Intelligent room solutions flexible, individual, complete

Transcription

1 A systematic approach to lighting management: LMS from OSRAM Intelligent room solutions flexible, individual, complete

2 Lighting Management Systems from OSRAM Why lighting management? Economical light to suit requirements. Light stirs emotions and gives us a feeling of well-being, both physically and mentally, at home, at work and at play. The right light in the right amount at the right place and at the right time stimulates us to be active and promotes our sense of well-being. For this reason, a holistic approach to lighting is now taken, so when high-quality lighting systems are being planned particular attention is given not only to the technical and architectural aspects but also to lighting management. Lighting management gives lighting solutions a dynamic character by changing the amount of light, the colour of the light and the direction of the light. Instead of a rigid on/off pattern, the light is controlled to improve the economy of the lighting system and to ensure that light meets the requirements of users at all times. This involves everything from regulating the amount of artificial light according to available daylight, to calling up different lighting scenes at the touch of a button and making use of dynamic lighting applications. And no longer are comfort and energy savings mutually exclusive. Daylight is supplemented by modern, economical and increasingly natural artificial light. The brilliant benefit of all this is that users can adjust the lighting level themselves at any time to suit their specific needs. 2

3 Why OSRAM? A full range of products and expertise across the board OSRAM is a skilled and highly experienced partner for tailor-made innovative Lighting Management Systems at room and luminaire level. We have all the necessary products, immense know-how and many years of experience in practical applications. Our Lighting Management Systems offer the right solutions to cover a wide variety of requirements, conditions and room types whether energy-saving daylight-dependent control is needed or multi-functional management of lighting groups and lighting scenes. Whether the system has to be operated manually or by remote control, and whether a high degree of flexibility is required in its configuration. Whether the application calls for a single intelligent luminaire or a complete room solution. Light stirs emotions. We are at our best when artificial lighting mimics the sun. OSRAM researchers are therefore hard at work developing light sources which, in combination with intelligent Electronic Control Gear, simulate the natural colour spectrum of daylight. 3

4 1 OSRAM LMS applicatio Energy-saving management: Daylight-dependent lighting control The available daylight in a room is supplemented as required by artificial light from luminaires equipped with dimmable Electronic Control Gear. Light sensors detect the lighting level comprising artificial light and natural daylight. The groups of luminaires are controlled according to their position in the room and the amount of available daylight so that a predefined lighting level of, say, 500 lux is maintained. Users can adjust the lighting at any time to a level that meets their specific needs. Artificial light and daylight complement one another perfectly in this application and result in possible energy savings of up to 60% or even 70% in combination with a presence sensor. (Fig. 1) 4 Source: picture 1 on top: SITECO Beleuchtungstechnik picture 4 on top and picture left: VIBA Lichtsysteme GmbH

5 ns dynamic light for a wide variety of uses Energy-saving management: Intelligent luminaires Daylight-dependent control in combination with a presence sensor can also be provided for intelligent floor-standing luminaires. The luminaire takes all the work away from the user. The light is only switched on if there is not enough natural daylight and the lighting level falls below a certain predefined threshold. Users can set their own individual lighting levels at any time and change them as they like energy savings and comfort are therefore no longer mutually exclusive. The intelligent luminaire solution provides a high degree of flexibility so there is no problem in adjusting the lighting levels to suit a different use for the room. (Fig. 2) Scene management: A multifunctional conference room Training and conference rooms need lighting solutions that can cover a range of requirements. What is needed here is demand-oriented planning and a scene-oriented Lighting Management System. At the touch of a button, individual lighting scenes can be selected for different activities, such as the welcoming address, a presentation and a group discussion. The lighting scenes can be adapted and changed at any time by the user. For training rooms it is important for the system to be easy and intuitive to use because these rooms are generally used by different people at different times. (Fig. 3) Combination of daylightdependent control and scene management Because they usually have a high proportion of window area, sports halls and multi-purpose halls need combined lighting management solutions featuring scene-oriented and daylight-dependent control. In such cases, the energy-saving mode comprising daylight-dependent and presence-dependent control is assigned to one of the lighting scenes. Different lighting scenes can be created to produce a festive, sporting or relaxing atmosphere. Certain areas can be individually lit by separate groups of luminaires as required. (Fig. 4) The dynamics of light and colour Dynamic light grabs our attention and arouses our interest. Whether it is a gentle change of colour in a bar or spectacular lighting for a shop window display or event, the intensity and the colour of the light can be changed automatically or at the touch of a button to create the right effects for the particular application. Such effects are based on dimmable Electronic Control Gear in conjunction with coloured fluorescent lamps and/or LED modules. The required colour mix can be created by controlling the individual ECGs appropriately. (Fig. 5) 5

