APF Issue 30

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REPORTING TO THE ASIA PACIFIC FIRE PROTECTION AND FIRE SERVICE INDUSTRY REPORTING TO THE ASIA PACIFIC FIRE PROTECTION AND FIRE SERVICE INDUSTRY ASIA PACIFIC FIRE MAGAZINE ASIA PACIFIC FIRE MAGAZINE An MDM PUBLICATION Issue 30 – June 2009 www.mdmpublishing.com An MDM PUBLICATION Issue 30 – June 2009 www.mdmpublishing.com

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Reporting to the Asia Pacific Fire Protection and Fire Service Industry

Transcript of APF Issue 30

Page 1: APF Issue 30

REPORTING TO THE ASIA PACIFIC FIRE PROTECTION AND FIRE SERVICE INDUSTRYREPORTING TO THE ASIA PACIFIC FIRE PROTECTION AND FIRE SERVICE INDUSTRY

ASIA PACIFIC FIRE MAGAZINEASIA PACIFIC FIRE MAGAZINE

An MDM PUBLICATION

Issue 30 – June 2009

www.mdmpublishing.com

An MDM PUBLICATION

Issue 30 – June 2009

www.mdmpublishing.com

Page 2: APF Issue 30
Page 3: APF Issue 30

ASIA PACIFIC FIRE 1

Front Cover Picture: The charredremains of a China Airlines plane lieson the tarmac on Japan’s southernisland of Okinawa August 20, 2007.Reuters/Hiroshi Adachi/Yomiuri(Japan)

PublishersMark Seton & David Staddon

Editorial ContributorsBrendan MacGrath, Tom Cortina,David Oldfield, Michael Lee, ChristineReimann, Jeff Heaton, Yasmin Butt,Naaman Shibi, Justin Kung

APF is published quarterly by:MDM Publishing Ltd The Abbey Manor Business Centre,The Abbey, Preston Road, Yeovil,Somerset BA20 2EN, United KingdomTel: +44 (0) 1935 426 428Fax: +44 (0) 1935 426 926 Email: [email protected]: www.mdmpublishing.com

©All rights reserved

Subscription RatesSterling – £50.00 AUS Dollars – $100.00US Dollars – $70.00 (Prices include Postage and Packing)ISSN – 1476-1386

DISCLAIMER:The views and opinions expressed in ASIA PACIFIC FIRE MAGAZINE are notnecessarily those of MDM Publishing Ltd.The magazine and publishers are in noway responsible or legally liable for anyerrors or anomalies made within theeditorial by our authors. All articles are protected by copyright and writtenpermission must be sought from thepublishers for reprinting or any form ofduplication of any of the magazinescontent. Any queries should be addressedin writing to the publishers.

Reprints of articles are available on request.Prices on application to the Publishers.

Page design by DorchesterTypesetting Group LtdPrinted in Singapore

REPORTING TO THE ASIA PACIFIC FIRE PROTECTION AND FIRE SERVICE INDUSTRYREPORTING TO THE ASIA PACIFIC FIRE PROTECTION AND FIRE SERVICE INDUSTRY

ASIA PACIFIC FIRE MAGAZINEASIA PACIFIC FIRE MAGAZINE

An MDM PUBLICATIONIssue 30 – June 2009

www.mdmpublishing.com

An MDM PUBLICATIONIssue 30 – June 2009

www.mdmpublishing.com

June 2009Issue 30

64-65

05 NFPA Foreword

06-16 News &Product Profiles

19-22 STOP PRESS!!A Minor Fire Can . . .For 6 Months

25-28 AircraftRescue andFirefighting Requiresthe Best FoamAvailable: AFFF

31-33 FirePerformance Cables –Setting the Standard

35-41 MonitorsBuyers’ Guide – A lookat what’s on offerfrom the leadingmanufacturers

43-46 StructuralCollapse Rescue

49-50 WorkplaceGas MeasurementTechnology must beDurable, Robust &Reliable

53-57 ChemicalProtective Clothing –Rewritting theStandard

59-62 Let’s Hear ItFor The Fire Fighters

64-65 AutomatingInspection of FireProtection SystemsUsing HandheldDevices

66-71 Distributor &Representative OfficeListing

72 Advertisers’ Index

49-50

43-46

35-40

31-33

19-22

59-62

53-57

Contents

P. 01 Contents 15/6/09 2:13 pm Page 1

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Page 6: APF Issue 30

IR FLAME DETECTORRIV-601/F

WATERTIGHTIP 65 ENCLOSURE

For industrial applications indoorsor outdoors where fire can spread out rapidly due to the presence of

highly inflammable materials,and where vast premises need an optical

detector with a great sensitivityand large field of view.

CONTROL LOGICIR FLAME DETECTOR

the fastest and most effective fire alarm devicefor industrial applications

BETTER TO KNOW IT BEFOREEye is faster than nose.

In the event of live fire the IR FLAME DETECTOR

responds immediately

Also forRS485 two-wire serial line

Sparks flyat high speed.

They travel at a hundred kilometresper hour along the ducts of the dustcollection system and reach the silo

in less than three seconds

The CONTROL LOGICSPARK DETECTOR

is faster thanthe sparks themselves.

It detects them with its highlysensitive infrared sensor,

intercepts and extinguishesthem in a flash.

It needs no periodic inspection.

The CONTROL LOGIC system is designed for “total supervision”.

It verifies that sparks have been extinguished, gives prompt warning of

any malfunction and, if needed, cuts off the duct and stops the fan.

CONTROL LOGICSparkdetector

designed fordust collectionsystemsto protectstorage silosfrom the riskof fire.

20137 Milano - Via Ennio, 25 - ItalyTel.: + 39 02 5410 0818 - Fax + 39 02 5410 0764E-mail: [email protected] - Web: www.controllogic.it CONTROL LOGIC s.r.l.

ISO 9001

20137 Milano - Via Ennio, 25 - ItalyTel.: + 39 02 5410 0818 - Fax + 39 02 5410 0764E-mail: [email protected] - Web: www.controllogic.it CONTROL LOGIC s.r.l.

ISO 9001

IR FLAME DETECTORRIV-601/FAEXPLOSIONPROOFENCLOSURE

For industrial applications indoorsor outdoors where is a risk of explosionand where the explosionproof protection is required.One detector can monitor a vast areaand responds immediately to the fire, yet of small size.

Control Logic w/p 6/3/06 3:51 pm Page 1

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ASIA PACIFIC FIRE 5

FOREWORD

By Olga Caledonia

Executive DirectorInternationalOperations, NFPA

Last June, during NFPA’s Conference and Expowhich took place in Chicago, I had the oppor-tunity to moderate a conference/panel session

entitled “Adoption of NFPA Codes and StandardsInternationally”. The panel of experts included, aglobal manufacturing company, insurance, engi-neering consultant and end-user. They shared withus a wide range of experiences from their individ-ual perspectives and also presented a uniqueviewpoint regarding the use of NFPA codes andstandards for specific applications outside of NorthAmerica. Each member represented a specificregion: Middle East, Asia-Pacific, Latin Americaand Europe. At the end of the panel discussion, acase study on NFPA 1600, Disaster/EmergencyManagement and Business Continuity Programswas presented on the adoption of this internation-ally recognized standard, involving the tirelesscombined efforts of local volunteers, the country’snational standards developer and an enthusiasti-cally committed NFPA committee member.

Through the discussions, it became clear thatNFPA codes and standards are recognized as world-wide leaders in establishing minimum levels of firesafety. While many countries of the world mayhave not formally adopted NFPA codes andstandards, the local Authorities Having Jurisdiction(person or office charged with enforcing legisla-tion) more often than not are open to their use forapplications when the local documents do notaddress the specific use. In addition, it is our experi-ence that in developing countries NFPA documentsare accepted as internationally recognized practice.

There was a lot of debate regarding thecompelling need for global enforcement, role andinfluence of global companies in all facets ofbusiness and economic development, makingstandards available in the local language and roleof translations, adoption into the national stan-dard, influence of ISO/IEC code-producing bodies,stronger presence through training and uniformstandards, performance based designed andemerging markets, special application standardslike NFPA 130, Fixed Guideway Transit and

Passenger Rail System, NFPA 850, Fire Protectionfor Electric Generating Plants and High VoltageDirect Current Converter Stations, NFPA 909,Protection of Cultural Resource Properties –Museums, Libraries, and Places of Worship, NFPA414 Aircraft Rescue and Fire-Fighting Vehicles,NFPA 1600, Disaster Emergency Management andBusiness Continuity Programs or documents thatcan fill urgent gaps in the code or standardsystems of other countries; and international rep-resentation on technical committees. There wasalso discussion around NFPA documents viewed asUS centric and of course dialogue on NFPA 101,Life Safety Code took center stage!

NFPA’s efforts to work with different countriesto assist in improving existing levels of fire and lifesafety are not limited by national boundaries. Werecognize that countries are entitled to develop ormodify legislation to suit its own special needs andcircumstances. As a developer of internationalmodel documents, NFPA accepts such changes asa legitimate part of the process and offers tocooperate in the creation and execution of a localprocess best qualified to perform this function.Through the process, NFPA’s intellectual propertyrights must be acknowledge and respected. It isrequired that NFPA’s authorship of the sourcemodel documents be officially acknowledged.

There is no question that NFPA has significantrecognition throughout the four regions addressedby the panel. NFPA codes and standards becomemore widely used and adopted each year asincreasing numbers of government, insurance,industry officials, and others recognize the scopeof the world’s fire problem. Today millions aroundthe world are protected from fire by these codesand standards.

If you or someone you know is interested inlearning more about NFPA’s efforts to increase the use of fire, life safety and electrical standardsin your country, please contact me directly [email protected]. On behalf of everyone atNFPA thank you for letting us help you make theworld a safer place!

Foreword NFPA Codes Around the WorldUsers of NFPA codes and standards are just about anybody, anywhere aroundthe world – the owner of the corner supermarket, the fire chief, your electrician,the airplane pilot, the insurance inspector, the hospital nurse, consultingengineer, even your favorite restaurant manager! Whether they are used in acomputer room in the Pentagon, a high rise in Shanghai, a power plant in theMiddle East, the space shuttle, or perhaps in your local airport, NFPA codes andstandards are used to provide safety to life and protection of property.

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Detector Electronics Corporation (Det-Tronics) has announced enhancements toits xWatch® camera and surveillancesystem (http://xwatch.det-tronics.com).Options include viewing hazards over aninternet connection and recordingactivities before, during, and afterhazardous events. Det-Tronicsmanufactures flame detectors, gasdetectors, and safety systems and is partof UTC Fire & Security, a unit of UnitedTechnologies Corp.

The new options fortify surveillancesystems by enabling users to:

● Immediately viewindustrial hazardsremotely via aconfigurable IPaddress

● Accurately detect hazards byintegrating the explosion-proof camerawith a flame detector

● Record and review incidents for eventanalysis

● Integrate surveillance seamlessly into asafety systemFollowing are three of the many options

available as part of a surveillance plan:

● a stand-alone, industrial-grade xWatchcamera

● a camera partnered with a flamedetector that provides accurate firedetection

● a surveillance solution integrated into afire and/or gas safety systemWith Class I, Div. 1 and NEMA 4X

approvals from third-party approvalagencies such as FM, CSA, CE, and ATEX,the xWatch camera, combined with a Det-Tronics flame detector, is ideally suited forremote and hard-to-access areas. Thecamera and detector view the sameexpanse. Continuous, real-time videoprovides the operator with surveillancecapabilities during normal operation. If afire is detected, the operator can quicklyview a control-room monitor to assess therisk and initiate the appropriate response.Moreover, the DVR option allows users toevaluate the conditions leading up to andfollowing the event.

“People working in hazardous areasrecognize the need for accurate and fastflame detection. They also recognize thevalue of using video camera technology tosee real-time fire events and record them,”said Charlie Hoff, Product Line Coordinatorat Det-Tronics. “Extensive tests have shownthat detecting flames is best done withdedicated flame detectors, while visualassessment is best done with dedicatedsurveillance cameras. The xWatch cameracoupled with a flame detector provides thebest of both worlds.”

