Lighting MAnAgEMEnt SYStEM - OMS lighting

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MANUFACTURING SPACES AND WAREHOUSES Industrial buildings are challenging locations where light must be economical, flexible, adaptable and responsive to activity and users. Lighting systems in these spaces should integrate daylight and artificial light, improve the working environment and stimulate productivity. The lighting must do much more than be functional and provide the required level of light. The lighting in manufacturing premises needs to illuminate a wide range of tasks. It should be easily adaptable to changes in activity within the space, and to be easily modified via well organised layouts, lighting scenes and sensor control. The luminous and technical design are based on the operational requirements of the system, and if incorporating sensor control, offer a compromise between an ideal and economical result. Complex management systems used in manufacturing and warehouse spaces can offer savings of up to 50 %.
Applications 0 % 0 % Complex lighting management system based on movement (Sample application—Warehouse) The idea behind functional lighting in warehouses, whether large or small, is always the same—the emphasis is on saving energy. Generally, warehouses are large spaces with many aisles with racks and open areas where many luminaires need to be installed. It is necessary to ensure sufficient and appropriate illumination is provided specifically where there is the movement of people or vehicles. Regulation is stepped and often controlled by motion sensors or a combination of motion and lighting intensity sensors. In such cases, when movement is detected the luminaires will only switch on if there is insufficient daylight available. In aisles with racks the corridor function is used. When selecting the right kind of sensor we must take into account the installation height of the luminaires. As industrial premises usually have high ceilings and luminaires are installed at, for example, a height of 10 m, High Bay sensors need to be used. It is beneficial to divide lighting in these complex spaces into individually regulated groups. Each part of the warehouse, the aisles with racks, handling areas, loading bays and walkways, all need a specific lighting solution. There should be the option to control the luminaires not only in single groups, but also together if it is useful. One or more cooperating control units create the central control system. Each control unit collects information from its inputs: sensors, control devices, a superior system and the luminaires themselves. Communication between control units in this sample 1 2 3 4 5 luminaire group 1 (dimmable) luminaire group 2 (dimmable) luminaire group 3 (dimmable) luminaire group 4 (dimmable) power supply data bus (DALI) scanning area of sensor control line push button 2 2 3 4 4 4 4 4 2 4 2 3 4 3 3 2 1 1 1 1 movement sensor push button input central control unit application is done using a DALI bus. Such managed systems provide high saving potential. A system of this scope can be either 2 2 1 2 3 2 2 Assessment of the Lighting ManAGement cOMFORT Autonomous character 27-54 % ENERGY SAVING centrally or remotely administered. During system start-up it is necessary to program all functional properties. 3 3 3 3 10 % 10 % 100 % 10 % If a movement is detected in the aisles with racks but a sufficient amount of sunlight enters through the skylights, the luminaires do not switch on and remain off in order to reduce energy consumption. If there is insufficient daylight available and the sensor in the corresponding part of the warehouse detects a movement, the luminaires shine with the maximum (pre-set) luminous flux for the given space (the given aisle). The rest of the warehouse shines at a safety level of, for example, 10 %. After the (adjustable) delay passes without any movement all luminaires gradually dim to the safety level. 124 I APplications APplications I 125
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Lighting MANAGEMENT SYSTEM 2013 / E
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Content Lighting quality STAnDARD .
Page 6 and 7:
What is the Lighting Quality Standa
Page 8 and 9:
What is a Lighting Management Syste
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How to manage a lighting system? Co
Page 12 and 13: Project structure Idea Analysis Lum
Page 14 and 15: Project structure Idea Analysis Lum
Page 16 and 17: Types of control Manual Automatic C
Page 29 and 30: Energy savings according to the typ
Page 31 and 32: Communication interfaces and buses
Page 39 and 40: Overview of lighting management sys
Page 45 and 46: Offices Office buildings, and espec
Page 47 and 48: Applications DIM 0-100 % Advanced D
Page 49 and 50: Applications Daylight simulation (S
Page 51 and 52: Corridors, staircases, toilets and
Page 53 and 54: Applications 0 % 100 % If a movemen
Page 55 and 56: LIVING AREAS In our technological e
Page 57 and 58: Applications Comfort control of lig
Page 59 and 60: Applications Cascade scanning of in
Page 61: Applications Central Power Source c
Page 65 and 66: HOTELS, RESTAURANTS AND PUBS Hotels
Page 67 and 68: Applications Comfort control RGB/W
Page 69 and 70: EDUCATION AND SCIENCE Educational b
Page 71 and 72: ROADS AND PUBLIC SPACES The term
Page 73: Applications Design and special-pur
Page 76 and 77: FACADES AND ARCHITECTURE Just as li
Page 78 and 79: SPORTS FACILITIES Indoor and outdoo
Page 80 and 81: Comprehensive lighting management s
Page 82 and 83: Latest trends in lighting managemen
Page 84 and 85: Latest trends in lighting managemen
Page 86: Explanatory Notes Superior manageme
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Lighting MAnAgEMEnt SYStEM - OMS lighting

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