EMEX Central Power Supply Systems Catalogue

Transcription

1 EMEX Centra Power Suppy Systems Cataogue

2 The Emergi-Lite portfoio from Thomas & Betts deivers a highy versatie choice of emergency ighting and fire detection products and systems for a wide range of appications. Our aim is to enabe customers to achieve the maximum benefit in investment. This is gained through product design, for quick and simpe instaation with inherent energy efficiency and minimum maintenance, whist keeping the protection and safety of human ife paramount. Since 1998, the Emergi-Lite brand has been incuded in the product portfoio of the Thomas & Betts Corporation. In 1898 Thomas & Betts was founded in New York. The corporate headquarters now reside in Memphis, Tennessee with the company being isted on the New York stock exchange. Thomas & Betts has now over 100 years of experience of successfuy suppying quaity products to the market by using innovative design and manufacturing techniques. A truy goba payer having a presence in Europe, North & Centra America, Austraia and the Far & Midde East. Wordwide 13,000 empoyees are dedicated to ensuring that Thomas & Betts is fast, fexibe and customer focussed. Whist one of our main businesses remains in the eectrica products, principay Emergency Lighting and Fire Detection Systems, Thomas & Betts aso has eading brands aong with significant market share in Stee Structures, Communications, Eectronic Systems Protection and Earthing & Lightning Protection. In recent years, Thomas & Betts has deveoped a formidabe European safety products division, the principa products of which are emergency ighting and fire detection systems. This division serves as a key knowedge patform. Emergi-Lite being one of the eading brands within this division, benefits from the economies of scae in product deveopment and production, faciitating the efficient further deveopment of emergency ighting and fire detection technoogy.

3 Contents Introduction 2 6 Introduction to Emergi-Lite together with definitions of different types of Centra Power Suppy System EMEX Mini 7 8 Detais of the EMEX Power AC/AC Centra Power Suppy System EMEX Power 9 18 Detais of the EMEX Power AC/AC Centra Power Suppy System EMEX Test The compete emergency ighting centra system testing soution Sub-circuit monitoring Equipment designed to ensure automatic provision of emergency ighting in response to oca ighting faiures EMEX 110 and EMEL , 50 and 24 vot AC/DC Centra Power Suppy Systems and conversion modues Appendix Specifications A fu and detaied EMEX Power and EMEX Test specification Spacing data 43 Spacing Data tabes for the Emergi-ite range of uminaires Best practice 48 FM Contents

4 Introduction Wecome to Emergi-Lite When choosing a partner for emergency ighting, you need a suppier capabe of deivering a soution whenever the need arises, whether you re panning a new buid project, overseeing an instaation, or considering renewa of a ong-standing system. By choosing Emergi-Lite as your emergency ighting partner, you be pacing your projects, your systems, and essentiay your peope, in safe hands. Emergi-Lite is a eading ife safety soutions provider, deivering state-of-the-art systems and products into the emergency ighting marketpace. Emergi-Lite focuses on supporting our customers at a points of the emergency ighting ife-cyce, whether panning, instaing, managing or renewing: Panning From project consutations at customer premises, to drafting certified technica drawings, Emergi-Lite is ready to support a your emergency ighting needs. Instaing The right products, deivered at the right time, to ensure your instaations run smoothy - on time and on budget. Managing The cear and precise after-saes support you woud expect from a eading emergency ighting suppier, incuding servicing, maintenance and readiy-avaiabe repacement parts. Renewing Keeping you up-to-date with the atest standards, industry deveopments and new product innovations, making renewing your emergency ighting a simpe, straightforward process. Emergi-Lite: with you every step of the emergency ighting process

5 What is a Centra Power Suppy System? A Centra Power Suppy System (CPS) is essentiay a arge set of batteries at a singe centra ocation. In the event of a mains faiure in the buiding, the batteries are used to provide power for emergency ighting purposes. The CPS comprises the battery set, battery charger, contro circuitry, aarms and instrumentation to ensure reiabe provision of emergency power when required. The CPS output wi typicay be 24V, 50V, 110V, or 220/230/240/380/400V, according to type. Output is usuay AC/DC for the ower votages, and AC when mains votage. The CPS wi be sized according to the oad required. The battery wi be rated to achieve a specified duration, typicay 1, 2, or 3 hours. A arger project may use one singe arge CPS, or a number of smaer CPS units. How does it work? The CPS effectivey stores energy in the battery set whist the mains suppy is heathy, and draws upon this reserve when required in times of mains faiure. If the faiure is imited to part of the buiding (oca), the CPS may provide power using its incoming suppy without discharging the battery. Mains faiures are detected by sub-circuit monitoring reays to ensure the automatic, fai-safe operation of the emergency ighting. These are situated around the buiding where required, or may be ocated within the CPS itsef. Power from the CPS is distributed to dedicated emergency uminaires and exit signs, or converted save 230V uminaires. Standard, unmodified save 230V uminaires can be used on a mains-votage CPS. Distribution cabes need to be fire protected, according to oca reguations and/or risk assessment. Who decides? The votage of the CPS is infuenced by the size and nature of the project. The fina decision may be taken by the consutant, end user, or contractor. The duration or autonomy of the CPS is often dictated by nationa Standards (eg BS 5266), or oca authority requirements. What are its benefits? A CPS system gives a higher ight output per point when compared to a sef-contained instaation, and therefore wi use fewer emergency ights per area. A CPS soution offers great savings in ongoing testing, maintenance, and repacement battery costs when compared to a sef-contained emergency ighting instaation. 3 Introduction

6 Why choose centra power suppy? Principe types of emergency ighting system are sef-contained or centray fed In a sef-contained system, each emergency uminaire has an on-board battery and charger unit. A Centra Power Suppy System operates on the principe that the uminaires are fed, via sub-distribution, from a singe suppy source. Sef-contained System Batteries/charger contained in individua uminaires Advantages Simpe instaation No specia cabing Disadvantages Limited ight output Muti-point maintenance Battery repacement 3 5 years System design ife 15 years maximum Centra Power Suppy System Batteries/charger at centra ocation Advantages Improved ight output Centraised maintenance, minimum disruption Battery repacement 8 10 years System design ife 20+ years Disadvantages Fire protected cabe may be required (subject to oca reguations) 4 In the first 3 years of ife, few battery fauts woud be expected, provided a test and maintenance schedue (manua wak test at east) was in pace. A sef-contained system is economic for smaer instaations with a imited tota number of uminaires. A typica sef-contained emergency power pack has an operationa design ife of years, and wi require a repacement battery every 3 5 years. The instaation is straightforward and, by definition, each uminaire is instaed and maintained independenty of a others on the site. After this period the instance of battery faiures may increase, resuting in the possibiity of further unpanned maintenance visits to repace battery sets. After 5 years the incidence of such piecemea activity may cause the cient to consider a fu battery repacement programme. However, the fact that some batteries may have been repaced aready in recent times raises a diemma. Either, you can repace a batteries en masse ignoring the waste of potentiay good batteries and previous abour efforts, or you coud continue with the fragmented maintenance approach (causing irreguar future disruption to the buiding occupier). It can be considered that sef-contained products wi require 2 or more compete sets of repacement batteries during the first 10 years of operation. In ess than 15 years the ikeihood woud be that a sef-contained system woud be ife-expired eading to the need for a competey new set of uminaires. It shoud be noted here, that a more rigorous and beneficia panned maintenance schedue can be achieved, abeit at a higher initia product cost, utiising a suitabe automatic or controed test and monitoring system, to check the uminaires and their batteries ( Centre or IR2: avaiabe from Emergi-Lite). A Centra Power Suppy System has a design ife of 20 years or more, and woud typicay require battery repacement in 8 10 years (depending on battery type). Maintenance requirements are centraised, minimising costs and disruption to the occupier. Furthermore, when battery repacement is required, it is ony needed at the singe centra ocation and can be accompished in a singe visit with minimum disruption to the occupier. Taking a typica arge instaation it can be seen that the ower initia purchase and instaation cost of a sef-contained system is soon countered by the cost of maintenance requirements and frequent battery repacement, when compared to a Centra Power Suppy System. Sef-contained System Centra Power Suppy System Comparative cost of purchasing and running Sef-contained and Centra Power Suppy Systems Introduction

