LMS - COMPONENTS USER INTERFACE SENSORS CONTROLERS ACTUATORS COMUNICATION SYSTEMS LMS CD HE DALI INPUT UNIT 0-10V LMS CB HE FRAME

Transcription

1 LMSCOMPONENTS2017

2 LMSCOMPONENTS2017

3 LMS - COMPONENTS USER INTERFACE LMS CU HE INPUT UNIT 4 LMS CU HE INPUT UNIT 4 LED LMS PS HE DALI LMS CD HE DALI INPUT UNIT 0-10V LMS CB HE BUTTON 8B B LMS CB HE FRAME LMS CU HE DIM REMOTE CONTROL 3 LMS CU HE DIM SOLO REMOTE CONTROL 4 LMS CD HE TOUCHPANEL W LMS IT HE SMART GUI SENSORS LMS SE HE PIR DETECTOR LMS SE HE PIR MULTI LMS SE HE MO MW LOW PROFILE LMS SE HE MO MW LOW PROFILE MOV LMS SE HE LIGHT OUTDOOR LMS SE HE MO LI DIM SOLO LMS SE BG 4 MO PIR M GH SM LMS SE BG 4 MO PIR S GH SM LMS SE BG 4 MO PIR DALI DSI SM LMS SE BG 9 MO PIR DIGI FC LMS SE CG MO RAD 01/02 LMS SE BG MO PIR WALL 230 CONTROLERS LMS CD HE DALI ROUTER 1CH LMS CD HE DALI ROUTER 2CH LMS CD HE DALI ROUTER 2CH DMX LMS CD H BLINDS HE LMS CD HE DALI CONTROLLER 8CH LMS CD HE DIM SOLO INTERFACE MODULE LMS CD BC GUI CONTROLLER 2 LMS CD BC GUI CONTROLLER 4 LMS CD EE DIG ASTRO LMS CU TC CITYOWL NODE RF / PLC LMS CD LS WEB CONTROL LMS CD TC CITYOWL CONTROLLER PRO ACTUATORS LMS CD HE DIMMER 500W LMS CD HE DALI RELAY 1CH 2A LMS CD HE DALI RELAY 1CH 16A LMS CD HE DALI RELAY 8CH 16A COMUNICATION LMS IT MT REMOTE ACCESS LMS IT AS LAN SWITCH 8P / 5P LMS IT ZX LAN SWITCH 5P/8P PLASTIC SYSTEMS EMKO CENTRAL BATTERY SYSTEM POWERLINE OUTDOOR SYSTEM CITYOWL CITYOWL 2 WEBCONTROL

4 USER INTERFACE LMS COMPONENTS

5 20 USER INTERFACE USER INTERFACE Pre-configured with touch dimmer inputs for two groups Fits into all standard size back boxes and architrave style back boxes Touch dimming with a momentary push switch Can be used with momentary or latching switches Fully programmable using PC programming tool software Inputs: Overload protection: Short-circuit current: Debounce period: Voltage-free switched inputs: Isolation: Cable requirements DALI: Cable length 4 inputs (active low) COM Input Ground ± 7 V 0.5 ma maximum 50 ms 5 V nominal with switch open, must be less than 0.3 V with switch closed No isolation from DALI network: switches must provide user protection DALI Ribbon cable terminated with 1.2 mm ferrules. 170 mm, Caution: Do not increase the length of the wires. This can cause interference problems. LMS CU HE INPUT UNIT 4 CODE: KR000 The LMS CU HE INPUT UNIT 4 is a fully DALI-compatible interface, designed to allow customer specified switches, sensors, time clocks or other on/off control devices to Compact design 4 Switch inputs 4 LED Driver outputs ed from DALI network Inputs: Overload protection: Short-circuit current: Debounce period: Voltage-free switched inputs: Isolation: LED output: 4 inputs COM Input Ground ± 7 V 0.5 ma maximum 50 ms 5 V nominal with switch open, must be less than 0.3 V with switch closed No isolation from DALI network: switches must provide user protection 5 V source, 1 kω source impedance LMS CU HE INPUT UNIT 4 LED CODE: KR000 Is a very compact interface unit suitable for the conversion of third-party switches or button panels, to be compatible with a lighting control system. The unit provides four DALI supply output: None (Use external DALI power supply) DALI consumption: 10 ma be incorporated into a lighting control system. The LMS CU HE INPUT UNIT 4 is a small, pre-wired, encapsulated printed circuit board and is suitable for inclusion into all Cable requirements Wire size: Strip length: Up to 1.5 mm² 5 mm switch inputs for use with volt-free contacts, and four LED output drivers for indicator LEDs. for the unit is derived from the DALI network, so no external power Dimensions: IP code: Operating conditions Encapsulated printed circuit board 10 g IP20 0 C to +40 C Max. 90 %, noncondensing -10 C to +70 C standard size back boxes together with a suitable mains rated switch. Installation Notes All switches and cables must be mains rated. To avoid interference problems, the four pre-wired switch connections and the common lead should not be increased in length. Cannot be used to interconnect multiple DALI networks. LMS CU HE INPUT UNIT 4 Connection Details The diagram above illustrates a Mini Input Unit being used with a 4 gang mains switch in a single gang back box. DALI supply output: DALI consumption: Maximum wire length Switch inputs: LED driver outputs: DALI: None (Use external DALI power supply) 15 ma 0.5 m 0.5 m 0.3 m supply is required. to the unit are via screw terminals. The compact design means that the unit can be mounted within a third-party switch/button module or back box. The unit is fully compatible with lighting control systems, and its operation is configured using PC programming tool. CONNECTION EMC emission: EN EMC immunity: EN Safety: EN Environment: Default Functions Common 1 Scene 1 Recall/ Store 2 Scene 2 Recall/ Store 3 Scene 3 Recall/ Store 4 Touch Last level DALI (+) DALI (-) Complies with Brown Red Orange Yellow Green Blue Violet CONNECTION Dimensions: Connector screws: IP code: Operating conditions 30 mm 23 mm 14 mm M2 (Screwdriver blade 0.4 mm 2.5 mm) IP00 0 C to +40 C Max. 90 %, noncondensing -10 C to +70 C EMC emission: EN EMC immunity: EN Safety: EN Environment: Complies with WEEE and RoHS directives COMMON ANODE (Default LED Type setting) Switches COM Switches COMMON CATHODE (Set LED Type to Common cathode in PC programming tool) COM DALI DALI LED feedback LED feedback

6 USER INTERFACE USER INTERFACE Supplies power to a system up to the maximum of 250 ma DALI short circuit protected Over temperature protected Status LED indicates DALI communication by flashing Operates on a universal supply voltage of 85 VAC VAC. DALI: Mains: Standard terminal block 0.5 mm² mm² stranded or solid core Up to 4 mm² solid core, or up to 2.5 mm² stranded LMS PS HE DALI CODE: KR000 The LMS PS HE DALI is fully DALI-compatible, and provides a system with the required supply of up to 250 ma. LMS PS HE DALI is a DIN-rail mounted unit. An LED indicates Status LED gives visual indication of units current operational mode, either: normal operation, initialisation, physical selection or input activation. Physical selection switch. Can be used with momentary or latching switches. Can be used with 0-10 Volt analogue devices. Fully programmable using Imagine Workshop software. Can be used with time clocks. VOLTAGE-FREE SWITCHED INPUTS : 1-8 Inputs (active low) COM Input Ground Voltage on Pins 1-8: 5 V nominal with switch open, must be less than 2 V switch closed. Over Voltage Protection: Short-circuit Current: Debounce Period: ±35 V 0.5 ma maximum 50 ms LMS CD HE DALI INPUT UNIT 0-10V CODE: The LMS CD HE DALI INPUT UNIT 0-10V is an interface designed to allow customer specified switches, sensors, time clocks or other on/off control devices to be incorpo- Mains supply: DALI Supply: DALI Consumption: Operating Conditions Temperature: Relative Humidity: 85 VAC VAC, 48 Hz - 62 Hz 20 VDC (nominal), 250 ma None 0 C to +40 C Max. 90 %, non-condensing that it is connected to the mains supply. Note: If a power supply unit is connected to the system, no other source of power may be used. Installation Notes The external mains supply to the unit must be protected. We recommend that a 2 A MCB is used. ANALOGUE INPUTS Analogue : Input Range: Over Voltage Protection: Input Impedance: Settling Time: Response Time: 1-4 Inputs COM Input Ground 0-10 V ± 15 V 7.5 kiloohm 10 ms 50 ms rated into an Imagine lighting control system. Installation Notes The screen (SC) connection on this unit must be connected to earth to ensure correct operation. No more than 50 metres of cable should be used between the actuating switch and the input to the unit. The analogue inputs require externally sourced 0-10 V DC. Shielded cable should be used in electrically noisy environments. Temperature: -10 C to +70 C POWER Mechanical Data Housing: DIN-rail case 35 mm wide Supply: Consumption: ed from the DALI bus 10 ma 45 mm 90 mm 80 g Conformity & Standards EMC emission: EN EMC immunity: EN Safety: EN CONNECTIONS L N E Operating Conditions Temperature: Relative Humidity: 0 ºC to +40 ºC 90 % max, noncondensing Temp: -10 ºC to +70 ºC 70 mm CONNECTIONS 58 mm IP Rating: 30 Isolation: 3 kv Mechanical Data Housing: DIN-rail case 70 mm wide 110 g CONFORMITY & STANDARDS Emission: EN DALI IN DALI OUT Immunity: EN Safety: EN DADALI IN DADALI OUT Case IP Rating: 30 Terminal IP Rating: 00 Isolation: 4 kv DALI to Inputs

7 USER INTERFACE USER INTERFACE NAME LMS CB H BUTTON 2B W LMS CB H BUTTON 2B W DIMM LMS CB H BUTTON 5B W LMS CB H BUTTON 7B W LMS CB H BUTTON 8B W LMS CB H BUTTON 4B W LMS CB H BUTTON 2B B LMS CB H BUTTON 2B B DIMM LMS CB H BUTTON 5B B LMS CB H BUTTON 7B B LMS CB H BUTTON 8B B LMS CB H BUTTON 4B B SAP CODE P100PM0253 P100PM0254 P100PM0257 P100PM0259 P100PM0261 P100PM0255 P100PM0248 P100PM0249 P100PM0256 P100PM0258 P100PM0260 P100PM0250 Choice of black (B) or white (W) modules Simple connection: out-of-box operation Easily reconfigured and programmable using PC programming tool Designed to fit DIN and UK standard back boxes Double-gang version can take three independent modules Customisable button layout and frames available upon request. Contact your local representative for further information Delivered DALI cable: Wire size: Cable rating: DALI supply input: DALI consumption: Operation IR frequency: Removable connector block 0.5 mm² mm² Solid or stranded All cables must be mains rated 13 V to 22.5 V 10 ma 36 khz LMS CB HE BUTTON 8B B CODE: P100PM0260 The LMS CB HE BUTTON are a customisable DALIcompatible range of user interfaces that allow control of the lighting system. Each module is fitted with indicator LEDs and an infrared receiver that gives the option of remote operation using hand-held remote controls. The hand-held remote also allows additional control of the system s functions and can be used as a programming device on simple systems. CONNECTION Compatible with any of panel modules, including customisable versions. Designed to fit DIN and UK standard back boxes. Double-gang version can take three independent modules. Finishes The frames kits are available in the following range of finishes: Frame finish Dimensions Single frame dimension: Double frame dimensions: Single chassis dimensions: Double chassis dimensions: Single-gang code 86 mm 86 mm 4.5 mm (White Plastic: 88.4 mm 88.4 mm 4.5 mm) 146 mm 86 mm 4.5 mm (White Plastic: 160 mm 88.4 mm 4.5 mm) 86 mm 86 mm 5.9 mm 146 mm 86 mm 5.9 mm Doublegangcode White P100PM KR000 Steel KR000 - Metal SE009 - Black KR000 - LMS CB HE FRAME S W CODE: P100PM0262 The Series is a customisable DALI-compatible range of frame kits (frame and chassis) for control modules. Single Frame Double Frame Dimensions: Module weight: IP code: Operating conditions 31.8 mm 35.4 mm 48.4 mm 41 g with DALI connector IP C to +35 C Max. 90 %, noncondensing -10 C to +70 C MODULE TYPES On/Off Raise/Lower 4 scenes + Off Weight Single frame kit - Net weight: Single frame kit - Shipping weight: Double frame kit - Net weight: Double frame kit - Shipping weight: 100 g 130 g 144 g 184 g Single Chassis Double Chassis 86 (88.4) 146 (160) (86) 86 (86) 4 scenes, Off + Up/Down 7 scenes + Off 4 scenes EMC emission: EN EMC immunity: EN Safety: EN Environment: DALI data transfer: Complies with WEEE and RoHS directives All LMS CB HE BUTTON use a data protocol which conforms to the DALI protocol