6 the basis for modern lighting management What is? Digital Addressable Lighting Interface is the new non-proprietary interface standard for dimmable Electronic Control Gear and supplements the existing IEC60929 standard. is a further development of existing ECG interfaces and offers greater functionality and easier handling. The principle A maximum of 64 ECGs can be controlled with a high degree of flexibility via a 2-wire control line individually, jointly or in up to 16 groups. The lighting is switched and dimmed via the control line. In other words, there is no need for any relays. Important information such the lamp status is stored in the control gear and is available to the controller. Power supply Control line Addressing: All broadcast Group Individual 2 3 control unit max. 300m Up to 64 ECGs is an interface for all light sources in professional lighting solutions. OSRAM offers a wide range of ECGs for fluorescent lamps, compact fluorescent lamps, tungstenhalogen lamps and LED modules. The principle Power supply Control line 2 3 control unit max. 300m Addressing: All broadcast Group Individual Up to 64 ECGs Alternative group assignment without changing the wiring 6

7 Simplified lighting planning with at a glance Simple planning A single 2-wire control line for up to 64 control units means that the lighting groups do not have to be assigned at the planning stage. Instead, they can be simply set up later with the aid of a controller. Planning of the control line can be completely separate from planning of the power supply. Neutral conductor (DA) Protective earth Simple installation The control line is protected against polarity reversal and can be routed together with the power supply for example in a 5-core sheathed cable. The control line simply has to be rated for mains voltage. There is no need for special cable. Fewer components No relays are needed for switching the luminaires. Switching and dimming are handled exclusively via the control line. Flexible for a later change of use With, the lighting groups are not hard-wired. The individual luminaires are grouped by simply assigning them to groups with the aid of a controller. These groupings can be changed at any time. Synchronised changes from one lighting scene to another Even if different luminaires are at different dimmer values or different types of lamp are combined with one another, changes from one lighting scene to another in synchronism. All the light sources reach the new light value at the same time. Lamp status on request As a means of detecting failed lamps, the lamp status can be reported by a ECG to the controller and then displayed by the controller. This feature is of particularly benefit for major projects in which can be very easily integrated into existing bus systems via gateways. Phase (DA) Simple luminaire wiring: only a single sheathed cable is needed for both the control line and the power supply. 7

8 Innovative Lighting Management Systems from OSRAM Source: WÖHR works photo For solutions at luminaire and room level without a higher-ranking building automation system OSRAM has supplemented the ECG/lamp system with additional perfectly matched components to produce an innovative and complete Lighting Management System. OSRAM LMS was designed for individual, convenient and economical lighting management at luminaire and room level. This logically structured system is the basis for versatile tailor-made individual and complete solutions in all lighting installations for which an overriding bus system is not needed. Tailor-made solution packages: an overview of OSRAM LMS Over the next few pages we will be presenting all the current Lighting Management Systems from OSRAM in detail with the most important features, functions, areas of application, technical data and ordering information. The following function overview will help you find your way around the various systems. Function Manual operation OSRAM LMS Intelligent luminaire Room solutions Partner Networked room solutions gateways and lighting controllers for EIB LON ETHERNET DMX* Application * for coloured lighting applications OSRAM LMS systems are optimised for use at luminaire and room level. For networked lighting management solution at building level, the OSRAM ECGs can be integrated in building systems via partner gateways (see pages 16 etc.). Product Functions Page Manual Daylight-dependent Lighting groups Presence function Remote control Lighting scenes Max. no. operation control of ECGs Touch DIM 9 x Touch DIM SENSOR 9 x x 1 x 1 4 MULTI 3 10 x x 1 x 1 15 EASY 12 x 4 x 4 16* BASIC 13 x x 4 x 4 64 ADVANCED 14 x x 16 x x 15 64* gateways from partners 16/17 Cross-room integration of ECGs in building automation systems for central control, status monitoring and lamp feedback for building automation For the functions of the gateways see information from individual manufacturers gateways from partners for DMX512 systems 18/19 Integration of ECGs in DMX512 systems for effect and coloured lighting applications For the functions of the gateways see information from individual manufacturers 8 * expandable