7 Centra systems fa into two categories AC/AC static inverter systems and AC/DC power suppy systems. Both types of centra system operate on the same principe; that the uminaire is fed, via emergency sub-distribution, from a singe suppy source (the centra system). The term static inverter is derived from the ack of moving parts within the equipment, as opposed to rotary motor/generator converter designs. Centra systems aow a wide range of batteries to be used, which offer different ife expectancies against physica size and cost, ocaised battery/equipment maintenance, fexibe ighting design and greater ight output per uminaire. Static Inverter Systems (AC/AC) Static inverter systems operate in a simiar manner to AC/DC Centra Power Suppy Systems, with the exception that the system constanty gives a 230V AC output. The advantages of this approach are numerous. Firsty, uminaires do not need to be converted, as any save 230V uminaire can be used (there are some restrictions to this on the grounds of suitabiity for emergency ighting). Luminaires aso operate at fu ight output, as they are being fed from a fu mains votage suppy, meaning fewer uminaires are required for equivaent ight outputs. Advantages Suitabe for medium to arge instaations Amost any uminaire may be used Easy to maintain 10 to 25 year design ife batteries Distribution is standard 230V AC (standard DBs) Reduced vot-drop probems on output cabing Luminaires operate at fu ight output which makes inverter systems suitabe for high risk task area ighting and instaations where ceiing heights make ow output uminaires unusabe Disadvantages Not cost effective for sma instaations Larger systems are physicay arge and may require specia battery room Centra Power Suppy Systems (AC/DC) Centra Power Suppy Systems provide ow votage AC power (nominay 24V, 50V or 110V AC) whist mains to the system is heathy, and ow votage DC (of the same votage) when mains fais. The battery votage seected wi depend upon the number of uminaires, the rating, their type and their distance from the centra system. Centra Power Suppy Systems require each emergency uminaire to be converted for use on the ow votage suppy. The cost of this conversion may be prohibitive on arger instaations. Another important factor is that converted uminaires ony provide a sma percentage of their norma ight output when running in emergency mode. Advantages Reduced cost for smaer instaations Sma physica size Easy to maintain 5 to 25 year design ife batteries Disadvantages Not cost effective for arge numbers of uminaires Cabe restrictions to avoid vot-drop Luminaires must be converted for use on AC/DC Reduced ight output in emergency mode 5 Introduction

8 Choosing the right system 6 There are a variety of ways in which backup power can be provided. However, even though certain methods are suitabe for critica appications, they may not necessariy be suitabe for Emergency Lighting. This is because an Emergency Lighting system has unique oad characteristics. And since Emergency Lighting is a critica ife-safety instaation it is vita that a Centra Power Suppy System provided to power it is designed with these oad characteristics in mind. EMEX Power centra inverter systems are specificay designed to provide emergency power for ighting systems in a mains fai or evacuation situation. In choosing the right AC system to support emergency ighting it is important to consider the foowing questions: Overoad performance BS EN requires that an inverter must be abe to start the fu oad without the mains suppy present. How does the system perform in a tota power faiure (ie is the system abe to start the oad without the bypass suppy being avaiabe)? Repeat duty BS EN requires a Centra Power Suppy System to fuy recharge within 24 hours. Is the charger abe to recharge the batteries sufficienty quicky (80% in 12 hours or 100% after 24 hours)? Energy consumption and heat dissipation Is the inverter and charger permanenty running, reducing the battery ife, generating heat and wasting energy? Are cooing fans running continuousy, generating noise and reducing component ife? Maintenance Is the system easy to service and maintain? Is the system designed in a moduar format, or woud the faiure of even a minor component require the whoe system to be shut down and stripped for repair? Genera information on Uninterruptibe Power Suppy (UPS) systems, for guidance: Recharge period UPS systems which are designed primariy for computer back-up generay offer short back-up times, and consequentiay empoy sma chargers. To provide the onger durations specified for emergency ighting, a much arger capacity battery is fitted. However, if the charger is not uprated then the system wi not be capabe of recharging sufficienty quicky. Hence the battery rating is sometimes increased even further so that it is not fuy discharged at the end of the rated duration period (and is thus capabe of repeat duty with imited further recharge). This resuts in a much arger system that is actuay required for the oad, increasing both the physica space required and future battery repacement costs. Overoad and short circuit performance An emergency ighting oad imposes arge in-rush currents when starting amps from cod. However, UPS systems are often designed to shut down at ony 125% overoad and revert to the incoming suppy. During a tota power faiure situation, this coud resut in tota faiure of the emergency ighting system. Furthermore, a UPS may fai to cear a protective device on a ighting circuit, meaning that a singe short circuit faut coud resut in oss of the entire emergency ighting provision. Energy consumption and battery ife Most UPS systems operate in the on-ine mode, whereby the inverter runs constanty to suppy the oad, and power is taken from the battery with the charger running constanty. This paces an excessive rippe on the battery (in contravention of the advice given by most battery manufacturers). Aso, the system is constanty generating heat which has a further detrimenta effect on battery ife. There are energy cost impications to run an on-ine system, and dea with the heat generated. Neutra isoation Some UPS systems use the incoming neutra conductor as the output neutra, with no isoation. Quite apart from that fact that this does not compy with eectricity suppy reguations, shoud the input neutra be ost in some way (for exampe if it were broken due to a fire or other physica damage to the buiding) then the output neutra woud aso be ost, resuting in the faiure of the entire emergency ighting provision. Introduction

9 EMEX Mini EMEX Mini Centra Power Suppy System 7 EMEX Mini

10 EMEX Mini Space saving and high performance Features and benefits True AC/AC 50Hz output 1.5kVA rating with 525W for 3 hours, 700W for 2 hours and 1200W for 1 hour Abiity to use standard proprietary AC distribution and protection devices on outgoing circuits Compatibiity with addressabe test package using EMEX technoogy Exceent overoad capabiity in fu emergency mode Exceent recharge capabiity: 80% after hours foowing rated discharge MCB protection throughout no fuses Individua MCB protection AC and DC circuits Cooing with on-demand operation (not continuousy running) Integra maintenance bypass faciity (abiity to support output oad in bypass mode whist maintenance is performed) Maintained output as standard (switchabe to non-maintained) IP21 rate cabinet as standard Easy front pane access Simpe instaation EMEX Mini specification 610mm 1210mm 240mm 8 Part No Description Mains suppy Votage Frequency Phase Current Output (Mains Heathy) ELD Static Inverter EMEX Mini 1.5kVA 1-3H SPN 230V to UK standards 50/60Hz 1 phase 10A Max Votage 230V (as suppy) Power 1500VA Phase 1 Inverter output Votage 230V Frequency 50/60Hz Duration 1, 2 or 3 hour(s) THD < 5% Waveform Sinusoida Power factor range 0.9 ead to 0.7 ag Phase 1 Inverter nomina rating VA Wattage Wattage Wattage Battery Ampere hour Type Physica dimensions Input terminas Output terminas Auxiiary terminas Cabinet Weight (Incuding battery) LED indications 1,500 VA 1200W 1 hour 700W 2 hours 525W 3 hours 24 Ah Vave reguated ead acid (VRLA) 2.5mm 2.5mm 2.5mm 610mm wide x 240mm deep x 1210mm ta 166kg Top entry gand pate Mains heathy Suppy from battery (mains faiure or faut) Meters Non-optiona extra EMEX Power System design

11 EMEX Power EMEX Power Moduar AC/AC Centra Power Suppy System 9 KM FM EMEX Power

12 System design Moduar AC/AC Centra Power Suppy System KM FM09470 System design The EMEX Power inverter and charger modues utiise soid state eectronics of the highest reiabiity to provide a rugged, easy to maintain system with exceptiona performance for emergency ighting use. The system has been designed soey for emergency ighting, and not modified from other ess essentia power suppy requirements. As such, the system has exceptiona overoad performance without the need to over-specify the rating of the inverter to ensure fauts can be ceared. Each modue has input and output protection and each modue measures and imits its own current, making it a sef-contained unit. Aarms and status indicators are provided on the front pane dispay, which provides cear and concise information, rather than a ong ist of parameters, which may be confusing. EMEX Power cabinets require no side ventiation therefore are easy to insta in virtuay any pant room System performance EMEX Power has been designed to operate soey as an emergency ighting power suppy, and as such is equipped with the foowing features: An overoad performance of 120% continuous, 150% for 1 minute and 200% for 10 seconds without reduction in output votage Short-circuit currents of 350% for 5 seconds The abiity to strike the fu oad on mains faiure without using a bypass suppy Four poe contactor compying with BS 5424 Avaiabe in singe phase input/output, true three phase input three phase output (4 wire) Quaity assurance Designed and manufactured in the UK, EMEX Power marries cutting edge design to quaity components and assured buid quaity. This resuts in products providing both high performance and reiabiity. Constant product deveopment by dedicated in-house engineers ensures Emergi-Lite Centra Power Suppy Systems wi aways meet even the most stringent demands. 10 The Emergi-Lite EMEX Power centra inverter systems are designed to provide safe, reiabe operation and certified to meet the requirements oficel 1009 and BS EN50171 EMEX Power System design

13 The cabinet System modues EMEX Power utiises standard modues to give reiabe operation, reduces the need to carry extensive and costy spares and gives a ow mean time to repair. Both the inverter AND the charger utiise this moduar approach, aowing a much higher power density than simiar non-moduar systems. The number of modues fitted, together with the appropriate sized battery, determines the rating of the system. A modues connect to a common contro bus via IDC connectors. Main connections to modues are via five front pane terminas giving quick and easy access to terminations, aowing a modue to be changed in a matter of minutes. Each modue has two recessed handes to aid ifting. No side or rear access is required. The cabinet has been engineered to aow the housing of the inverter and charger modues, battery or a combination of both. A connections are in the top contro section of the cabinet. A top entry gand pate is provided for ease of instaation, as is inter-cabinet stee trunking to aow safe connection of battery cabes between contro and battery cabinets. A cabinets have an integra ifting frame and are suppied with ifting eye bots fitted to aow crane ifting. Cabinets aso have an integrated pinth for fork-ift or paet truck. Entry to equipment is via the front door ony, aowing the cabinet to be ocated directy against wa at sides and rear ie can be ocated in corner of room. Cubice spacers are provided to prevent equipment ocated direct to wa with no ventiation space (75mm required at rear). Moduar design aspect aows fexibe configuration of singe phase input/output and true three phase input/ output (4 wire) 11 Cabinet and system modues EMEX Power