For more information, please contact:Detector Electronics CorpTel: +1 952 833 8661Email: [email protected]

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NEWS

Det-Tronics® EnhancesSafety Surveillance System

In 2007, Darley received a Homeland Security Market Development Grant from the Stateof Illinois to develop a line of water purification systems. Darley offers a complete line ofquickly-deployable water purificationsystems that can be used by firstresponders to aid inestablishing and maintaininga potable water supply in theevent of an emergencysituation.

A total of 6 PuriFire(purifier) systems have beendeveloped for both municipal andmilitary applications. The municipalPuriFire systems are designed towork with the pump on a fireapparatus, or in conjunction with anin place water department. Thesystems are available as bothportable self-contained units andsystems that are integrated with fireapparatus.

For more information, pleasecontact:W.S. Darley, Inc.Tel: +1 708 345 8050 Website: www.darley.com

System automaticallydetects and recordssafety incidents forremote or localviewing

PuriFire WaterPurification Systems

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ASIA PACIFIC FIRE 7

Ecoguard First inSeries of Fluorine-Free ChemguardProductsChemguard will introduce fluorine-free Ecoguard 3% and 6% synthetic fire-fightingfoam concentrate at the 2009 National Fire Protection Association Conference andExpo in Chicago. The first and only UL Listed fluorine-free foam for multipleapplications, Ecoguard produces a strong and cohesive vapor-suppressing foamblanket for rapid knockdown and extinguishment and re-ignition protection intopside, handline, and sprinkler applications. The current formulation was developedfor use on hydrocarbon-type fuels, such as diesel, gasoline, and kerosene.

PRODUCT PROFILE

The first in a series ofChemguard fluorine-free,eco-friendly formulations,

Ecoguard provides dependableprotection for a wide range ofhazardous areas, including hydro-carbon fuel storage tanks, aircrafthangars, processing facilities,storage warehouses, truck andrail loading and unloading facili-ties, docks and marine tankers,and flammable liquid contain-ment areas. Ecoguard also issuitable for mobile equipment.

Chemguard Ecoguard 3%and 6% foam concentrate wasdesigned for use with in-linebalanced pressure and pump-pressure proportioning skids, bladder tankbalanced-pressure proportioning systems, around-the-pump proportioners, and handline and air-aspirating nozzles with fixed-eductor pickup tubes. Ecoguard is suitable for use with foamchambers, air-aspirating and various non-air-aspirating sprinkler heads and spray nozzles, air-aspirating foam nozzles, and foam makers foruse on both floating-roof storage tanks anddike/bund protection systems. When accuratelyproportioned in accordance with Chemguard’srecommendations, Ecoguard is effective usingfresh, brackish, and salt water.

A substantially biodegradable formulation,Ecoguard presents the lowest environmentalimpact of any UL Listed Class B fire-fighting foam.Besides being free of perfluorooctyl sulfonate(PFOS) and perfluorooctanoic acid (PFOA),Ecoguard does not contain alkyl phenol ethoxy-lates, or organofluorine.

With Ecoguard, firefighting professionals have achoice between fluorine-free foam and short-chainfluorosurfactant foam for effective fire suppression.The superior environmental impact properties ofEcoguard make it attractive to municipal fire depart-

ments, as well as to industrial,marine, and military firefighters.

Chemguard SolutionsFounded in 1984, Chemguardhas become a global leader witha reputation for exacting researchand development, high-qualityproducts, comprehensive cus-tomer support, and deep indus-try knowledge. IS0 9001:2000certified, Chemguard serves the fire suppression andspecialty chemical industries. Inaddition, Chemguard is develop-ing a new line of durable foam-concentrate pumps forfire-protection systems.

Chemguard’s Fire Suppression Divisionmanufactures fire suppression chemicals, designsand manufacturers firefighting equipment andsystems, and provides engineering support.Chemguard’s extensive line of durable and field-proven fire-fighting hardware includes fixed-system proportioning equipment, discharge devices,portable equipment, custom-engineered trailer-and skid-mounted foam systems, self-containedfoam units, and large dry-chemical skid units.

To enable Chemguard to offer alternativeproducts for environmentally conscious firefightingprofessionals, our Specialty Chemicals Division isdeveloping a new line of fluorine-free products forintroduction to the firefighting industry, in additionto new, short-chain, C6, fluorosurfactants andfluoropolymers. Chemguard also is developing andmanufacturing low-fluorine-content aqueous film-forming foam (AFFF), alcohol-resistant AFFF (AR-AFFF), and other leading-edge, six-carbon-molecule foam products. APF

For more information: Chemguard, Inc.204 South Sixth Avenue,Mansfield, TX 76063, USATel: +1 817 473 9964Fax: +1 817 473 0606E-mail: [email protected]

Page 10: APF Issue 30

Draka claims to have become the onlycable manufacturer in the UK to be ableto offer installers a full range of third-party approved SWA [Steel WireArmoured] power cables down to 4mm2.The newly enhanced LPCB [LossPrevention Certification Board] approved600/1000V Firetuf Powerplus cableoffering is available in two, three andfour-core options with nominal conductor areasspanning from 4mm2 to 400mm2. The rangealso includes a 2.5mm2 seven-core cable.

Firetuf Powerplus is designed to provideenhanced circuit integrity performance to meetthe demanding requirements of BS 7346-6:2005 (Components for smoke and heat controlsystems: specifications for cable systems). Itincorporates high-performance materials toachieve the maximum 120-minute rating whensubjected to the integrated testing of BS 8491:2008 (Method for assessment of fire integrity oflarge diameter power cables for use ascomponents for smoke and heat control systemsand certain other active fire safety systems).This demanding regime involves flameirradiation exposure, direct impact and high-pressure water spray testing.

Powerplus cable provides the superiorperformance characteristics required by many oftoday’s sophisticated fire engineering solutions.These have become increasingly commonplace,following the introduction of the RegulatoryReform (Fire Safety) Order 2005, and the morewidespread utilisation of fire engineeringprinciples and techniques that call for greaterreliance on complex life and property protectionsystems and protocols.

A particular benefit of the extension of thelower end of the Powerplus range – down from10mm2 to 4mm2 – is that installers now have athird-party approved SWA cable that is suitablefor smaller enclosures and terminals.

One important area where Firetuf Powerplusis coming to the fore is in buildings that areaffected by Approved Document B (Fire safety)2006 of the Building Regulations that came intoforce on 6 April 2007. This specifies fireperformance in accordance with BS 7346-6,which defines the fire performance

requirements of various typesof fire-rated cables formaintaining circuit integrity toprotect people – both buildingoccupants and fire and rescuepersonnel – and safeguardproperty and the environment.It impacts on a whole raft offire safety systems, all of which

require a secure power supply that will retain itsintegrity in the event of fire. These include:automatic fire suppression installations; firedetection and alarm systems; firecompartmentation; smoke control andventilation; sprinklers and wet risers; ventilationand shutters; and firefighting lifts.

For more informnation, please contact:DrakaTel: +44 (0) 1332 345431Email: [email protected]

8 ASIA PACIFIC FIRE

NEWS

Draka takes the lead with new LPCB-approved armoured power cable

Hochiki has extended itsFIRElink high-sensitivity smokedetection offering with theintroduction of FIRElink-Nano.In common with other modelsin the range, it incorporatesadvanced semiconductor laserand electronics technologyinto a package that showssubstantial savings in whole-life cost when compared withother systems on the market.Its introduction is expected tofurther expand theapplications for the FIRElinkrange that includes smallernon-compartmentalisedrooms; warehouses with racking; and electronicand electromechanical equipment.

The new FIRElink-Nano is a single-pipesystem with a sampling pipe length for still airof 50 metres, with either two, six or tensampling holes, depending on whether the firerisk is Class A, Class B or Class C. It comes as anextremely compact, low cost and easy to installpackage that uses what is called PerceptiveArtificial Intelligence. This ensures

that it operates constantly at optimumsensitivity for the particular protectedenvironment, without having to resort tocomplicated and expensive setting up. Thesystem configures itself to provide the highsensitivity required for a “clean” environment,such as a computer suite, or the reducedsensitivity that is appropriate to a smoky orpolluted atmosphere.

The high degree of sensitivity is achieved by

using what Hochiki calls“laser-based forward lightscattering”. This is responsiblefor the system’s reliable earlywarning of a fire and theabsence of false alarms, as itis able to discriminatebetween smoke and dustparticles in the atmosphere.Remote monitoring of thesystem at a fire detection andalarm panel, or on a buildingmanagement system controlpanel, is made possible by theinclusion of pre-alarm, fireand fault relays, and RS485communication is built-in for

easy networking and remote communication. AHochiki ESP or Enhanced System Protocolcompatible APIC – Addressable ProtocolInterface Card – is available for addressablesystems.

Many of these systems are destined to beinstalled in buildings where conventionaldetectors are aesthetically unacceptable – suchas museums, art galleries and heritage buildings– so a major plus point in the FIRElink Nano’sfavour is the compactness of the detector. Itmeasures just 185mm wide by 225mm high by105mm deep, and can be interfaced onto anESP analogue addressable loop using an HochikiCHQ-DIM Dual Input Module.

For more information, please contact:Hochiki Tel: +44 (0)1634 266 566Website: www.hochikieurope.com

Nano extends Hochiki’sfirelink detection offering

Tyco Fire & Securityappoints newNational ManagerTyco Fire & Security has appointed GlennTant to the newly created position of FireProducts Division National Manager forAustralia, based at the company’s Sydneyoffice in Rydalmere.

With more than 18 years experience inthe fire industry, Tant has been managingSimplex Time Solutions for the last eightyears. Tant’s new appointment will see himadditionally responsible for Tyco’s SimplexFire Products and Exelgard brands and willinvolve him working closely with thebusiness unit managers for each brandand driving growth in Tyco’s Fire Productssegments.

For more information, please contact:Fire Products, Tyco Fire & Security Tel: +61 2 9947 7550Email: [email protected]

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ASIA PACIFIC FIRE 9

HAZMAT TrainingArgon Electronics LLP is a world leading manufacturer of safe and realistic simulatorsfor training in the use of chemical and radiological detection, identification andmonitoring instruments. Using a common electronic technology base, users are ableto combine complementary systems for the training of multiple personnel withdifferent types of HAZMAT detection equipment in virtually any environment.

PRODUCT PROFILE

The Argon simulation system portfolio includes:

Handheld and personal alarm chemicaldetector training simulators:● AP2C-SIM and AP4C-SIM (with S4PE-SIM also

available)● CAMSIM – variants available for all versions of

CAM™● ChemPro100-SIM.● LCD-SIM.● RAID-M100-SIM.

Chemical identification simulation trainingprobe:● HAPSIM-P for use with the HAPSITE® GC/MS

family of instruments.

Generic radiation instrument trainingsimulators:● RADSIM DS-1 and SS1 for training in the principles

of, respectively, alpha/beta and gamma radiation.

Specific radiation instrument trainingsimulators:● D-SIM contamination meter simulator.● EPD-Mk2-SIM dosimeter simulator.● RDS-200-SIM survey meter simulator.

Simulation training probes for use with realradiation detectors &/or simulators:● GMP-11-SIM beta simulation probe for use with

the RDS-110, RDS-120 and RDS-200 series ofsurvey meters.

● Alpha/beta probe for use with the radiac meterin the AN/PDR-77 and AN/VDR-2 systems.

● Simulation probe for SAM-935 and SAM-940spectrometers.The individual systems enable a thorough

comprehension of instrument operation to betaught as the foundation to critical operation capa-bility for front line first responders. Recording ofuser operation errors for after action review addsfurther confidence by providing a high level ofauditable consistency to training.

For instructors, the ability to exercise directcontrol over individual instruments provides theopportunity to instil an understanding of remedialaction in the face of simulated equipment malfunc-tion and the consequences of poor practice indecontamination procedure.

PlumeSIMInstruction can now also be enhanced using thenew Argon PlumeSIM classroom simulation soft-ware and instrumented wide area HAZMAT trainingsystem. Representing a substantial step forward inHAZMAT training, PlumeSIM retains all the benefitsof Argon’s individual simulation instruments andadds a new dimension to the combined breadthand depth that can be brought to classroom andlive field exercises through remote instructor man-agement of multiple simulator instruments under a

fully configurable ‘virtual plume’, in real time, overuser selected mapping.