8 USER INTERFACE USER INTERFACE Controls basic system functions Excellent programming tool for simple lighting systems (PC programming tool is used for advanced programming) Up to four lighting groups may be programmed Can be used for setting fade time during scene changes Additional Features Remote controls may be individually addressed permitting the use of multiple remotes and receivers within one area, without cross interference. (Receivers must be programmed using PC programming tool software.) Can control up to four lighting groups; on/off/up/down Installation Notes The two supplied AAA batteries must be installed before using the remote control supply: Range Operating range: No external physical connections are necessary 2 IEC, LR03/AAA 1.5 V Battery Approximately 5 m: with ± 22.5 angle to panels with ± 63 angle to multisensors LMS CU HE DIM REMOTE CONTROL 3 CODE: KR000 The Infrared Remote Control is a fully compatible unit for use in either controlling or configuring a lighting control system. All control panels and multisensor units are fitted with an IR receiver that allows them to be used in conjunction with the remote control unit. The remote control is a hand-held unit and is fitted with seven buttons that can be used to control basic system functions such as on/off, raising and lowering the general light level and the selection of four scenes. The seven buttons can also be used in various combinations to provide basic programming functions. Mountable wall bracket/desk stand included Connects to PC for advanced lighting setup via USB cable Compatible with PC programming tool Remote controls may be individually addressed permitting the use of multiple remotes and LMS SE HE MO LI DIM SOLO within one area, without interference. This feature is programmable using PC programming tool PC to remote: supply: Range Operating range: Operating frequency: USB 2.0 A Cable to Mini B Cable 2 AAA (LR03) 1.5 V batteries Approx. 10 m 36 khz Remote control functions Infrared remote control: Modify preset light levels (Constant light or fixed light); Scene store and recall; Activate special test functions LMS CU HE DIM SOLO REMOTE CONTROL 4 CODE: P100PM0272 The infrared LMS CU HE DIM REMOTE CONTROL 3 allows the user to control, modify and configure standalone lighting applications fitted with a LMS CU HE DIM SOLO REMOTE CONTROL 4. This hand-held unit is fitted with eleven buttons that control basic functions such as raising and lowering the general light level and selecting four pre-set scenes and off. Further advanced configuration is possible by connecting the LMS CU HE DIM REMOTE CONTROL 3 to a PC via a USB cable and editing settings in the PC programming tool. This enables the user to upload configurations directly to the remote control which can then be transferred to a LMS CU HE DIM SOLO REMOTE Operation IR frequency: Dimensions: Housing: Operating conditions 36 khz 57 mm 28 mm 119 mm Matt dark grey, nonflammable polycarbonate, halogen free 50 g Environment: 0 C to +40 C Max. 90 %, noncondensing -10 C to +70 C Complies with WEEE and RoHS directives mm Deep NOTE Insert batteries observing polarity as indicated on the interior of the battery compartment. 2. Sixteen position rotary Dimensions: Material (housing): 59 mm 21 mm 110 mm Non-flammable polycarbonate, halogen free Colour (housing): Traffic White (RAL 9016) Bracket screws: Operating conditions 40 g 2 No 6 - ¾ (3.5 mm 20 mm) pan pozi head screws 0 C to +40 C Max. 90 %, noncondensing -10 C to +70 C EMC emission: EN EMC immunity: EN Safety: EN Environment: Complies with WEEE and RoHS directives CONTROL 4 Sense via IR. Installation Notes Two AAA batteries (not included) should be installed before using the remote control. Observe battery polarity as indicated on the interior of the battery compartment Can be powered without batteries via the USB but operates with reduced range polarity as indicated onthe interior of the battery compartment Can be powered without batteries via the USB but operates with reduced range CONNECTIONS (Optional - For use with PC programming tool only) Connect USB 2.0 A Cable to USB port of PC or laptop 2. Insert Mini USB B Cable to REMOTE CONTROL 4 2.

9 USER INTERFACE USER INTERFACE Built-in astronomic real-time clock Automatic scene changing (sequences and cycles) Integral infrared receiver Customisable graphics and user language selection Compatible with Router system via DALI Can be powered by LMS CD HE DALI INPUT UNIT 0-10V DALI cable: S-DIM cable: Ethernet: 2-wire, 1.0 mm² mm² Example: Belden 8471 Low-loss, multistranded RS485 type, up to 1000 m, 0.22 mm² mm². Examples: Belden 8102 or Alpha 6222C. One twisted pair for A and B (85 Ω Ω impedance), one core or twisted pair for 0 V, and shield for screen. Not used. This port will be supported in a future firmware release. LMS CD HE TOUCHPANEL W CODE: P100PM0266 The LMS CD HE TOUCHPANEL W is a 3.5 touch-sensitive colour LCD screen that can be used for controlling and programming a lighting control system. The user can control and manage a selected lighting circuit (turn it on/off, set the dimming, change the lighting scenes, etc.), which effectively decreases energy consumption, or check the individual setting of the luminaires. Very usefully, the software also reports when a luminaire is damaged or malfunctioning. LMS IT HE SMART GUI The LMS IT HE SMART GUI allows for creation of user environment application for the control of lighting systems DALI, SDIM, and DMX. The appearance of the application can be adjusted to the wishes of the customer supply: Supply: 14 VDC - 50 VDC externally supplied. 14 VDC - 50 VDC externally supplied. Supply: DALI supply units and type of the control device, and uploaded to touch panel of a PC or tablet. The system can be controlled via cable connection or wifi. Dimensions: IP code: Back box: 146 mm 35 mm 88 mm 350 g IP30 Requires double-gang UK back box (provided in the package) Operating and storage conditions 0 C to +35 C Max. 90 %, noncondensing -10 C to +70 C CONNECTIONS L N E Emission: EN Immunity: EN Safety: EN Environment: Complies with WEEE and RoHS directives DA+ DA- DA+ DA- SC V+ V- OB B A A B 0V S-DIM DALI Software System: Software: DALI addresses: Or standalone system Designer and Touch-Panel See LMS CD HE TOUCHPANEL W user manual

10 SENSORS LMS COMPONENTS

11 SENSORS SENSORS PIR sensor detects movement within detection range allowing load control in response to changes in room occupancy. IR Receiver receives control and programming commands from a IR (infrared) handset (available separately). Status LEDs flash red to indicate the following: External power / DALI: Wire size: Cable rating: DALI supply input: DALI consumption: Removable connector block; 0.5 mm² mm²; Solid or stranded All cables must be mains rated Max. length: mm² 13 V to 22.5 V 15 ma LMS SE HE PIR DETECTOR CODE: SE006 Presence detection has a default time-out of 20 minutes. Programmable constant light control for energy efficiency. Complete control using the hand-held remote. A local switch can be fitted to provide ON/OFF and a manual dimming function. The multisensor s programmable functions are set by five DIL switches at the back of the unit. These DIL switch settings can be overridden remotely by PC programming tool: no need for access to the Multisensor after installation. The coverage restrictor (provided) can be fitted to the Multisensor for more precise constant-light coverage. Additional Functions The remote control handset can program most functions; PC programming tool and PC programming tool give full system access. When multiple linked PIR sensors are connected in one system, they will communicate with each other and switch off the loads only when all sensors are nondetecting. The automatic ON/OFF sequence of the presence detection system has three programmable steps (on; intermediate; off). Users can define how the loads react to the automatic presence detection commands from the Multisensor. DALI: Removable connector block LMS SE HE PIR MULTI CODE: SE006 Sensors Presence detector: Infrared receiver: Remote control functions Remote control handset: Use LMS CU HE DIM REMOTE CONTROL 3 to: Mounting hole diameter: Bezel diameter: Recommended clearance depth (incl. 50 mm for cabling): Material (casing): Finish / Colour: IP code: PIR: Passive infrared presence detector For remote control commands LMS CU HE DIM REMOTE CONTROL 3 - recall lighting scenes adjust light levels - store current level - install preset levels for scenes 1-4, Note: Adjust sensitivity using PC programming tool (and not by remote control unit). 68 mm 76 mm 80 mm (without protective cover) 100 mm (with protective cover) Flame retardant ABS Matt / White 58 g IP30 The LMS SE HE PIR DETECTOR is a compact, lush-mounted ceiling unit that provides energy-saving functions when used in a DALI system. The unit contains these sensors: Passive infrared detector (PIR) Infrared receiver (for remote control handset). As a presence detector, the unit can turn lights on when a room is occupied and off when the room is empty. The unit is fully compatible with lighting system design and control software; PC programming tool. Installation Notes Position the sensor so that the occupants of the room are normally inside the detection zone. Do not install the sensor within 1 m of any lighting, forced air heating, or ventilation equipment. Do not fix the sensor to an unstable or vibrating surface. Install the unit as far away as possible from the surface of metal objects. The detection pattern illustrated is based on a mounting height of 2.8 m. A lower mounting height will decrease the overall size of the detection zone. Wire size: Local control: Cable rating: Maximum length: DALI supply input: DALI consumption: Sensors Light sensor: Presence detector: Infrared receiver: 0.5 mm² mm² Solid or stranded 2 wires All cables must be mains rated 50 m 13 V to 22.5 V 15 ma Remote control functions Infrared remote control: Mounting hole diameter: Bezel diameter: Recommended clearance depth: For constant-light functions PIR: Passive infrared presence detector For remote control commands Constant-light level Group creation and adjustment Scene store and recall 52 mm (mounting surface 0.5 mm - 2 mm) 55 mm (mounting surface > 2 mm) 65 mm 80 mm (without cable cover) 100 mm (with cable cover) (incl. 50 mm for cabling) The Multisensor is a compact unit containing sensors to provide energy-saving functions when used in a DALI system. It contains: a light sensor a passive infrared (PIR) movement detector an infrared receiver (for remote control) The light sensor measures the ambient light level in the room. The PIR detector enables the system to detect when a room is occupied. People in the room can use the LMS CU HE DIM REMOTE CONTROL to set the required light levels and to carry out basic system programming. The Multisensor is push-fitted into a ceiling or luminaire housing. Ø DETECTION PATTERN 3 m CONNECTIONS m Operating conditions Material (casing): UL94V-0 nylon Finish/Colour: Matt / White RAL C to +35 C Max. 90 %, noncondensing -10 C to +70 C EMC emission: EN EMC immunity: EN Installation 1. Installation 2. Installation DETECTION PATTERN 2.8 m IP code: Operating conditions 48 g without cable cover, 54 g with cable cover IP30 0 C to +50 C Max. 90 %, noncondensing -10 C to +70 C Ø 65 Local Control DA - DA + Safety: EN Environment: Complies with WEEE and RoHS directives Ø m Conformity and Standards EMC emission: EN Version information EMC immunity: EN Software version: 6.08 Safety: EN Hardware version: Rev. 2 Environment: Complies with WEEE and RoHS directives