14 System benefits Benefits for the instaer EMEX Power instaation is easy and troube free. A toos required to insta and maintain the system are incuded (insuated battery spanner, Aen key, etc) A cabes are provided Inter-cabinet trunking connects adjacent cabinets aowing battery cabes to safey pass between battery and contro cabinets without the need for an externa cabe tray. A cabinets are pre-dried and rubber grommets are fitted for battery cabes The battery votage does not exceed 120V DC. Larger systems utiise banks of batteries in parae, each with its own circuit breaker in the contro cabinet. There is no high DC votage (some inverter systems utiise battery votages up to 600V DC) A arge top entry gand pate provides enough room for a connection needs Cabinet eveing feet avaiabe to cope with uneven foors A comprehensive 12 page instruction manua is incuded showing a battery connections, fu eectrica schematic and commissioning instructions A cabinets are suppied with ifting eyes and have been certified for crane ifting, even when fu. Aternativey, a 110mm pinth is fitted to a cabinets to aow fork-ift access No side ventiation is required. Cabinets can be positioned directy adjacent to was and other cabinets. This reduces foor space requirements in the pant room Equipment is suppied Ready to insta. Simpy connect the mains suppy, battery and output circuits Benefits for the end-user Emergi-Lite is the manufacturer of the system, providing a singe source of technica support, spares, service and repair A equipment is designed and manufactured at our Leeds faciity in the UK EMEX Power operates in a ow power mode; the oad is suppied via the incoming mains suppy, with the inverter on standby for immediate start. This can provide substantia cost savings for the customer, as the inverter is not running continuousy, generating waste heat that has an effect on battery ife. Cooing fans ony operate when on oad and are high reiabiity types Minima servicing is required on the inverter system, reducing maintenance costs. Greater savings on maintenance can be made if the inverter system is integrated with an automatic testing system EMEX Power is buit around five major components; master inverter modue, save inverter modue, charger modue, changeover contactor and dispay unit. Regardess of the number of systems on a site, spares hoding wi be simiar for a systems. This greaty reduces spares cost Owing to the moduar nature of the entire system, any component can be repaced in approximatey 15 minutes, reducing down time shoud a faut occur Distributed System moduar concept It coud be possibe that a the emergency ighting is ost owing to a singe Centra Power Suppy System faiure. The EMEX Power moduar format, however, aows the user to design different sizes of system into the scheme, thus overcoming the potentia risk. This distributed concept, where severa smaer units (5KVA for exampe) repace a arger singe 20KVA unit, is a worthy and practicabe consideration where circumstances suit No fuses are used in the system. A faut devices are miniature circuit breakers. This gives easy correction of overoad tripping without the need to search for repacement fuses. An aarm is raised if ANY circuit breaker trips. This scheme can be extended to remote distribution boards if required Equipment is designed soey for emergency ighting, and is not modified as a secondary consideration. This gives the customer peace of mind that the equipment is suitabe for this important task On request specia systems can be suppied part popuated for expansion ater, reducing initia capita cost 12 EMEX Power System benefits

15 Standard features: EMEX Power system overview EMEX Power offers a host of standard features and benefits, as isted beow. Note that some items wi be optiona, extra cost items on other systems, or may not be avaiabe at a if the system is not designed specificay and soey for emergency ighting use. For further detai, pease refer to the EMEX Power detaied specification on page 84. Performance True AC/AC 50/60Hz output Abiity to use remote standard proprietary AC distribution and protection devices on outgoing circuits Rated for any oad power factor, zero to unity, at any output power up to the maximum rated KVA Compatibiity with addressabe test package using EMEX technoogy Exceent Overoad Capabiity in fu emergency mode: 200% for 10 seconds without reduction in output votage Exceent recharge capabiity: 80% after 12 hours foowing rated discharge MCB protection throughout no fuses EMEX Power true moduar construction with common spares (inverter, charger, contro PCB, and system interface common across the fu system range) Individua MCB protection for each modue - AC and DC circuits Individua cooing fans for each modue with on-demand operation (not continuousy running) Spit parae charger above 10 amps enhanced integrity with the abiity to operate with one or more charger modues isoated (subject to increased recharge time) Integra maintenance bypass faciity (abiity to support output oad in bypass mode whist maintenance is performed) Temperature compensated charger Maintained output as standard (switchabe to nonmaintained) Aarms and instrumentation Comprehensive dispay Charger and inverter aarm pack Momentary push to test button Fire aarm interface Fina exit interock Interna and externa MCB monitoring Loca/remote maintained circuit contro Sub-circuit monitor connection Two sets of vot-free aarm reay contacts Inverter-inhibit engineers switch Remote Aarm Unit option Mechanica IP21 rated cabinet as standard Easy front pane access Inter-cabinet trunking for battery cabes Fork-ift pinth Lifting eyes for crane ift as standard Instaation pack with a toos required Detaied instruction manua Batteries Standard systems are suppied with Vave Reguated Lead Acid (VRLA) batteries, aso known as Seaed Lead Acid. These batteries are seaed for their design ife of 10 years. Lead Acid Panté and Nicke Cadmium batteries are avaiabe upon request, however, these batteries require a much arger physica area, and emit potentiay exposive gases, meaning the battery room must be adequatey ventiated. These reasons, aong with the additiona capita cost, generay outweigh the additiona ife obtained, as demonstrated beow. Battery Initia cost Design ife Maintenance VRLA YY Ni-CAD YYYYY Panté YYYY 13 Standard features, options and batteries EMEX Power

16 System seection Choosing the right system Design of centray-powered emergency ighting systems is a compex process. For each system, it is imperative that sufficient battery power is made avaiabe to operate a emergency uminaires in the event of a mains faiure. Seecting a sufficienty powerfu system at the outset is key to avoiding increased costs or revised instaation requirements at a ater point in the project. Emergi-Lite s Centra Power Suppy Department has substantia experience of designing Centra Power Suppy Systems and of providing technica advice on a aspects of centray-powered emergency ighting schemes. Our team of engineers provides comprehensive support to parties invoved in scheme design and is avaiabe to assess your specific requirements and prepare a reevant quotation as required. To discuss your requirements in detai pease contact our Centra Power Suppy Department on +44 (0) To assist our engineers, consideration shoud be given to the foowing to hep specify the eve of CPS required. Luminaire specification To determine the size of CPS required, our engineers wi need the foowing information about the uminaires intended for the emergency ighting scheme: Luminaire type & manufacturer (incuding uminaire part numbers if avaiabe) Quantity of uminaires in the scheme (per type) Luminaire wattage for each uminaire type note: particuar attention shoud be given to ow wattage uminaires not operating to unity power factor Centra power unit specification Emergi-Lite EMEX Centra Power Suppy Systems are dua rated to aow seection of an appropriate system to either commercia or ICEL ratings. First consideration in system seection shoud therefore be to decide the preferred rating for the CPS ICEL or commercia. ICEL rated systems are de-rated by 20% from their commercia equivaent system. In effect, these systems incude 20% spare capacity to provide the system designer/instaer opportunity to incorporate additiona uminaires into the emergency ighting scheme at a ater date, without compromising the power suppy. Second consideration is to determine the size of centra power unit required. From the uminaire data suppied, Emergi-Lite s CPS department can advise the most appropriate size of CPS unit from our standard range of static inverters dispayed on page 14. Note, higher rated systems require mutipe cabinets to be instaed and therefore consideration shoud be given to the space these cabinets wi require. Cacuation of space requirements is straightforward as Emergi-Lite ony suppy one standard size of cabinet as shown beow. Finay, consider the additiona components required. Emergi-Lite offers two types of standard unit, EMEX Power or EMEX TS, as shown on page 13, pus a range of EMEX Test components on pages 21 & 22 for enhanced management and monitoring of the CPS. 14 Cabinet size Standard cabinet size is 750mm wide x 650mm deep x 1800mm ta. For arger instaations, cabinets are mounted side by side to provide sufficient accommodation for the batteries. Overa depth of 725mm is required to aow a ventiation gap of 75mm (rubber back-stop provided ensures this distance is maintained). Cabinets may be mounted side-by-side since no side ventiation is required. EMEX Power System seection

17 EMEX Power range of static inverter systems EMEX Power has been the standard-bearer for centray-powered emergency ighting systems for many years and continues to offer significant benefits to those considering a Centra Power Suppy System. EMEX Power offers true moduar construction for easy maintenance and hasse-free repacement of parts, enhanced protection with MCB s throughout (no fuses) and exceent overoad and recharge capabiities foowing a mains faiure. Fuy compatibe with EMEX Test software and components, EMEX Power offers a comprehensive soution to providing emergency power to arge and compex instaations. Fu detais of our standard range of EMEX Power units is provided in the tabes on page 14. EMEX TS range of static inverter systems EMEX TS offers a the benefits of the EMEX Power range of static inverters with the added benefit of an on-board EMEX Test monitoring capabiity. EMEX TS is suppied compete with MXKP addressabe interfaces, pane mount touch screen monitor (pre-oaded with EMEX Test software) and LON interface for integration and faut reporting to BMS monitoring equipment. To seect an EMEX TS product, simpy add suffix /TS to the standard product order codes (part numbers) on page 14. EMEX TS power units incude integra touch screen monitor 15 System options EMEX Power