In the Planning Mode innovative system designuses common file format map images of the pro-posed training area. Easy-to-use menus enable thesource type(s) and quantity to be set and adjusted,and the location and nature of the release source,as well as the desired environmental conditions.Areas of increased deposition and ‘hot spots’ maybe marked. Exercise parameters can be saved forrepeating defined scenarios with absolute fidelity.

In the Classroom Mode trainees use gamepadcontrollers to move themselves as icons around anon-screen display of the training area. The virtualplume scenario is activated, and subsequent ‘contact’with a simulated agent will result in the appropriateactivation of their simulation instruments which areconnected to the control base by a short range radiolink. All student ‘movement’ is recorded during thesession and can then be played back for analysis priorto departing for the real field training area.

In the Live Field Exercise Mode the students aredeployed to the external training area where theinstructor can monitor their GPS marked location onthe control base map via a long range radio link.Once again the virtual plume scenario is activatedthe display of the simulation instruments will indi-cate the appropriate response to any contact with asimulated source. Where environmental conditionsinhibit the ability to obtain or maintain continuouslong range radio communication, the selectedscenario can be pre-loaded on the simulationinstruments for timed activation. APFFor more information please

contact: Argon Electronics LLPUnit 16, Ribocon Way,Progress Business Park, Luton,Bedfordshire, LU4 9UR, UKTel: +44 (0) 1582 491 616Fax: +44 (0) 1582 492 780Email:[email protected]:www.argonelectronics.com

Page 12: APF Issue 30

10 ASIA PACIFIC FIRE

NEWS

Model 3-3541 Beacon andModel 4-10409 Surface MountDirectional Warning LightThe fact that these products are certified toEuropean Regulation 65 confirms thequality and that they are tested to highstandards. Their construction passed thestrict environmental testing along with theequally strict light emissions standard. Thisstandard covers the light intensity at specificangles both horizontally and vertically. Italso includes specific colour frequency alongwith flash frequencies. The latestGeneration3 Ultra-High Brightness leds areutilised along with specially designed andmanufactured internal optic lenses. Both

lights are multi-voltage of 10-35Volts andbuilt in features include synchronization forconnecting two or more lights for eitheralternating or simultaneous flash patterns.Other features include selectable flashpatterns and low power options. Lenses areUV Stabilised polycarbonate and housingsmoulded cast alloy. As with all Haztec highquality led products both lights carry a fiveyear warranty.

For more information, please contact:Haztec International LtdTel: +44 (0) 113 202 9115Email: [email protected]

Audio ResQ – Search and RescueEquipmentAudio ResQ is the definitive life locator, for aneasy and fast detection and location of trappedvictims. When traditional means of detection(sight, sound) have been exhausted, when thedog-handlers have done their work, it isnecessary to use high performance locationequipment. Audio ResQ was developed to allowUSAR Teams to go one step further in theirsearch.

The use of up to 6 seismic sensorsconsiderably widens the field of investigation.Once the victim has been detected, the rescueteams seek to establish contact with him/her.

Audio ResQ is equipped with a very sensitivemicrophone which is placed as close as possibleto the victims in the ruins. Priority forcommunication is given to the victim. Thereduced diameter of the communication probeis compatible with existing breachingequipment. A second headset connected to theAudio ResQ allows a translator or a doctor towork at the same time as the rescue crew. Thecontrol box is equipped with a low noise-output, very high gain adjustment amplifier andthe intuitive use of settings for immediateoperation of Audio ResQ.

Visiosearch – Search and RescueEquipmentVisiosearch is the life locator for visual locationof buried victims. In addition to being used bySearch and Rescue responses in variousconditions, Visiosearch also successfully providesclear and correct images for maintenanceoperations in industry and construction, customsinspection, police investigation.

Visiosearch is equipped with:● A wide and high resolution display with the

report of the camera position● A coloured camera, outside diameter 47mm,

adjustable illumination level to see up to 6mdistance in dark conditions, an unscratchablesapphire front lens

● A camera rotation of 90° left, 90° right for a270° total area viewed with wide anglecamera opening.

● A high sensitivity speaker and microphoneare integrated into the camera housing forease of communication with the victim, evenpicking up a feeble victim’s voice.

● An ultra lightweight telescopic probe,extremely resilient carbon fibre made with atotal length of 2.4m unfolded.

● A stereo headset with microphone. Twoheadsets can be connected on the twosockets available.

● Rechargeable battery pack with a runningtime of 4.5 hours without charging. Thebattery charge level is constantly on display.

Visio-Stab Controller – Searchand Rescue EquipmentThe Visio-Stab Controller alerts Search & Rescueteams engaged in operation. A harmless lasermonitors any slight movement of unsteadybuildings or potentially dangerous massstructures: floors, flooring tiles, poles, pillars,walls and facades damaged by earthquake,bombings, gas blast…

Provided with 2 x Ni/Mh batteries, whichallow a 16-hour running time, Visio-Stabcontinuously detects any movement.

Set up on a telescopic tripod, Visio-Stab can detect a 5mm move at a 30metre distance. A telescope helps to precisely pointVisio-Stab at the targeted building or unstablestructure.

Various potential movements (step from5mm to 100mm) can be selected. Whenoccurring, the movement corresponding to thechosen step will activate an audible alarm.

For more information, please contact:Groupe-Leader FranceTel: +33 235 530575Website: www.groupe-leader.com

SearchCam 3000 SetsNew Standard forTechnical Search andRescue CamerasPresident Gord Cook of CON-SPACECommunications announced today the launch ofits new SEARCHCAM 3000, a technical search andrescue camera. Designed with input from UrbanSearch and Rescue teams from around the world,the SearchCam 3000 is setting a new standard fortechnical search and rescue cameras.

“Building on the success of the originalSearchCam 2000, the new SearchCam 3000incorporates forward-looking technology,” Cookstated. “Rescue workers told us they wanted acamera that is durable, reliable, provides a goodpicture, has a good light source, is mobile,versatile and easy-to-use. The SearchCam 3000is all of these things and more.”

The SearchCam 3000 comes withinterchangeable, waterproof camera heads thatcan be swapped on the fly, depending on whatconditions rescuers are confronting. The cameracan be expanded from 14 inches to 19 feet,eliminating the need to carry multiplecameras. Rescuers can also record video andcapture still images of the search site which canlater be used for post-incident evaluation ortraining purposes. “This camera was designed togive rescue workers everything they need and iteliminates redundant equipment,” Cookstated. “It’s setting a whole new standard fortechnical search and rescue cameras,” he added.

For more information, please contact: CON-SPACE CommunicationsTel: +1 604 244 9323Website: www.searchsystems.comGroupe-Leader Search

and Rescue Equipment

Haztec Launch New IMPACTLED Warning Lights Certifiedto ECE R65

Page 13: APF Issue 30

ASIA PACIFIC FIRE 11

Urban Searchand Rescue –(USAR)The first thermal imaging

cameras (tics) were used by

the fire service over

twenty years ago

and within that

time many

alterations to

both the

technology and the

attitude of such technology have taken place. Whilst the technology of tics

has developed rapidly within the fire market and the initial reason for

purchasing a tic remains fire based search/rescue and overhaul, there are now

more specialist areas opening up where the correct tic can play a major role.

PRODUCT PROFILE

With the improvements in technology thismeant that the overall size, shape of thetic could be more ‘manageable’ as a

hand held search and rescue tool and with thepredetermined search and rescue layout alreadyset by the earlier tics it has taken some time to seetics used in their different roles.

Seeking casualties among collapsed buildingscenarios has become a more realistic reality sincethe start of the century but there have beenwidespread natural disasters and freak weatherphenomenon which have seen the use of the ticas a USAR tool. The tic can again highlight poten-tial casualties and possible explosive situations.The reality again is that there are smaller, lessrobust tics designed purposely for such scenarios.Such purpose built tics have telescopic attach-ments with 360 degree adjustability and the abilityto get into the areas where the casualties oftenare located.

Within the UK USAR teams are now beingconfronted with unstable climate patterns leadingto freak flooding events, along with fallen struc-tures, leading USAR teams toward a device whichcan lend itself to confined space; land and water;and fire search and rescue.

GB SOLO produce one such device: The SOLOS2 SAR. Available with either 17° or 50° field ofview this camera is capable of man detection upto 1000 metres making it the ideal unit for water based search and rescue operations. In its50° field of view form the camera offers 400metre man detection but when used for confined

space work or fire search and rescue this unit is onit’s own.

Weighing only 650g and measuring only11.5cm x 7.5cm the S2 SAR offers much morethan any other hand held tic. Available with up to40,000 image capture facility, user defined colourmapping and wireless video recording facilities,the S2 SAR is used as a recording device as muchas a real time SAR tool.

The SOLO S2 SAR is a lightweight and uniqueergonomic design which enables both “handsfree” or “traditional hand held” operation.

It can be used as an independent unit held andviewed similarly to a pair of binoculars or as a unitwhich interfaces and seals against BA face masks,gas masks or helmet visors.

Able to penetrate smoke and fog, the S2 SARcan lead USAR teams directly to the crash site andonce in position the S2 SAR can either be used asa hand held unit, attached to a telescopic pole orpersonally donned in hands free position to searchfor casualties.

Tics are being used more and more in USARoperations along with aftermath appraisal forinspections of affected property which may havebeen affected by more than just smoke damage.

Whilst recording all data from temperaturemapping to real time video recording for such asabove, the S2 SAR is as straightforward to use aspossible with readily rechargeable batteries,speedy method to locate the batteries within theunit and reliability based around the original USNavy spec. APF

For more details on the SOLOS2 SAR or any other GB SOLOproducts, please contact:GB SOLO Ltd,Unit 10, 20 Park Farm Road,Foxhills Industrial Estate,Scunthorpe, NorthLincolnshire DN15 8QP, UKTel: +44 (0) 1609 881855Email:[email protected],or visit www.gbsolo.com

Page 14: APF Issue 30

On May 6th DSPA.uk Ltd invited fire &rescue services and other fireprofessionals to view an innovative fire-fighting technology, which themanufacturers demonstrated couldimprove the speed of fire knockdown atincidents. The demonstrations werestaged at Chiltern International Fire’sfire & rescue services training facilitynear High Wycombe. Representatives ofseveral fire brigades from around thecountry attended, along with other firesafety professionals.

With Bucks Fire & Rescue Service in attendance, three separatedemonstrations were staged: ahydrocarbon pool fire, a flashoverknockdown and a house fire. TheDSPA-5 Dry Sprinkler Powder Aerosolfire suppression system is alightweight, hand-held device,activated like a grenade by pulling acord and throwing it towards the seatof the fire.

At all three scenarios, nobody hadto enter the fire compartments to

apply the DSPA-5 units. Delegateswatched as the device, no bigger than a circularextension lead, contained the fully developedfires for a minimum of four and a half minutes.Paul Womack, Sales Director of DSPA-uk, saysthat, “In real life situations, this will buyvaluable time for Fire Fighters as they preparefor entry to the scene of the fire”.

Delegates were supplied with thermal imagingvideo clips from the most recent tests, carried outby Chiltern International Fire as an independentthird-party agency. These clearly indicated therapid reduction in the room temperaturefollowing the deployment of the DSPA-5.

The DSPA-5 system is in use by fire services,around the world, particularly in North America,Eastern Europe and the Netherlands. Other usersinclude Japan, the Philippines and the MiddleEast. The system has been successfully tested inthe manufacturer’s own laboratories, as well asby organisations such as UL/ULC, BRE and RINA.

DSPA-uk has made available a considerableamount of test and technical data about thesystem to the delegates who attended and haspledged to give full training support to brigadeswilling to trial the DSPA-5 system. Director JohnMaxfield said, ‘We are confident that our productwill find a place in the fire services’ armoury andwe are looking forward to further discussionswith the fire services represented. There appearedto be a genuine interest in the product and wewere encouraged by the desire to find out more.’

DSPA.uk launched the entire DSPA productrange at the International Firex at the NEC onMay 11th to 14th. Paul Womack was particularlyenthused by the high level of interest fromvisitors to their stand. “The versatility of thefixed installations was of particular interest tomany visitors. These units are adapted for avariety of applications and will act as alternativesolutions to Halon or other gaseous andsprinkler systems that require extensive andcomplex pipe work. They can operate as eitherstandalone units or integrated into new orexisting fire alarm systems.”

