KNX SYSTEM INSTALLATION AND CONFIGURATION GUIDE

Transcription

1 KNX SYSTEM INSTALLATION AND CONFIGURATION GUIDE

2 Contents 4 INTRODUCTION TO THE KNX OFFER 4 Composition 6 KNX standard architecture 7 Wiring rules 8 IP structure 9 ETS software 10 DEVICE PRESENTATION AND INSTALLATION 10 Simple controls 12 Scenario control Cat. Nos and IR remote control Cat. No IR/RF remote control Cat. No Light level cell Cat. No Detectors 16 Mobile configuration tool Cat. No KNX false ceiling controllers 19 KNX DALI modular controller Cat. No KNX roller blind modular controller Cat. No Multi-channel modular controller Cat. No SCS modular controllers 22 Touch control Cat. No IP communication module Cat. No USB interface Cat. No Line coupler Cat. No KNX power supply Cat. No KNX cable Cat. No Building manager viewer Cat. Nos /04 25 Building manager controller Cat. No

3 26 ARCHITECTURE 26 Architecture with false ceiling controller 27 Architecture with modular controller 28 Wiring 29 DESIGN 29 Introduction 30 Product layout (CAD) 32 Installation wiring and powering-up 33 ETS configuration

4 PRI PRI: V mA 50/60Hz SCS : 27Vdc 600mA SCS V Hz LEARN Introduction to the KNX offer COMPOSITION The Legrand KNX offer is used to create flexible, open installations. The KNX lighting management system consists of the following assemblies: - Controls: these can be manual (wiring accessories) or automatic (detectors). They send commands to the various components in the system. - Controllers (also called actuators): these receive commands from the controls or automation devices in the system. They have various outputs and control the lighting, blind or shutter loads. - Automation devices: these can send commands to the various controllers in the system and/or receive commands. - Accessories: these supply power to, connect and interface the lighting management system. 4

5 Controls: : lighting control /22/21: false ceiling detector Controllers: /66/62/61: false ceiling controller PRI SCS LEARN PRI: V mA 50/60Hz SCS : 27Vdc 600mA V Hz : KNX multi-channel modular controller : KNX modular controller for roller blinds Accessories: : touch screen /04: building manager viewer : building manager controller Automation devices: : KNX power supply : IP communication module 5

6 Introduction to the KNX offer (continued) KNX STANDARD ARCHITECTURE The KNX specification is published by the KONNEX association. The KNX protocol was recognised by ISO/IEC x as an international standard in November Diagram of an installation An installation can be divided into lines and zones. A line contains a maximum of 64 participants (products). A zone comprises a maximum of 15 lines linked to the main line by line couplers. A backbone links a maximum of 15 zones via zone couplers. Zone 1 Main line Zone Power supply controller + Maximum 15 lines Line15 + Line coupler + power supply Linecou coupler r+p power supply 15 zones maximum Backbone 64 modules maximum m Modular controller False ceiling controller Zone 15 6

7 WIRING RULES The BUS must be supplied with 29 V= ± The data forming the KNX "message" is transmitted in differential serial mode at a rate of 9600 bps. A single pair (2 x 0.8 mm) cable must be used. Maximum lengths - Maximum distance between 2 products: 700 m - Maximum distance between a product and the KNX power supply: 350 m - Maximum BUS length: 1000 m - Termination resistors are not necessary Modular controller 700 m 350 m False ceiling controller Power supply 7

8 Introduction to the KNX offer (continued) IP STRUCTURE KNX IP BUS/KNX IP/KNX gateway Cat. No Peripheral BUS controller Peripheral BUS controller Touch screen Detector Control Detector Control Detector Control Detector Control Wiring topologies There are several wiring topologies. It is not necessary to have an impedance at the end of the line. Line Star Tree structure Mixed topology Ring 8

9 ETS SOFTWARE Used to configure and set the parameters of KNX products. The products must be configured using the Konnex certified software: ETS3 and ETS4. The products are programmed using the Legrand database. ETS configuration (see p. 33) 9

10 Device presentation and installation SIMPLE CONTROLS The control can operate in two different modes whose parameters can be set on ETS: - The first for controlling the lighting - The second for controlling blinds or shutters Flush-mounted wall installation in flush-mounting box Technical characteristics Power supply: 27 V=, wiring on the peripheral BUS Consumption: 5 ma Operating temperature: -5 to + 45 C Protection index: IP 20 Dimensions: 45 x 45 x 347 mm Installation (supplied with BUS connector Cat. No ): - Flush-mounted in 2-module box - Surface mounted with 2-module frame Cat. No To be equipped with Mosaic plate Cat. No (white) or (aluminium) and Batibox support Cat. No mm min. CLICK CLICK Wall mounted installation with support frame CLICK CLICK 40 mm min. 10