9 Touch DIM and Touch DIM Sensor: Lighting management without controllers Source: SITECO Beleuchtungstechnik It could not be simpler. Conventional switches can now be used to dim the lights manually and store lighting scenes. The switch is simply connected directly to the control input of a QT or QTi ECG. Lighting control is performed by the ECG. With Touch DIM Sensor the QTi ECG can be expanded into a Lighting Management System for daylight-dependent control with presence sensor functionality. Intelligent individual luminaires or lighting management for individual or group workplaces are now possible without controllers as the ECG performs all the necessary lighting management functions. Features and functions Touch DIM Memory function manual setting of a lighting scene Soft Start Switching and dimming of up to 25 QT - or QTi EVG with a standard switch QT /QTi Additional features and functions Touch DIM Sensor Daylight-dependent control with presence function for up to four QTi ECG Manual setting of the setpoint value for lighting control QTi light and motion sensor Areas of application Dimmable individual luminaires and strip lighting Intelligent floor-standing luminaires and individual luminaires Individual and group workplaces Technical data and ordering information Products with Touch DIM function Reference Product no., single pack QUICKTRONIC EVG QTi.../QT... in preparation / see OSRAM product range HALOTRONIC HTi in preparation Products with Touch DIM Sensor function Product Reference Product no., single pack Touch DIM light and motion sensor Touch DIM LS/PD in preparation Touch DIM light sensor Touch DIM LS in preparation QUICKTRONIC EVG QTi... in preparation HALOTRONIC HTi in preparation 9

10 MULTI 3: Minimum dimensions maximum functionality Simple implementation of daylightdependent control and presence function with miniaturised sensors for greater freedom in luminaire design. Features and functions Combined light and motion sensors with extremely compact dimensions for installation in luminaires and ceilings Movable spherical-head sensor for adjusting the detection area to suit the layout of the room Modular system expansion thanks to the use of standard connectors with polarity reversal protection Functions can be activated and deactivated individually in different operating modes Automatic activation of the lighting system if movement is detected; automatic disconnection 15 minutes after the last movement was detected Daylight-dependent control of illuminance Manual switching, dimming and setpoint adjustment via standard switches and IR remote control Areas of application Intelligent individual luminaires (e.g. floor-standing luminaires) Daylight-dependent and presence-dependent control of strip lighting Daylight-and presence-dependent control of the lighting in individual rooms 1 lighting group control unit Y-connector for expanding to a maximum of 4 sensors Movable light and motion sensor Standard light and motion sensor Technical data and ordering information Product Reference Product no., single pack control unit MULTI V control unit DIM MULTI Standard light and motion sensor LS/PD MULTI Movable light and motion sensor LS/PD MULTI 3 B Low-profile light and motion sensor LS/PD MULTI 3 FL in preparation Y connector Y-CONNECTOR MULTI

11 Radio switch for Touch DIM, Touch DIM Sensor and MULTI 3: Wireless control made eas All the functions of the Touch DIM, Touch DIM Sensor and MULTI 3 lighting management systems can be operated by remote control with a radio switch and matching receiver module, which are available as accessories. The radio switch features innovative piezo crystal technology, so no batteries are needed. Features and functions Radio switch, no batteries required Maximum reliability of transmission Remote control of up to 2x20 ECGs or 2 x 4 ECGs in Touch DIM Sensor mode or two Multi 3 systems Two-channel receiver module for installation in luminaires or ceilings; can be trained to detect several radio switches Approx. 30 m range in a building No radio frequency collisions if multiple systems are used radio receiever control unit 1 lighting group radio receiever Y-connector for expanding to a maximum of 4 sensors radio switch light and motion sensor radio switch Movable light and motion sensor Standard light and motion sensor Technical data and ordering information Product Reference Product no., single pack Touch DIM 2-channel radio receiver Touch DIM RC in preparation Touch DIM 2-channel radio switch Touch DIM WCU in preparation Ceiling installation housing LMS CI BOX in preparation 11

12 EASY: Dynamic coloured lighting applications made easy Source: Lightdesigner Walter Holper, Remote controllable 4-channel/ 4-scene lighting control with configurable colour sequencer. Features and functions Control of up to four groups on four channels A maximum of 16 ECGs can be controlled Storage and retrieval of four lighting scenes Integrated 4-channel colour sequencer Simulation of changes in natural light throughout the day Operation of all the functions via IR remote control with integrated 7-segment display Central switching, dimming and sequence start/stop via standard switches Can be expanded by combining multiple controllers Areas of application RGB colour and effect lighting applications Luminaires with variable colour temperatures Health and fitness areas Lighting control in individual rooms for four groups with four scenes IR receiver control unit 4 lighting groups Coloured fluorescent lamps LED module IR remote control expandable Technical data and ordering information Product Reference Product no., single pack Control unit EASY in preparation IR remote control EASY RMC in preparation IR receiver EASY IR in preparation Ceiling installation housing LMS CI BOX in preparation 12