18 Order codes EMEX Mini - Singe Phase V 50/60 Hz Commercia Rating ICEL Rating 1 Hour Duration 2 Hour Duration 3 Hour Duration Emex Mini Part No. 1500VA 1250VA 1200W 725W 525W ELD Note: Emex Mini is a standard rated system for a autonamys shown above, the higher the oad the shorter the Autonamy PF Designed Systems EMEX Power - Singe Phase V 50/60 Hz Commercia Rating ICEL Rating 1 Hour Duration 1.5 Hour Duration 2 Hour Duration 3 Hour Duration VA Watts VA Watts Emex Power Part No. Emex Power Part No. Emex Power Part No. Emex Power Part No ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD EMEX Power - Three Phase V, V 50/60 Hz (adjustabe) Commercia Rating ICEL Rating 1 Hour Duration 1.5 Hour Duration 2 Hour Duration 3 Hour Duration VA Watts VA Watts Emex Power Part No. Emex Power Part No. Emex Power Part No. Emex Power Part No ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD EMEX Power Order codes

19 Order codes Unity PF Designed Systems EMEX Power - Singe Phase V 50/60 Hz Commercia Rating ICEL Rating 1 Hour Duration 1.5 Hour Duration 2 Hour Duration 3 Hour Duration VA Watts VA Watts Emex Power Part No. Emex Power Part No. Emex Power Part No. Emex Power Part No ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD EMEX Power - Three Phase V, V 50/60 Hz (adjustabe) Commercia Rating ICEL Rating 1 Hour Duration 1.5 Hour Duration 2 Hour Duration 3 Hour Duration VA Watts VA Watts Emex Power Part No. Emex Power Part No. Emex Power Part No. Emex Power Part No ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD ELD Suffix Description /60 60Hz system - USA Bat ony /U USA origin Batteries /N Nicad Ces /TS Touch screen /XB Excuding Batteries (Systems are Not Kite marked uness batteries are suppied by TNB) XB code wi generay be used to spit order to deay battery deivery and wi not show on documentation or product in this instance. When used to suppy system without battery the Code wi need to show on documentation. /NL Dutch version /M Mexico origin Batteries Exampe ELD /N/TS ELD /60/TS ELD /NL/XB ELD /NL/XB Part Code Key: ELD A B C D. E F G A = Power factor - 9 for 0.85PF or 8 for 1.0 Unity PF B (C) = Duration - 1 for 1hr 15 for 1.5hr 2 for 2hr and 3 for 3hr C (D) = Phase - 1 for Singe and 3 for 3 Phase EFG = KVA (mutipied by 0.1) Exampe ELD = 0.85PF, 1hr, 1 1.5KVA ELD = 0.85PF, 1.5hr, 1 1.5KVA 17 Mains suppies and power distribution systems Eectronic Sytems Protection

20 Order codes Remote aarm British Standard BS 5266 Part 8 (BS EN 50172) section requires that a visua daiy check of the centra power suppy aarms is made. It is aso a requirement that the CPS shoud be ocated in a secure area, which is typicay a ocked switch room in the basement. We offer an optiona remote aarm unit (RAU), which assists the user to identify any aarm conditions. Remote Aarm Unit RAU/240V ELD A Remote aarm unit providing both audibe and visua faut indication with mute faciity. The RAU requires a oca VAC suppy and shoud be inked to the static inverter unit by a two core cabe. 18 EMEX Power Order codes

21 EMEX Test EMEX Test The compete emergency ighting centra system testing soution 19 EMEX Test

22 EMEX Test The compete emergency ighting centra system testing soution Emergency ighting reguations state that periodic, mandatory tests must be carried out to verify the correct operation of any emergency ighting system. Increasingy, changes in safety egisation, risk assessment, and the requirements of pubic iabiity insurance are pacing responsibiity for the testing of emergency ighting systems firmy with the owner or occupier of the buiding. Additionay, egisation states that records of this testing must be kept. Automated testing soution Manua testing (and record keeping) of emergency ighting systems can prove to be expensive, time consuming and disruptive (even dangerous) exacerbated by access probems caused by physica and commercia reasons. The EMEX Test Centra Testing System ensures peace of mind by automating the norma, periodic testing of emergency ighting amps and contro gear. EMEX Test is simpe to operate being controed by a standard desktop PC or a dedicated touch screen contro pane and is feature packed: Mutipe static inverter Centra Power Suppy Systems (CPS) can be networked to a singe contro PC Utiizing EMEX TS, Remote access via a Loca Area Network (LAN) or internet connection is straightforward Buiding Management System communication can be easiy incorporated Schedued testing System tests are schedued for periods of minimum disruption using EMEX Test. Live uminaire data is compared against pre-programmed threshod data to identify any discrepancies. These are then duy highighted in the test report which is generated and stored automaticay. The user has fu contro to access test reports ocay or remotey at any time. Service personne can then arrange a convenient time to access any fauty uminaires ready prepared with any necessary spares in order to further reduce the amount of time required to effect a repair. In addition, EMEX Test can conduct discharge tests and monitor and record the status of the CPS and end battery votage. Since discharge tests cannot be performed unti visua condition checks have been undertaken by an engineer on site, these annua tests are initiated manuay. 20 When considering centra power emergency ighting, EMEX Test aows the consutant and end user to retain compete freedom of design. Specifying EMEX Test offers the most fexibe and economic soution to providing addressabe testing of emergency ighting EMEX Test Automatic testing

23 EMEX Test is the most fexibe emergency ighting testing system avaiabe today. With the abiity to support virtuay any type of save 230V uminaire, incuding LED, EMEX Test affords freedom of choice for consutants, designers and end-users aike. Two approaches, one soution EMEX Test can utiise two different soutions to interface your emergency uminaires, whatever the scenario. Both systems utiise the same software and are fuy compatibe with each other on the same system: MXC MXC is idea for use where a arge number of high frequency, non-dimmabe uminaires are situated in a reativey sma area and where room for cabe runs is restricted and the aesthetics are a primary concern. The MXC substation soution empoys compact LTC integra uminaire interfaces to support up to 40 uminaires from a singe substation. It aows mixed operation modes of the emergency uminaires on the same circuit without data cabe. Mutipe oca switched and unswitched circuit monitoring is marshaed by the substation, or direct into the uminaires. Substations are connected together and back to the contro PC by data cabe connection. Idea for high-rise buidings, MXC provides savings in cabe, containment and instaation costs. Features and benefits Maintained, non-maintained and switched uminaires on a singe circuit Cabe saving as a resut of combined power and data ines High capacity substations Fexibe oca circuit monitoring options Fuy compatibe with MXD4 MXD4 MXD4 substation modues contro uminaires in groups of four with no modification to the mains uminaires whatsoever. Data cabe provides communication to the CPS. A data cabe connection exists between the CPS and the PC. MXD4 is idea for use where a smaer number of uminaires are to be situated in an environment where aesthetic cabing is not an issue, for exampe warehousing or car parks. Features and benefits Supports virtuay any type of uminaire no modification required High switching power capabiity Simpe to insta Compatibe with digita and anaogue dimming systems Fuy compatibe with MXC 21 Comparison of EMEX Test systems EMEX Test

24 Case study How to appy EMEX Test MXC and MXD4 Emergency Lighting Testing Systems, exampe case: High-rise buiding A typica high-rise instaation wi empoy a variety of uminaire types in different areas. It wi have varying switching arrangements and cabing restrictions according to the usage of each area and the fabric of the buiding. When considering their mains ighting, the consutant and end user can retain compete freedom of design, assured in the knowedge that specifying EMEX Test wi offer the most fexibe and economic soution to provide addressabe emergency ighting. Underground car parks In underground car parks and service areas the designer wi prefer basic batten fittings or fiament amps. In this instance, where surface cabing is acceptabe, MXD4 substations are idea. There is no modification to the save 230V 50/60Hz uminaires whatsoever. This makes the instaation very straightforward as the substations are identica no matter the wattage or operation of the uminaires (substations can even be first fixed before the uminaires arrive!), and has the great benefit that in the event of any damage or vandaism the save 230V 50/60Hz uminaires can be repaced without interfering with the addressabe emergency system. Open pan areas For ower foors with typicay open pan areas where suspended ceiings are empoyed and switching arrangements are uncompicated, MXD4 substations aso offer benefits. In addition, the cient woud be free to refurbish at a ater date, changing uminaires types at wi, with ony reprogramming of the EMEX Test software required to suit. 22 EMEX Power Case study

25 Case study Stairwes In stairwes, the MXC substation soution with LTC equipped uminaires offers great benefits in cabe saving and instaation costs. The MXC substation(s) can be mounted in risers at the foot of each stairwe, removing the need for data cabe or remote boxes in the stairwe itsef. The maintained exit signs, switched uminaires, and even any non-maintained externa units can a share a singe suppy cabe. Monitoring feeds can a come to a singe point at the substation, simpifying the cabing within the stairwe. Conversey, if it is inconvenient or impossibe to wire a switched or monitoring feed back to the substation, it can be wired directy into the reevant uminaire. Upper foors Upper foors with a arger number of rooms per area (for exampe offices or hote rooms), wi aso use MXC in order to take advantage of the arge number of switched feeds that can be monitored by each substation. Couped with the option to wire monitoring feeds directy into the uminaires, this wi offer great savings in cabe and simpify the instaation, whist retaining fexibiity of programming shoud the mode of operation of the uminaire change. EMEX Test can accommodate this scenario and more whether the system is one arge Centra Power Suppy System (CPS) feeding the whoe buiding, one smaer CPS per foor, or any combination thereof. 23 Turn over to see our How to appy iustration of EMEX Test MXC & MXD4 EMEX Test Case study