11 Lighting controls For wiring on the peripheral BUS and controlling one controller. For ON/OFF/dimming control of the configured loads. Pushbutton control. The Plug and Go configuration in this case is: CH1 controls channel 1 and CH2 controls the other channels. 1 way lighting controls: Cat. Nos way lighting controls: Cat. Nos Communication object The operation of the controls is dependent on the links created on ETS Number of communication objects: 8 Type Inputs Outputs Objects 1 On/Off status bit 1 level status byte 1 ON/OFF bit 4 Dimming bits (1 down, 9 up, 0 stop) Lighting and roller blind controls For wiring on the communication BUS and controlling several controllers. Used for ON/OFF/dimming control of lighting loads and raise/lower and slat orientation control of roller blinds. Switch control. The Plug and Go configuration in this case is: CH1 controls channel 1 and CH2 controls the other channels. 1 way controls: Cat. Nos way controls: Cat. Nos Communication object The operation of the controls is dependent on the links created on ETS Number of communication objects: 8 for lighting 6 for blinds Lighting Type Inputs Outputs Objects 1 On/Off status bit 1 level status byte 1 ON/OFF bit 4 Dimming bits (1 down, 9 up, 0 stop) Blinds Type Objects Inputs 1 position byte (1%= 1, 2-100%=0) Outputs 1 Up/Down bit 1 Open/Close bit 11

12 Device presentation and installation (continued) 4 buttons (or units) for controlling 4 scenes SCENARIO CONTROL CAT. NOS AND The scenario numbers assigned to the buttons are configured with the ETS tool. Can initiate 4 scenarios. The Plug and Go configuration in this case is: - Pushbutton 1 = all actuator channels 40% - Pushbutton 2 = all actuator channels 60% - Pushbutton 3 = all actuator channels 100% - Pushbutton 4 = all actuator channels 0% The control is reset by a short press followed by a long press (10 seconds) on the Learn button. The pink LED then flashes quickly. Communication object Type Output Object 1 Scenario number byte This object is common to all the products connected to the controller Technical characteristics Power supply: 27 V=, wiring on the peripheral BUS Consumption: 5 ma Operating temperature: - 5 to + 45 C Protection index: IP 20 Dimensions (H x W x D): 45 x 45 x 32.7 mm Installation (supplied with BUS connector Cat. No ): - Flush-mounted in 2-module box - Surface mounted with 2-module frame Cat. No To be equipped with Mosaic plate Cat. No (white) or (aluminium) and Batibox support Cat. No Installation (see p. 10) 12

13 CH1 controls CH2 controls 1 scenario per button Scenario control IR REMOTE CONTROL CAT. NO IR/RF REMOTE CONTROL CAT. NO The remote controls communicate with the actuators (false ceiling or modular controllers). As the controllers do not have IR technology, a detector acts as an IR gateway between the remote control and the actuator. The scenario remote control is used for remote control of switching on/off and dimming 2 local lighting zones. The buttons can be configured on the ETS tool. The infrared (IR) control has a 10 m range. This remote control is used to control the outputs of a single controller. Technical characteristics Power supply: 2 x LR V alkaline batteries (supplied) The remote controls communicate with the actuators (false ceiling or modular controllers). As the controllers do not have IR technology, a detector acts as an IR gateway between the remote control and the actuator. The scenario remote control is used for remote control of a scenario using the buttons. These numbers can be configured on the ETS tool. The infrared (IR) control has a 10 m range. The remote control has 5 action buttons, each dedicated to one scenario. A short press on one of the 5 buttons activates a scenario that has been defined on ETS. Loop control is disabled when using the remote control. Technical characteristics Power supply: 2 x LR V alkaline batteries (supplied) Communication object Type Output Object 1 Scenario number byte 13

14 Device presentation and installation (continued) LIGHT LEVEL CELL CAT. NO DETECTORS Used to measure the amount of light coming in from outside the installation. Internal cell for "open loop" lighting management. It is also used to show the light level on a screen or supervision system display. The parameters of detectors associated with the loop must be set for open loop. It is essential to calibrate the detectors to ensure the control loop operates correctly. Technical characteristics Power supply: 27 V=, wiring on the peripheral BUS Operating temperature: - 5 to + 45 C Protection index: IP 20 Consumption: 15 ma Installation: - Directly in false ceiling with claws (supplied) - In Batibox box, depth 50 mm Cat. No Communication object Number of communication objects: 1 Type Output Object 2 light level bytes (lux) The detector controls the actuators. It has various operating modes (Manual ON/Auto OFF, etc.) There are two possible control methods: - Closed loop control: the detector operates independently - Open loop: the detector is combined with a light level cell The parameters are set with the ETS tool (time delay, light level threshold, sensitivity, operating mode: AUTO/MANUAL, type of control) Communication object Number of communication objects: 8 Type Inputs Outputs Objects 1 On/Off value bit 1 level value byte 1 presence/end of presence (end of time delay) status bit 2 in lux bytes 1 synchronisation bit 1 On/Off bit 1 Value byte 1 presence/end of presence bit To obtain the correct operation of the light control loops it is essential to comply with the recommended links. For further information, please refer to the technical data sheet in the e-catalogue, For further information, please refer to the technical data sheets in the e-catalogue, 14