12 SENSORS SENSORS Sensor detects movement within the detection range allowing load control in response to changes in room occupancy. IR Receiver receives control and programming commands from a IR (infrared) handset (available separately). Status LEDs flash red to indicate the following: Microwave sensor detects movement within detection range allowing load control in response to changes in room occupancy. IR Receiver receives control and programming commands from a LMS CU HE DIM REMOTE CONTROL 3 (infrared) handset (available separately). Status LEDs flash red to indicate the following: External power / DALI: Wire size: Cable rating: DALI supply input: DALI consumption: Sensors Presence detector: Infrared receiver: Removable connector block; 0.5 mm² mm² / Solid or stranded All cables must be mains rated 13 V to 22.5 V 20 ma NOTE: DALI consumption is less than 2 ma when external power is supplied to the unit - DALI supply units. Microwave presence detector For remote control commands LMS SE HE MO MW LOW PROFILE CODE: SE006 External power / DALI: Cable rating: DALI supply input: DALI consumption: (Optional) External : Removable connector block Wire size: 0.5 mm² mm² Solid or stranded All cables must be mains rated 13 V to 22.5 V 40 ma NOTE: DALI consumption is less than 2 ma when external power is supplied to the unit - DALI power supply units. 12 V to 24 V; 0.5 W LMS SE HE MO MW LOW PROFILE MOV CODE: SE006 Remote control functions Remote control handset: Use LMS CU HE DIM REMOTE CONTROL 3 to: Microwave operating frequency Frequency: Mounting hole diameter: Bezel diameter: Recommended clearance depth: (incl. 50 mm for cabling) Material (casing): Finish / Colour: IP code: Operating conditions LMS CU HE DIM REMOTE CONTROL 3 - recall lighting scenes adjust light levels - store current level - install preset levels for scenes 1-4 Note: Adjust sensitivity using PC programming tool (and not by remote control unit). Factory setting for sensor sensitivity: 9 (maximum) 5.8 GHz 68 mm 76 mm 80 mm (without protective cover) 100 mm (with protective cover) Flame retardant ABS and PC/ABS Matt / White 90 g IP C to +35 C Max. 90 %, noncondensing -10 C to +70 C Detector provides occupancy detection for the automatic control of DALI lighting loads. The unit can also be controlled using the IR (infrared) remote control handset. The LMS SE HE MO MW LOW PROFILE detects movement using its highly sensitive microwave detector. When an area is no longer occupied, the load will switch off after a certain time. This time-out period is configured using PC programming tool. Installation Notes Position the sensor so that the occupants of the room are normally inside the detection zone. Do not install the sensor within 1 m of any lighting, forced air heating, or ventilation equipment. Do not fix the sensor to an unstable or vibrating surface. Install the unit as far away as possible from the surface of metal objects. The detection pattern illustrated is based on a mounting height of 2.8 m. A lower mounting height will decrease the overall size of the detection zone. DETECTION PATTERN 2,8 m m CONNECTIONS Sensors Presence detector: Infrared receiver: Remote control functions Remote control handset: Use LMS CU HE DIM REMOTE CONTROL 3 to: Mounting hole diameter: Bezel diameter: Recommended clearance depth (incl. 50 mm for cabling): Material (casing): Finish / Colour: IP code: Operating conditions Microwave presence detector For remote control commands LMS CU HE DIM REMOTE CONTROL 3 - recall lighting scenes adjust light levels - store current level - install preset levels for scenes 1-4 NOTE: Adjust sensitivity using PC programming tool (and not by remote control unit) 78 mm 85 mm 80 mm (without protective cover) 100 mm (with protective cover) Flame retardant ABS and PC/ABS Matt / White 124 g IP C to +35 C Max. 90 %, noncondensing -10 C to +70 C The LMS SE HE MO MW LOW PROFILE MOV provides occupancy detection for the automatic control of DALI lighting loads. The LMS SE HE MO MW LOW PROFILE MOV detects movement using its highly sensitive microwave detector. It emits low-power microwave signals and measures the reflections as the signals bounce off moving objects. The adjustable sensor head allows the area of detection to be optimised for each particular purpose. The unit is compatible with lighting system design and control software; PC programming tool. Installation Notes Position the sensor so that the occupants of the room are normally inside the detection zone. Do not install the sensor within 1 m of any lighting, forced air heating, or ventilation equipment. Do not fix the sensor to an unstable or vibrating surface. Install the unit as far away as possible from the surface of metal objects. The detection pattern illustrated is based on a mounting height of 2.8 m. A lower mounting height will decrease the overall size of the detection zone. Microwave operating frequency DETECTION PATTERN for open plan areas and offices for large office or classroom, and for corridor and aisle applications EMC emission: EN EMC immunity: EN Safety: EN Environment: Complies with WEEE and RoHS directives Ø DA + + DA - - Optional connection to external power. 12 V to 24 V EMC immunity: EN EMC emission: EN Safety: EN Environment: Complies with WEEE and RoHS directives Version information Software version: 6 Hardware version: Rev. 2 Version information Software version: 6 Hardware version: Rev. 2

13 SENSORS SENSORS Open loop light control Light range of 1 LUX - 100,000 LUX Simple mounting Easy connection to router system PIR, Constant Light and Infrared control Easy to select application modes Clip-on fascia in different colours Clip-on PIR Restrictor Mode selector with LED feedback DALI Connector type: Cable rating: supply DALI power supply: DALI consumption: Wire size: 1.0 mm² mm² 2-core solid, flexible or stranded Max. length: mm² (part of DALI subnet) Screw terminals: N: DALI + L0: DALI - L1: No connection All cables must be mains rated 13 V - 22 V 10 ma LMS SE HE LIGHT OUTDOOR CODE: KR000 The LMS SE HE LIGHT OUTDOOR Sensor, when used in DALI: Wire size: 0.5 mm² mm² Solid, flexible or stranded Strip length: 9 mm idim Solo: RJ Style 4P4C crossover (max. 3 m) Accessory cable available cable rating: DALI consumption: All cables must be mains rated 10 ma LMS SE HE MO LI DIM SOLO CODE: SE006 Is a luminaire-based DALI sensor. It contains: Sensor Sensor element: Light sensing angle: Working light range: Light level reading output: Mounting Mounting angle: Mounting points: Dimensions: Material: Base & mounting bracket: Socket & sensor accessory: Sensor cover: IP code: Operating conditions Photodiode matched to human eye response When mounted vertically: 85 from vertical Horizontal plane: LUX - 100,000 LUX Vertical (clear sensor head at top) 2 M4 (No. 8 woodscrew) 148 mm 82 mm 87 mm Black ABS Black glass-filled nylon Toughened acrylic (UV stable) 250 g IP65-35 C to +70 C Max. 90 %, noncondensing -35 C to +70 C EMC emission: EN EMC immunity: EN Safety: EN Environment: Complies with WEEE and RoHS directives conjunction with a Lighting Router based controls system, can provide energy savings by adjusting light levels based on the available daylight. Mount the LMS SE HE LIGHT OUTDOOR to monitor the level of daylight. For instance, bright sunlight will raise the overall light level in the rooms of a building. The sensor will detect this, and the system will reduce the energy levels supplied to the lamps. If the day then becomes overcast, the system will respond to the lower levels of ambient light by increasing the energy provided to the lamps. By profiling the building (measuring the daylight contribution per room), the system can be used to maintain an approximate constant light level, and thereby reduce energy use. Is for mounting outdoors. The unit head assembly is waterproof when correctly installed and mounted vertically, and can tolerate a wide range of operating temperatures and conditions. Installation Notes The unit is intended for wall mounting. Isolate the mains supply before installation. Cabling must be 230 VAC mains rated. Do not mount sensor in direct line of artificial light sources, e.g. lamps, uplighters. The unit must be mounted vertically, i.e. with the clear Sensor Head Cover pointing upwards. Any convenient surface may be used as long as the sensor element has a reasonably unrestricted view of the sky. To avoid the possible risk of lightning strikes, never install the external light sensor at the highest point on a building. Light level output The external light sensor is calibrated to provide a scaled light level output of 0 to 200 covering the full range of daylight. The sensitivity of the external light sensor is factory-set, and no adjustment is required. Light sensing angle Vertical plane: unrestricted viewing angle of 170. Horizontal plane: 360 viewing angle Sensors Light sensor: Presence detector: Infrared receiver: Remote control functions Infrared remote control: Dimensions: Recommended luminaire thickness: Material (casing): For Constant Light functions PIR: Passive infrared presence detector For remote control commands Modify preset light levels (constant light or fixed light); Scene store and recall; Activate special test functions 55 mm 25 mm 20 mm (without fascia). 58 mm 28.5 mm 21.4 mm (with fascia). 0.6 mm to 2.4 mm Fire-retardant polycarbonate Colour: Sense: Grey (RAL 9006) IP code: Operating conditions LUX level: Fascia: White (RAL 9016) or Grey (RAL 9006) IP30 15 g 10 C to +50 C Max. 90 %, noncondensing 25 C to +75 C EMC emission: EN EMC immunity: EN LUX to 5000 LUX Safety: EN Isolation: Environment: Double isolated Complies with WEEE and RoHS directives - a light sensor (for Constant Light function); - a passive infrared (PIR) movement detector; - an infrared receiver (for remote control) The manual mode selector allows the user to easily select one of the 6 out-of-box application modes. Installation Notes Multiple mounting options: 1. Mount from outside luminaire: Click fit 2. Mount from inside luminaire: Bracket fit 3. Combined with a louvre adapter: Adapter fit Isolate the mains supply before installation Cabling must be 230 VAC mains rated when used outside luminaire. Use, Alpha 1174C or 6642 Recommended Mounting Location 1. Do not mount sensor in direct line of artificial light sources, e.g. lamps or uplighters 2. Do not mount sensor in direct sunlight. : WITH FASCIA : WITHOUT FASCIA CONNECTIONS RJ Style 4P4C 28.5 MOUNTING: WITH FASCIA 26 Cut-out Ø9.5 Ø MOUNTING: WITHOUT FASCIA Recommended housing thickness Ø9.5

14 SENSORS SENSORS Occupancy detector designed for high-bay warehouses One potential-free contact Installation as Master / Slave One switching channel for operating the light and perifer units Detection area can be extended with Slave units Simple operation with remote control (required) Push button manual switching available (Variable) LMS SE BG 4 MO PIR M GH SM MASTER: SE004 Occupancy detector, Slave with oval and large detection area, for surface mounting Great energy-saving potential, particularly in large rooms and when monitoring large areas One master occupancy detector is necessary for controlling light and heating Motion can be detected in all room segments using Slave When a movement is detected, the Slave transmits an impulse to the master The movement is detected independently of light level There are no adjustment elements Sensor and power supply in a single housing Typical applications: monitoring of warehouses, high-bay storages, wherever at a great mounting height is necessary LMS SE BG 4 MO PIR S GH SM CODE: SE004 Mains supply PIR Coverage oval 360 Detection pattern IP code temperature Resistance Remote accessory V AC, 50 / 60 Hz Ø 44 m towards SM= IP20 / Class II -25 C to +50 C Housing UV- and shock resistant polycarbonate LMS SE BG 4 REMOTE CONTROL IR GH LMS SE BG REMOTE CONTROL PD MINI Switching contact Channel 1 (control the lighting potential free) Switching power 2300 W, cos φ = VA, cos φ = 0.5 Time setting Photo electric switch 15 s - 30 min or pulse Lux DETECTION PATTERN 14 m m 19 m Mains supply 230V~ ±10% PIR Coverage oval 360 Detection pattern IP code temperature Resistance Slave output across Ø m SM= IP20 / Class II -25 C to +50 C Housing UV- and shock resistant polycarbonate 230 V DETECTION PATTERN 14 m m 19 m m 44 m Mounting height Range (circular detection) T = 17 C walk across 2.0 m r = 7.5 m Ø = 15,0 m 2.5 m r = 9.0 m Ø = 18,0 m 3.0 m r = 11.0 m Ø = 22,0 m 3.5 m r = 13.0 m Ø = 26,0 m 4.0 m r = 15.0 m Ø = 30,0 m 4.5 m r = 17.0 m Ø = 34,0 m 5.0 m r = 18.5 m Ø = 37,0 m 6.0 m r = 18.5 m Ø = 37,0 m 7.0 m r = 18.5 m Ø = 37,0 m 8.0 m r = 22.0 m Ø = 44,0 m 9.0 m r = 22.0 m Ø = 44,0 m 10.0 m r = 22.0 m Ø = 44,0 m RADIAL CONNECTION VARIABLE Master AXIAL Slave 30 m DALI INPUT UNIT RADIAL AXIAL CONNECTION Master Slave 30 m

15 SENSORS SENSORS Occupancy detector with extended detection area, daylight-dependent lighting control DALI/DSI interface for control of digital dimmable electronic ballasts as a group Can be switched between DALI and DSI modes with remote control and Dip switches. Installation as Master Detection area can be extended with Slave units Push button manual switching and dimming available Additional functions can be set via optional remote control LMS SE BG 4 MO PIR DALI DSI SM CODE: SE004 Mini motion detector LMS SE BG 9 MO PIR DIGI FC designed specifically for installation in light fittings One channel to switch the lighting Inspite of small dimensions it switches all types of light fixtures using high performance relay with in rush current limitation especially for electronic ballasts. Visible part of the detector is just Ø 11 x 3mm Extremely small and compact Motion-dependent switching only No luminosity evaluation Install in a hole, approx. Ø 11mm, in the outer ring of a light fitting Follow-up time: Can be adjusted manually on the power component via potentiometer Typical applications: For installation in fitted downlights LMS SE BG 9 MO PIR DIGI FC CODE: KR000 Mains supply PIR Coverage 360 Detection pattern IP code temperature Resistance Remote accessory V AC, 50 / 60 Hz Ø 24 m across Ø 8 m towards Ø 6.4 m seated SM= IP20 FC= IP20 / Class II -25 C to +50 C Housing UV- and shock resistant polycarbonate LMS SE BG REMOTE CONTROL IR DALI LMS SE BG REMOTE CONTROL PD MINI LMS SE BG REMOTE CONTROL IR PD DALI Switching contact Channel 1 (control the lighting) Output protocol: Output power capability Time setting Photo electric switch DALI max. 50 DALI/DSI EB s 1-30 min Lux m DETECTION PATTERN m 8 m 24 m Walking across Walking towards Seated activity Mains supply 230V~ ±10% PIR Coverage 360 oval Detection pattern max. Ø 3.00m IP code temperature Resistance Remote accessory IP20 / Class III / CE -25 C to +50 C Housing UV- and shock resistant polycarbonate LMS SE BG REMOTE CONTROL IR DALI LMS SE BG REMOTE CONTROL PD MINI LMS SE BG REMOTE CONTROL IR PD DALI Switching contact Channel 1 (control the lighting) Switching power Time setting 1000W, cosφ=1; 500VA, cosφ=0.5 30sec. - 30min. or impulse DETECTOR 26 3 m 18 RJ DETECTION PATTERN Walking across Walking towards Seated activity m CONNECTION CONNECTION POWER SUPPLY height: 30mm Master Slave