26 How to appy EMEX Test MXC and MXD4 Emerg MXC substation Each MXC substation can contro up to 40 uminaires. Power and dataines feed the substation which in turn monitors & contros the uminaires via a singe combined power/data ine. Each substation can monitor up to 8 oca switched and/or unswitched circuits. Luminaires operate in maintained, switched maintained, or non-maintained modes on the same circuit, according to the system programming. EMEX Power EMEX Power Centra Power Suppy System provides AC power to emergency uminaires via standard AC distribution boards. EMEX Test can support both MXC and MXD4 systems simutaneousy. Mutipe EMEX Power CPS units can be used to power arger appcations, monitored from a singe EMEX Test contro point. MXC compatibe uminaires The MXC testing system requires uminaires (bukheads, exit signs) to be MXC compatibe. A comprehensive range of uminaires can be found starting on page 23. In addition, virtuay any standard mains uminaires can be converted for use with the MXC system using an integra or remote LTC interface modue. Luminaires must contain a high frequency baast (pease check with Emergi-Lite). MXCs are not compatibe with switch start contro gear, pease use MXD4 for these appications. Switching One switched and/or one unswitched oca feed can be wired directy into the MXC System LTC modue, in addition to the monitoring/ switching provided via the MXC substation. 24 EMEX Test contro station EMEX Test software is instaed on a standard desktop PC to initiate schedued tests and coate test report data. System status can be accessed remotey over a Loca Area Network (LAN), or via the internet utiizing the EMEX TS option. EMEX Test can optionay export system status in BACNET or LONWORKS format to a Buiding Management System. (Note: The output format wi be dependent on the Buiding Management integrators system functionaity and capabiities, see EMEX LONWorks profie document for further information) A network node enabes the engineer to access test reports and contro the system using a aptop PC from any point on the data cabe. AC power AC power and data Data cabe Loca inputs EMEX Test How to appy EMEX Test MXC and MXD4

27 ency Lighting Testing Systems MXD4 substation MXD4 contros up to 4 unmodified mains uminaires on an individua basis. Power and dataines feed the substation with individua power outputs to each uminaire. Each MXD4 can monitor up to 8 oca switches and/or unswitched circuits. Luminaires operate in maintained, switched maintained, or non-maintained modes in reaction to these inputs, according to the system programming. MXD4 uminaires MXD4 can support virtuay any fuorescent, LED, fiament, or haogen uminaire, without modification. Each MXD4 substation incudes a singe dimming contro reay.

28 System components EMEX Test software The foca point of an EMEX Test monitoring network is a PC running the EMEX Test software package. EMEX Test software is Windows based. It provides detaied address information of a connected Centra Power Suppy Systems and uminaires. Schedued testing is configured quicky and easiy once set up it can be eft to operate, without further input, in the background. Reports are created and coated automaticay. These are date stamped and can be printed or distributed eectronicay. MXKP station adapter kit Incuded with /TS Systems The MXKP station adapter kit is required to integrate the EMEX Power static inverter with the EMEX Testing System. Ordered separatey, the MXKP station adapter kit is factory fitted in the inverter cabinet. 4,000 uminaire address capabiity Output capacity of 100 x MXD4 and/or MXC units per MXKP 2-core data bus to MXD4 and MXC units and to/from MXKP units 2-core screened 240V, (1.0mm 2 minimum) data cabe (Max. distance 2500 metres additiona repeaters avaiabe) MXIN test input node Incuded with /TS Systems Provides an input point to aow roving access to the system using a aptop PC. 26 Wa mounted EMEX Test Contro Pane Description Wa mounted EMEX Test Contro Pane utiising a touch screen for operation of the Emex Test programme 8 High Brightness TFT LCD (400 cd/m ), ong ife-time dispay, support 800 x 600 Faness and AMD LX MHz processor One 200-pin SO-DIMM DDR 266/333MHz up to 1GB Seaed resistive touch screen Support Pane / VESA 75 mount DC 11~28V wide-range power input Specification detais Maximum AC votage 240V AC 50/60Hz Windows CE net 4.2 / 5.0, XP, XP Embedded I/O ports: COM1: RS-232, COM2: RS-232/422/485, COM3: RS-232, Externa USB 2.0 x2, 2x5 2.0mm pin header for interna USB 2.0 x2, 1xVGA, 1 x PS/2 keyboard & mouse, 1xReset switch, 1 x power on/off switch 1 x LAN (10/100Mb), Construction Pastic front pane & meta housing IP 20 Encosure dimensions 318mm L x 270mm W x 104mm H Cabe termination 2.5mm 2 maximum Cabe entry 20mm gand hoe EMEX Power Case study

29 System components MXC substation The MXC substation contros up to 40 LTC equipped HF uminaires. It can aso monitor 8 switched or unswitched inputs. 40 x LTC units over 2 radias (20 per radia) Maximum 270V AC 2 x 1,150VA (5 ampere) maximum output power 200 metres maximum distance (per output radia) to fina uminaire 2-core screened 240V, (1.0mm 2 minimum) cabe (fireproof recommended) 210mm x 253mm x 60mm Operating temperature 0 50 C Gavanised stee encosure (coour options avaiabe as specias) Substation rated to IP2x as standard. Option of higher IP rating avaiabe to order For further detais on the MXC & MXD pease refer to the MXD4 4-way addressabe substation The MXD4 addressabe substation contros up to 4 unmodified mains uminaires. It can aso monitor 8 switched and/or 8 unswitched inputs. 4 uminaires on individua circuits Maximum 270V AC, 230W (1 ampere per circuit) Switching threshod of 230V -60% to -85% Address range of 4 to 3999 (bocks of 4) Anaogue and digita compatibe dimming capabiity using on-board dimming reay to break dimmer contro ine 2-core screened 240V, (1.0mm2 minimum) cabe (fireproof recommended) 2,500 metres maximum distance from MXKP to MXD4 transmitter 254mm x 210mm x 60mm Operating temperature 0 50 C Gavanised stee encosure (coour options avaiabe as specias) Substation rated to IP2x as standard. Option of higher IP rating avaiabe to order MXT data repeaters MXT100 MXT200 The MXT data repeater is used to increase the number of interfaces on an individua data ine. Maximum 270V AC 2-core data inputs 2-core screened 240V, (1.0mm2 minimum) cabe (fireproof recommended) 300mm x 400mm x 120mm Up to 100 substations may be fed from the interna transmitter within the CPS. Additiona MXT data repeaters are avaiabe for situations where more than 100 substations are required. For exampe the MXT200 data repeater is capabe for handing up to 200 substations System components EMEX Test

30 System components Lamp Test Controer addressabe interfaces The LTC is designed specificay to contro uminaires with fuorescent or incandescent amps when working from a static inverter system. The LTC is part of the EMEX MXC automatic emergency ighting testing system, and can contro the amp and dimmer signa when testing. It measures the amp power consumption and communicates this and the amp status back to the EMEX centra PC using power ine communication via the MXC substation. It is fuy addressabe and programmabe for any amp type or configuration. This is done in situ from the centra PC. 70W LTC addressabe interface The LTC addressabe interface unit is required when connecting standard mains uminaires to the MXC substation system. Maximum 270V AC 70 watt maximum switching output power 2 contro inputs configurabe as oca switched and unswitched monitoring Factory pre-addressed 116.5mm x 24.5mm x 22mm Compies with Radiated & Conducted Emissions Standard EN55015: W DIM LTC addressabe interface Maximum 270V AC 230 watt maximum switching output power 2 contro inputs configurabe as oca switched and unswitched monitoring Dim Reay to disconnect dimming signa Factory pre-addressed 155 x 42 x 30, 148mm fixing centres Compies with Radiated & Conducted Emissions Standard EN55015:2000 Lon Adapter The LON adaptor interface aows integrators of Open System Networks to provide network connectivity to Thomas & Betts Emergiite emergency ighting systems. The unit is housed in an industry-standard M36 DIN rai encosure and supports both RS232 and 11S4-65 communication options. Simpe ASCII string generated by the Emergiite system over RS232 is made avaiabe through the open LonTak protoco using Standard Network Variabe Type SNVT_str_ascii. Note: The output format wi be dependent on the Buiding Management integrators system functionaity and capabiities, see EMEX LONWorks profie document for further information. 28 EMEX Test System components