15 Flush mounting detectors For wiring on the communication BUS Recommended fixing height: 1 m Integrated pushbutton 180 detection Optimum distance between 2 detectors: 6 m Infrared detection: Cat. No Infrared and ultrasonic detection: Cat. No The Plug and Go configuration is used to control all the channels. The parameters of the detectors can be set using the ETS software and the mobile configuration tool Cat. No Technical characteristics Power supply: 27 V=, wiring on the peripheral BUS Operating temperature: - 5 to + 45 C Protection index: IP 20 Consumption on standby: 12 ma for Cat. No ma for Cat. No Installation (supplied with BUS connector Cat. No ): - Flush-mounted in 2-module box - Surface mounted with 2-module frame Cat. No To be equipped with Mosaic plate Cat. No and Batibox support Cat. No Installation (see p. 10) Connection False ceiling detectors For wiring on the communication BUS Recommended fixing height 2.50 m 360 detection Infrared detection: Cat. No Infrared and ultrasonic detection: Cat. No Ultrasonic detection: Cat. No The Plug and Go configuration is used to control all the channels. The parameters of the detectors can be set using the ETS software and the mobile configuration tool Cat. No Technical characteristics Power supply: 27 V=, wiring on the peripheral BUS Operating temperature: - 5 to + 45 C Protection index: IP 20 Consumption: 0.2 W on standby for Cat. No W on standby for Cat. Nos /21 Installation: - Directly in false ceiling with claws (supplied) - In Batibox box, depth 50 mm Cat. No Surface mounting on ceiling with support frame Cat. No For Cat. Nos /21 Cat. No for Cat. No Connection Cat. No To be ordered separately 15

16 Device presentation and installation (continued) DETECTORS (CONTINUED) Surface mounting detectors For wiring on the communication BUS. Recommended fixing height: 2.50 m 180 infrared detection: Cat. No infrared detection - IP 55: Cat. No infrared detection - special version for corridors/ very high areas: Cat. No infrared and ultrasonic detection: Cat. No The parameters of the detectors can be set using the ETS software and the mobile configuration tool Cat. No Technical characteristics Power supply: 27 V=, wiring on the peripheral BUS Operating temperature: - 5 to + 45 C Protection index: IP 42 (except for IP 55) Consumption on standby: 12 ma for Cat. No /25 17 ma for Cat. No /23 Installation: flush-mounted on walls (supplied with fixing plate) MOBILE CONFIGURATION TOOL CAT. NO Used to specify certain settings for detectors: Time delay Light level threshold Sensitivity Calibration Digital programming to the nearest decimal place on digital screen Instant programming control Option of saving a setting in the memory and applying it to other detectors (standard preset configurations for each room (office, corridor, bedroom, bathroom, etc.) in accordance with EN Technical characteristics Infrared communication technology (4 m max.) Operating temperature: - 5 to + 45 C Impact resistance: IK 04 Recharging: with USB - mini USB cable (not supplied) IR transmission and reception LED Display screen On/Off and validation Control and navigation keys Function access keys Mini-USB connector 16

17 KNX input SCS output (RJ 45) KNX FALSE CEILING CONTROLLERS A false ceiling controller is a power unit or an actuator which is used to control and manage the lighting in one or more rooms. False ceiling controllers use the same variables, the only difference is the DALI fault for DALI controllers (Cat. Nos /66). DALI false ceiling controller with 4 outputs: Cat. No DALI false ceiling controller with 8 outputs: Cat. No False ceiling controller for 1-10 V ballast with 4 outputs: Cat. No Halogen false ceiling controller with 2 outputs: Cat. No To reset the controllers: a short press followed by a long press on the Prog & Reset button. When a controller has been reset, all the configurations created on ETS are deleted and a Plug and Go procedure is started on all the peripherals connected to the controller. Technical characteristics Power supply: 29 V=, wiring on BUS/KNX Con sumption: - Off-load: 2.4 W (for Cat. Nos /66) 4 W (for Cat. No ) 1.8 W (for Cat. No ) - Max. depending on the load Operating temperature: - 5 to + 45 C Protection index: IP 20 Install ation: - In false ceiling - On a suitable cable tray DALI false ceiling controllers Cat. Nos /66 This device is a power unit for managing lighting loads (DALI or DSI). Communication object Number of communication objects: 68 for Cat. No for Cat. No Type Inputs Outputs Object 1 On/Off bit 4 Dimming bits 1 level byte 1 enable/disable bit 2 force/unforce bits 1 clock (for stopping all automatic control devices) 1 scenario byte 1 On/Off status bit 1 Value status byte 1 control BUS fault bit 1 DALI fault bit 1 scenario byte For further information, please refer to the technical data sheet in the e-catalogue, 17