13 BASIC: Multi-functional lighting management for individual rooms Scene-based and/or daylightdependent and presence-dependent lighting according to requirements Features and functions Storage and retrieval of four lighting scenes Control of four freely definable groups Daylight-dependent control of three groups Presence-dependent lighting control with adjustable delay time Operation and set-up by means of standard switches Areas of application Individual room lighting control (e.g. for conference rooms) Lighting control in multi-purpose halls and industrial buildings (e.g. assembly plants) control unit 4 lighting groups You can try out the innovative BASIC at It's interactive. light or combined sensor Up to 64 ECGs Technical data and ordering information Product Reference Product no., single pack BASIC control unit RC BASIC SO BASIC light sensor for ceiling mounting LS BASIC BASIC light sensor for ceiling installation LS BASIC LI BASIC combined sensor for ceiling mounting LS/PD BASIC Combined sensor BASIC for ceiling installation LS/PD BASIC LI way switch panel for BASIC, white WCU 5 BASIC W

14 ADVANCED: The Lighting Management System with a wide range of applications The use of radio technology makes wiring between control elements, sensors and the controller superfluous. The modularity of the system enables it to be expanded and adapted at any time to suit changing requirements. Features and functions Storage and retrieval of 15 lighting scenes Control of 16 freely definable groups Daylight and presence-dependent control of eight groups Up to 200 radio channels can be trained (corresponding to around 30 control elements) Can be expanded to as many as 128 units with a second control centre Set-up via programming unit with menu-based plain text display control unit up to 16 lighting groups programming unit Up to 64 ECGs dimmer module remote control comfort mini wall transmitter combined sensor light sensor louvre module M 14

15 Areas of application Individual and multiple room lighting control (e.g. conference rooms and offices) Upgrading and renovation of historical buildings Rooms with glass walls Hotels and events Technical data and ordering information Product Reference Product no., single pack ADVANCED control unit RC ADVANCED CI Manual programming unit HPT ADVANCED Combined sensor LS/PD ADVANCED Light sensor LS ADVANCED Comfort remote control RMC ADVANCED Mini remote control RMC-M ADVANCED Wall transmitter, 2-fold, white WCU 2 ADVANCED W Wall transmitter, 4-fold, white WCU 4 ADVANCED W Wall transmitter, 8-fold, white WCU 8 ADVANCED W Wall transmitter, 2-fold, metallic WCU 2 ADVANCED M Wall transmitter, 4-fold, metallic WCU 4 ADVANCED M Wall transmitter, 8-fold, metallic WCU 8 ADVANCED M Louvre module BC ADVANCED RI Dimmer module DM ADVANCED LI

16 Integration of ECGs in building automation systems Source: kes-online gateways with integrated lighting controller for building automation Luminaires with interfaces can be easily integrated into building automation systems via existing gateways such as EIB, LON and Ethernet. is an ideal addition to these systems, turning them into functional Lighting Management Systems. greatly simplifies planning and installation. Thanks to the addressable interface, the lighting groups are not hard-wired; the groupings can therefore be changed without changing the wiring. With the overall solution is more cost-effective because there is no need for individual switching/dimming actuators for the bus system. Control for up to 16 lighting groups is handled via a gateway that also includes the lighting controller. The lighting scenes are stored in the ECGs so there is no need for additional scene modules. In addition, the interface provides up-to-date information on the lamp status for analysis in a central building control system. Lamp failures can be detected without delay and replacement work can be effectively planned. With, the lighting aspect becomes part of facility management for the building. ECGs with interfaces and building automation go perfectly together and work hand in hand. The needs of planers, operators and users alike are fully covered. Source: SITECO Beleuchtungstechnik 16

17 Lighting groups are hard-wired EIB, LON, Ethernet L1, L2, L3 1-10V wiring A change in the room layout means the room has to be rewired V V V V V Power supply Switched power supply EIB/LON/Ethernet 1-10V control line V V V switching/dimming actuators lighting groups are flexible! EIB, LON, Ethernet L1, L2, L3 wiring A change in the room layout does not necessitate rewiring Power supply EIB/LON/Ethernet /control line gateway A maximum of 64 ECG can be controlled per gateway One gateway can replace up to 16 switching/dimming actuators EIB, LON, Ethernet Integration of luminaires with ECGs for building-wide lighting management lampfeedback gateways 17