31 System components BACnet Interface Bacnet is a Data Communication Protoco for monitoring and communicating buiding management data to and from the BMS workstation. The modue is fed with data from an InfraLINK Lonworks modue. The InfraLINK modue is specificay pre-configured to work with the L-GATE modue. The data is converted from Lonworks protoco into Bacnet protoco in the L-GATE modue. This data is connected to the BMS by Ethernet using TCP/IP internet protoco. Order codes Part No. Item name Description CBS & Contro ELD MXKP MXKP Static inverter interface ELD MXTS Wa mounted EMEX Touch screen contro Pane ELD MXIN Remote Test Node Input (Modem) ELD PC+Printer Desktop PC and Printer ELD LON Adaptor LON Adaptor for Wa mounting adjacent EMEX PC ELD LON Adaptor LON Adaptor for static inverter C/W EMEX TS ELD BACNet Wa mounting BACNet Interface ELD BACNet Static inverter integra BACNet Interface ELD /TS Static inverter integra EMEX test pane; (Touch Screen) ELD RS232 to USB RS232 to USB MXD Range ELD MXT100 MXT100 data transmitter ELD MXT200 MXT200 data transmitter ELD MXD4/8E MXD4/8E data ine interface MXC Range C-LTC70HF LTC 13-70W LTC Addressabe Interface 70W Integra Conversion C-LTC70HFRW LTC 13-70WREM LTC Addressabe Interface 70W Remote Conversion C-LTC230HF LTC 230W AC Dim REM LTC Addressabe Interface 230W Integra Conversion C-LTC230HFRW LTC 230W AC Dim REM LTC Addressabe Interface 230W Remote Conversion ELD F LTC 230W Dim parts Kit LTC Addressabe Interface 230W AC Dim NEW parts kit ELD F LTC 13-70W Parts Kit LTC Addressabe Interface 70W parts KIT ELD FRW LTC 230W AC Dim ENC LTC Addressabe Interface 230W AC Dim NEW Kit in encosure ELD FRW LTC 13-70WParts Kit ENC LTC Addressabe Interface 70W Kit in Encosure ELD MXC Substation MXC Substation, 2 x 4A Nomina O/P, 8 SU-CCTS I/P ELD /60 MXC Substation 60Hz MXC Substation, 2 x 4A Nomina O/P, 8 SU-CCTS I/P 60Hz 29 System components EMEX Test

32 EMEX Test ayout schematic MXC substations SEVENTH FLOOR Max 5A (200 metres) Max 5A (200 metres) MXC substation Mains/Em Mains/Em Mains/Em Mains/Em Mains/Em Mains/Em Mains/Em Mains/Em Mains/Em Maintained Maintained Maintained On Off SIXTH FLOOR FIFTH FLOOR FOURTH FLOOR THIRD FLOOR SECOND FLOOR FIRST FLOOR Max 5A (200 metres) Max 5A (200 metres) MXC substation Mains/Em Mains/Em Mains/Em Mains Mains/Em Mains/Em Mains Mains/Em Mains/Em Mains Non/Maint Maintained On PLANT ROOM Em ighting DB Lighting DB EMEX CBS EMEX CBS Incoming mains suppy CONTROL ROOM PC Modem AC Power AC Power data combined Data Loca inputs 30 A version of this schematic in PDF format can be found at EMEX Test EMEX Test ayout schematic MXC substations

33 EMEX Test ayout schematic MXD4 substations SEVENTH FLOOR Unused output MXD4 MXD4 Mains Mains/EM Mains Mains Mains/EM Mains Non/Maint Mains/EM Mains/EM Non/Maint Maintained Off SIXTH FLOOR FIFTH FLOOR FOURTH FLOOR THIRD FLOOR SECOND FLOOR FIRST FLOOR MXD4 MXD4 Unused output Mains Mains/EM Mains Mains Mains/EM Mains Non/Maint Mains/EM Mains/EM Non/Maint Maintained On PLANT ROOM Em ighting DB Lighting DB EMEX CBS EMEX CBS Incoming mains suppy CONTROL ROOM PC Modem AC Power Data Loca inputs 31 A version of this schematic in PDF format can be found at EMEX Test ayout schematic MXD4 substations EMEX Test

34 Sub-circuit monitoring Sub-circuit monitoring Hod-off and changeover reays 32 Sub-circuit monitoring

35 Sub-circuit monitoring Hod-off/changeover reays It is a mandatory requirement that Emergency Lighting is energised in the event of a oca sub-distribution faiure, not just on tota buiding suppy faiure. Hod-off & sub-circuit monitoring reays are used to energise uminaires in the case of oca suppy faiure. They may be used to feed more than one uminaire on the same switched circuit and are avaiabe in 1 amp, 8 amp & 12 amp versions. Hod-off reays Hod-off reays are required to monitor the reevant ighting suppy circuits such that a faiure brings on the emergency uminaires automaticay in the event of oca suppy faiure. Non-maintained uminaires are connected to a ocaised sub-circuit hodoff reay fed from a maintained battery system. These uminaires are ony energised when the suppy to the hod-off reay fais. 5, 10, 15 and 20 way sub-circuit monitors (with 12 amp hod-off reay) are avaiabe. Description Part No. 5 way 12 amp hod-off reay ELD way 12 amp hod-off reay ELD way 12 amp hod-off reay ELD way 12 amp hod-off reay ELD Changeover reays The basic use of a switched maintained system is to energise the emergency ighting when required by operation of the oca switched suppy but automaticay iuminate in the event of oca sub-circuit suppy faiure (irrespective of the position of the oca switch). SI230 changeover reays are compact and easy to insta. When using these changeover reays switched maintained emergency uminaires are energised whenever a oca switched suppy is present and, automaticay, when a oca sub-circuit faiure occurs. Description Dimensions HWD Part No. 230 vot 1.0 amp mains changeover reay 155 x 43 x 30mm SI230DIM 230 vot 1.0 amp mains changeover reay in remote encosure 200 x 130 x 40mm SI230DIM-S 230 vot 8 amp mains changeover reay with 2 x 2.5mm 2 termina capacity 200 x 130 x 40mm ELD Emergi-Lite offer a Conversion Service to insta integra changeover reays into your free-issue mains uminaires. IP20 rated encosures are suppied as standard. Changeover reays are avaiabe with an IP65 encosure as an option, pease contact Emergi-Lite for further detais. SI230 changeover reay Maintained Do not require sub-circuit monitoring or hod-off reays Non-maintained Require a hod-off reay (1 per circuit) Switched maintained Require a changeover reay (1 per switched circuit) 33 Sub-circuit monitoring

36 EMEX 110 and EMEL EMEX 110 and EMEL 110, 50 and 24 vot AC/DC Centra Power Suppy Systems 34 EMEX 110 System design EMEX 110 units provide 110V AC/DC to provide power to 110V save uminaires or converted save 230V uminaires. Systems provide 110V AC continuousy under mains heathy conditions, and battery back-up at 110V DC upon mains faiure. EMEX 110 units benefit from the same moduar construction as the EMEX Power static inverter range. Charger modues utiise soid state eectronics of the highest reiabiity. Units feature BS 5424 contactors and MCB protection throughtout, to provide a rugged easy to maintain system with exceptiona performance for emergency ighting use. Each charger has input and output protection, and measures and imits its own current, making it a sef-contained unit. Aarms and status indicators are provided on the front pane dispay, which provides cear and concise information, rather than a ong ist of parameters, which may be confusing. EMEX Power is designed and manufactured in the UK. EMEX 110 and EMEL

37 EMEX 110 Standard features: EMEX 110 system overview EMEX Power offers a host of standard features & benefits, as isted beow. Note that some items wi be optiona, extra cost items on other systems, or may not be avaiabe at a if the system is not designed specificay and soey for emergency ighting use. Performance 110V AC/DC output Exceent recharge capabiity 80% after 12 hours foowing rated discharge MCB protection throughout; no fuses EMEX Power true moduar construction with common spares (charger, contro PCB, and system interface common across the fu system range) Individua MCB protection for each modue - AC and DC circuits Individua cooing fans for each charger with on-demand operation (not continuousy running) Spit parae charger above 10 amps enhanced integrity with the abiity to operate with one or more charger modues isoated (subject to increased recharge time) Integra maintenance bypass faciity (abiity to support output oad in bypass mode whist maintenance is performed) Temperature compensated charger Standard maintained transformer and switchabe for non-maintained Aarms and instrumentation Comprehensive dispay Charger aarm pack Momentary push to test button Fire aarm interface Fina exit interock Interna and externa MCB monitoring Loca/remote maintained circuit contro Sub-circuit monitor connection Two sets of vot free aarm reay contacts System-inhibit engineers switch Remote Aarm Unit option Mechanica IP21 rated cabinet as standard Easy front pane access Inter-cabinet trunking for battery cabes Fork-ift pinth Lifting eyes for crane ift as standard Instaation pack with a toos required Detaied instruction manua Batteries Standard systems are suppied with Vave Reguated Lead Acid (VRLA) batteries, aso known as Seaed Lead Acid. These batteries are seaed for their design ife of 10 years. Lead Acid Panté and Nicke Cadmium batteries are avaiabe upon request, however, these batteries require a much arger physica area, and emit potentiay exposive gases, meaning the battery room must be adequatey ventiated in ine with EN50272 Specia attention to EN50272 shoud be observed. These reasons, aong with the additiona capita cost, generay outweigh the additiona ife obtained, as demonstrated beow. Battery Initia cost Design ife Maintenance VRLA YY Ni-CAD YYYYY Panté YYYY 35 EMEX 110 and EMEL