16 SENSORS Electrical Data Frequency emitted (K-Band) GHz Radiated power <16dBm EIRP Rated supply voltage 12-24VAC ±10% VDC +30% / -10% Main frequency consumption 50 to 60HZ < 1W (VA) IR remote controller Output Relay SPDT Environmental Data Rated Voltage 30VAC/DC Max switching current 1A (resistive load) Max switching power 30W (resistive load) Hold time 0.5-9s (adjustable) Red LED Electrical IR Receiver Green LED Temperature range Humidity Immunity EMC Max. mounting height Protection degree -20 C to +70 C (-4 F to +158 F) from 0% to 90% RH R&TTE 1999/5/EC 89/336/EEC 4m (13.12ft) IP54 LMS SE CG MO RAD 01 LMS SE CG MO RAD 02 CODE: P100PM0277 Push Button DEC (-) Push Button INC (+) Planar Antenna Main Connector Relay NO contact Relay NC contact Relay Common Supply Voltage 12 to 24 VAC/DC 12 to 24 VAC/DC General Data Sensing field orientation Detection angle Sensing field shape Detecting area Detection mode Motion detecting speed Adjustments and Settings Manual Setting Device Remote Setting Device Reset to factory set Value double mechanical adjustment, lateral and vertical Vertical 0 to 90 in 15 increments Lateral +/- 30 in 7.5 increments bidirectional model By Sensor module orientation (mounting height 2.2m (h = 7.22ft)) Wide sensing field 4m (W) x 2m (D) (13.12ft (W) x 6.56ft (D)) Narrow sensing field 2m (W) x 2.5m (D) (6.56ft (W) x 8.20ft (D)) Only bidirectional to detect motions towards and away from sensor Uni & bidirectional to detect motions towards or/and away from sensor m/s ( fps) (measured in the sensor axis) By two buttons on main PCB board. IR remote controller (optional) (only by PCB buttons) 1 - Restore PIN security code 2 - Restore all factory values Sensitivity 10 levels (1 to 10) It allows increment or decrement of detection field. Relay hold time 10 levels (0.5 to 9s) It fixes the maintenance s time of the relay status. Uni-bidirectional mode Immunity detection Relay status Security code 4-digit PIN access code It sets direction mode detection (only for uni-bidirectional device). Quasi-presence, Normal mode, Increased Immunity (Implemented by a digital filter) It prevents some external noise as objects carried by wind, strong rain, etc. Active, Passive, (only by PCB buttons) It permits to fix the relay status: normally open or close. Automatic mode / Permanently Open / Close. (only by IR remote controller) It permits to enable or disable normal sensor detection and set ON or OFF permanently relay output. AUTO / OPEN / CLOSE (only by IR remote controller) It permits to lock or unlock optional remote controller keyboard setting. Motion Radar Sensor is a digital unit or bidirectional motion sensor for trouble-free opening of all types of automatic doors (sliding, swinging, folding, revolving, speed-doors, overhead doors, etc...), for pedestrian and civil applications. It can be adapted to every application without further accessories and can be controlled by an infrared remote controller. Mounting height up to 4m also available in uni- or bidirectional mode to detect motion towards or away from the device. Like most of other microwave detectors, equipped with planar flat antenna, motion radar sensor activates automatic doors utilizing doppler shift effect for detecting movements. K-Band radar sensor compatible with all types of automatic doors. 3-D adjustable sensor position offers precise orientation of the activation pattern. Microprocessor technology filters out possible weather condition interferences IR remote controller can be added for easy adjustment UL325 approved The device is set up in factory at the following default values: 1. Sensitivity 10 (max level) 2. Relay hold time 1 (min: 0.5 sec) 3. Uni-Bidirectional Detection Mode Bi-directional (Uni-directional mode is available only for RAD 02) 4. Immunity detection Immunity: OFF 5. Relay Status: Passive 6. PIN security: block disabled (only for remote controller) RAD 01 RAD 02 61,6 82, ,6 Detection area vs Sensitivity value (vertical angle 45 ); vertical mount mode. Detection area vs Sensitivity value (vertical angle 45 ); horizontal mount mode Detection area vs Sensitivity value (vertical angle 15 ). Detection area vs Sensitivity value (vertical angle 45 ). MOTION RADAR SENSOR CODE: RAD01 / RAD02

17 6 m 4 m SENSORS Motion detector with detection area of anti-creep for a gapless monitoring, connectible and disconnectible with remote control. NEW: energy saving by courtesy of follow up accommodation Additional cover clips also ensure stepless adjustment of the detection area Two modern sensors with two separate detection areas and two separate indications of the performance tests Detection of the direction of motion and improved range test mode The product is programmed for immediate use (time 3 min. / Lux value 20 Lux). Wall-, ceiling- and outside corner mountable Inserting of the connection cable possible from top down, from below and from behind Easy installation with plug-in socket Application examples: monitoring a whole side of a building, warehouses, ramps or garages LMS SE BG MO PIR WALL 230 CODE: KR000 IR-RC-Mini (to order separately) RC-plus next corner socket Mains supply 230V~ ±10% (can also be supplied with other operating voltages on request) PIR Coverage 230 Detection pattern IP code temperature Resistance Remote accessory max. 20m when walking across (tangential) IP54 / Class II / CE -25 C to +50 C Housing UV- and shock resistant polycarbonate IR-RC IR-RC-Mini Switching contact Channel 1 (light control)) Switching power Time setting Photo electric switch 3000W, cosφ=1; 1500VA, cosφ=0.5 15sec. - 16min. or pulse for bell function Lux 85 Wire basket DETECTION PATTERN Walking across Walking towards Anti-creep IR-RC (to order separately) 2.5 m m 20 m

18 CONTROLERS LMS COMPONENTS

19 CONTROLERS CONTROLERS Each router supports a total of 64 DALI devices Up to 100 routers may be networked together Built-in real time clock Can be networked together to form large scalable systems Provides Local as well as Central control if required Compatible with other Routers (2CH / 2CH DMX) Integration with other Building systems Applications Hotel Rooms and Suites Hospital Consultation Rooms and Wards Meeting Room Suites / Boardroom Class Rooms and Lecture Theatres Residential Individual areas (see above) can be networked together to allow Central Control. Installation Notes For installation in a restricted access location only. Isolate the mains supply before installation. The external mains supply must be protected. External protection must not exceed 6 A MCB. All DALI and mains cabling must be 230 V mains rated. Install the unit horizontally to allow for heat dissipation. Any enclosure must provide adequate cooling ventilation. Please refer to the Router Installation. LMS CD HE DALI ROUTER 1CH CODE: P100PM0263 Each router supports a total of 128 DALI devices (64 devices on each subnet) 250 ma power supply for each DALI subnet Up to 100 routers may be networked together Up to DALI devices ( groups) on a router system Industry standard protocols (TCP/IP, UDP/IP and DALI) Built-in real time clock Universal supply input Applications From single office rooms, meeting rooms and corridors to a fully networked office building From school classrooms to a networked multi-site University complex In hospitals, from patient rooms and treatment rooms to public areas Installation Notes For installation in a restricted access location only Isolate the mains supply before installation The external mains supply must be protected. External protection must not exceed 6 A MCB All DALI and mains cabling must be 230 V mains rated Install the unit horizontally to allow for heat dissipation Any enclosure must provide adequate cooling ventilation Please refer to the Router Installation Guide LMS CD HE DALI ROUTER 2CH CODE: P100PM0264 Mains cable: DALI cable: Recommended: Maximum length: Ethernet: Solid core up to 4 mm² Stranded up to 2.5 mm² 2-wire mains rated, 0.5 mm² mm² 1.0 mm² mm² mm² 1 RJ45 10/100 Mbps, Cat 5E up to 100 m (Auto MDI/MDI-X crossover) The LMS CD HE DALI ROUTER 1CH uses an Ethernet connection (10/100 Mbps) to connect to and control a local DALI network. Basic functionality is available out-of-box Mains cable: DALI cable: Ethernet: Solid core up to 4 mm², Stranded up to 2.5 mm² 2-wire mains rated, 0.5 mm², mm² Recommended: 1.0 mm², mm² Maximum length: 300 m (@ 1.5 mm²) 1 RJ45 10/100 Mbps, Cat 5E up to 100 m (Auto MDI/MDI-X crossover) The Router uses an Ethernet connection (10/100 Mbps) as a network backbone, to combine DALI networks seamlessly. Basic functionality is available out-of-box without any without any programming. PC programming tool allows programming. PC programming tool allows for advanced Mains supply: consumption: circuit protection: 85 VAC VAC; 45 Hz - 65 Hz 13 VA (DALI subnet fully loaded) 6 A MCB maximum. The external supply must be protected. for advanced configuration and functional programming of the router. The system provides energy-saving features via presence detection and constant light functionality. Further automation can be achieved through scheduled events. In- Mains supply: consumption: circuit protection: 85 VAC VAC, 45 Hz - 65 Hz 23 VA 6 A MCB maximum configuration and functional programming of the router. The system provides energy-saving features via presence detection and constant light functionality. Further automation can be achieved through scheduled events. OPC Supply DALI: 250 ma (current limited) tegration with other building systems can be achieved using OPC or NET I/O functions. A PC can be connected to Supply DALI: ma (current limited) server software enables interfacing to Building Management Systems (BMS). A PC can be connected to the system the system for diagnostics and logging purposes if required, for diagnostics and logging purposes if required, but all Dimensions: 9U mm 58 mm 100 mm 250 g but all data is stored within the system itself, so there is no need for PC control in daily operation. The elimination of Dimensions: 9U mm 58 mm 100 mm 260 g data is stored within the system itself, so there is no need for PC control in daily operation. The elimination of a cen- Mounting: DIN Rail - keep mains and DALI wiring separate from Ethernet cable a central controller ensures no single point of failure can Mounting: DIN Rail - keep mains and DALI wiring separate from Ethernet cable tral controller ensures no single point of failure can cause a IP code: IP30 (IP00 at connectors) cause a total system shutdown. IP code: IP00 (For installation in a restricted access location only) total system shutdown. Operating conditions 0 C to +40 C Max. 90 %, non-condensing -10 C to +70 C Operating conditions 0 ºC to +40 ºC Max. 90 %, non-condensing -10 C to +70 C ETHERNET (to hub, DALI data transfer: EMC emission: EN EMC immunity: EN Safety: EN Isolation: Environment: DALI standard IEC 62386, with extensions 4 kv Complies with WEEE and RoHS directives switch or PC) DALI data transfer: EMC emission: EN EMC immunity: EN Safety: EN Isolation: Environment: DALI standard IEC 62386, with extensions 4 kv Complies with WEEE and RoHS directives