DSPA.uk Ltd will distribute the DSPAproducts on behalf of DSPA.nl, part of the AFGGroup, one of the largest fire preventionspecialists in the Benelux region.

For more information, please contact:DSPA.ukTel: +44 (0) 1342 310107Website: www.dspaltd.com

12 ASIA PACIFIC FIRE

NEWS

Innovative dry powder aerosoldevice put to the test

In exclusive partnership with Parat® –Schönenbach GMBH + Co. KG, Germany, Pila® –Permalight (Asia) Co., Ltd., designs and producesParat™ X-treme intrinsically safe flashlights andpenlights are compliant with the latest ATEX andIECEx Norms and Standards.

Parat X-treme helmet mounted and hand-heldsafety lights are intended to be operated in andaround hazardous explosive gas (Zone 1) anddust (Zone 21) environments and conditions.

Parat X-treme are of modular design settingnew standards for safety flashlights:● Interchangeable Xenon and LED Light

Sources: Parat X-treme flashlights acceptXenon lamp assemblies as well as differentLED emitters (white, amber) all of which canbe substituted and interchanged freely.

● Advanced Electronics and PowerManagement: Parat X-treme LED PCB boardsincorporate latest SMD technology using onlyhigh-quality, proven and certifiedcomponents. Parat PX 1 models include aunique ‘bi-polar’ power managementallowing alkaline batteries to be inserted inseries irrespective of polarities.

● Housings: The PX 1 helmet and hand-heldlights are available in non-conductive PC aswell as in anti-static conductive XAG, anaerospace grade reinforced polymer ofexceptional hardness which shields fromElectro-Magnetic Interference (EMI), RadioFrequency Interference (RFI) and ElectrostaticDischarge (ESD).

● Environmental: Parat X-treme flashlights areIP 68 certified. Bezels are O-ring and On/Offswitches are hermetically sealed against gasand dust penetration; the housing is built toresist water immersion of up to 3m.

● Batteries: Recommended batteries have beentested and certified by authorised testlaboratory (United Kingdom) for Parat X-treme.

● Accessories: Traffic wand, fibre opticattachments, holsters, helmet mounts, etc.

Parat® X-treme Models1. Parat PX 1 XAG Helmet & Handheld

Flashlights – Xenon and LED (white/amber). Certified for Danger Zone 1, IIC (Gas & Dust).Batteries: 4 x AA Alkaline.Colours: Silver, Red

2. Parat PX 1 PC Helmet & Handheld Flashlights– Xenon and LED (white/amber). Certified for Danger Zone 1, IIB (Gas & Dust).Batteries: 4 x AA Alkaline.Colours: Flame-yellow, Black and othercolours offered as options.

3. Parat PX 2 Penlight – Xenon and LEDCertified for Danger Zone 1, IIB (Gas & Dust).Batteries: 2 x AAA Alkaline.Colours: Flame-yellow, black, other coloursoffered as options.

4. Parat PX 3 Power Penlight – LEDNot intrinsically safe. Water-resistant to 20 m.Batteries: 2 x AA Alkaline or 2 x rechargeableNiMH.Colours: Flame-yellow, black, other coloursoffered as options.

For more information, please contact:Permalight (Asia) Co., Ltd.Tel: +852 2815 0616Website: www.pilatorch.com

Team photo 6th May (courtesy of Chiltern Fire)

PARAT® X-treme™ – ModularHelmet and Handheld FlashlightsIncorporating Aerospace Technology andAdvanced Electronics

Page 15: APF Issue 30

GO FOR IT. DON’T HOLD BACK. PUSH YOUR EQUIPMENT TO ITS LIMITS.

FM, CE & AS 5062 Approved ß

Manual &/or Automatic Detection & Actuation ß

Approved For Use In Underground Mines ß

Ansul develops fire protection and suppression systems for non-road mobile equipment that let your operation work hard without compromising safety. A-101™ dry chemical, LVS™ liquid agent, and twin-agent systems suppress, cool, and help prevent fire reflash. From top to bottom, surface to underground, Ansul has a solution for virtually every application. So go ahead, dig deep.

www.ansulinfo.com/ma9

Page 16: APF Issue 30

14 ASIA PACIFIC FIRE

PRODUCT PROFILE

This said, this series of unfortunate incidentshave served to expose the flaws and limita-tions of the fire suppression technology of

yesteryears that is currently deployed by both mineoperators and non-road mobile equipment today.

Clearly, the mining industry has many visibleand unforeseen fire hazards. As such, any environ-ment that involves flammable fuels, oils andhydraulic fluids, super-heated manifolds, tur-bocharger, engine blocks, flammable dust andexplosives, will be the perfect platform for a disas-ter to occur.

The evolution of ANSUL® firesuppression technology Before ANSUL vehicle fire suppression systemswere introduced in the 1960s, the mining industryfrequently experienced crippling losses due to firehazards. The loss of expensive equipment such as;excavators, tunnel boring machines, harvesters,transit buses, and other heavy machines in haz-ardous and rugged environments, productivity andprecious lives were all too common.

Today, Tyco Fire Suppression & Building Productsthrough its ANSUL brand has raised the bar ofindustrial safety with the development of a newgeneration of fire protection solutions thatdetects, suppresses, and cools fires on non-roadmobile equipment deployed in both undergroundand surface mine operations. The company is rein-forcing its technological leadership by introducingstate-of-the-art technologies that include twin-agent (dry chemical, liquid agent) suppressionsystems, triple IR detection systems and detectionand actuation schemes.

These cutting edge solutions are not only morerobust in the sense that they have the capacity tooperate under a wider temperature range, theyalso feature numerous mounting options. Withrobust agent storage tanks that incorporate awelded steel tank and agent outlet sealed burstingdisc assemble, the current ANSUL A-101™ is ableto operate at extreme temperature between–54°C and 99°C (–65ºF to 210ºF). In comparison,traditional foam systems would function at tem-peratures of between 2°C and 60°C (35ºF to140ºF).

ANSUL A-101™/LVS™ solutions now also comewith more mounting options. Storage tanks canbe mounted on different surfaces and angles, andare able to withstand being jolted and bumped onthe most uneven of roads.

The ANSUL vehicle fire suppression system isapproved by Factory Mutual (FM), Conformite

Europeene (CE) and has an Australian approved to AS 5026. With commitment to offer the bestvehicle fire suppression system, it also has designsthat allow customers meet the U.S. Mine Safetyand Health Administration (MSHA) fire safetyrequirements for underground battery chargingstations that was introduced back in July, 2008.

A critical investment that offers one ofthe best returnsAn investment in ANSUL fire suppression systemsfor non-road mobile equipment offers corpora-tions one of the best possible returns on theirinvestment. Where large machines are concerned,for instance, it takes only a single ruptured line toresult in a huge, damaging and very costly fire.

Equipping these machines with an ANSUL A-101/LVS twin-agent fire suppression system istherefore a smart investment. It is, in fact, aninvestment that pays off at the first sign of fire, asthe system activates itself to immediately put outflames. With the system, corporations protectthemselves against the tragic loss of life, costlydowntime, catastrophic injuries and excessiveinsurance premiums.

For over 40 years, ANSUL products have pro-tected high-risk industries with the most trustedfire suppression systems available. In fact, the new

For more information, pleasevisit www.ansul.com. If youare in the Asia Pacific region,please send your enquiries [email protected]

Raising the Bar foSuppression SysteIn recent years, fires of catastrophic nature involving non-road mobile equipmentsuch as large mining vehicles have resulted in heavy losses as a result of theirreversible damage that has been caused to these expensive machineries, and insome situations, even the loss of precious lives.

Page 17: APF Issue 30

range of innovative solutions have further beendesigned to cover nearly every aspect of non-roadmobile equipment found in a variety of industries(including mining) to not only help reduce the riskof serious injuries to crew members, but also avoidunnecessary costs as a result from equipmentrepair and replacement which causes productionand worker downtime.

High performance solutions greatlyreduce risks underground and on thesurface Around the world, high-risk mining operators andheavy-equipment owners trust ANSUL solutions toprotect their operations. Today they have morereasons to trust the following new ANSUL high-performance systems.

The ANSUL A-101 mobile equipment firesuppression system This system discharges proven ANSUL FORAY®

multipurpose dry chemical agent, quickly com-bating flames. With tank capacities from 10 to250 lbs (4.5 -113.4 kg), the A-101 fixed-nozzlesystem can be designed to flood entire volumeswith the chemical agent, or can be aimed atspecific high-hazard areas.

Benefits at a Glance:● Suppresses flames quickly and efficiently● Floods entire volumes, or specific areas● Protects and extends life of machinery● Optimized for specific applications, with several

versions available● Anywhere in the world, trained ANSUL distribu-

tors can design, install and service this solutionto offer ultimate protection for specific vehicles

The ANSUL LT-A-101/LVS twin-agent firesuppression systemsThe ANSUL LT-A-101/LVS Twin-Agent Fire Suppres-sion Systems provides the combined effects of drychemical and liquid agents. While the FORAY drychemical knocks down the flames, the LVS agentcools surrounding areas and helps minimize thepossibility of reflash.

Benefits at a Glance:● Provides maximum benefits with twin-agent

approach● Added liquid agent blankets fuel and cuts off

oxygen while cooling the fuel and surroundingareas

● Helps prevent fire reflash● Highly effective in applications where super-

heated equipment is used

The ANSUL LVS-5 liquid agent firesuppression system When paired with an A-101 dry chemical system,this compact new model is designed to provide

the benefits of a twin-agent system on low-profileequipment found in underground mining applica-tions. Stored in a 5-gallon (18.9 L) tank, the LVSagent cools surrounding areas, helping to suppressthe fire and prevent reflash. Additionally, becauseit is liquid, the LVS agent flows along the samepath as burning fuels to reach and suppress fires inareas dry agents might not.

Benefits at a Glance:● Ideal for smaller pieces of equipment with mini-

mal room for installation● Helps prevents reflash● Cools the surrounding areas

Checkfire® detection & actuationsytemsThe matchless ANSUL CHECKFIRE detection andactuation systems provide detection, alarm,machine shutdown and actuation automatically,when required.

Benefits at a Glance:● Resists shock and vibration with rugged control

modules● Features internal diagnostics and internal/exter-

nal power sources● Boasts thermal linear wire or spot detectors,

with triple IR option● Optimised for specific applications, with several

versions available

Sharpeye™ 20/20 triple IR detector SharpEye infrared detection provides advancedtriple-IR flame detection. Added to existing linearwire or spot detection, the beginnings of fire aredetected much sooner. SharpEye features includesensitivity selection, automatic built-in testing,compact size and 100-degree field of vision.

Benefits at a Glance:● Provides advanced triple-IR flame detection● Detects fires quickly● Includes multiple features for maximum effec-

tiveness

Red line® backup support ANSUL RED LINE dry chemical cartridge-operatedextinguishers are an ideal backup to the primaryfire suppression system. These rugged, reliablehandheld units are a proven means of extinguish-ing a wide range of Class A, B and C fires, andprovide that extra measure of protection requiredby authorities.

Benefits at a Glance:● Provides reliable and efficient means of manual

fire extinguishment● Suppresses Class A, B and C fires● Supplies the additional means of protection

required by authorities APF

ASIA PACIFIC FIRE 15

PRODUCT PROFILE

r Vehicle Firem

Page 18: APF Issue 30

16 ASIA PACIFIC FIRE

QUIC-LIFTLadder AccessSystemsZiamatic Corp’s QUIC-LIFT Ladder Access Systems are available for raising andlowering aluminum ladders and hard sleeves commonly carried on fireapparatus. It uses two units that are mounted on the side of the apparatus’sbody. The ladders and hard sleeves are kept close to the vehicle when loweredallowing for apparatus to be positioned into tight situations.

