technology - GB Spot centre for conduit entry Photometric Performance see Firefly luminaire (page 30) 33

34 SmartScan Gateway RANGE APPROX. DESCRIPTION CAT. No. kg SmartScan Gateway SS MASTER CONTROL AND WEB INTERFACE WITH SMARTSCAN WIRELESS COMMUNICATION IP65 DIMENSIONS SPECIFICATION l l l l l l l Polycarbonate body finished white (RAL9016), silicone keypad Central control for up to 500 Smart and emergency luminaires. Extra Gateways can be fitted to accommodate more luminaires Central control for multiple groups Allows user to initiate tests Password protected Communicates with the SmartScan website using GSM mobile telecommunications Test times / dates managed using the SmartScan website SmartScan Wireless Standards Compliance: Europe: EN V2.4.1 / EN V1.6.1 Australasia: ACMA 2014 Radio Communication Standard 2014 Thorlux Patented Wireless Technology - GB

35 SmartScan Touch SmartScan Scene Simple and flexible scene control is provided by the SmartScan Touch wall plate or SmartScan Scene remote control handset Mains 87 N L NOTE: Back box single gang depth min. 45mm RANGE RANGE APPROX. DESCRIPTION CAT. No. kg APPROX. DESCRIPTION CAT. No. kg SmartScan Touch - regular SS SmartScan Touch - teaching SS SmartScan Touch - meeting SS SmartScan Scene handset - regular LCM SmartScan Scene handset - teaching LCM SmartScan Scene handset - meeting LCM Locking Key Kit ECO regular teaching meeting Scene 1 Scene 2 Scene regular teaching meeting

36 SmartScan Stand-alone Sensor ENABLES CONTROL OF MULTIPLE DALI LUMINAIRES IP40 RECCESED VERSION IP65 SURFACE VERSION RANGE Recessed version - supplied complete with Controller APPROX. DESCRIPTION CAT. No. kg SmartScan Stand-alone Sensor - Recessed SS SmartScan Stand-alone Sensor - Surface SS Add suffix TEE for pre-fitted plug & socket connections and flying lead (3m) for use with the Thorlux 6-way Modular Wiring Systems. e.g. SS 18650TEE Surface version SPECIFICATION Polycarbonate body finished white (RAL9016) Controls up to 10 DALI luminaires* Can be used stand-alone without connected luminaires to act as a wireless booster/range extender and/or as a slave PIR to extend detection coverage Class II device. Earth connection provided for looping only Terminals suitable for 1.5mm 2 looped cable Suitable for mounting heights up to 8 metres For presence detection guide see smart-presence-detection * Assuming one DALI driver per luminaire ACCESSORY DIMENSIONS DESCRIPTION CAT. No. Recessed version Surface version T-bar mounting bracket for recessed version SLA dia Side conduit entries (drill as required) SmartScan Wireless Standards Compliance: Europe: EN V2.4.1 / EN V1.6.1 Australasia: ACMA 2014 Radio Communication Standard 2014 Thorlux Patented Wireless Technology - GB CRS. Minimum void depth (when passing controller through cut-out) = 225mm dia. Ceiling cut-out - 50mm dia x 21mm dia. central rear cable/conduit entry Sensor connected to controller by 900mm lead 36

37 Wiring application with recessed or surface SmartScan Stand-alone Sensor The SmartScan Sensor will turn the luminaires on and off based on presence detection and dim according to daylight level/maintained illuminance. It will provide wireless connectivity for group control. SmartScan Platform 2 Energy Reporting DL DL SSR OR SSS DL Mains supply The Stand-alone Sensor is fully compatible with SmartScan Platform 2 Energy Monitoring. The website will report the combined total circuit parameters of all the luminaires controlled by the Stand-alone Sensor. Suitable luminaires Luminaires must be fitted with DALI control gear (suffix Thorlux luminaire catalogue number with A ). A maximum of 10 DALI drivers can be connected to each Stand-alone Sensor (some luminaires may have more than one driver). DL NOTE: Status monitoring of connected luminaires is not available when using the SmartScan Stand-alone sensor. Not suitable for use with SmartScan emergency luminaires. Use Firefly or similar dedicated SmartScan luminaires. SSR SmartScan Stand-alone Sensor - Recessed (SS 18650) OR SSS SmartScan Stand-alone Sensor - Surface (SS 18651) Mains 3-core DALI 2-core DL DALI luminaire 37

38 SmartScan Programmer SmartScan Hub Simple and fast setting of operational parameters from ground level. Allows integration of non-smart luminaires into the SmartScan system ACCESSORIES way luminaire to Hub connection lead stripped at one end 0.75mm 2 (for non factory fitted luminaires) 3m - LCM RANGE APPROX. DESCRIPTION CAT. No. kg SmartScan Programmer - Smart Internal LCM 10777SS 0.6 SmartScan Programmer - Smart External SC 14228SS 0.6 RANGE APPROX. DESCRIPTION CAT. No. kg SmartScan Hub - Conventionally wired SS SmartScan Hub - Modular wired SS 17718TEE 0.86 Non-Smart luminaires can be plugged into the Smart Hub using a factory fitted 1m connection lead (suffix luminaire catalogue number with SHL). For further details see 3-way Hub extension lead 0.75mm 2 3m - LCM Circuit splitter LCM