18 Device presentation and installation (continued) KNX FALSE CEILING CONTROLLERS (CONTINUED) False ceiling controller for 1-10 V ballast Cat. No This device is a power unit for controlling lighting loads in switch mode (fluorescent tubes, halogen bulbs, compact fluorescent bulbs) and in dimming mode (1-10 V ballast). Communication object Number of communication objects: 32 Type Inputs Outputs Object 1 On/Off bit 4 Dimming bits 1 level byte 1 enable/disable bit 2 force/unforce bits 1 clock (for stopping all automatic control devices) 1 scenario byte 1 On/Off status bit 1 Value status byte 1 control BUS fault bit 1 scenario byte False ceiling controller for LV and ELV halogen Cat. No This device is a power unit for controlling lighting loads (incandescent bulbs, halogen bulbs, halogen bulbs with ferromagnetic transformer, halogen bulbs with separate electronic transformer). Communication object Number of communication objects: 17 Type Inputs Outputs Object 1 On/Off bit 4 Dimming bits 1 level byte 1 enable/disable bit 2 force/unforce bits 1 clock (for stopping all automatic control devices) 1 scenario byte 1 On/Off status bit 1 Value status byte 1 control BUS fault bit 1 scenario byte 18

19 KNX DALI MODULAR CONTROLLER CAT. NO The DALI modular controller combines the crossfunctional KNX installation BUS and the DALI BUS specifically designed for lighting control. It is thus possible to integrate luminaires with low-cost digital DALI ballasts in a global KNX architecture and control them from existing KNX devices. DALI groups/scenes can be created locally via an LCD menu or a WEB interface. The DALI modular controller can be used for lighting management in large areas (open spaces, ballrooms, etc.). All the controls (switch, detector, etc.) will be connected to the inputs of the nearest controllers in the rest of the installation. The controller can indicate 3 faults in the installation: general, group and luminaire. Each fault is specified: Ballast, BUS, Lamp. Technical characteristics Power supply: 29 V=, wiring on BUS/KNX 16 control groups 16 scenes 64 ballasts per group Fault management Communication object Type Inputs Outputs Object 1 On/Off bit 4 Dimming bits 1 level byte 1 enable/disable control bit 1 clock 1 scenario byte 1 On/Off status bit 1 Value status byte 1 lamp fault bit 1 ballast fault bit 1 DALI BUS fault bit For further information, please refer to the technical data sheet in the e-catalogue, 19

20 V Hz Device presentation and installation (continued) PRI PRI: V mA 50/60Hz SCS : 27Vdc 600mA LEARN SCS KNX ROLLER BLIND MODULAR CONTROLLER CAT. NO MULTI-CHANNEL MODULAR CONTROLLER CAT. NO This module can control up to four blinds or shutters. The blind controls are available on the front panel, enabling wiring and operating tests to be carried out. This module can be configured via the ETS tool and provides a number of communication objects. To obtain a status, it is essential to have entered the blind lowering time parameters and to have initialised the controller (raised and lowered the blinds). Technical characteristics Power supply: V - 29 V= Operating temperature: - 5 to + 45 C Dimensions: 4 modules Communication object Type Inputs Outputs Object 1 Up/Down bit 1 Open/Close bit 1 Up/Down blocking bit 1 Save/Restore bit 1 Alarm bit 8 Open/Close status bits 8 Up/Down status bits The controller is used with other products (SCS controllers, controls). The modular controller Cat. No is used with a power supply (supplied) to power all the connected BUS peripherals. Technical characteristics Power supply: 27 V=, 600 ma (supplied) Communication object Number of communication objects: 2 The number of communication objects changes according to the number of associated products Type Inputs Outputs Object 1 scenario byte 1 scenario byte Architecture with modular controller (see p. 27) 20

21 SCS MODULAR CONTROLLERS To be used in conjunction with the multi-channel modular controller. For connection to the peripheral BUS with accessory Cat. No For dimming: DALI modular controller with 8 outputs: Cat. No Modular controller with 1-10 V ballast: Cat. No Halogen modular controller with 1 output: Cat. No Halogen modular controller with 2 outputs: Cat. No Technical characteristics Power supply: VA Consumption: - Off-load: 0.8 W for Cat. Nos / W for Cat. No W for Cat. No Max. depending on the load Operating temperature: - 5 to + 45 C Dimensions: 10 modules for Cat. Nos /12 6 modules for Cat. Nos /22 Communication object Number of communication objects: 48 for Cat. No for Cat. No for Cat. No for Cat. No Type Inputs Outputs Object 1 On/Off bit 4 Dimming bits 1 level byte 1 enable/disable bit 1 scenario byte 1 On/Off status bit 1 Value status byte For on/off lighting: 16 A modular controller with 1 output: Cat. No A modular controller with 2 outputs: Cat. No A modular controller with 4 outputs: Cat. No A modular controller with 8 outputs: Cat. No Technical characteristics Power supply: VA Consumption: - Off-load: 0.8 W for Cat. Nos /01/ W for Cat. No Max. depending on the load Operating temperature: - 5 to + 45 C Dimensions: 4 modules for Cat. Nos /01 6 modules for Cat. No modules for Cat. No Communication object Number of communication objects: 3 for Cat. No for Cat. No for Cat. No for Cat. No Type Inputs Outputs Object 1 On/Off bit 1 enable/disable bit 1 scenario byte 1 On/Off status bit 21

