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LED REVOLUTION

LED Emergency lighting Develop.

Research for Guideline & Product.

GX53 LED PUCKProblem Definition

Emergency Light

Emergency Light은 주택 및 사무실에 설치하는조명기구로, 화재시 정전이 되어도 배터리에 의해구동되어 피난을 도와주는 것으로 유럽과 미국,일본 등 선진국에서 화재관련 법률로 설치가 의무화되어있음.

현재는 주로 백열램프 혹은 할로겐 램프가 사용되고있고, 일부 LED가 대체되어 시장에 출시되고 있음.

본 프로젝트는 컴팩트하고 가격경쟁력 있는 100-240볼트로 연결할 수 있는 일체형 조명기구를개발하여 판매하는 프로젝트임.

1. 메카니즘(사용처, 설치상세, 조명스펙, 구조 등)2. 현재 유통되고 있는 가격3. 백열램프, 할로겐, LED 성능대비 비교표4. 주요 박람회 일정 (화재관련)5. 취득해야하는 국제규격 (미국과 유럽, 일본규격

등)6. 제조가격 분석 (정강화 작성)7. 비지니스 프레임 워크 (정강화 작성)

GX53 LED PUCKEN1838

EN 1838: “Lighting applications – Emergency lighting”EN 1838 describes the photometric properties that emergency lighting needs to meet.

Emergency lightingThis is the lighting that comes on as soon as the mains voltage, and therefore the normal artificial lighting, fails. It allows people to safely finish their work without panicking and evacuate a building.

GX53 LED PUCK

Anti-panic lightingAnti-panic lighting allows people to safely finish their work, take their bearings, identify and avoid obstacles between the workstation and the escape route and get to the escape route without panicking.

Escape lightingEscape lighting allows people to recognise obstacles and safely get to the escape routes. It comprises the escape route lighting and the signage with lit signs.

Escape route lightingTo evacuate a building safely, the escape routes need to be efficiently lit.Illuminated safety signs (signage)

EN1838

GX53 LED PUCK

Signage indicates the closest escape route. Good visibility and rapid recognition of escape route markings are matters of life-and-death in emergency situations. EC directive 92/58/EEC of July 1992 lays down uniform signs that contribute to a smooth and safe evacuation of a building thanks to their universal character.

High-risk workstationsThe aim of high-risk workstation lighting is to guarantee the safety in places where a potentially dangerous activity is carried out. They can be places with high temperatures, where noxious vapours are released, with moving machinery or areas of high electrical voltage.

EN 1838 also specifies the minimum uniformity of the emergency lighting:

anti-panic lighting (1/40), escape route lighting (1/40), high-risk workstations (1/10) and signage (1/10)

EN1838

GX53 LED PUCKInstallation

전력선을통해 LED 램프의점등신호를송출하고, 조명기구에부착된센서가읽어들인다양한정보를중앙관제실로전송하여지능적인컨트롤을가능케함.


A new family of LED emergency lighting luminaires from Zumtobel offer high performance from compact, standalone units.

The Zumtobel RESCLITE is available in three complementary versions – an anti-panic light, an escape route illuminator and a spotlight for higher intensity emergency lighting in critical areas.

Each of these products enjoy the low-energy, reliability and zero maintenance benefits of latest generation LED technology, while the high power 2.7W LED mean that fewer units are needed to meet mandatory emergency lighting requirements. Self contained and central power supply versions are available in powder-coated white or metallic aluminium finishes.

The RESCLITE ANTI PANIC luminaire is designed to provide lighting continuity in the case of a power outage or emergency situation and can be spaced up to 13m apart.

In its ESCAPE variant, the RESCLITE provides escape route lighting with a minimum luminance of 1 lux, as required by EN 1838. It creates a strip beam pattern using a combination of a special reflector and polycarbonate lenses and can be spaced in intervals of up to 22m. The self contained nimh battery supply in each unit allows for 3 hours of operating time, with the LED control software ensuring no drop off in output throughout its service life.

Completing the RESCLITE family, the LED SPOT provides a minimum of 5 lux illumination where extra lighting is required in danger areas or to highlight the location of fire-fighting and first-aid equipment. The self contained battery gives up to 3 hours of operating time.

When connected to a central power supply the RESCLITE units can be monitored and configured using Zumtobel’s DALI lighting controls. Both networked and stand-alone versions incorporate hard-programmed self-test routines, with operational status displayed using a two-colour LED indicator.



X2-E LED Emergency Light

Features:KTL’s X2-E emergency luminaire combines both functionality and design excellence, having recently received the prestigious commendation award from the Illuminating Engineering Society.

The X2-E has been developed for both stand-alone or monitored use, with either a self-contained or central ELV UPS system and features recessed mounting using a MR16 downlight fitting and “mouse” controller and batteries for easy installation and maintenance. A DALI monitored option is also available for integration with building control and maintenance.

Technical information:- Input: mains input 90-260V , 12V DC (optional for UPS installation).- Uses three high efficiency 1w LEDs.- Full compliance with all purpose groups of the NZBC F6 D32 classificationSelf contained and non maintained.- Two hour battery


Features include:

2 battery powered reusable emergency lights8 AA batteries3 Rows of Bright LED lights keep you visibleLights contain magnets that allow for placement directly on your vehicleOperating instructions to keep you safe and protectedNo dangerous chemicalsStores in trunk or glove boxOfficially Licensed Product of the American Red CrossIncludes retail packaging



The Four In One Emergency Night Lights provides gentle illumination using only one LED. This Emergency Night Light stays up to eight hours and can also be used as an ordinary flashlight using its three bright white LEDS. The Four In One Emergency Night Lights has a motion detector that enables the user to set it to only turn on when approached at 12â€• range and can be unplugged into an outlet to shine up to illuminate light switches or down to illuminate walkways.

- $59.95 at hammacher

The Four In One Emergency Night Lights –Built With Photoelectric Sensor


Modern emergency lighting is installed in virtually every commercial and high occupancy residential building. The lights consist of one or more incandescent bulbs or one or more clusters of high-intensity light-emitting diodes (LED). The emergency lighting heads are usually either PAR 36 sealed beams or wedge base lamps. All units have some sort of a reflector to focus and intensify the light they produce. This can either be in the form of a plastic cover over the fixture, or a reflector placed behind the light source. Most individual light sources can be rotated and aimed for where light is needed most in an emergency, such as toward fire exits. Modern fixtures usually have a test button of some sort which temporarily overrides the unit and causes it to switch on the lights and operate from battery power even if the main power is still on. Modern systems are operated with relatively low voltage, usually from 6-12 volts. This both reduces the size of the batteries required and reduces the load on the circuit to which the emergency light is wired. Modern fixtures include a small transformer in the base of the fixture which steps-down the voltage from main current to the low power required by the lights. Batteries are commonly made of lead-calcium, and can last for 10 years or more on continuous charge.

U.S. fire safety codes require a minimum of 90 minutes on battery power during a power outage along the path of egress.



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