PRODUCT PROFILE

There are three different units. ModelLAS will mount on either a horizontalor vertical surface, the LAS-BHM

mounts on vertical surfaces only. It iscommonly used when a shelf is not avail-able for the unit to rest on. And the thirdunit is the HSS, which is for mounting hardsleeves. The systems are constructed ofhigh-strength aluminum castings and arecontrolled by a double-throw momentaryswitch. At the flick of the switch, thesystem lowers the ladders to a comfort-able level for retrieval, reducing thechances of back injuries and allowing formore accessible storage space. The unitscan be easily retro-fitted onto existingpumpers or tankers and only requires 12VDC. A flashing light kit is provided toproduce a visual signal when the ladder accesssystem is out of the stored position. Mountingbrackets may be attached to castings for storageof folding ladders and pike poles. The total height,above the mounting shelf, is 33” for ladders and30” for hard sleeves. The unit lowers ladders andhard sleeves 31” from the stored position. Theunit is powered by either two durable high cycleelectric actuators or self contained hydraulic actua-tors, both of which have been tested to over5,000 operating cycles. The systems are rated upto a maximum load of 300 lbs and can have amanual or electric locking system added on foradditional security.

Zico’s Horizontal Ladder Access Systems, modelHLAS, is designed to store fire department groundladders horizontally over side compartments onfire apparatus. The basic unit is mounted in thecenter of the compartments and a door is typicallyput in front to cover the basic unit from view(Door is not provided). The base casting may bebolted to the top of the side compartment and/orto the hose bed as well. By using a center mount-ing unit, less compartment space is lost helping tocreate maximum storage without compromisingon safety. The electro-hydraulic system with abuilt-in electric safety latch only requires 14”W x12”D x 56”H for mounting. The Electrical systemhas a 60-amp draw and requires an 80-amp fuse.Both the control and electrical panels are provided

with the unit. Each HLAS system comes completewith a flashing light kit to indicate when thesystem is out of the store position. Like the LAS,the Horizontal Ladder Access Systems is alsoconstructed of high-strength aluminum castingsand has a maximum lifting capacity of 300 lbs. Avariety of optional equipment is available for theHLAS. Some of the options are pike pole mounts,folding ladder mounts and hard sleeve mounts forthe top of the unit. An audio/visual alarm systemcan also be added to provide an audio indication,as well as visual, when the system is out of thestored position. The HLAS is also available to carrystrictly hard sleeves or a portable tank. All availablecombinations can be found on our website atwww.ziamatic.com

Both the standard Ladder Access Systems andthe Horizontal Ladder Access Systems are builtwith the highest of standards of quality and havebeen on the market and field tested for over 12years. APFFor more information, please

contact:Ziamatic Corporation10 West College AvenueYardleyPA 19067USATel: +1 215 493 3618Fax: +1 215 493 1401www.ziamatic.com

Page 19: APF Issue 30

Ziamatic APF30 p17 11/6/09 4:17 pm Page 1

Page 20: APF Issue 30

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Fike doesn’t just offer protection. We develop technologically advanced

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Page 21: APF Issue 30

ASIA PACIFIC FIRE 19

PRINTING PRESSES

A printing press’ Achilles heel?

Just after Friday midnight, in late 2007, atelephone directory printing plant in Europesuffered a relatively minor fire. The combustion

of the paste inks and blanket-wash solution essen-tially damaged a single tower of the multiplecolour lithographic printing press. Fortunately, thefacility was provided with a ceiling-level firesprinkler system. This halted fire spread to thecombustible roof. This thereby prevented a muchlarger, and in all likelihood, a total loss of thebuilding, which housed five large presses.

The follow-up investigation revealed, however,that despite the relatively small fire-damaged area,that the press would have to be idle for at least sixmonths, the time taken to carry out the necessaryrepairs to the single tower section. If the optionwere taken to replace the damaged equipment,this could increase to nine months! While overall,the successful action of the ceiling sprinkler systemensured that the plant was able to continue withat least 80% of its production operations duringthe press’ downtime, there was still a significantimpact to the site and above all, their customers.

While some sprinkler protection was also pro-vided under an elevated walkway along the side ofthe press, the location of the seat of the fire, aswell as the width and openings up through themachine did not cause them to operate. Per theinvestigation, it was determined that had thesesprinklers operated, they would not have beeneffective given their remote location from the seatof the fire, as well as the many obstructions pre-venting their discharge from reaching the fire.Overall, this loss revealed that the provision of pro-tection immediate to those shielded areas of theprinting press which process flammable liquids isessential.

A very similar fire event on the same type ofpress in North America in January this year (2009)produced almost identical results. Just a singletower suffered major damage. Again, the roof-level sprinkler system kept the building intact andallowed the other five presses to continue opera-tions, practically without any interruption. It maytake eight months to effect the repairs, duringwhich time the press is shutdown. In addition, it isimportant to remember that following repairs,several additional months can be required to re-commission the entire press before qualityproduct at an acceptable throughput is achieved.

Loss statisticsFM Global loss data confirms that these types offire scenarios are one of the leading causes ofdamage and subsequent interruption in the print-ing industry. Overall, fire incidents in the industrycan be separated into the following categories: (1)incidents occurring on the press; (2) incidentsaffecting equipment needed for continued pressoperation such as dryers, exhaust systems, thermaloxidizers, and dust collection; and (3) pre-pressoperations such as ink mixing rooms, roll paperstorage, plate washers, etc. that could expose thepress to damage.

Thirty-nine such printing industry losses werereported to FM Global over the 8-year period from2000 to 2007. The total gross loss amount wasover US$164,000,000 (2007 dollars). Twenty fourof the 39 fire incidents (62% in terms of frequency)started on the press with a total gross loss amountof over US$110,000,000 (2007 dollars). Thereforepress fires represent 72% of the total printingindustry economic loss caused by fires andexplosions.

A study of these losses concluded that the main

By Brendan MacGrath

FM Global

Stop Press! A minor fire can . . . for six months!

Printing pressescontain all theingredients for ahighly disruptive fire:flammable liquids,rotating equipment,high value and longrepair andcommissioningperiods. © 2009 FMGlobal. Reprintedwith permission. All rights reserved

Page 22: APF Issue 30

factors contributing to large losses in pressroomsare the following:1 Inadequate automatic fire protection: either no

protection present or shielded areas fromceiling sprinklers not provided with protection.

2 Inadequate cleaning schedules allowing inkbuildup on press skirts, support structure, catwalks, presses, and press components.

3 Damage to a press may result in a recommen-dation to return sections of the press to themanufacturer for inspection and in some cases,it has proven more economical to replace thepress.

4 Severe damage may result in lengthy down-times due to extended press replacement timesand the need to test the press once it has beenrepaired or replaced.

Know Your (Flammable) StuffUnfortunately, it’s sometimes only in the wake of alarge fire that printing machine operators appreci-ate the hazards of the inks and other liquids usedin their pressrooms. Lithographic printing generallyuses oil-based inks which usually have relativelyhigh flashpoints ranging from 200°C to 300°C.But don’t be deceived by their difficulty of ignition:the heat generated from an overheated bearing issufficient to ignite and sustain combustion ofthese inks causing very significant damage to apress section. Additional “culprits” are blanketwash solutions. These liquids have flashpoints typi-cally lower than 100°C with a range of 30°C to60°C not being uncommon. Per occupational andtransport safety regulations, such liquids are nottypically classified as “flammable” liquids and assuch, do not have flammable hazard warninglabels e.g. in the EU, the flammable symbol is notrequired if the liquid’s flash point is over 21°C. Yetdespite compliance with such regulations, experi-ence demonstrates that these liquids can and doburn, as evidenced by the two examples citedabove, greatly aggravating the consequences of afire in these areas of a press often shielded fromfire protection systems.

This disparity illustrates the challenge faced bythe industry when trying to identify and managethe hazards of such liquids present in these facili-ties. This confusion is further compounded by theuse of terms such as “highly flammable”, “flam-mable”, “combustible” and “non-combustible”.FM Global has in recent years adopted the defini-tion of a flammable liquid as “any liquid with a firepoint”. In FM Global property protection standards(available free at www.fmglobaldatasheets.com), adistinction is often made between those havingflash points less than and greater than 93°C. This

is in order to determine whether a particular liquidstands a chance of being extinguished or not by a water-based protection system such as firesprinklers; over 93°C, this is possible while under93°C, this cannot be reliably achieved.

Overall, the intent of this simplified classificationis to highlight that, liquids which can be ignited,or “ignitable liquids”, can and do present a hazardto industrial facilities and therefore, they all needto be identified, analysed and suitable measurestaken to reduce the consequences of a fireinvolving them.

Intermediate bulk containers – “Why allthe fuss?”Intermediate Bulk Containers (IBCs) increasinglyare being used to handle various liquids, includingthose that are ignitable such as inks and solutionsused in the printing industry. The cause of thismore frequent usage is twofold: not only has itbecome more economical to order liquids in bulk,but larger quantities in one container offer theconvenience of less frequent ordering, storage andmovement of containers.

The U.S. Department of Transportation (DOT)and the United Nations define IBCs as rigid orflexible portable packaging, other than cylinders orportable tanks, designed for mechanical handlingand measuring with a capacity of between 119and 793 gal. (450 and 3,000 lit.). They may beconstructed of any single material (e.g., metal orplastic) or a combination of materials (e.g., a com-posite of metal and plastic) capable of passing therequisite performance test criteria. Composite IBCsare those constructed of a combination of materi-als. IBCs also include containers referred to asportable or tote tanks.

Despite the undeniable advantages of usingIBCs, awareness of the hazard they may present toyour facility is crucial. It is, after all, inherentlyhazardous to fill a plastic or metal IBC with anignitable liquid, given the potential for release ofthat liquid in large quantities. If ignited, a largepool of flammable liquid will create a severe fireexposure that puts your facility at significant risk ofa major loss. For example, the release from a single1,000 lit. container can form a 25 m diameterpool covering a surface area of some 500 sq m.That’s large enough to run under multiple sectionsof adjacent presses and which if ignited by any ofthe many potential ignitions sources, will result ina fast-spreading fire scenario far beyond thedesign capabilities of the sprinkler system andfloor drainage provided in a typical press room.

This already challenging scenario is likely to begreatly compounded if additional plastic IBC

20 ASIA PACIFIC FIRE

A fire demonstrationinvolving a plastic IBCfilled with diesel fuel(flash point 39°C) – afteronly four minutes, thecontents have releasedand the fire has spreadto entire availablesurface. © 2009 FMGlobal. Reprinted withpermission. All rightsreserved

STOP PRESS!PRINTING PRESSES

Page 23: APF Issue 30

ASIA PACIFIC FIRE 21

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Page 24: APF Issue 30

containers with ignitable liquids are present whichwhen fire-exposed, would cause their failure andthe release of their contents which will contributeto further major fire spread.

FM Global and other organisations such as theUK HSE continue to conduct and invest in signifi-cant research into the fire hazards posed by thesecontainers (e.g. see: www.hse.gov.uk/research/rrpdf/rr564.pdf). While FM Global has found plas-tic IBCs containing ignitable liquids with flashpoints over 260°C (e.g. certain vegetable oils) can,under certain conditions, be used in a typical pro-duction building, for all other fluids with lowerflash points, there are no proven, practical protec-tion solutions which can prevent the release oftheir contents. This remains a significant challengewith work on-going to find possible solutions.

For now, FM Global’s advice on such containerscan be found in its Data Sheet 7-29 titled FlammableLiquid Storage in Portable Containers (available online). In summary, they should not be used orhoused in main production areas. Instead, theyshould preferably be placed in detached buildings,located at a safe distance, and provided withadequate drainage and containment systems.

Get the wet stuff on the red stuffThe fire incidents mentioned above illustrate theimportance of adequate protection for shieldedareas of a press. FM Global is in the process ofrevising its loss prevention guidance for printingfacilities. As an example, the figure provides aschematic of the recommended protection for aflexograph-type press. Note the combination ofCO2 gas and automatic sprinklers under theshielded press areas where inks are applied. Justlike with in-rack storage sprinklers, these sprinklerswill operate promptly and effectively when they

are in intimate contact with a fire’s heat andflames. To ensure this, they need to be installed inthe right locations and in adequate number. Thereis probably no better opportunity to do this assuccessfully and cost-effectively than when con-structing a new press!

Loss experience has shown that one of themajor factors in gas extinguishing systems notoperating properly is a reliance on manual opera-tion. A fire-control strategy may be to haveoperators attempt to control and extinguish thefire with portable extinguishers and, if noteffective, then manually activate the gas system.Incidents have shown this can be effective.