22 Device presentation and installation (continued) TOUCH CONTROL CAT. NO IP COMMUNICATION MODULE CAT. NO The touch control is used for two operations: - To create a local supervision system - To create automatic control devices Configuration is carried out via the ETS tool. Automatic control device: time programming, scene, logic function, presence simulation, display of curves. Technical characteristics Power supply: 230 V and 29 V= Consumption: 4.4 W Operating temperature: - 5 to + 45 C Fixing: in flush-mounting box supplied Supplied complete with aluminium finishing plate and support Communication object Type Inputs Outputs Object 1 On/Off bit 1 Up/Down bit 1 Open/Close bit 4 Dimming bits 1 level byte 2 override bits 1 scenario byte 8 Open/Close status bits 8 Up/Down status bits 1 On/Off bit 1 Up/Down bit 1 Open/Close bit 4 Dimming bits 1 level byte 2 override bits 1 scenario byte Enables KNX communication on the IP network, and display and control of the installation via a web page. There can only be one client connected to the gateway at once. Technical characteristics Power supply: V= Operating temperature: - 5 to + 45 C Dimensions: 4 modules Communication object Type Inputs Outputs Object 1 On/Off bit 1 presence bit 1 Up/Down bit 1 Open/Close bit 4 Dimming bits 1 level byte 2 override bits 1 scenario byte 8 Open/Close status bits 1 On/Off bit 4 Dimming bits Relative value (0 to 100%) 1 value byte (0 255) Real number 2 bytes Real number 4 bytes 1 level byte 2 override bits 1 scenario byte For further information, please refer to the technical data sheet in the e-catalogue, 22

23 USB INTERFACE CAT. NO LINE COUPLER CAT. NO Used to connect a PC to the BUS/KNX system via the USB port. Can be configured on ETS. Technical characteristics Power supply: Via USB connected to PC Operating temperature: - 5 to + 45 C Dimensions: 1 module Operating principle KNX OFFER Provides galvanic isolation between lines. Required for installations with more than 64 KNX products. For use in conjunction with power supply Cat. No Technical characteristics Power supply: 29 V= Consumption: 6 ma on primary line 8 ma on secondary line Operating temperature: - 5 to + 45 C Dimensions: 2 modules Operating principle x 64 ETS software Zone line KNX power supply KNX/DALI controller Zone Main line + KNX/1-10 V controller Controls and detectors Line coupler R 1 R 2 R 3 R = Repeater Controls and detectors Bus/KNX KNX/SCS interface SCS power supply *SCS power supply Cat. No supplied with Cat. No (KNX/SCS interface) * Line Part 0 Line Part Line Part Line Part 3 Communication configuration (see p. 34) KNX architecture (see p. 6) 23

24 Device presentation and installation (continued) KNX POWER SUPPLY CAT. NO KNX CABLE CAT. NO Can supply 1 BUS/KNX line. Integrated filter to avoid BUS message short-circuits. Voltage: 230 VA; 29 V=; 320 ma Connection by automatic terminals. Technical characteristics Supply voltage: VA 50/60 Hz BUS output voltage: 29 V= Operating temperature: -5 to + 45 C Size: 4 DIN modules Cable supplied in 500 m lengths. For indoor use. Colour RAL 6018 green. Technical characteristics Copper cable - Bare 0.5 mm² - Ø 0.80 mm. Maximum DC resistance loop: 73.2 ohms/km Maximum capacitance at 800 Hz: 100 nf/km Inductance: 0.65 mh/km Maximum DC operating voltage: 800 V Maximum AC operating voltage (5 mins): 2500 V Maximum AC operating voltage (1 min): 4000 V Insulation: PE - Ø 1.6 mm. Insulation resistance (at 500 V, 1 min): 10 Gohm km Number of pairs: 1 pair (2 conductors/pair) Identification of the conductor: RED/BLACK Packaging: 1 x PET sheet Within the shielding: wire aluminium foil-film mm² copper drain wire Cable and identification rip wire: YES Outer diameter: 5.5 mm² Smoke density: IEC Corrosive fire gas emissions: IEC /2 Outer sheath: LSFROH - Green RAL 6018 Cable marking: LEGRAND EIB BUS LSFROH 1x2/0.8, week, year, batch number and marking counter. Operating temperature: -25 to + 70 C 24