39 SmartScan Specification Each luminaire shall be equipped with an intelligent electronic sensor providing movement detection, light level sensing and an infra-red transceiver for programming and remote control. Luminaires shall be capable of being linked together to form motion groups. Linking shall be possible using a two core bus or wirelessly using an 868/922 MHz transceiver. Movement detected by one sensor will be signalled to all other sensors in its group. No bus power supply or other ancillary control devices will be required to facilitate such operation. Sensors shall be capable of absence mode operation in conjunction with a scene control plate or infra-red handset. Each sensor shall provide individual dimming of the luminaire and maintain a set illumination level. Grouped dimming shall not be acceptable for daylight control. Sensors shall be fully programmable and reconfigurable using a hand held infra-red programmer. The programmer shall be capable of reading back and displaying current sensor settings and power/maintenance monitoring information from individual luminaires. Monitoring can be reset by the user. Sensors to be capable of operating DALI and DSI digital ballasts. Emergency luminaires shall be self-test with built in wireless capability, operating on the same wireless network as the standard intelligent luminaires. Tests can be initiated using an infra-red programmer as well as retrieving emergency operational status information. The system shall be monitored by a central wireless Gateway which will upload system status and energy performance to a website for users to view in a graphical format. Wireless connectivity Luminaires shall be capable of being inter-connected wirelessly. Operational frequency shall be 868/922 MHz with low data rates - less than 1%. The system shall work on a mesh networking principle and be capable of adding link addresses across a building providing a corridor hold function. The link addressing shall be independent from the group addressing. Programmable settings can be altered from floor level using an infra-red programming device. Touch scene control Sensors shall be capable of responding to scene controls from a wall-mounted touch sensitive control plate or a hand-held remote controller. Each sensor shall be individually programmed and reconfigurable for each scene. The system shall be capable of setting either fixed scenes which are a percentage of full output, or automatic scenes which will maintain an illumination level expressed as a percentage of the standard light level setting. Scene control plates shall be of the capacitive sensing type. Each function shall have a status LED which will display the current system status. Scene plates shall be printed to suit the application, and matching infra-red remote controllers shall also be available. Remote controllers should be supplied with wall brackets and optional locking mechanisms. Each control group shall be capable of using multiple scene control plates and its current setting will automatically display on all scene plates. When the area is vacated the whole system should automatically revert to ECO energy saving mode. Addition of non-intelligent slave luminaires The system shall be capable of switching non-intelligent slave luminaires based upon movement detection of the main group of intelligent luminaires and shall be capable of being reconfigured for all conditions - i.e. normal (automatic/eco) operation, scene and vacant conditions. Emergency luminaires Emergency luminaires shall be self-contained LED type, capable of communicating status via the wireless mesh network to the Gateway. System test times and other parameters shall be programmed via the website, this information shall be automatically downloaded to the Gateway. The Gateway shall control all emergency testing and reporting automatically. Website system monitoring All luminaires shall report status to the Gateway once per day. This will include failure status and energy performance data. These records shall be uploaded to a website periodically where the data will be stored securely and displayed in graphical format. The website will also store supporting site documentation including as fitted drawings, commissioning certificates and any other documentation required by the end user. Environmental credentials The manufacturer shall be independently certified to ISO The manufacturer s processes shall be carbon offset via a quantifiable carbon offsetting scheme and shall include emissions from the lighting manufacturer s vehicles used for delivery and other project associated mileage. Short specification text Intelligent luminaires to be fitted with integral Smart sensor providing daylight harvesting, maintained illuminance, presence/absence detection and scene setting. The system shall be capable of group presence communication ensuring luminaires can illuminate in groups and with individual scene setting control using 868/922 MHz wireless mesh connectivity with building wide link address capability. System to include seemless integration of wireless emergency lighting luminaires. All aspects are to be programmable from floor level using an infra-red remote control programmer. The system to provide daily maintenance status reports and energy performance data for viewing on remote website with the capability to store drawings and documentation. Download specification text from:

40 Designers, manufacturers and suppliers of professional lighting systems INDUSTRIAL LUMINAIRES COMMERCIAL LUMINAIRES FLOODLIGHTING LUMINAIRES ARCHITECTURAL LUMINAIRES HEALTHCARE LUMINAIRES HAZARDOUS AREA LUMINAIRES RETAIL & DISPLAY LUMINAIRES CONTROLS AND SYSTEMS A DIVISION OF F.W. THORPE PLC Thorlux Carbon Offsetting Project: The information given in this catalogue is typical and must not be interpreted as a guarantee of individual product performance and/or characteristics. We reserve the right to alter specifications and designs without prior notice. Thorlux Lighting Merse Road North Moons Moat Redditch Worcestershire B98 9HH England T F E W +44 (0) (0) thorlux@thorlux.co.uk Direct UK Sales Line: Thorlux Lighting Ireland Unit G6 Riverview Business Park Nangor Road Gallanstown Dublin 12 Ireland T F E W +353 (0) (0) thorlux@thorlux.ie Thorlux Lighting Australasia Pty Ltd. 31 Cross Street Brookvale Sydney NSW 2100 Australia T T +61 (0) E thorlux@thorlux.com.au W Registered No. ABN Thorlux Lighting LLC Office 334 European Business Centre Green Community Dubai Investment Park 1 PO Box Dubai United Arab Emirates T F E W +971 (0) (0) sales@thorlux.ae Thorlux Lighting Deutschland Ernst Gnoß Strasse Düsseldorf Deutschland T F E W +49 (0) (0) thorlux@thorlux.de FM EMS P.N. 2645B Oct. 17