20 CONTROLERS CONTROLERS Each router supports a total of 128 DALI devices (64 devices on each subnet) 250 ma power supply for each DALI subnet Up to 100 routers may be networked together Up to DALI devices ( groups) on a router system Industry standard protocols (TCP/IP and DALI) Built-in real-time clock Universal supply input Up to 252 S-DIM addresses Up to 512 DMX addresses In or Out Installation Notes For installation in a restricted access location only Isolate the mains supply before installation The external mains supply must be protected External protection must not exceed 6 A MCB All DALI and Mains cabling must be 230 V mains rated Keep Mains and DALI wiring separate from Ethernet, SDIM and DMX cables Install the unit horizontally to allow for heat dissipation Any enclosure must provide adequate cooling ventilation Please refer to the Router Installation Guide Mains supply: Solid core: up to 4 mm², Stranded: up to 2.5 mm² DALI cable: 0.5 mm² mm² (max mm² LMS CD HE DALI ROUTER 2CH DMX CODE: P100PM0265 Up/Down mode operates in a Break before Make manner to prevent motor damage. Relays are internally isolated permitting separate mains phases to be controlled in one unit. All DALI functions are programmed with PC programming tool software. DIN-rail mounted and only 88 mm wide. Installation Notes The blinds controller is for use with motors up to 550W, see Technical Data overleaf for full details. The external mains supply to the unit must be protected. It is recommended that a 6 A MCB is used. All cabling must be 230 V mains rated. LMS CD H BLINDS HE CODE: KR000 Override (OVR): Source: 3 V, 50 ma / Sink: Max. 28 V, 50 ma Relay Load S-DIM/DMX: Ethernet: supply Mains supply voltage: consumption: circuit protection: Supply DALI: Low-loss RS485 Type (multistranded, twisted and shielded), 3 or 4 cores + screen 0.22 mm² mm², max. length 1000 mm 1 RJ45 10/100 Mbps, Cat 5E up to 100 m (Auto MDI/MDI-X crossover) 85 VAC VAC, 45 Hz - 65 Hz 23 VA 6 A MCB maximum. The external supply must be protected. Earth - mandatory 2 ma 250 ma (current limited) The Router uses an Ethernet connection (10/100 Mbps) as a network backbone, to combine /DALI and S-DIM networks seamlessly together. Basic functionality is available out of box without any programming. PC programming tool allows for advanced configuration and functional programming of the router. The system provides energysaving features via presence detection and constant light functionality. Further automation can be achieved through scheduled events. OPC server software enables interfacing to Building Management Systems (BMS). A PC can be Motor load: DALI: Mains: Note: Mains supply: DALI consumption: DALI consumption: 550 W maximum Standard removable terminal block 0.5 mm² mm² stranded or solid core Up to 4 mm² solid core or up to 2.5 mm² stranded If equipment is used in an electrically noisy environment, the DALI cable should be screened and connected to the earth. 220 VAC VAC, 50 Hz - 60 Hz None 2 ma The LMS CD H BLINDS HE is a DALI-compatible interface unit, designed to allow blinds and curtains to be incorporated into a lighting control system. The blinds controller is a DIN-rail mounted unit that provides two independent control channels each with two singlepole, volt-free contacts for switching up to 550 W up/down or power direction motors from a system The blinds controller is provided with a status LED, a physical selection switch and relay-state indicators. The status LED provides status and a fault indication, the physical selection switch is Dimensions: Mounting: 9U mm 58 mm 100 mm 260 g DIN Rail: keep mains and DALI wiring separate from Ethernet, Override, S-DIM and DMX cables connected to the system for diagnostics and logging purposes if required, but all data is stored within the system itself, so there is no need for PC control in daily operation. The elimination of a central controller ensures no single Dimensions: Housing: IP code: 88 mm 58 mm 90 mm DIN-rail case 88 mm wide 300 g IP30 (IP00 at terminals) used to identify the device during system configuration. The relay-state indicator LEDs are illuminated when the respective relay is closed. Note: This unit does not contain a DALI power supply and therefore one must be incorpo- IP code: IP30 (IP00 at connectors) point of failure can cause a total system shutdown. Operating and storage conditions rated elsewhere in the system. Operating and storage conditions 0 C to 40 C Max. 90 %, non-condensing -10 C to 70 C C to +40 C Max. 90 %, non-condensing -10 C to +70 C DALI Load wiring Emission: EN Immunity: EN Safety: EN DALI data transfer: DALI standard IEC 62386, with extensions 160 ERRIDE ETHERNET (to hub, switch or PC) 60 Emission: EN Immunity: EN Safety: EN Isolation: Environment: 4 kv Complies with WEEE and RoHS directives Supply wiring Isolation: 4 kv Environment: Complies with WEEE and RoHS directives 58 88

21 CONTROLERS CONTROLERS Mains supply: DALI: S-DIM/DMX: Cable rating: supply Mains supply voltage: External MCB protection: Isolation: Standby power: Max. total losses: Solid core: up to 4 mm² Stranded: 2.5 mm² Wire size: 0.5 mm² mm² Recommended: 1.0 mm² mm² Max. length: mm² 0.22 mm² mm² low-loss, RS485 type (multistranded, twisted and shielded) All cables must be mains rated 85 VAC VAC, 45 Hz - 65 Hz Max. 6 A, The external power supply must be protected. 4 kv between mains supply; DALI outputs; DALI system; and S-DIM/Override connectors. DALI channels are not isolated from each other. No Standby Mode - DALI power provided for DALI channels. 7 W LMS CD HE DALI CONTROLLER 8CH CODE: KR000 capability: 64 ma (DALI 1), 32 ma (DALI 2) or 96 ma when operating in parallel 2 x DALI outputs 2 x Switch control inputs Connection (RJ style, 4P4C) Mains connection Installation Notes All cabling must be 230 VAC mains rated and considered live when used outside luminaire. Isolate the mains supply before installation. The external mains supply to the unit must be protected. Install in a restricted access location only, e.g. inside luminaire housing. Note: To remove DALI wiring, always press down on the push wire connector clips. Mains/DALI/Switch control: LMS SE HE MO LI DIM SOLO: Cable rating: Wire size: 0.5 mm² mm², Solid, flexible or stranded, Strip length: 9 mm RJ Style 4P4C crossover (max. 3 m) Accessory cable available All cables must be mains rated LMS CD HE DIM SOLO INTERFACE MODULE CODE: KR000 DALI consumption: 2 ma (DALI system input) Inputs Control: Override (OVR): User interface: Outputs DALI: Max. load per output: Operating Conditions Temperature: Relative Humidity: Temperature: DALI; S-DIM or DMX Wired override input 5 push buttons for configuration 8 output channels 128 ma (64 devices) 0 C to +40 C Max. 90 %, non-condensing -10 C to +70 C The DALI Controller can control up to 8 DALI channels of up to 64 devices. Is for controlling ballasts and drivers when device addressing is not required. This reduces commissioning and maintenance cost, as the load devices can be simply replaced. The flexible control inputs support multiple protocols, by routing an input address or group to its corresponding subnet output. Connect the Controller to a DALI network, and configure using PC programming tool software. It can be connected to mains voltage lamps directly, or to low voltage lamps via a wirewound transformer. The dimmer is provided with a status LED and a physical selection switch. The LED provides status and fault indications, the physical selection switch is used to identify the device during system configuration. Note: This unit does not contain a DALI power supply and therefore one must be incorporated elsewhere in the system. Control using DALI Broadcast messages on each subnet Integral DALI Supply - supports up to 512 DALI devices (8 64 devices: 2 ma per driver/ballast) Lamp failure reporting per subnet Lower commission costs - device addressing/grouping on subnet not required DALI / S-DIM / DMX control inputs supply Mains supply: Mains supply (absolute): Supply current: Protection: Inputs Override (OVR): Outputs 100 VAC VAC, 50 Hz - 60 Hz 85 VAC VAC, 45 Hz - 65 Hz 40 ma Internally resettable fuse (PTC) 2 Switch control (in combination with LMS SE HE MO LI DIM SOLO) max. length 50 m 2 x DALI outputs: 16 V 2 ma to 64 ma DALI 1: DALI 2: Note: 128 ma (64 devices) 16 V 2 ma to 32 ma minimum 2 ma load required on one output only. Is used as an interface module to connect as well as user interfaces. Additionally, can be used as a DALI power supply unit. The unit is housed in a standard ballast-style enclosure (30 mm width x 21 mm height) making it fast and easy to assemble. Mechanical Data Conformity and Standards EMC Emission: EN EMC Immunity: EN Safety: EN Environment: Complies with WEEE and RoHS directives DALI: EN 62386:2009 edition 1 S-DIM / DMX A: (Data + ) B: (Data -) 0 V: (Data reference) 160 Dimensions: Material: 121 mm 30 mm 21 mm (incl. screw clips) Flame retardant polycarbonate Colour: White (RAL 9016) Isolation: IP code: 40 g 4 kv IP30 SC: (Screen: not data reference) Term: (Link to B for termination) Configuration software Designer version: PC programming tool version: Mechanical Data or higher or higher Material: Polycarbonate/ABS mix, UL94 V-0 IP rating: Mounting: Module dimensions: IP 00 (For installation in a restricted access location only) DIN rail mounting 250 g 9 module width: 160 mm 90 mm 62 mm Override OVR Vin < 1.5 V; Ishort = 1 ma 0 V 0 V (return) DALI channels (1-8) DA+ DA- Note: D1;D2;D3;D4;D5;D6;D7;D8 D Mains supply (AC) L N E DALI system Max. 64 devices per channel (Live) (Neutral) (Earth / Ground): must be connected DA+ DA - 90 Operating conditions +10 C to +50 C Max. 90 %, non-condensing -25 C to +75 C EMC emission: EN EMC immunity: EN Safety: EN Environment: Complies with WEEE and RoHS directives

22 CONTROLERS CONTROLERS A built-in astronomical clock provides event scheduling based on time of day, sunrise, and sunset Customizable notifications Supports two-way interaction with serial and networked devices Communicates with every GUI CONTROLLER user interface and controller on your network On-board relays and signal sensing ports allow interaction with mechanical devices Can be rack or shelf mounted LMS CD BC GUI CONTROLLER 2 CODE: P100PM0041 Supports two-way interaction with one serial or networked device Communicates with every GUI CONTROLLER user interface and controller on your network On-board relays and signal sensing ports allow interaction with mechanical devices Built-in macro storage LMS CD BC GUI CONTROLLER 4 CODE: KR000 Has all the processing power of our older version con- Connectivity The controller is perfect for basic single-room installa- troller, but in a mid-sized form factor. This controller is Ethernet: 10 Base-T tions, or as an expansion controller for LMS CD BC GUI Connectivity Ethernet: 10/100 USB 2.0: 2 Ports - Future Expansion perfect for situations where you have fewer devices to control, but still need the highest level of performance. Device Control IR Ports: 4 (plus built-in blaster) CONTROLLER 4 based projects. RS232: 1 (Terminal Strip) Device Control IR Ports: RS232: 4 (routable, attenuable) 2 (1 DB9, 1 Terminal Strip) Relays: Signal Sense: Network Devices: 2 (SPDT) 2 (GPIO) 1 External Device Relays: 2 (DPST) Signal Sense: Network Devices: 2 (Analog or Digital) Yes Dimensions H x W x D: 1 1/4 x 4 5/8 x 5 3/8 H x W x D (packaging): 4 x 12 x 9 Dimensions H x W x D: 1 11/16 x 7 9/16 x 4 7/8 H x W x D (packaging): 4 x 12 x 9 External: 12VDC - 0.5A (adapter included) Mounting Shelf: Rack: Yes Yes (rack ears sold separately) External: 12VDC - 0.5A (adapter included)

23 CONTROLERS CONTROLERS Technical parameters supply terminals: Supply voltage: Input power: Supply voltage tolerance: Real time back-up: Transition to summer / winter time: Output Number of contacts: Rated current: Switching power: Peak current: Switching voltage: Min. DC switching power: Mechanical service life: Electrical service life (AC1): Timing circuit Real time reserve: Accuracy of operation: Minimum triggering interval: Program data storage period: Programming circuit Number of memory locations: A1 - A2 AC 230 V / Hz AC max. 14 VA / 2 W -15 %; +10 % yes automatic 2 x changeover (AgSnO2) 16 A / AC VA / AC1, 384 W / DC 30 A / <3 s 250 V AC1 / 24 V DC 500 mw > 3x107 > 0.7x105 up to 3 years max. ±1 s per day, at 23 C 1 minute 10 years at minimum 100 Program: daily, yearly (until 2099) Data display: Other information Operating Electrical strength: Operating position: LCD display, backlight -20 C to +55 C -30 C to +70 C 4 kv (power supply - output) any Mounting: DIN rail EN Protection degree: Overvoltage category: IP 10 terminals, IP 40 from front panel III. Polution degree: 2 Max. cable size (mm2): Dimensions: max. 2x2.5, max. 1x4 with sleeve max. 1x2.5, max. 2x1.5 mm2 90 x 35.6 x 64 mm 133 g Standards: EN , EN Type of backup battery: CR 2032 (3V) LMS CD EE DIG ASTRO CODE: KR000 Used for controlling the lighting (billboards, advertisements, shop windows, etc.) with no light sensor required. Two-channel design, where each channel is programmable independently of the other Automatic switching between winter and summer time Sealable transparent cover on the front panel Data and time backup using the battery Battery life - up to 3 years Easy replacement of the backup battery through the plug-in module, no disassembling is required Supply voltage: AC 230 V 2-MODULE, DIN rail mounting Function: by entering the geographic coordinates, the lighting can be switched on/off by sunrise and sunset - the preset coordinates for European cities, with optional manual adjustment of the geographical coordinates - during programming, 120 minutes may be added to the time of sunrise and sunset - selection of ON/OFF functions at sunrise or sunset astro-clock with adjustable interruption operating hours counter for each channel timer - switching on the basis of real-time Size and Weight Width: Depth: Height: Enclosure IP class mm 50 mm 30 mm 100 g Environmental requirements Operating from -40 to +75 C from -40 to 85 C < 95% non-condensing Communication PLC (Optional) RF (Optional) CELENEC A (9-95kHz) or B (95-125kHz) or C ( kHz) Dynamic mesh topology Network size up to 350 nodes Network depth up to 16 hops Frequency - 868MHz Dynamic mesh topology Network size up to 350 nodes Network depth up to 14 hops Voltage: 230 VAC -15%...+10% Frequency: Peak over voltage 50/60 Hz 3000V consumption <2W (Max peak 4W) Inputs and Outputs Mains power Relay output Configurable control interface (DALI, 0-10V, PWM) Digital input SMA external RF868 antenna (only C-Node RF) 1x 1x 1x 1x 1x RF ANTENA: provides dynamic topology mesh network at a frequency of 868 MHz. LMS CU TC CITYOWL NODE RF / PLC CODE: KR000 (RF) CODE: KR000 (PLC) Outdoor luminaire controller with multifunctional outdoor luminaire controller OWL Node 7 streetlight luminaires gain personality. Great compatibility and easy installation into luminaires or poles from different manufacturers make the perfect choice for remote luminaire control. Great compatibility and easy installation into luminaires or poles from different manufacturers make the OWL-Node the perfect choice for remote luminaire control. Dimming profile upload and energy measurement download from luminaire is enabled through continious real time communication over power line or wireless networks. Built-in various control interface support, like DALI, 0-10V, PWM or RELAY enables OWL-Node to save energy by adjusting luminaire dimming level according to the dimming profile. OWL-Node can detect luminaire failures through precise energy measurement with its built-in energy meter. Street lights can become even more smarter by combining sensor technologies like movement sensors or traffic sensors with OWL-Node outdoor luminaire controller Ø 47 Ø 32 Ø 12 Ø