38 EMEX 110 Order codes 1 hour 110V AC/DC systems Rating KVA Watts Cabinet quantity Part No ,900 1 ELD ,700 1 ELD ,000 1 ELD ,500 1 ELD Hz Centra power suppy systems avaiabe. Pease contact Emergi-Lite for detais. Other system sizes and ratings are avaiabe pease contact us if your requirements are not shown here. 3 hour 110V AC/DC systems Rating KVA Watts Cabinet quantity Part No ,000 1 ELD ,600 1 ELD ,000 1 ELD ,700 1 ELD ,600 1 ELD ,860 2 ELD ,400 2 ELD Remote aarm British Standard BS 5266 Part 8 (BS EN 50172) section requires that a visua daiy check of the centra power suppy aarms is made. It is aso a requirement that the CPS shoud be ocated in a secure area, which is typicay a ocked switch room in the basement. We offer an optiona Remote Aarm Unit (RAU), assists the user to identify any aarm conditions. Remote Aarm Unit RAU/240V ELD A Remote aarm unit providing both audibe and visua faut indication with mute faciity. The RAU requires a oca VAC suppy and shoud be inked to the static inverter unit by a two core cabe. Cabinet size Standard cabinet size is 750mm wide x 650mm deep x 1800mm ta. For arger instaations, cabinets are mounted side by side to provide sufficient accommodation for the batteries. Overa depth of 725mm is required to aow a ventiation gap of 75mm (rubber back-stop provided ensures this distance is maintained). Cabinets may be mounted side-by-side since no side ventiation is required. 36 EMEX 110

39 EMEL EMEL mid-range 110V, 50V and 24V AC/DC Centra Power Suppy Systems in 1, 2 or 3 hour durations Compatibe with a range of AC/DC save uminaires and converted mains uminaires Suitabe for sma and medium sized instaations, EMEL Light Duty provides an effective soution where sef-contained uminaires may not be appropriate, eg where ongoing maintenance may be disruptive Idea for refurbishment of an existing instaation, and is suitabe for oca authority specification work EMEL Economy systems are suppied with 5 year design ife vave reguated ead acid batteries. They incude a mains on indicator and charge fai aarm as standard. EMEL 24V AC/DC Economy EMEL Standard systems are suppied with 10 year design ife vave reguated ead acid batteries and incude mains on indicator and charge fai aarm, together with a moving coi ammeter and votmeter as standard. EMEL 24V AC/DC Standard 100W to 700W 400W to 800W Option ist (EMEL Standard ony) Remote Aarm Unit (/RAU) Phase Faiure Reay (/PFR) Fire Aarm Reay (/FAR) Sub-Circuit Contro Reay(s) (/SCR) Maintained Contro Reay (/MCR) Digita Ammeter/Votmeter (/DM) Time Switch (/TS) High/Low Vots Monitor (/HL) Earth Faut Monitor (/EFA) Common Aarm Reay (/CAR) EMEL 50V AC/DC Standard 200W to 2,000W EMEL 110V AC/DC Standard 600W to 3,500W For arger 110V systems, pease refer to our EMEX 110 range 37 EMEL

40 Conversion modues Order codes MDG50 Conversion modue suitabe for 4 100W fuorescent, 50V AC/DC MDG110 Conversion modue suitabe for 4 100W fuorescent, 110V AC/DC For 24 vot AC/DC conversion modues, pease contact our Saes Department. Dimensions 230mm x 42.5mm x 29mm AC/DC conversion modues A conversion modue is required for a conventiona fuorescent mains uminaire when it is powered from a Centra Power Suppy System for emergency ighting use. This provides fai-safe emergency operation from the CPS suppy upon faiure of the oca ighting circuit whist retaining the switchabe function of the uminaire under mains heathy conditions. The MDG inverter modue has been designed to efficienty operate watt 4-pin fuorescent amps, from 50 vot or 110 vot AC/DC Centra Power Suppy Systems. Features and benefits Ideay suited for individua oca circuit faiure monitoring via the connection of an unswitched suppy Incorporates an integra five poe reay which disconnects the norma mains ighting baast from the amp when the monitored 230/240 vot mains suppy is disconnected A deayed energy reay prevents the automatic protection circuit of the eectronic baast sensing an open circuit condition, in emergency test mode, thus enabing the amp(s) to restrike without having to re-set the switched suppy Eectrica connections are made via screw terminas Remote boxes avaiabe where integra mount is not possibe Specifications V AC, 50Hz Changeover votage in compiance with BS EN Input votage range 50 vot systems: 45 55V 110 vot systems: V Weight: 0.5kg Zinc coated stee encosure CE marking & warranty A modified uminaire must be compiant with the Eectro- Magnetic Compatibiity (EMC) and Low Votage (LV) Directives, and carry a CE mark to signify the compiance. The company modifying the genera uminaire is egay responsibe for the re-certification of the compete unit after modification. In addition, the warranty provided by the mains manufacturer wi be invaidated by the modifications. Conversion service Emergi-Lite offers a speciaist conversion service backed by the highest eve of expertise, from a number of strategic Conversion Centres in the UK. Emergi-Lite is registered under ICEL1004 for uminaire conversion. Specifying the conversion service to be performed by Emergi- Lite ensures fu compiance. In addition, the warranty provided by the mains manufacturer is taken over by Emergi-Lite and provides compete peace of mind. Note: Luminaires to be converted to emergency must themseves carry a CE mark to be considered suitabe for conversion. 38 EMEL

41 Appendix Appendix Specifications and spacing data 39 Appendix

42 EMEX Power detaied specification 1.0 Genera standards The Emergency Lighting System and a of its components sha be manufactured and certified to meet the requirements of BS EN 50171, ICEL 1009, and CE. The system sha be CE marked Centra inverter system The system shoud offer the foowing standard features as summarised beow and further detaied in sections 3.0, 4.0, 5.0, 6.0 & 7.0: 1. True AC/AC 50/60Hz output 2. Abiity to use standard proprietary AC distribution and protection devices on outgoing circuits 3. Rated for any oad power factor, zero to unity, at any output power up to the maximum rated KVA 4. Compatibiity with addressabe test package using EMEX technoogy 5. Exceent overoad capabiity in fu emergency mode: 200% for 10 seconds without reduction in output votage 6. Exceent recharge capabiity 80% after 12 hours foowing rated discharge 7. MCB protection throughout no fuses 8. EMEX Power true moduar construction with common spares (inverter, charger, contro PCB, and system interface common across the fu system range) 9. Individua MCB protection for each modue AC and DC circuits 10. Individua cooing fans for a modues with on-demand operation (not continuousy running) 11. Spit parae charger above 10 amps enhanced integrity with the abiity to operate with one or more charger modues isoated (subject to increased recharge time) 12. Integra maintenance bypass faciity (abiity to support output oad in bypass mode whist maintenance is performed) 13. Temperature compensated charger 14. Comprehensive dispay 15. Charger and inverter aarm pack 16. Momentary push to test button 17. Fire aarm interface 18. Fina exit interock 19. Interna and externa MCB monitoring 20. Loca/remote maintained circuit contro 21. Sub-circuit monitor connection 22. Two sets of vot free aarm reay contacts 23. Inverter-inhibit engineers switch 24. Remote Aarm Unit option 25. Easy front pane access 26. Inter-cabinet trunking for battery cabes 27. Fork-ift pinth 28. Lifting eyes for crane ift as standard 29. Cabinet eveing feet avaiabe 30. Instaation pack with toos incuded 31. Detaied instruction manua 32. Transfer time both directions max. 0.5 seconds 3.0 Static inverter specification LED Indications Mains heathy Maintained circuit on Battery high vots Battery ow vots Suppy from battery Charge fai System faut Common aarm Battery discharged System inhibited Metering DC metering AC metering Aarms Aarm outputs Contros Fina exit interock Sub-circuit monitor Maintained circuit contro Fire Aarm Contro Remote MCB monitoring Changeover device Inverter Modue(s) Nomina output Rating Overoad Short Circuit Cooing Protection Green Green Amber Amber Red Red Red Red Red Red Combined digita battery votage and charge/discharge current Combined digita AC output Votage and current Two sets of votage free contacts 230V AC / 28V DC Loca audibe aarm (can be muted) Requires vot-free contact 24V contro oop 24V contro oop 12/24V DC from fire pane 24V contro oop Four poe contactor to BS 5424 and EN V 240V 50Hz AC 1.5KVA or 3KVA rating with Master or Save configuration 120% continuous with fu output 150% for 1 minute with fu output 200% for 10 seconds with fu output 350% for 5 seconds Integra fan (on-demand operation) AC 2 poe type D DC 2 poe type B Modue Dimensions 360mm x 170mm x 575mm Handing Recessed handes front and rear Weight 50kg Appendix EMEX Power detaied specification