18 Integration of ECGs in DMX512 Lighting Management Systems gateways to DMX512 systems DMX512 comes from the theatre and stage lighting sector and is capable of controlling a large number of dimming channels with a high level of dynamics and in absolute synchronism. Because of their excellent matching to the relevant light sources, OSRAM control gear for fluorescent lamps and LED modules are capable of implementing DMX dimming commands precisely and without delay. This excellent matching ensures extrem long lamp and LED life even with high dimming dynamics. DMX512 Gateways DMX512 DMX512 4 lighting groups 4 Lichtgruppen 4 Lichtgruppen 3 lighting groups Coloured fluorescent lamps White fluorescent lamps 6000 K The DMX512 protocol is now established as a Lighting Management System protocol for dynamic RGB coloured lighting applications. Dimmable control gear with interfaces are ideal partners for DMX512 systems for colour and effect lighting applications with fluorescent lamps and LED modules. When it comes to dynamic coloured lighting applications, OSRAM QUICK- TRONIC ECG are the first choice for planners because they offer extremely rapid dimming with optimum lamp behaviour. The control gear is simply integrated in existing DMX systems via available partner gateways. DMX512 and go perfectly together and work hand in hand in coloured lighting applications. DMX512 DMX512 Controller 3 lighting groups 4000 K 3000 K LED modules Programming Colour sequences DMX512 /control line 18

19 Source: kes-online 19

20 OSRAM LMS 1) Touch DIM Touch DIM Sensor Wireless radio transmission MULTI 3 EASY BASIC ADVANCED 2) 2) 2) /1...10V Converter QT / QTi QTi QT QTi QT -T/E V QT-TE DIM Fluorescent/Compact fluorescent lamps OSRAM ECGs a OSRAM LMS system overview OSRAM Control Gear The basis for any innovative lighting management system is control gear interfaces from OSRAM. Such control gear is available for a wide range of lamps, from fluorescent lamps and halogen lamps to LED modules. Depending on the lighting solution required, the control gear can be controlled via a LMS lighting controller or a gateway from a partner company. OSRAM Control Gear is characterised by excellent matching between the lamp and the ECG and by very good dimming behaviour. If the appropriate lamp and Control gear from OSRAM are used together, OSRAM offers a 5-year guarantee on the Control Gear.* *The system must be registered. For the conditions of the guarantee go to 20

21 Partner Lamp status display EIB, LON, ETHERNET DMX 512 DMX 512 Gateways to DMX512 systems Gateways to building automation systems 2) 2) /1...10V Converter HT DIM HTi (in preparation) OT HT Mouse PTU nd lamps Light bulbs, Halogen MV/LV lamps LED-modules HID OSRAM LMS Lighting Management Systems From simple light switches to multifunctional individual room systems, OSRAM offers the right Lighting Management System for a wide range of applications. The focus is always on easy installation and setup. Depending on the system, between one and 64 ECGs can be integrated and controlled either individually or in groups. gateways from partners OSRAM ECGs can be easily incorporated via gateways from partner companies for networked applications in building automation systems or coloured lighting applications. A large number of gateways is now available; for an overview see the back page. 1) Touch DIM also in conjunction with HTi, /1...10V converter, QT -T/E 2) Note: controllers and gateways must not be combined with one another. There must be no more than one controller or Gateway per control line. 21

22 For a general overview of see the Handbook, published by the Activity Group (AG ) or go to www. dali-ag.org. The technical details of controllers and ECGs from OSRAM are given in the OSRAM Guide and on the OSRAM home page at: Suppliers of gateways for building automation Supplier Siemens AG A&D ALTENBURGER Electronic GmbH SVEA Building Control Systems GmbH&Co. delmatic Ltd BECKHOFF Industrie Elektronik Wago Kontakttechnik GmbH Infranet Partners www. infranet-partners.com ELSO GmbH COMTEC Technologie www. comtectech.com Gateways for EIB LON Ethernet Suppliers of gateways to DMX512 systems Supplier SOUNDLIGHT KWL-LIGHTING GmbH Martin Professional GmbH DMX512 This overview contains a selection of manufacturers for cross-room network lighting management systems based on as the digital lighting interface. The functions and other details for the individual gateways can be found on the relevant home pages. The list does not claim to be complete. It is provide by way of example only. Printed on paper treated with chlorine-free bleach. OSRAM GmbH Hellabrunner Straße München Tel.: +49 (89) Fax: +49 (89) W004 GB 04/04 Co OSRAM CS CC Subject to change without notice. Errors and omission excepted. z