24 CONTROLERS CONTROLERS Size and Weight Width: Depth: Height: 160 mm 58 mm 90 mm 350 g SPECIFICATIONS: Chip Core architecture CPU GPU Memory Operating System Dimension CONNECTORS: Ethernet Broadcom BCM2836 SoC Quad-core ARM Cortex-A7 900 MHz Dual Core VideoCore IV Multimedia Co-Processor, Provides Open GL ES 2.0, hardware-accelerated OpenVG and 1080p30, H.264 high-profile decode, Capable of 1 Gpixel/s, 1.5 Gtexel/s or 24 GFLOPs with texture filtering and DMA infrastructure 1GB LPDDR2 Boots from Micro SD card, running a version of the Linux operating system 90 x 67 x 24 mm Micro USB socket 5V, 2A 10/100 BaseT Ethernet socket Video Output HDMI (rev 1.3& 1.4) Audio Output USB GPIO Connector JTAG Display Connector Memory Card Slot SD Memory Card USB Flash Disk Supply 3.5mm jack, HDMI 4 x USB 2.0 Connector 15-pin MIPI Camera Serial Interface (CSI-2) Not populated Display Serial Interface (DSI) 1- way flat flex cable connector with two data lanes and a clock lane Micro SDIO SDHC 16GB 8GB 13W/2.5A LMS CD LS WEB CONTROL CODE: P100PM0292 WEB Control is a control device designed directly to the control of SLE lighting solutions. It contains microcomputer Raspberry Pi 2 (Model B), Micro SD card with operating system, USB memory card and USB to Ethernet reduction. WEB Control is using unique software (WEB based server) which has special designed user interface. It offers user possibilities to adjusting light scenes and schedulers. System also displays Energy measurement history and counting actual saving. Components: - Raspberry Pi 2 Model B - Case for Raspberry Pi - Flash disk 8GB - SDHC 16GB - Supply 13W/2.5A - USB Ethernet Adapter NOTE: To ensure the advanced features you can use other components (Energy meter, Datacenter ). Enclosure IP class 20 Mounting on DIN rail 35 mm Environmental requirements Operating from -35 to +65 C from -40 to 85 C < 95% non-condensing Communication Server communication Luminaire communication UMTS/HSPA+ (3G) + GSM/GPRS/EDGE (2G) TCP/IP network protocol Ethernet line communication or RF (LoRa) communication plug-in module Voltage: 230 VAC -15%...+10% Frequency: Peak over voltage 50/60 Hz 4000V consumption <3W (Max peak 6W) Battery: Memory: Inputs and Outputs Mains power Relay output Voltage measurement Current transformer input Serial ports (EIA-485) 4-20mA input Digital input Pulse interface 1x USB Service port 1x SMA external GSM antenna Built-in Flash 16 Mb 1x 4x 3x 24x 1x 1x 3x 1x 1x 1x LMS CD TC CITYOWL CONTROLLER PRO CODE:?????????????????????? ful supervising tool. An advanced dispatcher supervising tool for continuous streetlight monitoring, alerting and management. GSM/3G communication Remote streetlight cabinet inspection and management is now done easier than ever before thanks to the widest wireless communication network in the world GSM/3G. Now all streetlight information is accessible online anytime and everywhere. Individual phase switching ON/OFF No more dusted photocells, no daylight burning or scheduled timer settings. CITYOWL CONTROLLER PRO enables individual phase switching based on a user defined ON/OFF profile corresponding to the solar cycle and twilight sensor. Energy measurements Built-in energy meter enables high precision energy measurements and failure detection on each phase. Sensor data from the field Various sensors allow data acquisition from a wide range, whether it is a connected door switch for violation detection or a plugged twilight sensor for brightness measurement CITYOWL CONTROLLER PRO will deliver the data. 1x Ethernet port 2x sim card (1x removable) Features Firmware Display 1x 2x Over-the-air programming 3.5inch touch screen Luminaire communication Using PLC ( line communication) or RF (Radio frequency) data transmission technologies CITYOWL CONTROLLER PRO can set dimming profiles and receive energy measurements from up to 350 individual luminaire through the air or over power lines. Accessories included GSM antenna Current transformers (4 pcs)

25 ACTUATORS LMS COMPONENTS

26 ACTUATORS ACTUATORS Out-of-box operation. No programming required when using slider, rotary or push button panels. Input voltage and frequency fluctuation compensation ensures stable output levels with fluctuating incoming mains levels. Over current and over temperature protection. DIN-rail mounted and only 35 mm wide. Additional Functions The following functions may be programmed using the PC programming tool software. Max/Min levels, Fade times, Scenes and Groups. Dimmer status report. System failure level/ignore. on level. on to last level. These functions are programmable using IR remote Installation Notes The dimmer is for use with incandescent lamps and low voltage lamps via wire-wound transformers. It is suitable for use with electronic transformers, if use is approved by transformer manufacturer. The external mains supply must be protected. It is recommended that a 4 A MCB is used. All cabling must be 230 V mains rated. DALI: Mains: Mains supply: Heat dissipation: DALI supply output: DALI consumption: Standard removable terminal block 0.5 mm² mm² stranded or solid core Up to 4 mm² solid core or up to 2.5 mm² stranded Note: If equipment is used in an electrically noisy environment, the DALI cable should be screened and connected to the earth. 220 VAC VAC, 50 Hz - 60 Hz 3.5 W with maximum load (resistive) None (Use external DALI power supply) 2 ma LMS CD HE DIMMER 500W CODE: KR000 Is a DALI-compatible Lamp Interface Unit for use in a lighting control system. The dimmer is a DIN-rail mounted unit that can control a maximum load of 500 W. It can be connected to mains voltage lamps directly, or to low voltage lamps via a wirewound transformer. The dimmer is provided with a status LED and a physical selection switch. The LED provides status and fault indications, the physical selection switch is used to identify the device during system configuration. Note: This unit does not contain a DALI power supply and therefore one must be incorporated elsewhere in the system. Switches up to 3 EL-s / TCs ballasts DALI controlled (IEC 60929) Switched Live out Compact and lightweight Microprocessor controlled Easy Fixing Accepts 0.5 mm² to 1.5 mm² solid cable Can be added to most luminaires enabling them to be added to a DALI network DALI: Supply voltage: External MCB protection: consumption: Number of devices: Relay load: Standby power: Max. total losses: DALI consumption: Push-fit terminals accept 0.5 mm² mm² solid core wire. Strip wire back 8 mm before insertion. Push-button allows wire release. 200 V V 45 Hz - 65 Hz 2 A 1.3 W (max.) 3 (max.) 2 A (resistive), 3 EL-s / TCs ballasts, Standby : 0.7 W 0.7 W 1.3 W 2 ma LMS CD HE DALI RELAY 1CH 2A CODE: KR000 LMS CD HE DALI RELAY 1CH 2A for integration in luminaires or electrical cabinets. Designed to allow control of switched loads. DALI mains switch is intended for installation inside luminaries or electrical cabinets. Can be used with fixed output electronic ballasts, enabling them to be added to a DALI network. A maximum load of series electronic ballasts may be connected. Out of box, the output will turn on when power is applied. An external power supply is required for the DALI bus. Dimensions: Housing: IP code: 35 mm 58 mm 90 mm DIN-rail case 35 mm wide 110 g IP30 CONECTION 35 LOAD POWER DERATING WITH AMBIENT TEMPERATURE Dimensions: Housing: IP code: 146 mm 21 mm 18.3 mm Luminaire mount 35 g IP30 CONNECTIONS Operating and storage conditions 0 C to +40 C Above this temperature, derate according to the adjacent graph. Max. 90 %, noncondensing -10 C to +70 C 58 Operating and storage conditions 0 C to +50 C Max. 90 %, noncondensing -10 C to +70 C Emission: EN Immunity: EN Safety: EN Isolation: 4 kv Environment: Complies with WEEE and RoHS directives 110 g Emission: EN Immunity: EN Safety: EN DALI controlled: IEC Environment: Complies with WEEE and RoHS directives

27 ACTUATORS ACTUATORS High inrush specification relays (single pole, normally open) Wired override input to allow for external triggers LED segment display and push buttons Can operate as: 8 individual channels (8 1) or 4 sets of 2 channels (4 2) or 2 sets of 4 channels (2 4) The unit is powered from the DALI network. The unit forms a DALI relay node with a typical current consumption of 2 ma, and is programmable as a singlechannel relay by PC programming tool. Note: This unit does not contain a DALI power supply and therefore one must be incorporated elsewhere in the system. High power switching capability (16 A) High inrush specification relay Compact size for luminaire, electrical panel or in-line mounting Secure wire connection cover Installation Notes Remove the connection cover Secure the unit in place Connect the relay wires Connect the DALI control wires Attach the connection cover DALI consumption: DALI: Relay: Relay Relay contacts: Isolation: Maximum load: Number of devices: 2 ma 0.5 mm² mm² stranded or solid core Strip length: 8.5 mm mm 0.5 mm² mm² stranded 0.5 mm² mm² solid core Strip length: 8.5 mm mm High inrush, single-pole, single-throw, (SPST) latching relay 4 kv 16 A Quantity is limited by MCB: refer to the manufacturer s data LMS CD HE DALI RELAY 1CH 16A CODE: KR000 Is a single-channel relay unit, designed to allow control of non-dali, non-dimmable loads. Is packaged within a plastic enclosure that can be installed within a luminaire, electrical cabinet, or used as an in line unit. The relay is a latching, volt-free contact, high inrush type, with a contact rating of 16 A. The compact enclosure is provided with mounting lugs at each end, and cable grips are provided as part of the terminal cover Installation Notes For installation in a restricted access location only Isolate the mains supply before installation The unit s mains supply must be protected. External protection must not exceed 6 A All DALI and mains cabling must be 230 V mains rated Do not connect DALI or S-DIM / DMX at the same time Install the unit horizontally to allow for heat dissipation Any enclosure must provide adequate cooling ventilation Please refer to the LMS CD HE DALI RELAY 8CH 16A DALI: Mains/relay: S-DIM / DMX: Cable rating: Mains supply: consumption: Standby power consumption: Internal losses: Control circuit protection: DALI consumption: Isolation: 0.5 mm² mm² stranded or solid core (max mm²) Up to 4 mm² solid core or up to 2.5 mm² stranded 0.22 mm² mm² low-loss RS485, Type multistranded, twisted and shielded All cables must be mains rated. 85 VAC VAC, 45 Hz - 65 Hz 2.6 W 1.1 W 2.1 W + max. 1.6 W per channel 6 A maximum. The unit s mains supply must be protected. 2 ma 4 kv between every connector, with these exceptions: SDIM 0V and OVR 0V are NOT isolated from each other Compliance: Complies with DSI standard v 2.0 LMS CD HE DALI RELAY 8CH 16A CODE: KR000 Is fitted with high inrush specification relays rated at 16 A per channel, which handle short-lived high peak inrush currents during switch-on of loads. Can be networked through either DALI or S-DIM communication, to be incorporated into a or Imagine lighting control system. The unit has an intuitive LED segment display and push buttons for monitoring, manual configuration and control purposes. CONNECTIONS Housing: White plastic (Polycarbonate) 52 g IP code: IP30 Operating and storage conditions Temp: 0 C to 40 C Temp: -10 C to 70 C Relative Humidity: Max. 90 %, noncondensing Emission: EN Immunity: EN Safety: EN Environment: Complies with WEEE and ROHS Directives CONECTION Load (relay) wiring Note: The DA+ and DA- wires can go in either of the DALI connectors. Inputs Communication: Override: User interface: Channels: DALI, S-DIM and DMX Wired override input 2 push buttons for configuration 8 (2 channels per 4-way connector) Relay contacts: High inrush (200 μs at 800 A), single pole, single-throw (SPST) relay. W pre-make contact + AgSnO2. Optimised for high DALI wiring currents. DA+ 45 DA- Relay voltage: 240 VAC / 400 VAC 90 Max. load per contact: Number of devices: 16 A resistive / incandescent; 10 A HID (cos y = 0.6) For ballasts, quantity is limited by MCB; refer to manufacturer s data. Relay circuit external protection must not exceed 16 A. These are power relays and are not suitable for extra low voltage operation. Where power relays are used to control contactors, please ensure snubbers are fitted