25 BUILDING MANAGER VIEWER CAT. NOS /04 BUILDING MANAGER CONTROLLER CAT. NO Software providing display, analysis and alarms for small commercial projects: - Display of the status of the connected systems - Simple scenario control of the systems - Display of alarms - Time programming For permanent installation on a dedicated PC. Integrated configuration wizard for easy creation of the project and the display screens: Legrand solutions pre-programmed (lighting management, emergency lighting, power measurement, fire alarms). When used with the building manager controller, Cat. No , provides total building management. Cat. No : Up to 100 points Cat. No : Up to 2000 points Automatic control device dedicated to automated control in commercial buildings requiring interoperability between the various connected systems: - Legrand solutions: lighting management, emergency lighting, power measurement, fire alarms - Other solutions: HVAC, etc. Performs the following: - Collection of data from the various systems: KNX IP, MODBUS IP, BACNET IP, SCS IP - Programming of scripts (with algorithm), alarms and data logging - Exchanges of collected data between systems (for example: display of the measured power circuit consumption values on digital screen) - Inclusion of HVAC systems (air conditioning, heating) - Sending s for alarms For installation in the VDI cabinet with dedicated patching of the various application systems Can be used with the building manager viewer Cat. No or to display the installation Operates with: - The measurement offer: with the RS 485/IP converter, or with communication modules used with the measurement control unit - The BUS/KNX lighting offer, with the KNX/IP converter - The BUS/SCS lighting offer with the zone controller - The BUS/SCS actimetry offer with the zone controller - The emergency lighting offer with the management interface for addressable self-contained emergency lighting units - The fire alarm offer with the RS 485/IP converter 25

26 Architecture ARCHITECTURE WITH FALSE CEILING CONTROLLER Role and operating principle Several types of peripheral can be connected to the false ceiling controller. The false ceiling controller performs the following functions: - Supplies power to each of its peripherals - Associates one or more load(s) with each peripheral during the Plug and Go procedure - Acts as the interface between its peripherals and the rest of the KNX system (ETS3/ETS4) - Controls all the loads KNX Input Output to controls L max = 150 m RESTRICTIONS Maximum 32 products/255 objects 8 control loops Max. line length Distance between 1 component and the false ceiling controller = 150 m 6 scenarios (10 max. per output) 26

27 PRI: V ma 50/60 Hz SCS: 27 VDC 600 ma SCS ARCHITECTURE WITH MODULAR CONTROLLER Role and operating principle Several types of peripheral can be connected to the modular controller. The modular controller acts as the interface between its peripherals and the rest of the KNX system. The purpose of this architecture is to implement an installation on DIN rail. The peripherals can be connected to the controller, however it is preferable to connect the controls to the nearest false ceiling controllers. Modular controller Modular controller Touch control KNX Modular controller Detector Control RESTRICTIONS - Maximum 32 products/ 255 objects/200 ma - Maximum 4 actuators - 8 control loops - Total line length 500 m - Distance between 1 component and a power supply 250 m -16 scenarios (10 max. per output) 27

28 Architecture (continued) WIRING Cat. No or Peripheral BUS Cat. No Do not use the BUS/KNX to wire the control BUS. 28

29 Design INTRODUCTION When creating a KNX project, it is essential to follow a sequence in the work process and in the actions to be carried out. The diagram below shows these actions, and the procedure to be adopted for each of the actions is described on the following pages. Design AUTOCAD layout Wire and power up Design the KNX project Configure the installation on ETS Check the operation of the installation 29

30 Design (continued) PRODUCT LAYOUT DESIGN (CAD) Layout diagram In order to be able to set all the parameters of the products, it is essential to indicate the following on the layout diagram for each control point (detector, control, etc.) and each actuator: - The identifier (ID) - The catalogue number Each of the lighting zones must be identified (zone number, name, etc.) so that the actuators concerned can be assigned to it on the wiring diagram. NOTES: In order to use less cable, it is logical to connect the controls (detector, switch, etc.) to the nearest actuator. It is important to connect the controls to the controller which controls the loads associated with it. Each product has a self-adhesive label on which all the necessary information is marked. These labels must be stuck onto the diagram when the products are physically installed. 30

31 Wiring diagram The diagram shows all the connections of the controllers and controls on the BUS INFORMATION TO BE PLACED ON THE WIRING DIAGRAM: 1 - Product catalogue number 2 - Identifier (ID) 3 - Physical address for KNX products 4 - Zone allocated to the outputs (controllers) 5 - Zone controlled by the controls 4 Take care not to exceed the maximum number of peripherals connected to the controllers see table below. 3 Before starting the configuration of all the products on ETS, check that the IDs on the diagram are correct with the Table for calculating the limits Product False ceiling controller Detectors Controls Total Max. Communication object 32 4 x 8 3 x 8 88 < 255 OK Consumption 4 x 17 3 x 5 83 < 200 OK No. of products < 32 OK No. of channels 4 4 x 1 3 x 2 14 < 64 OK No. of control loops 4 < 8 OK As in the above example 31