In others, however, the delays in operating thegaseous extinguishing system, e.g. less promptdetection during night shifts, resulted in surfacetemperatures high enough to reignite ink whenthe gas dissipated and concentrations decreased.

Another factor is lack of proper inspection,testing, and maintenance of gaseous protectionsystems. In one incident, a fire occurred on arotogravure press. Operators left the area inanticipation of the CO2 system actuating, but thesystem did not operate. Fortunately, the sprinklersystem did operate thereby preventing majordamage.

ConclusionPrinting plants contain a myriad of fire hazardsranging from roll paper storage, ink preparationand dispensing to the actual press operationsthemselves. The intent of this article is shed lighton one particular area, namely the potential forvery significant interruption to a press, up to ninemonths in some cases, arising from a fire involvinghigh flash point and “non-flammable” inks andliquids.

Experience shows that ceiling-level sprinklersystems can provide reliable protection against firespread to the building structure and to adjacentpress equipment, thereby allowing the facility tocontinue operations.

However, without adequate fire protection inshielded press areas, by means of sprinklers andgaseous systems, the need for extensive repairs orpossibly replacement of a press section canshutdown a unit for the best part of a year, withseveral additional months often required for re-commissioning to achieve quality product at anacceptable throughput. APF

22 ASIA PACIFIC FIRE

Protection for stack typeflexograph press –carbon dioxide andautomatic sprinklersystem protection for astack-type flexographypress using ignitableinks

STOP PRESS!PRINTING PRESSES

Printing plants contain a

myriad of fire hazards ranging

from roll paper storage, ink

preparation and dispensing to

the actual press operations

themselves.

FM Global is a leadingcommercial and industrialproperty insurance companyand risk managementspecialist. If you havecomments or questions onthis article, please contactthe author, BrendanMacGrath, Manager,International StandardsGroup at email:[email protected] or Tel: +33.1.46.93.97.00

Page 25: APF Issue 30

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Page 27: APF Issue 30

ASIA PACIFIC FIRE 25

FOAMS

All joking aside, it is surprising and disappoint-ing to see an environmental authority convince a fire department to use a less

effective foam for a critical life safety applicationsuch as crash rescue firefighting over concern forthe potential for a small amount of persistent butlow-toxicity chemicals to be released to theenvironment. Although runway crashes of aircraftdo happen at airports around the world each year,they are an infrequent occurrence at any particularairport, and so the risk of extensive groundwatercontamination at any individual site from foamdischarge will be very small. At the same time therisk from fire to passengers and ground personnel

when such a crash does occur is very real, and inthat situation you would hope that the airport isusing the most effective product available to extin-guish the fire.

Fluorosurfactants are a key ingredientFluorosurfactant-containing foams, in particularaqueous film-forming foams (AFFF), are the mosteffective agents currently available to fight Class Bflammable liquid fires at airports and in military,industrial, and municipal settings. This fact has beenconsistently proven in fire tests done over the last 30years and in tests that are being performed today.This exceptional fire-fighting effectiveness of AFFF is

By Tom Cortina

Fire Fighting FoamsCoalition

Aircraft rescueand firefightingrequires thebest foamavailable: AFFFI was looking over the abstracts for an upcoming foam seminar at which I will bespeaking and noticed a presentation by the Chief Fire Officer at a smallinternational airport. According to the abstract the airport fire department hasswitched to using a less effective “fluorine-free” foam in order to appease thelocal environment agency. All I could think of after reading the abstract was thatI am glad I don’t have to fly into that airport!

Pic courtesy ofReuters/HiroshiAdachi/Yomiuri (Japan)

Page 28: APF Issue 30

due to the formation and spreading of an aqueousfilm formed on top of lighter hydrocarbon fuels.Only fluorosurfactants can provide AFFF with therequired low surface tension and positive spreadingcoefficient that enable film formation. It is this filmformation capability that gives AFFF its name and itseffectiveness against flammable liquid fires. AFFFagents provide rapid extinguishment, burnbackresistance, and protection against vapor release.

3M used a process called electrochemicalfluorination to manufacture the fluorinated com-ponents of the fluorosurfactants contained in itsAFFF formulations. Fluorosurfactants produced bythis process both contain and degrade into chemi-cals known as PFOS (perfluorooctyl sulfonate) andPFOA (perfluorooctanoic acid). Other competitivemanufacturers use a process called telomerizationto produce the chemical components of thefluorosurfactants contained in AFFF agents. Chem-icals produced by this process are generallyreferred to as telomers or fluorotelomers. With thewithdrawal of the PFOS-based products due to theirpersistence, bioaccumulative and toxic properties(beginning in May 2000) and their subsequentregulation by various national governments, therehas been a substantial shift from PFOS-based AFFFagents to equally effective AFFF agents containingtelomer-based fluorosurfactants.

Fluorine-free foamsAs a result of the concerns raised by the PFOSissue, foam manufacturers continue to evaluatemany types of potential products that do not con-tain fluorosurfactants. Efforts to date have notyielded working products with fire performanceacross all fuels and in all operational circumstancesequal to film-forming foams. Some fluorine-freefoam can provide an alternative to AFFF in someapplications, but they are not currently able toprovide the same level of fire suppression capabili-ty, flexibility, and scope of usage. A recent paperfrom the University of Newcastle that shows thateven the best available fluorine-free foams wouldneed to be replenished three times as often asAFFF to provide the same level of fire protection.1

Fluorine-free foams are often championed as“environmentally-friendly” alternatives to AFFF.Although such foams may not contain fluorine,their environmental profile related to biodegrada-tion, acute toxicity, chemical oxygen demand(COD), and biochemical oxygen demand (BOD) istypically no better than fluorine-containingproducts and in many cases is not as environmen-tally responsible in use as AFFF. A recent study ofcommercially available fire fighting foam agentsindicates that fluorine-free foams are at least anorder of magnitude higher in aquatic toxicity thanAFFF agents.2

An important consideration in assessing the riskof any foam will be its effectiveness in extinguish-ing the fire and preventing re-ignition. A fluorine-free foam may appear to present less risk to theenvironment because it does not contain persistentchemicals. But if it takes significantly longer andrequires more foam to extinguish the fire, then itmay actually present a greater risk, including thepotential for loss of life and/or high value property.

Firefighter safetyAll of the currently available fluorine-free foamsrely upon having a good enough foam blanket in

26 ASIA PACIFIC FIRE

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Page 29: APF Issue 30

terms of expansion ratio and drainage rate toovercome the inherent problem of fuel contamina-tion of the foam blanket. This requires the use ofair aspirating branch pipes or nozzles in order toachieve the necessary level of foam quality, whichis a step backwards for firefighter safety.

The use of non-aspirating discharge devices,such as variable pattern water fog nozzles,provides two very important safety factors forfirefighters. First, since none of the available ener-gy of the system needs to be utilized by an airaspirating venturi at the discharge devise, therange from that devise will be maximized. Distancefrom the fire is always a key to firefighter safety.Second, when using a variable pattern water fognozzle, the firefighter has the ability to change hisstream pattern to a full fog for personnel protec-tion against a thermal event (“left for life – rightfor fight”).

The use of non-aspirated film-forming foamprovides an added benefit in terms of speed ofknock down and control of the fire as well as theability to quickly cover the areas where the foamblanket has been disrupted. Again, these twofactors improve firefighter safety and when usedin operations such as crash fire rescue, are

absolutely essential in terms of overall safety andsuccess. These are some of the factors that led theFederal Aviation Administration in 2006 to requireUS airports to be equipped with AFFF that meetsthe US military specification (Mil-F-24385F), one ofthe most respected foam standards in the world.

Environmental updateIn my last article that was co-authored by Dr.Stephen Korzeniowski of DuPont (June 2008 issue)we reviewed all of the latest science related to theenvironmental effects of fluorosurfactants. Sincethat article there has been a new study publishedby SFT related to fluorochemicals found at firetraining facilities in Norway. Although the studydoes not contain any new conclusions, it hasdrawn interest within the foam industry.

The SFT study confirms the findings of previousstudies that the likely ultimate biodegradationproducts of the fluorosurfactants used in currentlymanufactured AFFF agents are persistent, but arenot considered to be significant environmentaltoxins. The low bioaccumulation values developedin this study reinforce previous assertions of thegeneral safety of these products. Because thesestudies were done at fire training areas wherefoams were released uncontrolled numerous timesover many years, the findings should not be used

to assess the impact of a one-time use of a fire-fighting foam to extinguish a fire, whichwould result in significantly smaller contaminantconcentrations. Current accepted practice is to usefluorine-free training foams whenever possible aswell as to collect and treat foam discharges whenfluorine-containing foams are used for training ortesting.

The three main fluorochemicals found in theSFT study – PFOS, PFOA, and 6:2 FTS (6-2fluorotelomer sulfonate) – have been found previ-ously in groundwater studies from fire trainingfacilities in the United States.3 PFOS and PFOAwere likely contaminants and/or biodegradationproducts of the ECF-based fluorosurfactantscontained in AFFF agents primarily manufacturedby 3M prior to 2002. 6:2 FTS is a likely biodegra-dation product of the telomer-based surfactantscontained in currently manufactured AFFF agents(manufactured since the 1970s). Neither of these

ASIA PACIFIC FIRE 27

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Page 30: APF Issue 30

compounds (PFOS or 6:2 FTS) was used directly ‘asis’ in the AFFF agents, as was cited incorrectly inthe SFT study. As noted above they are contami-nants and/or biodegradation products of the morecomplex fluorosurfactants that are the key func-tional ingredients in AFFF.

The SFT study does confirm previously reporteddata that 6:2 FTS is neither bioaccumulative norbiopersistent. The bioaccumulation factor (BAF)values for 6:2 FTS in earthworms from the SFTreport and in rainbow trout from previous studies4

are 100-1000 times lower than EU regulatorycriteria for bioaccumulation.

The BAF values were slightly higher for 6:2 FTSthan for PFOS and PFOA in the SFT study. For thisreason we would expect advocates of alternativefoams to argue that 6:2 FTS has similar environ-mental properties to PFOS and therefore the useof telomer-based foams should be limited. Wewould argue that the SFT study results do notchange the basic conclusion from a broad range ofexisting data that 6:2 FTS is not similar to PFOS ineither its physical or ecotoxicological proper-ties.5,6,7,8 Recent studies on AFFF telomer-basedfluorosurfactants likely to break down to 6:2 FTSshow it to be generally low in acute, sub-chronic,

and aquatic toxicity, and neither a genetic nordevelopmental toxicant. Both the AFFF surfactantand 6:2 FTS were significantly lower than PFOSwhen tested in biopersistence screening studiesthat provide a relative measure of biouptake andclearance.9

PFOA is not likely to have come fromfluorotelomer-based AFFF in any significantamounts. The fluorotelomer-based surfactantsused in AFFF agents are not made with PFOA andPFOA is not used in the manufacturing process.Current unintended trace quantities of PFOA influorotelomer-based AFFF will be virtually elimin-ated under the US Environmental ProtectionAgency (EPA) PFOA global stewardship program.Under the program telomer producers havecommitted to 95% reductions of PFOA, PFOAprecursors, and related higher homologuechemicals by year-end 2010 and are workingtoward the elimination of these chemicals fromboth plant emissions and finished products byyear-end 2015.

Members of the Fire Fighting Foam Coalitionthat make telomer-based fluorosurfactants andAFFF agents are in position to meet the goals ofthe global stewardship program before the 2015

target date with a family of all C6-based fluoro-surfactants that provide the same fire protectioncharacteristics with reduced environmentalimpacts. Incorporating these new fluorosurfactantswill require some reformulation and likely sometype of re-approval of most current AFFF, FFFP, andfluoroprotein foam products between 2010 and2015.

PFOS is not completely goneAlthough the manufacture and import of PFOS-based foams is banned in the United States,Canada, and the European Union, it is ourunderstanding that these foams are still beingmanufactured in China. One of the reasons for thiscontinued production may be a misconception thatPFOS-based AFFF agents are more effective thantelomer-based AFFF agents. This is simply not true.AFFF agents are equally effective whether they con-tain PFOS-based fluorosurfactants or telomer-basedfluorosurfactants. The PFOS-based AFFF agents pre-viously sold by 3M, and the telomer-based AFFFagents currently sold by companies such as Kidde,Ansul, and Chemguard, all meet the same materialspecifications of the International StandardsOrganization (ISO Standard 7203), UnderwritersLaboratories (UL Standard 162), and the US military(Mil-F-24385). PFOS-based and telomer-basedfoam concentrates are used interchangeably in thesame equipment and at the same concentrationlevels by military and industrial users around theworld. Considering the significant differences intoxicity and environmental effects between PFOSand telomer-based foam agents, it seems logicalfor China to make the switch as most of the rest ofthe world has done.