43 Charger Modue(s) Constant votage current imited with temperature compensation. Votage contro to ±1% with fu mains suppy variations. Rating 10 amp minimum Cooing Integra fan (on-demand operation) Protection AC 2 poe type D DC 2 poe type B Modue dimensions 360mm x 170mm x 575mm Handing Recessed handes front and rear Weight 50kg Protection Devices Mains input Switch Charge circuit MCB Battery MCB DC contro circuit MCB AC contro circuit MCB Mechanica Input / Output Terminas Contro Terminas 2/4 poe switch 2/3 poe Type D 2 poe Type B 2 poe Type B 2 poe Type B 10mm/50mm dependant on rating 2.5mm 6.0 Inverter and battery cabinets Materia Construction Ingress protection Coour Lifting & handing Leveing Access Ventiation Dimensions 2.0mm ZINTEC stee (side panes and rear 1.6mm) Moduar without weds; battery cubices can be fat-packed for ease of access to site IP21 RAL 5015 goss (Medium Bue) Other RAL coour finishes avaiabe to specia order M12 ifting eyes and 110mm pinth Leveing feet avaiabe Singe door with 8mm square bock key Front access ony required - opening ange 180 Key ockabe doors on request Removabe top gand pate Ventiation in rear and front ony cubices can be mounted adjacent to each other (no side ventiation) 1800mm x 750mm x 725mm (Dimensions are incusive of 75mm ventiation back-stop) 4.0 Battery Battery shoud be comprised of one or more strings of not more than 120V nomina votage. The batteries sha be maintenance free seaed ead acid, gas recombination type with a minimum design ife of 10 years. They sha have extremey ow gas generation, ow sef-discharge and have seaed pressure reease vents. Other battery technoogies to be avaiabe upon specia request. The batteries sha be sized to power the compete system for the rated duration foowing mains faiure at 100% ight output of a emergency amps. 7.0 Transient overvotage protection To protect against damage caused by transient overvotages, factory fitted Furse ESP transient overvotage protectors shoud be avaiabe as an option. 5.0 Environmenta conditions Indoor equipment categorized Ambient temperature of the instaation (switch room) shoud be in the range C. Air conditioning is required where norma ambient wi exceed 25 C. NOTE: Batteries must not be subject to proonged extreme temperatures prior to instaation and must be stored in a suitabe environment. Ambient Temperature (Nomina) 5 C 35 C Extreme Temperature 0 40 C Humidity (non-condensing) 40 85% Noise Leve at 1 metre 55 dba Atitude without extra ventiation 2,500 metres 41 EMEX Power detaied specification Appendix

44 EMEX Test detaied specification Genera The system shoud use EMEX Technoogy to provide fu addressabe monitoring of the compete emergency ighting system incuding the EMEX Power Centra Power Suppy System(s). The system must be capabe of monitoring fuorescent, cod cathode fuorescent, fiament, LED, or haogen uminaires. Software System shoud use EMEX Test software to schedue the automatic reguar testing of emergency ighting system components. The system shoud automaticay generate and coate test reports. These reports shoud be automaticay date-stamped and shoud be avaiabe in a notepad format such that engineer s notes can be added. Remote access Software and test reports must be accessibe remotey via a LAN or internet connection. The system must be capabe of exporting data to a BMS in LONWORKS or BACNET format. CPS capacity The system shoud support up to 255 Centra Power Suppy Systems (CPS). Each CPS must be abe to communicate with up to 4,000 uminaires. Communication The system must use data cabe to ink the contro computer to the CPS unit(s), and from each CPS to the associated uminaire interfaces ony. Data cabe must NOT be required direct to any uminaires. Up to 100 substations may be fed from the interna transmitter within the CPS. Additiona MXT data repeaters are avaiabe to situations where more than 100 substations are required (see page 22). MXD4 substation The system must offer remote MXD4 substations having 4 separate outputs, each capabe of monitoring up to 4 no. fuorescent, fiament, LED, or haogen uminaires competey without modification to the uminaire. The systems shoud be capabe of monitoring a amp wattage of up to 230 watts. The substation shoud provide minimum 8 no. monitoring inputs, free programmabe switched or unswitched with mixed mode of operation (maintained, non-maintained, switched maintained). MXC substation The system must offer remote MXC substations each having 2 outputs, which are capabe of monitoring up to 40 no. uminaires / 10 amps in tota. The substation shoud provide minimum 8 no. monitoring inputs, free programmabe switched or unswitched. Luminaires must share the same suppy cabe with mixed mode of operation (maintained, non-maintained, switched maintained). LTC uminaire modue Luminaires for use with MXC each require a oca LTC modue. Each LTC must provide 1 no. switched and 1 no. unswitched oca monitoring input to act directy on the uminaire in addition to any communication received from the substation. A fu range of exit signs, bukhead uminaires, decorative uminaires, and twinspot units must be avaiabe ready fitted with LTC modues. LTC modues must aso be avaiabe oose and in remote encosures for the adaptation of standard save 230V uminaires to the MXC system. Each LTC must be capabe of switching up to 230 watts. The LTC modue must retain the existing mains baast in the uminaire. Fexibiity The system must permit both MXD4 and MXC soutions on the same system, controed from a singe PC. Test input nodes The system must offer test input nodes which aow the engineer to access test reports and contro the system using a aptop PC, from any point on the data cabe. Cabe specification Cabe must be 2 core with additiona earth or drain wire and must be a composite screened cabe. The conductor cross section must be a minimum of 1mm 2 and must be rated for 230V AC. Genera data cabes do not meet this requirement. These requirements can be met by using FP200 or simiar fireproof cabe or LSFOH type cabe. 42 Appendix EMEX Test detaied specification

45 Spacing data In the UK, Buiding Reguation 2000 reguation B1 covers the provision of safe and effective means of escape from a buiding. Approved Document B (2000) (ADB) is a pubished guide to the Buiding Reguations, which specifies that standards for the instaation of escape ighting shoud be according to BS 5266 Part 1. BS 5266 Part 1:2005 is the umbrea standard which refers to BS 5266 part 7:1999 (EN 1838), defining emergency ighting eves of minimum 1.0 ux on the centre ine of an escape route, and 0.5 ux minimum for open areas arger than 60m 2. British Standards are recognised wordwide, or are commony used as the basis of oca standards. NFPA 101 Life Safety Code standards require an average of 10.8 ux with not ess that 1.1 ux at any point for escape routes. We recommend that a copy of reevant oca standards are obtained prior to any design work. We are peased to suppy data for any of our uminaires in LUMDAT format, for use with Reux or simiar ighting packages. We offer the foowing data for guidance to assist with design work to BS 5266 requirements. Data is shown for a seection of 8W uminaires, for a typica 2.5 metre ceiing height. Save 230V 50Hz uminaires Page Transverse to wa Escape route (min 1 ux) norma risk Transverse spacing Axia spacing Axia to wa Transverse to wa Anti panic (min 0.5 ux) open area Transverse spacing Axia spacing Siver-Scape RB Day-Lite XW Axia to wa Weatherforce B and WA (Opa) Weatherforce B and WA (Prismatic) 38 and and Way-Fer PL Horizon OH Siver-Lite AR Serenga Escape SER-F Mount height (m) SER-F Escape route (min. 1 ux) + norma risk Serenga Surface Mounted SER-SA & SER-SE Mount height (m) SER-SE Escape route (min. 1 ux) + norma risk SER-SA Anti panic (min. 0.5 ux) open area For more information on uminaires pease refer to the Emergi-Lite Emergency Lighting Cataogue Spacing data Appendix

46 Spacing data Serenga Sun-Lite SER-DA & SER-DW Mount height (m) SER-DW Escape route (min. 1 ux) + norma risk SER-DA Anti panic (min. 0.5 ux) open area Serenga Sun-Lite SER-DS Spotight: 5 ux on centre of object Centre object to ceiing (C) Distances in metres Luminaire to wa (L) C L 5 ux ine Horizon OH / OZ 8 Watt Mount height (m) Escape route (min. 1 ux) + norma risk Anti panic (min. 0.5 ux) open area Aquaux OW / STF 8 Watt Mount height (m) Escape route (min. 1 ux) + norma risk Anti panic (min. 0.5 ux) open area For more information on uminaires pease refer to the Emergi-Lite Emergency Lighting Cataogue Appendix Spacing data

47 Spacing data Aquaux OW / STF 11 Watt Mount height (m) Escape route (min. 1 ux) + norma risk Anti panic (min. 0.5 ux) open area Previx PX LED Mount height (m) Escape route (min. 1 ux) + norma risk LED strip LED strip pus PX/LENS4 ens kit Way-Fer PLX 8 Watt / LED Mount height (m) Escape route (min. 1 ux) + norma risk Anti panic (min. 0.5 ux) open area Fuorescent 8 W T LED strip For more information on uminaires pease refer to the Emergi-Lite Emergency Lighting Cataogue Spacing data Appendix

48 Spacing data Siver-Lite AR 8 Watt / LED Mount height (m) Escape route (min. 1 ux) + norma risk Anti panic (min. 0.5 ux) open area Fuorescent 8 W T LED strip Siver-Scape RB 8 Watt / LED Mount height (m) Escape route (min. 1 ux) + norma risk Anti panic (min. 0.5 ux) open area Fuorescent 8 W T LED strip Weatherforce B / WA 8 Watt (opa diffuser) Mount Height (m) Escape route (min. 1 ux) + norma risk Anti panic (min. 0.5 ux) open area Weatherforce B / WA 8 Watt (cear prismatic difuser) Mount Height (m) Escape route (min. 1 ux) + norma risk Anti panic (min. 0.5 ux) open area For more information on uminaires pease refer to the Emergi-Lite Emergency Lighting Cataogue Appendix Spacing data

49 Spacing data Day-Lite Ex-ce XXW 8 Watt / LED Mount height (m) Escape route (min. 1 ux) + norma risk Anti panic (min. 0.5 ux) open area Fuorescent 8 W T5 170 umens Fuorescent 8 W T5 100 umens LED strip Camarque CLQ 28 Watt / 38 Watt Mount height (m) OPAL 28 W 2D Escape route (min. 1 ux) + norma risk OPAL 38 W 2D Escape route (min. 1 ux) + norma risk Cordona CPW 28 Watt Mount height (m) CLEAR POLYCARBONATE 28 W 2D Escape route (min. 1 ux) + norma risk For more information on uminaires pease refer to the Emergi-Lite Emergency Lighting Cataogue Spacing data Appendix