28 COMUNICATION LMS COMPONENTS

29 COMUNICATION COMUNICATION Ethernet ports: There are five individual Ethernet ports. Ports 2-5 are connected to a switch and can be switched together by an option in the RouterOS software. All cables made to EIA/TIA 568A/B cable specifications will work correctly. Note that this port supports automatic cross/straight cable correction (Auto MDI/X), so you can use either straight or cross-over cable for connecting to other network devices. LMS IT MT REMOTE ACCESS CODE: KR000 Technical specifications Ports: Standrads: RJ-45 10/100Mbps ports 4/5/8 ports Auto - MDI/MDIX IEEE Base-T IEEE 802.3u 100 Base-TX IEEE 802.3x full-duplex flow control LMS IT AS LAN SWITCH 5P / 8P CODE: XX000 (5P) CODE: SV008 (8P) LEDs: Ethernet LED lights up when a cable is connected, these LEDs don t show ethernet activity, just connectivity. LED indicates that the device receives power. ACT LED shows NAND activity and can be programmed to show other things via RouterOS LED menu. We made special configuration of the router to gain remote access of the installation to the SLE. Open DHCP : consumption: 9 VAC/1A 3.7W / 2.4W max. A switch is a device used on a computer network to physically connect devices together. Multiple cables can be SLE advantages: We prefer usage of this router for connection between customers lighting system and our internal net. With this mode, we are able to control actual settings of lighting system. It is more effective and it contains many advantages for customer. connection or static IP address is needed for correct operation. connected to a switch to enable networked devices to communicate with each other. Switches manage the flow of data across a network by only transmitting a received message to the device for which the message was intend- Advantages of SLE solution: Maintenance time - customers save time to solve their problems. Mobility - our specialists can solve problems almost anytime and do not require traveling to the customer. Save money - in situation, when customer will need some programmable changes in lighting system, he can save money commonly counted for technical intervention. ed. Each networked device connected to a switch can be identified using a MAC address, allowing the switch to regulate the flow of traffic. This maximizes security and efficiency of the network. Specifications CPU: AR MHz Memory: 32MB DDR SDRAM onboard, there is no memory upgrade options. Boot loader: RouterBOOT Data storage: 64MB onboard NAND memory chip Ethernet RB750: at the device: Five 10/100 Mbit/s Ethernet ports with Auto- MDI/X DC power jack (5.5mm outside and 2mm inside diameter, female, pin positive plug) accepts 8-30V DC over Ethernet: Ether 1 requires 8-30V DC (non 802.3af), to compensate for losses, it s recommended to use 12V or more consumption: Up to 6W Dimensions: 113x89x28mm. Weight without packaging and cables: 129g Temperature: Humidity: Indoor device. Operational -20 C to +50 C Operational: up to 70% relative humidity (non-condensing) RouterOS: RouterOS v5, Level4 license

30 COMUNICATION System Specifications Standard: Data transfer rate (Half duplex/full duplex): MAC address table: Memory buffer: Switching fabric (non-blocking): Features: IEEE Base-T Ethernet IEEE 802.3u 100Base-TX Fast Ethernet IEEE Nway auto-negotiation IEEE 802.3x full duplex operation and flow control Ethernet: 10/20 Mbps Fast Ethernet: 100/200 Mbps 1 K Hardware Specifications Possible in two versions: Eight / Five: LED indicator: supply: consumption: 96 KB/48kB 1.6 Gbps/1.0 Gbps Auto-MDI/MDIX on all ports Transmission method: store-and-forward architecture 8 or 5 ports RJ-45 10/100 Mbps Ethernet ports with auto MDI/MDIX support PWR: Per port: Link/Activity External switching power adapter Input: V AC Output: 9 V DC, 0.6 A 3.7W / 2.4W max. LMS IT ZX LAN SWITCH 5P / 8P STEEL 5P: XX000 LMS IT ZX LAN SWITCH STEEL 5 or 8 ports are designed for increase power and effectivity of your Home network. Automatic configuration set connection to highest possible speed and right duplex mode. Service Store-and-forward brings low latency and flawless packet transport. Plug-and-play technology and compatibility many network protocols make installation and maintenance easier and faster than ever before. Physical Specifications Item dimensions: Item weight: (WxDxH): 142 x 87 x 28 mm (5.5 x 3.4 x 1.1 ) 160 g (0.35 lb.) Packing dimensions: (WxDxH): 146 x 92 x 86 mm (5.75 x 3.62 x 3.39 ) Packing weight: 302 g (0.67 lb.) / 267 g (0.59 lb.) Operating environment Temperature: 0 C to 40 C (32 F to 104 F) Humidity: 10% to 90% (Non-condensing) environment Temperature: -40 C to 70 C (-40 F to 158 F) Humidity: 5% to 90% (Non-condensing) Certification CE, FCC class B, C-Tick

31 SYSTEMS LMS COMPONENTS

32 SYSTEMS SYSTEMS ALL (Shared) the most important parameters: The maximum length of a single bus is 1200 m Automated testing Night operation mode Internal battery supporting power supply of the central unit Preview of the system via any web browser Continuous communication with the fittings in the system Management and visualization of the system using dedicated software EMKO UNA Each control unit can control up to 4000 fittings by using MPU250 submodules. Submodules communicate with the central EMKO UNA via LAN. Due to the connection through the LAN it is possible to use the Wi-Fi connection between the submodules. EMKO UNA has a touch panel with graphical, intuitive menu. This allows you to configure the system in a simple and easy way without the use of SmartVISIO application. Due to applied technical solutions, we have eliminated the importance of polarization of connecting the communication bus directly to: EMKO UNA central unit MP UNA submodules RS address modules Each RS address module has its own individual number / address. Addresses are assigned by the factory therefore no additional devices, such as address programmers, are required. The most important parameters: Monitoring up to 500 emergency fittings LEDs signaling status of the system Internal memory stores the reports of emergency lighting system in accordance with EN Possibility to test the fittings individually or in a group RJ45 connector for direct communication with any computer via Ethernet Individual IP address EMKO MINI UNA Using in small and medium buildings. The system is designed to monitor up to 500 emergency luminaires equipped with autonomous power supply RS sources, both fluorescent and LED. The main advantages of the control unit are its small size and the possibility of direct mounting on TH-35 rail (DIN-3). The system is maximally simplified but has all the key features from the point of view of the user. Each control unit is equipped with an input bus RS, RJ45 connector, three LEDs indicating the status of the system, the reset button and the service pin which is used to personalize the new IP address. Communication with emergency RS luminaires is carried out by bus RS485 conducted in RS485 standard. Communication with the luminaires is continuous. EMKO TP (4000) MONITORING SYSTEM Using in the buildings of medium and large size. The system is designed to monitor emergency luminaires equipped with autonomous power supply RS sources, both fluorescent and LED. The control unit allows free configuration and status monitoring of emergency lighting. The control unit comes with 5.7-inch LCD touch screen monitor, internal communication cards which monitor up to 650 fixtures without any need for additional components, RJ45 connector, USB slot, SD connector, internal power supply battery, internal non-volatile memory. Communication with emergency EMKO The EMKO is the next generation solution dedicated to monitoring addressable emergency lighting. The EMKO system is the latest and the most advanced version of the monitoring system which controls independent fittings of emergency and evacuation lighting. EMKO UNA EMKO MINI UNA EMKO TP (4000) MONITORING SYSTEM RS luminaires is carried out by bus RS485 conducted in RS485 standard. Communication with the luminaires is continuous. The most important parameters: Monitoring up to 650 of emergency fittings The quantity of the monitored fittings within one system can be expanded up to 4000 emergency fittings Legible, big touchscreen LCD with a simple menu SD card slot and card itself allow to save the periodic test results, event log and system configuration, in accordance with EN Possibility to control any group of luminaires through two internal 230V connectors Possibility to test the fittings individually or in a group RJ45 connector for direct communication with any computer via Ethernet Individual IP address Works with any BMS (Building Management System) by using the potential-free contacts EMKO SD MONITORING SYSTEM Using in large and medium buildings. The system is designed to monitor the emergency fittings equipped with autonomous power supply sources (type RS), both fluorescent and LED. The central unit allows any free configuration and monitoring of the status of emergency fittings. The central unit is equipped with a four-line LCD display, internal EMKO SD MONITORING SYSTEM communication cards which can monitor up to 1000 fittings without any additional elements, USB slot, SD slot, internal power supply battery, internal nonvolatile memory. Communication with emergency RS fittings is held through a bus cable in standard RS485. Communication with the fittings is continuous. Development of the system is possible through the installation of additional central units in master-slave configuration. The most important parameters: Monitoring up to 1000 emergency fittings The quantity of the monitored fittings within one system can be expanded up to 4000 emergency fittings Four-line LCD display SD slot and SD card can be used to record, transmit and print on any PC reports of emergency evacuation lighting system, in accordance with EN Possibility to test single fixtures or group of fixtures USB slot Works with any BMS (Building Management System) by using potential-free contacts The system monitors each output circuit individually and with the use of address modules - each luminaire. The system allows any configuration of mode both of the circuit and the luminaire. Using the driver one can programme the mode of the address module without interfering into the luminaire and without any specialized service software. The SD card slot used in the system allows to perform a backup of the system and to save the periodic test results, event log and system configuration, in accordance with EN The event log can be printed out of the SD card on any PC without any additional software. Besides, all the settings are stored in non-volatile memory and will not be lost even during the complete power supply and battery failure. The charger module ensures battery charging based on UI characteristics with temperature compensation according to EN The charger is equipped with internal active PFC module which provides a power factor close to 1. Linear modules have separate protection for AC and DC mode, significantly increasing the safety level while switching on emergency lighting in the building. In DC mode the system works in IT network layout (isolated system). CBS LCD display with easy-to-use menu Automatic test performing Automatic detection and adding luminaires to the system Monitoring of each luminaire Monitoring of each circuit Programming and configuration of the luminaires directly from the central unit Communication with luminaires through the power cable SMART technology - any mode of operation of the luminaire (SMART technology - more information) The linear modules are secured for the AC and DC mode separately SD card slot and card itself allow to save the periodic test results, event log and system configuration, in accordance with EN Possibility to record the back-up of the system on the SD card Night mode operation Possibility to control luminaires and functions of the system through the 24V and 230V internal and external connectors Possibility to monitor power in the distribution boards and in the separate lighting circuits Possibility to use sub-modules in standard version and HUB version USB slot RJ45 connector for direct communication with any computer via Ethernet Preview of the system via any web browser Battery pack with a life of 10 years Works with any BMS (Building Management System) by using the potential-free contacts Management and visualization of the system by using dedicated software LPS + SD card slot and card itself allow to save the periodic test results, event log and system configuration + Supply of the fixtures of total capacity 1500W for time 1h or 500W for 3h CENTRAL BATTERY SYSTEM CBS The CBS central battery system is reliable and easy-to-operate central battery system constructed in accordance with the requirements of VDE 0108 as well as EN and EN standards. Due to the possibility of using submodules it is dedicated to medium and large buildings and was designed in SMART technology. CENTRAL BATTERY SYSTEM LPS Its functions are equivalent to the functions of CBS system, however, due to its small size and limited power the system is suitable for installation in smaller buildings or buildings that require diversification of source of supply of emergency fittings (as a group system). With four sensor inputs installed in the steering module it is possible to control fire zones through the use of sensors decay phases (CFZ), which control power supply to the switch board of power supply zone. In addition, the system can be expanded by ELS-230 modules, with nine voltage control inputs. Linear modules have separate protection for AC and DC mode.