References1. Sealability Properties of Fluorine-Free Fire FightingFoams by Ted Schaefer, Bogdan Dlugogorski, and EricKennedy, University of Newcastle (2007).2. 96-hour LC50 Value in Fathead Minnows (flow-through test), Report of tests on six fire fighting foamagents performed by Aqua Survey Inc., Flemington,New Jersey, USA and 96-hour LC50 Test in FingerlingRainbow Trout, Report of tests on six fire fightingfoams agents performed by Harris Industrial TestingService Ltd., Nova Scotia, Canada.3. Moody, C.A., Hebert, G.N., Strauss, S.H., Field, J.A.,2003. Occurrence and persistence of perfluorooctane-sulfonate and other perfluorinated surfactants ingroundwater at a fire-training area at Wurtsmith AirForce Base, Michigan, USA. Journal of EnvironmentalMonitoring 5, 341-345.4. Dupont 2009. H-27901: Bioconcentration and Bioac-cumulation in Rainbow Trout, Oncorhynchus mykiss.Unpublished draft report, DuPont-22737 Draft.5. DuPont 2007a. H-27901: Static, Acute 96-HourToxicity Test with Rainbow Trout, Oncorhynchus mykiss.Unpublished report, DuPont-21909.6. DuPont 2007b. H-27901: Static, Acute 48-HourToxicity Test with Daphnia magna. Unpublished report,DuPont-21910.7. DuPont 2007c. H-27901: Static, 72-Hour GrowthInhibition Toxicity Test with the Green Alga,Pseudokirchneriella subcapitata. Unpublished report,DuPont-22048.8. DuPont 2007d. H-27901: Early Life-Stage Toxicity tothe Rainbow Trout, Oncorhynchus mykiss. Unpublishedreport, DuPont 22219.9. Serex, T. et al, 2008. Evaluation of BiopersistencePotential Among Classes of Polyfluorinated Chemicalsusing a Mammalian Screening Method. SOT 2008Poster #958.

APF

28 ASIA PACIFIC FIRE

AIRCRAFT RESCUE AND FIREFIGHTING REQUIRES THE BEST FOAM AVAILABLE: AFFFFOAMS

The SFT study confirms the

findings of previous studies

that the likely ultimate

biodegradation products of the

fluorosurfactants used in

currently manufactured AFFF

agents are persistent, but are

not considered to be significant

environmental toxins.

Page 31: APF Issue 30

ASIA PACIFIC FIRE 29

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Page 33: APF Issue 30

ASIA PACIFIC FIRE 31

CABLES

The development of cables with improved fireperformance has been ongoing for over 20years and continues apace today on a global

basis, along with the evaluation of product andperformance standards. These moves haveresulted in considerable improvements globally infire safety, particularly in environments wherepublic safety is paramount, such as public assemblybuildings, across the mass transit sector, inmaritime applications and throughout the offshoreindustry.

The development of reduced fire hazard cableshas eliminated the problems associated with thecombustion of halogenated polymeric materialsthat were used in the manufacture of many earliergeneration products. Halogen Free Low Smoke –

OHLS – cables are now freely available in a varietyof wiring and power options, to suit all buildingapplications. Their performance is recognisedinternationally as making a major contribution tofire safety in public buildings.

In Europe, the UK led the way in the adoptionof reduced fire hazard cabling, and in devising acomprehensive set of cable performance testingstandards. These standards include requirementsfor smoke production, acidity evaluation, flameretardancy and, in appropriate cases, for assessingthe circuit integrity of cable. One very recent mile-stone was the decision of the EC Standing Com-mittee on Construction to establish a classificationtable for cables in buildings, under the provision ofthe Construction Products Directive. This table

By David Oldfield

Product DevelopmentManager, Draka UK

Picture courtesy ofDraka UK

Fire performancecables – settingthe standardDraka cables have been specified for many of the world’s headline constructionprojects, including the new Venetian Resort Hotel in Macau and the latestexpansion of Hong Kong’s mass transit system. Here, David Oldfield, ProductDevelopment Manager, describes the changes in cable fire performancerequirements that are having an impact throughout the Middle East and AsiaPacific region, He also highlights the significance of new requirements for circuitintegrity power cables for critical building safety systems.

Page 34: APF Issue 30

defines classes of cable fire performance in terms of flammability, smoke production, flamingparticles and acidity.

A new fire test protocol has been prepared aspart of EN 50399-2007 (Common Test Methodsfor Cables under Fire Conditions). This assessesperformance against the classification table and isbased on a modification to the IEC 60332 (Test onElectric and Optical Fibre Cables under Fire Condi-tions, Test for the Vertical Propagation of Flame).The test measures fire growth rate, total heatrelease and peak heat release, in addition to othercriteria such as flame spread, which is the mainconcern of the existing IEC (International Elec-trotechnical Commission) test. This new testenables more definitive comparisons to be madebetween cable types. However, the extent towhich the provisions of EN 50399-2007 areembodied in regulation remains to be defined.

The importance of circuit integrityAs the latest revision of UK legislation relating tothe fire performance of fire alarm cables has nowbeen around for a few years, the majority of speci-fiers and installers working to this standard arefamiliar with its main requirements. However, theavailability on the market of an increasing numberof cables, coupled with a growing internationalawareness for the need to adopt what might bedescribed as “best practices” means that it is hightime for a number of important issues to be finallyresolved.

So, what needs to be addressed? Certainly it is

essential to move quickly to a point where speci-fiers and installers can confidently rely on manu-facturers’ cable ratings; cable fixing needs to beconsistently undertaken to a higher standard;manufacturers’ recommendations regarding thebending of cables must be adhered to, and cablejointing needs to be undertaken to a standard thatdoes not potentially impair installations’ integrity.

Cable classificationIn the UK, for example, fire performance cables forfire alarm installations fall into two categories,defined as Standard and Enhanced. These perfor-mance levels are determined by testing proceduresdescribed in BS EN 50200: 2000 (Method of Testfor Resistance to Fire of Unprotected Small Cablesfor use in Emergency Circuits) and BS 8434: 2003(Methods of Test for Assessment of the FireIntegrity of Electric Cables). Standard cable isacceptable for the majority of installations,whereas Enhanced cable is required in clearlyprescribed buildings. These are: buildings wherecables are required to operate longer due tophased evacuation; buildings over 30 metres highthat are not protected by sprinklers; buildings withcritical signal paths to areas where people mayremain for some time during a fire; and buildingswhere a fire risk assessment identifies the need forenhanced performance. Indeed, demand for thisEnhanced cable is expected to grow with theincreased international trend for buildings to bedesigned along fire safety engineering principles,rather than prescribed measures.

32 ASIA PACIFIC FIRE

CABLES

Picture courtesy ofDraka UK

Page 35: APF Issue 30

Fire integrity is essential for cables used in firedetection and alarm systems, emergency lightingand public address installations, and where provid-ing power to other fire safety systems. Modernsystems used in buildings, where increasingly fireengineering principles are linked to fire risk assess-ments, are often complex and critical, and thesystems frequently need to function for aconsiderable period of time after a fire has beendetected.

This led to the introduction of new levels ofcircuit integrity in the 2002 revisions of BS 5839 (FireDetection and Alarm Systems for Buildings), withthe rating for Standard cable being set at 30 min-utes and at 120 minutes for Enhanced cable. Thetest protocols differ significantly from those in BS6387 (Specification for Performance Requirementsfor Cables Required to Maintain Circuit Integrityunder Fire Conditions) by being “integrated”,simultaneously applying fire, mechanical shock andwater exposure to the sample cable.

Cable performance for critical systemsFire performance data cables are now an emergingreality and data transmission performance criteriahave been drafted. At the same time, changes toalarm cable fire performance are now well estab-lished and understood and it is widely recognisedthat significant improvements in cable reliabilityhave been achieved. Hence, attention has recentlybeen focussed on the performance of cables pro-viding essential power supplies to other critical firesafety systems.

Systems for smoke control and ventilationincorporate dampers, shutters, automatic doorhold-open devices, fans and vents – all requiresecure power supplies during the evacuation andfire fighting phases. These means of escape needto be indicated by appropriate illumination andsecure emergency lighting. Also, firefighting facili-ties require secure power supplies and fire fightinglifts and rising mains need to function longer thanmost other systems.

The design and performance requirements forfire integrity power cables in the UK market wereestablished in 1996 with the publication of BS7846 (Electric Cables – 600 / 1000V ArmouredFire-resistant Cables Having Thermosetting Insula-tion and Low Emission of Smoke and CorrosiveGases When Affected by Fire), and the market forthis type of cable is currently satisfied by the “F2”performance classification. This standard has inrecent years been subjected to similar criticism tothat directed at BS 6387 regarding lack of integra-tion of the test elements. In addition, recommen-dations have also been put forward for the needfor more direct impact and higher pressure waterapplications.

Advocating these more stringent requirementsled to the publication of BS 7346-6 in 2005(Components for Smoke and Heat Control Systems– Specification for Cable Systems). The cable testprotocol was published as BS 8491:2008 (Methodfor Assessment of Fire Integrity of Large DiameterPower Cables for Use as Components for Smokeand Heat Control Systems and Certain OtherActive Fire Safety Systems).

This test applies direct mechanical impact to thecable under fire conditions and also applies waterat the end of the test period, simulating the appli-cation of water from a fire hose. This requirement

has been adopted for all essential fire safetysystem applications in the UK and will surely giverise to the introduction of new products to complywith the exacting standards.

The need for integrated testingThere is increasing recognition of the importanceof the fire performance of the “cable system” inproviding an adequate level of safety, and BS5839-1: 2002 defines this as the cable, any joints,and the means of cable support. Hence, a keyrecommendation is that the performance of all ofthese “cable system” elements should mirror theperformance of the cable, and that the cable man-ufacturer’s recommendations should be followedor the manufacturer’s guidance should be sought.

In Europe, tests to assess the performance ofcable systems are the exception rather than therule, and certainly no harmonised standard cur-rently exists. That said, there is an SCC (StandingCommittee on Construction) Mandate M117 forthe investigation of large scale testing, includingsystem elements, and a working party has nowbeen established to conduct the investigation.

Internationally, there is presently only one refer-ence point for a large scale circuit integrity test forcables and their installation ancillaries, and this isthe German standard DIN4102-12 (Fire Behaviourof Building Materials and Building Components), afurnace test that subjects the cable to a tempera-ture rise with respect to time, in accordance withthe ISO curve. Ratings are assigned as of 30, 60 or90 minutes. The furnace is oil-fired and simulatesfire conditions similar to those found in a fullydeveloped building fire. Cables are installed,together with appropriate trays, cleats or ladders,and these are loaded to their full rating by theapplication of appropriate weights. Onerousthough this large scale test is, significantly thecables are not exposed to the application of waterto stimulate sprinklers or firefighting hoses.

It will no doubt be several years before theresults of these investigations are embodied in aEuropean standard, but one thing is certain – thedrive to improve standards and produce cablesthat enhance the safety for people and propertywill continue. APF

ASIA PACIFIC FIRE 33

Picture courtesy ofDraka UK

FIRE PERFORMANCE CABLES – SETTING THE STANDARDCABLES

David Oldfield is ProductDevelopment Manager atDraka UK and has beeninvolved in the design andmanufacture of electriccables for the past 35 years.

Page 36: APF Issue 30

Dafo Fomtec APF30 p34 12/6/09 9:37 am Page 1

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AKRON MONITORS offer greater reliabilityand unmatched superior performance insituations when second best is not anoption. Akron is introducing its newestHigh Flow Monitor Style 3356. The newTrident HFRT-10 monitor will deliver up to2000 GPM (7600 LPM) and when com-bined with Akron’s Style 3624 1700 GPMfoam tube, the Trident has reach capabili-ties of up to 90 meters with FFFP Foam.You no longer need to worry about re-positioning your truck with rotationcapabilities up to 380°. To meet thedemands of the industry, multiple controloptions and a variety of nozzle options areavailable. All units exceed NFPA 414, ICAOand FAA requirements.