32 Design (continued) INSTALLATION WIRING AND POWERING-UP Wiring During wiring, the installer must comply with all the information in the documents (layout diagram, wiring diagram, description, etc.). If the IDs of the products are not on the diagram, it is essential to stick the label of each product, carrying its ID and catalogue number, onto the diagram. If the products are not identified on the diagram, it will not be possible to configure the products on ETS. Powering-up The KNX false ceiling controller has a Plug and Go (PnG) system which enables the peripherals connected to it to be configured independently. This step enables the physical connections and correct operation of the products to be checked. The false ceiling controller can be reset with a short press followed by a long press on the Prog & Reset button. This operation resets all the parameters of the peripherals and the false ceiling controller. The reset initiates a new Plug and Go procedure. The peripheral is reset by a short press followed by a long press (10 seconds) on the Learn button. The pink LED then flashes quickly. Plug and Go mode is automatically disabled once loading on ETS is complete. Following loading on ETS, the Plug and Go configuration is disabled. The controllers are used to control the loads via the pushbuttons on the front panel. This step is used to check the wiring of the loads. DALI learning: To address the ballasts: a short press followed by a long press on the DALI button. Plug and Go operation for each product, see product specification (p.11 to 17) 32

33 ETS CONFIGURATION The software used for KNX configuration is ETS3 or ETS4. It is used to create, design and test a KNX project. There are two options: the installer can create a project in the design office and then load the project on-site (OFFLINE) or create the project directly on-site while connected to the bus (ONLINE). The procedure is as follows: ONLINE configuration Load the Legrand Product database Add products and build the architecture OFFLINE configuration Configure the KNX physical addresses Find the peripherals on the network Open the plug-in Add all the products and enter the IDs Plug-in Add the peripherals to the configuration If necessary, select and modify the parameters of the products Create the group addresses Create the KNX links Configure the KNX physical addresses Open the plug-in + Find the peripherals Replace the products by the products found Plug-in Load the products 33

34 Design (continued) ETS CONFIGURATION Configuring the communication The communication media available are IP and USB. The gateways are connected to the KNX network and the configuration PC is connected to the gateway. The communication mode is selected on ETS. The IP/KNX gateway can be configured with a fixed IP address. In this case, an address must have been previously reserved on the network by the IT department. > For further information, please refer to the technical data sheet on Building the product architecture See the architecture section Configuring the physical addresses Once you are connected to the BUS you can configure the physical addresses of the products. Each product has a unique address. To do this, select the product then start loading on ETS. The products on the control BUS are not part of the BUS/KNX but are seen on ETS for configuration. Loading the product database Download the database from then import all the products into ETS. 34

35 Create the group addresses (Legrand template) Legrand requires the installer to follow the syntax rules for creating KNX groups so that a supervision system can be created quickly and assistance to engineers is optimised. If this architecture is not adhered to, Legrand cannot guarantee the automatic creation of the supervision system. To make this simpler, a Legrand template is available on Proposed architecture (Main and Middle Group Addresses). Syntax of Group Addresses: Zone Product ID, Product type, "installer character string" Office 05693F, SENSOR, Window Office 00437A92, CMD, CH1 Corridor Office 1.7.2, NRC, OUT1 Zone: location of the control or the load being controlled ID: ID or KNX physical address of the product Type: CMD SENSOR NRC etc. Character string: free field for the installer to assist with location. 35

36 Design (continued) ETS CONFIGURATION Communication parameters and objects DETECTORS Inputs SENSOR_IN_OCC/UNOCC (SIOU) SENSOR_IN_ON/OFF_STATUS (SIOOS) SENSOR_IN_LEVEL_STATUS (SILS) SENSOR_IN_SYNCHRO (SISC) SENSOR_IN_LUX (SIL) Additional I/O External Motion Detection Daylight Level Measure Output SENSOR_OUT_OCC_UNOCC (SOOU) SENSOR_OUT_ON/OFF (SOOO) SENSOR_OUT_LEVEL (SOL) Accessible Parameters Mandatory Parameters TimeDelayHours (TDH) TimeDelayMinutes (TDM) TimeDelaySeconds (TDS) Functional Mode (FM) Daylight SetPoint (DS) Optional Parameters TypeLoop (TP) Lighting Regulation (LR) Initial Occupancy (IO) Maintain Occupancy (MO) Retrigger (RT) Acoustic Alert (AA) MANUAL CONTROLS Inputs IN_ON/OFF_STATUS (IOOS) IN_LEVEL_STATUS (ILS) Additional I/O Status LED Output OUT_ON/OFF (OOO) OUT_DIM (ODIM) Accessible Parameters Functional Mode (FM) 36

