Getting smart with controls Maximum comfort, minimum energy Philips stand-alone controls combine energy saving with simplicity. In buildings, energy savings of up to 55% are quite common, but these simple plug & play systems themselves generate savings of up to 30-70% on individual luminaires.
Stand-alone lighting controls Enabling smart and sustainable environments Global warming, climate change, carbon emissions – these words seem to be on everyone’s lips. Today, we all know that our energy consumption comes at a price. Commercial, institutional and industrial buildings account for about half of total energy consumption. And up to 35% of the electricity used in an office building, for example, is spent on lighting.
Energy efficiency and comfort One of the primary benefits of lighting controls is their ability to reduce energy consumption – by up to 55%! At the same time, they can improve the ambience of an indoor environment – and the well-being of those within it. Light levels and/or colors can be dynamically adjusted to individuals’ needs, moods and preferences, enhancing the comfort and enjoyment of those using the space.
How do stand-alone lighting controls save energy? There are several methods for saving energy. Depending on the lighting system, the application and the specific use of a building, a combination of methods can be used. Occupancy control One of the simplest yet most effective methods to save energy. A sensor detects occupancy and switches off the lights when an area is vacated. In large areas like open-plan offices, smart systems first dim the lights, thus increasing the energy savings.
ActiLume MicroLuxSense Daylight harvesting made simple Typical ActiLume MicroLuxSense installation in an open-plan office Businesses need to cut energy costs, but people feel and work better with comfortable lighting levels. Luminaires fitted with ActiLume MicroLuxSense controls ensure a comfortable, constant level of illumination throughout the working day.
Product information LRL1222/10 ActiLume MicroLuxSense ActiLume MicroLuxSense is a Daylight Regulation option (DLR) for luminaires equipped with a Philips HF-R 1-10V ballast. The sensor measures the reflected light coming from the surface below. It dims down the lamp output when the light level exceeds the required light level defined by the light sensor set point. ActiLume MicroLuxSense can be installed in the luminaire either clicked between the optics or next to the optics.
ActiLume 1-10 V A simple approach Businesses need to cut energy costs, especially when there is nobody in the offices. In addition, people feel and work better with comfortable lighting levels. The new ActiLume 1-10 V has been developed to achieve ambitious energy savings (up to 70%) by combining presence detection and natural daylight.
Product information LLC1655/00 ActiLume 1-10V SwitchBox The ActiLume 1-10 V system consists of a sensor and a SwitchBox. The sensor can work independently of the SwitchBox. In combination with the SwitchBox, the luminaire will be switched off when enough daylight is present and/or no presence is detected. LRI1655/00 ActiLume 1-10V sensor 100cm The ActiLume 1-10 V luminaire-based sensor enables daylight regulation and dimming when it does not detect the presence of any people.
ActiLume DALI The more economical approach to lighting control ActiLume DALI is designed to fulfill the needs of those working in open-plan and cell offices, but can also be adjusted to suit other applications too. It combines automatic energy saving functions with easy-to-use manual controls. The presence and daylight functions allow savings of up to 50-75% on electricity, while push-button and infrared controls provide manual interaction. For optimal daylight harvesting savings two groups are used.
Technical data Technology DALI # controlled devices Up to 11 DALI drivers, maximum 2 extension sensors (LRM8118 or LRM8119); this reduces the maximum number of drivers to 9. Manual control Wired with Touch and Dim. Remote via IR (IRT8010, IRT8030 and/or IRT8050) Occupancy control Coverage area (h – 2.5 m) small movements: 4x5 m, large movements: 6x8 m.
OccuSwitch A smart move to reduce energy costs up to 30% energy saving Typical OccuSwitch installation in toilets Illuminating areas when nobody is present wastes energy, so Philips developed the OccuSwitch: a stand-alone movement detector that switches lights off when an area is vacated. This simple but effective switch generates energy savings of up to 30% in office buildings, schools and hospitals.
Technical data Technology Mains switching # controlled devices Any type (switches main power) The OccuSwitch advanced (LRM1080) can be connected in parallel (max 10) to cover large areas like open-plan offices. Manual control Yes, only the OccuSwitch advanced (LRM1080) via IR remote (IRT8099/10) Occupancy control Area of coverage (h – 2.5 m) – small movements 4x5 m, large movements 6x8 m. Parallel operation with the LRM1080 (up to 10). Retractable shield to screen off areas, e.g.
OccuSwitch DALI Simple solution for demanding installations up to 75% energy saving State-of-the-art lighting controls dramatically reduce energy costs while ensuring comfortable lighting levels wherever and whenever required. However, the technical challenges can often be more complex than initially expected. What’s more, if people find the controls difficult to use, the return on investment will be much slower.
