Doc. No: FIRERAY ® ASM SECURITY KFT - HUNGARY PRODUCT PRESENTATION SEMINAR WEDNESDAY SEPTEMBER 15 TH 2010

Doc. No: FIRERAY ® WELCOME TO PRESENTATION ON OPTICAL BEAM SMOKE DETECTORS BY BEN WILLIAMSON EXPORT SALES MANAGER

Company established in 1974 Part of Halma PLC since 2000 All products designed and manufactured in Hitchin in the UK Employs 40 people Annual turnover over £7.5m 75% of sales are to export markets Export to over 80 countries globally FIRE FIGHTING ENTERPRISES Ltd. Market leader with over 650,000 Optical Beams sold worldwide FFE manufacture a complete RANGE of Optical Beam Detectors Hitchin

Infra-red light Optical Beam axis and centre WHAT IS AN OPTICAL BEAM SMOKE DETECTOR? An Optical Beam Smoke Detector is a device which monitors the amount of Infrared light transmitted from a light source to a photosensitive Receiver across an open area to be protected. If obscuration of the Optical Beam path exceeds a set value due to smoke, the Optical Beam sends a signal to the Fire Alarm Control Panel

If smoke obscures the light path from Transmitter (Tx) to Receiver (Rx) above a preset level, an alarm condition is signalled to the Fire Alarm Control Panel PRINCIPLE OF OPERATION

TYPES OF BEAM SMOKE DETECTOR END-TO-END FIRERAY 2000

REFLECTIVE FIRERAY 50/100 and FIRERAY 5000 TYPES OF OPTICAL BEAM SMOKE DETECTOR

FIRERAY 2000EExd SPECIAL APPLICATIONS Refineries Flour mills Munitions factories and stores Flammable liquid stores Flammable gas stores Flammable powder stores Industrial plants and warehouses Power stations ATEX APPROVED

WHERE ARE OPTICAL BEAM SMOKE DETECTORS USED? Atriums Conference Centres Exhibition Centres Shopping Malls Aircraft Hangars Museums Airports Stables Sports Centres Leisure Centres Warehouses Manufacturing PlantsHistoric Buildings Airports

CONCLUSION FIRERAY optical beam smoke detectors are the ideal type of detector to choose for many large installations. They are an efficient and economical way of protecting lives, equipment and properties where: Areas are wide Ceilings are high Cost of installation and servicing need to be low Architecture cosmetics / aesthetics are important Ceilings are ornate

Doc. No: FIRERAY5000 ® OPTICAL BEAM SMOKE DETECTOR MULTI HEAD

FIRERAY5000 Motorised Optical Beam Smoke Detector (Reflective) OVERVIEW

Multi-head Capability Laser Alignment Fast Auto-Alignment Auto-Optimise ‘One-Wire Communications’ (Communication-over-power) ‘First Fix’ System 'Easy-Fit' ‘Second Fix’ System System Controller Mounted at Low Level WHY USE FIRERAY5000?

Reduced Installation & Commissioning Time & Service Costs 5 year warranty Designed and fully assembled and tested at FFE’s UK factory International Approvals VdS, UL, LPCB Minimal number of reflective prisms needed for range Extensive range of accessories Multi language Quick Start Guide & User Manual WHY USE FIRERAY5000?

INTERNATIONAL APPROVALS

FIRERAY5000 ACCESSORIES Universal Bracket4 Prism Plate1 Prism PlatePrism Mount Plate

Detector Head System Controller Reflector ‘OUT OF THE BOX’ BREAKDOWN OF PARTS

Detector Head Reflector

First Fix Base Transmitter & Receiver Lenses Laser Indication LED’s DETECTOR HEAD

First Fix Base Indication LED’s LCD Display Keypad Det. 1 Det. 2 Det. 3 Det. 4 Sys. Con. SYSTEM CONTROLLER Knock Outs

Clear line of sight Rigid mounting Reflections and obstructions Crosstalk Light sources and other challenges INSTALLATION BASICS

INSTALLING AN OPTICAL BEAM SMOKE DETECTOR Metal panels Wooden walls Cladded walls Lighting or electrical hangars Brick / block walls Structural SteeI beams Concrete walls Metal-frame assemblies Load-bearing walls STRUCTURE MAINTAINCOMMISSION INSTALLSPECIFYWHEREWHAT

INSTALL AN OPTICAL BEAM SMOKE DETECTOR STRUCTURE MAINTAINCOMMISSION INSTALLSPECIFYWHEREWHAT

EXTRACT FROM STANDARDS BS5839: “Transmitters, Receivers and any Reflectors should be mounted on solid construction that will not be subject to movement, likely to affect the alignment of the optical beam, as a result of changes in temperature or imposed load” UL: “Projected beam-type detectors and mirrors shall be mounted on stable surfaces to prevent false or erratic operation due to movement.”

INSTALL AN OPTICAL BEAM SMOKE DETECTOR STRUCTURE MAINTAINCOMMISSION INSTALLSPECIFYWHEREWHAT

SUNLIGHT MAINTAINCOMMISSION INSTALLSPECIFYWHEREWHAT

Conduct a Fault test by fully covering the Reflector, within two seconds, with non-reflective material TESTING A FIRERAY 5000 OPTICAL BEAM SMOKE DETECTOR Conduct a Smoke test by gradually covering the Reflector, taking longer than two seconds, with non-reflective material To confirm successful alignment This ensures successful alignment MAINTAINCOMMISSION INSTALLSPECIFYWHEREWHAT

MAINTAINING AN OPTICAL BEAM SMOKE DETECTOR To ensure the system continues to operate correctly: Check for visual damage regularly Check installation remains mechanically and electrically correct Check there have been no major changes to the environment such as line of sight, obstructions, reflections, strong light sources etc. Clean the system regularly Check operation of the system with regular Fault and Fire tests MAINTAINCOMMISSION INSTALLSPECIFYWHEREWHAT

Detector mounted at high level System Controller mounted at user level Fire Panel CONNECTING FIRERAY5000 TO THE FIRE SYSTEM Up to 100m

FIRERAY5000 MARKET ADVANTAGES Multi-head Built in Laser Fast alignment speed (3 minutes) and reliability Minimal number of reflective prisms required Easy to fit First Fix base

FIRERAY5000 MARKET ADVANTAGES Icon-based menu system Error Codes System responsiveness Performs to electrical specification Has constant current consumption – even at start-up

CONCLUSION FIRERAY optical beam smoke detectors are the detector to choose for many large installations. They are an efficient and economical way of protecting lives, equipment and properties where: Areas are wide Ceilings are high Cost of installation and servicing need to be low Architecture cosmetics / aesthetics are important Ceilings are ornate

THANK YOU FOR COMING TO OUR PRESENTATION TODAY BEN WILLIAMSON FIRERAY