37 SCENARIO CONTROL Inputs NONE Additional I/O None Output NONE Accessible Parameters Num Scene (NS) ACTUATOR OUTPUTS Inputs IN_ON/OFF (IOO) IN_LEVEL (ILV) IN_DIM (IDIM) IN_ENABLE/DISABLE (ILO) IN_OVERRIDE ON/OFF-2bits (IOVR) IN_RECALL_SCENARIO (IRS) (1) IN_ENABLE_AUTOMATION (ILA) (1) (1) Only on false ceiling controllers. Additional I/O None Output OUT_ON/OFF (OOO) OUT_LEVEL_STATUS (SLV) Accessible Parameters Minimum Level (V_MINI_LEVEL) Levels for Scenarios (LVS) LIGHT LEVEL CELL Inputs NONE Additional I/O None Output OUT_LUX (SOL) reflects Lux measurement Accessible Parameters Send_Condition "send on change + cyclical" / "send on change" / "cyclical" Limit number of messages/minute 1-60 Dead Band Percentage (1% - 100%) TimeBase (minutes) 1-59 minutes (+/- 5%) 37

38 Design (continued) ETS CONFIGURATION Simple on/off control IOOS DPT_Switch Manual control OOO IOO DPT_Switch Actuator output SOO Simple on/off control + dimming DPT_Scaling Manuel control ODIM DPT_ IDIM Control_Dimming OOO DPT_Switch IOO Actuator output SLV Scenario control Scenario control DPT_SceneNumber IRS Actuator output 38

39 Control by detector (closed loop on/off control) DPT_Switch SIOOS Detector SOOO DPT_Switch IOO Actuator output SOO "Closed loop" mode is activated when the "Type loop" (TP) parameter is set to "closed loop" value. The "functional mode" (FM) parameter cannot be set to "manual on/auto off". Control by detector (open loop on/off control including light level cell) DPT_Switch SIOOS Light level cell SOL SIL DPT_Value_Lux Detector SOOO DPT_Switch IOO Actuator output SOO "Open loop" mode is activated when the "Type loop" (TP) parameter is set to "open loop" value. The "functional mode" (FM) parameter cannot be set to "manual on/auto off". 39

40 Design (continued) ETS CONFIGURATION (CONTINUED) Manual control combined with one detector (closed loop on/off control) DPT_Switch SIOOS CIOO COOO SISC SOOO IOO Manual control Detector DPT_Switch DPT_Switch IOO Actuator output SOO DPT_Switch Important: "COOO/IOO/SISC" and "SOOO/IOO" must be in two different groups. Control by detector (control with closed loop dimming) DPT_Scaling SILS Detector SOOO SOL DPT_Switch DPT_Scaling IOO ILV Actuator output SLV "Closed loop" mode is activated when the "Type loop" (TP) parameter is set to "closed loop" value. The "functional mode" (FM) parameter cannot be set to "manual on/auto off". 40

41 Control by detector (control with open loop dimming) DPT_Scaling SILS SOOO IOO Light level cell SOL SIL DPT_Value_Lux Detector DPT_Switch SOL ILV Actuator output SLV DPT_Scaling DPT_Switch "Open loop" mode is activated when the "Type loop" (TP) parameter is set to "open loop" value. The "functional mode" (FM) parameter cannot be set to "manual on/auto off". Manual control combined with one detector (control with closed loop dimming) DPT_Scaling SILS SOL DPT_Scaling ILV CILV Manual control COOO SISC DPT_Switch Detector SOOO DPT_Switch IOO Actuator output SLV IOO DPT_Switch Important: "COOO/IOO/SISC" and "SOOO/IOO" must be in two different groups. 41

42 Design (continued) ETS CONFIGURATION (CONTINUED) Manual control combined with several detectors (control with closed loop dimming) DPT_Scaling SILS SOL ILV DPT_Scaling ILV Manual control OOO SISC DPT_Switch Detector MASTER SOOO IOO DPT_Switch Actuator output SLV SIOU IOO DPT_Switch DPT_Occupancy Detector SLAVE Detector SLAVE SOOU Important: "COOO/IOO/SISC" and "SOOO/IOO" must be in two different groups. The slave detectors must have the "lighting regulation" (LR) parameter set to "Disabled". 42

43 Setting the parameters of products via the plug-in The Legrand plug-in is used to set the parameters of all the products. It can also be used to find all the peripherals connected to the product. The plug-in can also be used to copy a configuration from one controller to another. For further information, go to the help section in ETS. Loading the products Loading can be carried out via all available gateways (IP, USB). 43

44 LE05504AA Head office 128, av. du Maréchal-de-Lattre-de-Tassigny Limoges Cedex - France Tel: +33 (0) Fax: +33 (0)