33 SYSTEMS Managet night WWW CLOUD Control and monitoring Data concetrator in the distribution board Controller integrated in the luminaire head or pole + Light sensor (optional) Components for use LMS CU VS LUMINAIRE NODE LMS CD VS POLE CONTROLLER LI LMS CD VS POLE CONTROLLER SE RAD LMS CD VS DATA CONCENTRATOR LMS SE VS LI LMS CD VS COUPLING UNIT LMS CD VS WIRELESS BRIDGE LMS SE VS MO RAD STREET LMS IT VS STREET CENTRUM Intelligent Luminaire Controller (CODE: KR000) (CODE: KR000) (CODE: KR000) Intelligent Data Controller (CODE: KR000) Intelligent Lux Meter with Line Interface (CODE: KR000) Intelligent, Capacitive Coupling Unit (CODE: KR000) Intelligent Wireless Bridge (CODE: KR000) Intelligent High-Frequency Sensor (CODE: KR000) Intelligent Luminaire Information Centre (CODE: KR000) POWERLINE OUTDOOR SYSTEM Many street lighting facilities are outdated and are therefore highly inefficient. This not only results in higher energy requirements, but also more maintenance work and higher investment costs. All this adds up to street lighting accounting for approx % of the entire power consumption recorded by municipal and other types of local authority - which amounts to a huge cost factor for public budgets to cover. The lighting solutions provided SLE ensure that local authorities can save energy, achieve sustainable cost reductions and at the same time make a valuable contribution to reducing CO2 output. Using various lighting situations as examples, energy savings of up to 80% can be achieved. SLE`s light management systems enable centralized control of individual luminaires with the advantage of a constant online link and the ability to monitor the lighting system. But these intelligent, multifunctional SLE controllers provide the same savings potential and high flexibility even without online connectivity. Typical Applications General lighting in public spaces Lighting in the vicinity of buildings Lighting in tunnels Lighting for sports' venues Targeted Use of Light and Optimization of Maintenance Processes SLE`s Street Lighting system makes it possible to dim individual luminaires or entire luminaire groups. Depending on the requirements, the degree to which the lighting level is dimmed can be sensorcontrolled or can comply with a preset level (the burn-in periods of discharge lamps can also be taken into consideration). Considerable savings potential can be harnessed by need-driven programming and/or lighting control. Thanks to the system's convenient remote monitoring functions, it is possible to optimize maintenance processes as well as better plan maintenance work and budget for it in more detail. Flexible Structure The complete Street lighting system is suitable both for new installations as well as for classic retrofits. The particularly flat designs of the controllers enable installation in almost all luminaires, especially luminaires featuring LED technology. The system enables control of luminaires operated with magnetic ballasts as well as luminaires with up to four dimmable electronic ballasts with a 1-10 V or DALI interface. Managed Night -line technology enables bidirectional data transfer using the 230 V supply line. As a result, controllers can be grouped together to form a high-performance network using just the cables provided (without needing any additional control lines) in almost any environment. Data can thus be transferred to each controller connected to the network with a very high degree of reliability; if necessary, signal strength is automatically boosted, thus removing any restrictions in terms of distance. LMS IT VS STREET CENTRUM - intelligent Luminaire Information Center The luminaire information center is the central control instrument of a light management system. All connected luminaires can be controlled, monitored and displayed using a web-based server application. As the software is a wholly web-based application, system maintenance can be carried out via the web. The following actions can be controlled: Switching individual luminaires on or off ahead of defined luminaire groups Defining the most diverse timer settings Evaluation and display of the lighting system status depending on various types of error message Evaluation of energy consumption at individual luminaire and luminaire-group level Graphic display of all acquired data over time (voltage, current, power, temperature, power factor, lighting hours,...)

34 Cityowl is centralised street lighting control and monitoring system. Well-designed street and urban lighting can support the economy of communities and cities by attracting visitors to all matter of outdoor activities such as markets, concerts and cultural events. It is, therefore, important that key buildings, monuments and parks are well illuminated to be appealing to those passing through. Proper management and maintenance of a lighting solution can be quite complex, time-consuming and expensive. For this reason, we developed the innovative CityOwl. A state of art solution for street lighting control and management that will allow you to save money and increase your comfort. STREET LIGHT MANAGEMENT SOFTWARE SUPERVISING TOOL Advanced dispatcher supervising tool for continuous streetlight monitoring, alerting and management. LUMINAIRE DIMMING PROFILES Configure, select, and apply to luminaire; just three quick steps to setup or edit dimming profile to street lighting. INTERACTIVE MAPS Apply or change luminaire dimming profiles easily using interactive maps. REPORTS AND MEASUREMENTS Reports requested on a regular basis or on demand are sent via and can be reviewed in the software. REGISTER AND EVENT TRACKING Street light servicing history, tracking, or failure information can be stored and reported for years, retrospectively. ALL THE FUNCTIONALITY IN YOUR HAND A powerful mobile application supports complete streetlight servicing and management even on the go. POWERLINE COMMUNICATION control is facilitated along the existing power supply infrastructure. this allows all communication to be done without the need for additional control lines or cabling, thereby minimising reconstruction costs. the solution is ideal especially for older installations with a limited number of phases. communication is facilitated using special transmitters located in the distribution boxes and receivers located within the luminaires, which use a signal modulated to pass along the power supply lines without interference to stable supply. 50% 50% RF COMMUNICATION all control commands between the central control unit and the luminaire are sent using rf communication. this allows minimizing the cost of installation, plus lighting systems can be reconstructed without need for replacement or addition of wiring infrastructures nor investment in control line cabling. it also means that no fees need to be paid for the transferred data, which further reduces operational costs. 50% RF communication 100% 100% 50% 50% PLC communication 100% 50% COMPONENTS FOR USE OWL controller PLC/RF - Main control unit allows switching 3 phases and monitoring 3 outgoing lines. One unit can work with up to 350 luminaires. OWL Extension - With this module you can monitor more outgoing lines (12, 24, 36). Brightness level sensor - Is additive device connected to OWL controller which is using for sensing of ambient light with high accuracy 1 Lux. Current transformers - Obtain split core for easy installation. Have accuracy 1%. It is possible to order versions for 50A, 100A, 200A and 300A. Luminaire PLC/RF - Luminaire with build-in OWL Node unit to make communication with OWL controller. SOFTWARE FUNCTIONALITY:» Web-based software for use on a computer, tablet, or smartphone.» Possibility of integration with other systems based on the open API protocol.» Unlimited number of users.» Option to set access authority levels.» Activity planning, inventory, and reporting.» Online management that includes switching and dimming of luminaires.» Itemised information about luminaire consumption, performance, installation type, etc.» Interactive GIS (specialised map) for the control and monitoring of components.» SMS and notifications.» Energy measurements for up to 36 luminaire power lines covering voltage, current, reactive power, active power, cos φ.» Individual luminaire energy measurements covering voltage, current, reactive power, active power, cos φ.» History log showing cabinet door opening, switching on and off of the circuit breaker, dimming, etc.» Creation of luminaire and control gear groups.» SSL 256-bit encryption of data transferred between the web-based software and central control unit.» Android mobile application for remote controlling of luminaires.» Android mobile management application.

35 STREET LIGHTING AND CITY MANAGEMENT SYSTEM Functions throughout a city as its central nervous system to ensure optimal operation. It uses the existing lighting infrastructure in combination with lorawan to easily and cost-effectively implement secure and robust communication across entire cities to unite smart and responsive lighting with environmental and urban monitoring and decision-making systems. the result is a perfectly automated network of sense and response that reduces energy consumption, maintenance, and environmental impact, increases safety, and supports the monitoring, management, and sustainable development of our cities, towns, and villages. ANALYTICS SOFTWARE is built to manage street lighting systems comprised of a virtually unlimited number of luminaires. The graphical user interface (GUI) is intuitive and interactive and provides powerful management and reporting tools covering device status, real-time error reporting, and advanced maintenance scheduling. It is possible to group, adjust, and update actions through a "bulk operation" interface, which makes it incredibly easy to manage large numbers of luminaires, luminaire groups, schedules, and actions. MAP & DEVICE SELECTION The top level of the software can be shown as a satellite map of the whole system or as a map/dashboard for a selected luminaire, lighting panel, or node (shown right) within which there can be an infinite number of tabs. The dashboard can be customised by the organisation and even by individual users in order to provide the best and most effective user experience. DEVICE ENERGY CONSUMPTION The real-time energy parameters of each device can be visualised as easy-tounderstand charts. It is also possible to select relevant data from the past and to create reports covering a defined span of time. COMPONENTS CITYOWL 2 Controllers Controllers are designed to be built into new luminaires Lighting Panel Control & Monitoring Module The CITYOWL 2 Lighting Panel Control & Monitoring Module provides autonomous lighting panel operation and carries out measurements and analysis of various electrical parameters on the street lighting grid.retrospectively. CITYOWL 2 Gateway Gateway is the cental communication device in a LoRa network, providing a radio link to any compatible Node within range. There are several manufacturers of LoRaWAN compatible base stations. Gateways are compatible with most solutions on the market. SOFTWARE FEATURES: Stable, robust, secure, and interoperable Automatic switching and dimming of street lighting Advanced street light scheduling using astronomical clock or ambient light or motion sensors User-definable schedule exceptions and manual override function Real-time monitoring of all devices and the grid, and immediate fault notifications Unlimited luminaire organisation options with bulk adjust and update action function Fully operational on smartphones and tablets for easy installation, commissioning,and maintenance Satellite map visualisation based on public or private maps: ESRI GIS, Google Maps, Open Streetmaps, etc Advanced user management: privileges, area allocation, system management (inclusive of independent sub-systems) Advanced data analysis, reporting tools, performance charts, detailed luminaire reports including run-time, energy savings, device status, etc Fully compatible with devices and controllers from any manufacturer API allows for open data integration Interface can operate in multiple languages DEVICE PROPERTIES When selecting the Properties tab for a selected luminaire, you can see real-time information about the properties and configuation of the device. Access to the the configuration is password protected. DEVICE PARAMETERS Based on custom configuration, the system can send instant or automated information about device status, last given command, and various electrical paramters: W, V, current, PF, apparent energy, apparent power, on time, and others. DEVICE OVERVIEW When a particular luminaire is selected, a number of tabs appear. The first is the Overview tab, which displays information about the device and several basic device readings. In addition to the Overview tab are several other tabs showing device notifications and providing access to charts, reports, and configuration and scheduling options. SCHEDULE EVENT LIST Each LoRa device may act according to an individually configured schedule containing a series of timespecific events. If the device belongs to a group, it will act acording to group-defined schedule events. FEATURES: Autonomous operation based on predefined schedules and light level sensors. Individual remote management of street luminaires with electronic ballasts and light source power up to 400 W. On/off control for all types of street luminaire and dimming for LED luminaires. Bandwidth efficiency and minimal communication requirements. Dedicated secure memory for storage of encryption keys. Monitoring of a wide range of electrical parameters: Wh, VARh, V, W, A, VAR, PF, and frequency. Advanced data synchronisation and notification systems. Battery operated RTC protected against unforeseen grid faults. External infrared interface for security key transfer and local configuration. Over The Air (OTA) firmware update. Network Server The Network Server is the central, secure home of ANALYTICS SOFTWARE. The software/server integrates perfectly with Controllers and Lighting Panel Control & Monitoring Modules and is also compatible with other open-protocol LoRaWAN hardware solutions. FEATURES: Autonomous operation based on pre-defined schedules. Monitoring of a wide range of electrical parameters on the street lighting grid: PF, V, current, frequency, active/reactive apparent power, and daily active reactive energy. Configuration options: current transformer ratio, voltage/power thresholds, and daytime/nighttime consumption thresholds. Reports errors and malfunctions to the Network Server in real-time: under/over power, under/over voltage, phase failure. 2 x digital inputs. 1 x dry contact relay output. FEATURES: Manages and prioritises all network elements, radio communication, and information flow. Constantly monitors and evaluates signalto-noise ratio (SNR) and selects the best Gateway to deliver the message to every Node. FEATURES: Can connect up to 5000 Nodes. Operates over a 3-5 km range (dependent on urban density). Functions autonomously for up to 20 years with battery operated devices. Operates across a wide spectrum of radio frequencies to ensure global compatibility: 433 MHz, 868 MHz, 915 MHz, etc. High inteference immunity thanks to communication with multiple devices on different bands and channels and using various spread factors, all without interfering with each other. Highly secure certified Transport Layer Security (TLS) encryption Each Controller and Lighting Panel Control & Monitoring Module must be registered with a local LoRaWAN network operatorto be able to connect to ANALYTICS SOFTWARE. CITYOWL 2 devices are already integrated with most public LoRaWAN operators.

36 LIGHT MANAGEMENT SYSTEM WEB Control is a control device designed directly to the control of SLE lighting solutions. It contains microcomputer Raspberry Pi 2 (Model B), Micro SD card with operating system, USB memory card and USB to Ethernet reduction. WEB Control is using unique software (WEB based server) which has special designed user interface. It offers user possibilities to adjusting light scenes and schedulers. System also displays Energy measurement history and counting actual saving. SOFTWARE - Fronted webpage is coded in HTML and JQUERY - Backend software is coded in NGINX, Servlets are supported by TOMCAT 7, Backend programming language is JAVA On the microcomputer is running also software written in JAVA 1.8 which takes care about Luminaire communication. - On the USB memory is stored database of settings and adjustments for schedulers and energy measurements (POSTGRESQL 9.3). - WEB authentication is ensured by TOMCAT 7 server. - WEB communication of client server is ensured by HTTPS - Encrypting is ensured by selfsign certification.