Technical data Technology DALI # controlled devices Up to 15 dimming DALI gears, of which a maximum of 2 are extension sensors (LRM8118), LRM2080 can be connected in parallel (max. 22) to cover large areas like open-plan offices. Manual control Through-wired buttons (with interface LCU2070) or remote control (IRT8050/UID8510). Occupancy control Coverage area (h – 2.5 m) – small movements 4x5 m, large movements 6x8 m. Parallel operation with the LRM2080.
Product information LRM2070/10 BASIC OccuSwitch DALI unit in Basic version Two DALI outputs for window and corridor luminaires (without commissioning). LRM2080/10 ADVANCED Advanced version of the OccuSwitch DALI, Up to 22 units can be connected in parallel occupancy mode. Has one DALI output and requires commissioning for window and corridor operation. LRM2090/10 BMS OccuSwitch DALI with DALI interface to link into a building management system (BMS).
Ordering data Type Description 12NC EOC LRM2070/10 OccuSwitch DALI Basic 9137 003 32904 732305 99 LRM2080/10 OccuSwitch DALI Advanced 9137 003 33004 732343 99 LRM2090/10 OccuSwitch DALI BMS 9137 003 33103 732367 99 LCC2070/00 OccuSwitch DALI Cable Basic 9137 003 33703 732480 99 LCC2080/00 OccuSwitch DALI Cable Advanced 9137 003 33803 732503 99 LCU2070/00 OccuSwitch DALI PBU 9137 003 35103 870268 00 LCU2071/00 OccuSwitch DALI PBU opt.
OccuSwitch Wireless Switching on savings for existing installations It makes good economic sense to specify energy-saving lighting controls in a new lighting installation. But what about existing lighting installations? Can they be upgraded with these devices? With the OccuSwitch Wireless family they can. OccuSwitch Wireless consists of a wireless sensor and actuator (relay box) and is designed to save up to 30% energy consumption simply by turning the lights off in unoccupied areas.
Technical data Technology Mains switching # controlled devices Any type (switches main power) Max. 10 devices in one network Manual control No Occupancy control Coverage area (h – 2.5 m) – small movements 4x5 m, large movements 6x8 m. Retractable shield to screen off areas, e.g. corridors, adjacent to the area being controlled by the OccuSwitch.
ToBeTouched Living color in professional applications People working in busy offices, schools, shops, hospitality and healthcare environments don’t have the time to work out how to operate the lighting. That’s why Philips has taken the iconic design and user-friendliness of the very successful LivingColors color ring and developed the ToBeTouched range of intuitive user interfaces.
Type IR DIM DALI Technology Infrared control DALI Compatible with the DMX512 DMX standard UID8530 uses 2 DMX addresses (intensity & color or warm & cool) UID8540 uses 3 DMX addresses (RGB) # controlled devices Unlimited – max.
Product information UID8510 TOBETOUCHED IR The UID8510 IR user interface panel provides intuitive on/off and dimming functionality for lighting control systems via the infrared RC5 protocol. UID8520 TOBETOUCHED DIM DALI The UID8520 DIM DALI offers a simple on/off as well as dimming functionality by means of the DALI protocol. UID8530 TOBETOUCHED CT DMX The UID8530 user interface panel is designed for intuitive control of color temperature variation on DMX lighting systems.
Accessories Completing your system To be used with: LCA8000/00 Cover ActiLume DALI ActiLume DALI sensor Cover for the ActiLume DALI sensor to obtain same outer dimensions as the ActiLume MicroLuxSense. LCA8001/00 Ring for Cover ActiLume ActiLume sensors Ring around the cover of the ActiLume sensors to fit in the micro-optics of a luminaire.
To be used with: IRT8010/00 Hand-held two-key transmitter Hand-held two-key transmitter, for infrared control of various lighting control systems. The lights can also be dimmed by pressing one of the buttons for more than 0.5 seconds. The unit is supplied with batteries. A wall holder is separately available. This transmitter is not designed to be operated from the wall holder.
Accessories Ordering data Type Description 12NC EOC LCA8000/00 COVER ACTILUME SET OF 100PCE 9137 003 38403 882803 00 LCA8001/00 RING FOR COVER SET OF 100PCE 9137 003 38303 882780 00 LCA8002/00 ACTIlLUME CLIP TL5 SET 50pce 9137 003 40803 952940 00 LCA8003/00 ActiLume clip TL-D set 50pce 9137 003 40903 952988 00 LCA8004/00 Cover ActiLume extension sensor 9137 003 43803 139386 00 LCA8005/00 ActiLume Mounting Clip 50pce 9137 003 48803 196242 00 LRM8118/00 ActiLume Extension sensor