For more information about the newAkron Brass Trident™ Monitor, call yourlocal authorized Akron Brass distributor orthe Akron Brass Customer Service Depart-ment at 1-800-228-1161.

Founded in 1918, Akron Brass is aworldwide marketer and manufacturer ofhigh performance fire fighting and rescueequipment. A Premier Farnell company,Akron Brass is ISO 9001: 2000 registeredand has an excellent reputation fordeveloping and manufacturing innovativeproducts.

For more information, please contact:Akron Brass CompanyP.O. Box 86WoosterOH 44691, USATel: +1 330 264 5678Fax: +1 330 264 2944Website: www.akronbrass.com

ASIA PACIFIC FIRE 35

MONITORS BUYERS’ GUIDE

Akron Brass Introduces TridentHFRT-10 High Flow Monitor

With the introduction of the new Titanrange, ANGUS FIRE has completed thebiggest change to its range of fixed andmobile fire monitors in over 20 yeas.

Angus Fire monitors, used for fixed firefighting on petro-chemical plants, loadingdocks, tank farms and other high riskhazards, have always been an essentialpart the Angus range of foam equipment.However, new technology and productiontechniques have given Angus a new rangeof designs providing much larger flowsand more remote control options.

The new monitor range covers flowrates from 3,000 to 8,500 l/min in bronzeand up to a massive 50,000 l/min in stain-less steel. The Titan range includes 4 basicmodels in bronze and no less than 7 instainless steel. All models come with achoice of 3 manual actuation modes; leveroperated, gearbox with handwheel controlor automatic oscillating. In addition mod-els from 5,000 l/min upwards can be fullremote controlled by hydraulic, electric orhydraulic/ electric motors. Add to this arange of 18 fog/jet nozzles, and 36 foamcannons and it is easy to see why the new

range justifies the name Titan.All Angus Titan remote control monitors

are normally rated EExd IIB T3 and can beused in areas where explosive atmospheresare present. A full range of remote controlpanels for safe areas or to EExd IIB T3specification are available and all monitorshave a manual override if there is a powerloss.

A new software tool is also available toallow designers to predict the height and

distance of a jet of water or foam for anycombination of monitor and nozzle or can-non. In addition the throw can be adjusted

Big can be beautiful when itcomes to fire fighting monitors

Monitor material Nominal flow in l/min at 7 bar inlet pressure

Bronze 3,000, 4,000, 5,000, 6,500, 8,500 l/min

Stainless steel 3,000, 4,500, 6,000, 8,000, 20,000, 30,000, 50,000 l/min

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for the angle of elevation, monitor inletpressure and wind speed.

Self inducing foam fog/jet nozzles areavailable for flows up to 4,000 l/min andself inducing foam cannons are availableup to 15,000 l/min.

Three self oscillating models are includ-ed in the range with the largest modelsgiving a sweep angle of 350° using theunique Titan oscillating motor technology.

In addition to water and foam the newrange is engineered to spray powders suchas Monnex for the first time.

To complete the range all the Titan mon-itors up to 30,000 l/min can be trailermounted to enable the equipment to bemoved to an incident site quickly and easily.

All the Titan bronze monitors are manu-factured from EN CC491 K equivalent tothe old BS LG2.

All Titan stainless steel monitors arefabricated from grade SS316 material.

With a history of supplying fire fightingmonitors to industry and the major oilcompanies, both on and off shore, for over40 years, Angus fire offer a range of reli-able hand or remote control monitors forall static applications.

36 ASIA PACIFIC FIRE

MONITORS BUYERS’ GUIDE

The new personal monitor from AWG is aportable device for mobile applications. Itis designed to allow a jet and spray nozzleto be attached. Both the vertical andhorizontal swiveling directions can belocked in any position.

The AWG Turbo Fighter supplied withan integrated ball valve for shutting off, iscompact and light, both on the vehicleand in the hand.The feet which providesupport during operations can be folded

up for transportation and the monitor alsohas a lockable transportation position forminimizing space requirements.● Whenever to choose between a

“branchpipe or a monitor” for opera-tions, a new answer is now available:AWG Turbo Fighter, the personal moni-tor. It is simple to handle, can be carriedeasily by a single person and takes justmoments to set up. The ideal device formobile use.

● With the new AWG Turbo Fighter youwill be ready for operations faster thanever before. At the same time itrequires minimal human resources forsetting up and operation. For highextinguishing power adapted to therequirements of each situation. A jetand spray nozzle can also be attachedwith just a few hand movements.

For more information, please visit:Website: www.awg-fittings.com

AWG Turbo FighterThe personal monitor for maximum efficiency

Copper (Cu) Zinc (Zn) Lead (Pb) Tin (Sn)

84.5% 5% 5% 5%

Iron (Fe) Chromium (Cr) Nickel (Ni) Manganese (Mn) Molybdenum (Mo)

66% 17% 12% 2% 2.5%

For more information, please contact:Angus FireThame Park Road, Thame, Oxfordshire OX9 3RT, United KingdomTel: +44 (0)1844 265000 Fax: +44 (0)1844 265156 Email: [email protected]: www.angusfire.co.uk

Inlet 21⁄2” Male BSP thread

Outlet 21⁄2” Male BSP thread

Delivery rate max. 2000 l/min

Dimensions L x W x H, approx. 440 x 230 x 375 mm (transportation position withattached nozzle)

Swivelling angle, vertical +20° to +60°

Swivelling angle, horizontal +/– 40°

Weight without nozzle, approx. 7.5 kg

Ident-No. 31283434 (with MZ 2000 nozzle and Storz B inlet)

Technical data

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Darley APF30 11/6/09 11:20 am Page 1

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Features● Compact● Light weight● Usable with river and sea

water● Self cleaning filter protects

oscillating valve● Adjustable oscillating speed

and elevation● Automatic oscillation● Runs with water or foam● Works at low temperatures● Low pressure drop

Application● Fire Brigades● Petrochemical Plants● Tank Farms● Loading Areas● Chemical Plants

Recommended Foam● Fluoroprotein 3% or 6%● Protein 3% or 6%● FFFP 3% or 6%● AR-FFFP 3x6 or 3x3● AFFF 1%, 3% or 6%● AR-AFFF 3x6 or 3x3● Multi Purpose Foam

Balder is a 21⁄2” monitor for portableuse. It is self oscillating and powered bywater flowing through a special oscillatingmechanism. Balder automatically sweepsfrom side to side. The speed of the sweepsand the elevation could be manually setand also be varied during operation. It isalso possible to use the monitor withoutthe oscillation and manually adjust thestream within 180° angle. Balder has awater inlet with a 21⁄2” BSP thread.

For flows above 1,500 litres it isequipped with a double inlet. The pipesare cast in anodised aluminium. Partswhich are vital for the correct functions,such as swivels are in stainless steel. Innov-ative piping technology minimises turbu-lence and frictional pressure losses. Balderis compact and weighs only 10.6 kg.

Technical data

Max. water flow (1 inlet/2 inlets):1,500/2,500 lpm

Sweep range: Max. 25/min.

Oscillating angle: 60°

Elevation: +25° – +80°

Water inlet: 1 x 21⁄2”/2 x 21⁄2” BSP M thread

Water outlet: 21⁄2” BSP M thread

Material: Anodised aluminium

Length: 440 mm

Height: 390 mm

Width: 330 mm

Weight: 10.6 kg

Part no.: 20-3100-00/20-3100-01

For more information, pleasecontact:Dafo Fomtec ABP.O. Box 683SE-135 26 TyresöSweden Tel: +46 8 506 405 00Fax: +46 8 506 405 29Website: www.fomtec.com

38 ASIA PACIFIC FIRE

MONITORS BUYERS’ GUIDE

Balder Portable Oscillating Monitor from Dafo Fomtec AB

Elkhart Brass Takesthe Lead in MonitorTechnologyIntroducing the ConfigurableSidewinder® EXM ELKHART BRASS MANUFACTURINGCOMPANY, INC. presented the revolu-tionary Sidewinder EXM at this year’sFDIC in Indianapolis, USA. TheSidewinder EXM is the first fully config-urable and programmable monitor.

The Sidewinder EXM allows the ElkhartBrass customer to configure and programthe right monitor for every need. Travelspeeds, travel limits, and stow positionare fully programmable. The monitor maybe configured for hard-wired controls,wireless controls or both. All configurationsand programming can be done on any Win-dows-based PC or laptop and then trans-ferred to the Sidewinder EXM from a USB memory stick.

Besides being both configurable and programmable, the Sidewinder EXM also raisesthe bar in durability. The entire Sidewinder EXM is sealed to NEMA 6, which allows for fullsubmersion of the monitor and components, including: the motors, sensors, harnessesand control enclosures. The Sidewinder EXM has larger motors; stronger, more efficient,planetary gear reducers; and upgraded swivel joints with true thrust bearings.

“By reviewing available technology and thinking about how it could be utilized for ourcustomers, our design team was able to re-imagine how a small monitor might work,”notes Hans Ashbaugh, President and CEO of Elkhart Brass. “We believe the new ElkhartSidewinder EXM provides a single-stop, solution-oriented, customizable monitor for ourcustomers.”

For more information, please contact:Elkhart Brass, Inc.,P.O. Box 1127, Elkhart, IN 46515, USA Tel: +1 574 295 8330 Fax: +1 574 293 9914 Email: [email protected] Website: www.elkhartbrass.com

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TYCO FIRE SUPPRESSION & BUILDINGPRODUCTS is pleased to showcase its newgeneration of SKUM™ brand remotelycontrollable FJM-EL fog/jet firefightingmonitors. They join a line-up of depend-able and efficient foam fire protectionsolutions that is globally favoured through-out the marine and offshore industries andis chosen extensively for firefighting boatsand multi-role pilot boats, tugs, workboatsand merchant shipping.

The latest additions to the SKUM rangeare the three new FJM-EL monitors – theFJM-100 EL, the FJM-150 EL, and the FJM-200 EL – that offer exceptional flowperformance, incorporate electric motordriven elevation and rotation and solenoidvalve operated fog/jet pattern adjustment.However, it is the FJM-EL’s remote controloperation that really sets them apart as fix-mounted monitors designed for the safedelivery of foam or water, either as a solidjet or a fog pattern. This range of advancedmonitors are designed to respond swiftlyand effectively, so reducing the possibilityof a fire developing into a major incidentwith the associated consequential lossesand environmental damage. On theapproval front, it has the DNV, Lloyd’s, ENand other international approvals.

The FJM-100 EL, with the built-in induc-tor option, delivers up to 6,000 litres ofwater a minute to a maximum jet throw of80 metres, while the FJM-150 EL increasesthis to 10,000 litres a minute to a distancejust short of 90 metres. The top perform-ing FJM-200 EL increases the reach to 120metres and the flow to an impressive20,000 litres a minute. The foam capacityfor each of the models is 340 litres aminute, 585 litres a minute and 600 litresa minute respectively.

These lightweight and compact balanced-design monitors all incorporate an electricaljunction box, low-friction bearings for easymanoeuvrability, and feature saltwatercorrosion-resistant construction, whichmakes a major contribution to the moni-tors’ reliability, while minimising themaintenance requirement. All include a

manual override option. Other optionalcomponents include a control and operat-ing panel, which can be either thestandard FJM model or be custom-built,suction hose and valve, and explosionprotected EEx (e) and flameproof EEx (de)electrical equipment.

Further details on SKUM – the Swedishword for foam, pronounced “skoom” –solutions, and the new FJM-EL monitors canbe found at www.skum.com. If you are inthe Asia Pacific region, please send yourenquiries to [email protected]. If youare in the EMEA region, please send yourenquiries to [email protected]

ASIA PACIFIC FIRE 39

MONITORS BUYERS’ GUIDE

Advanced Skum™ Remote-control Firefighting Monitors

FJM Series – Standard

Size 100 150 200

Water capacity 6,000 l/min 11,700 l/min 20,000 l/min

Design pressure 16 bar 16 bar 13 bar

Rotation ±165º ±165º ±165º

Elevation –70º/+70º –70º/+70º –60º/+70º

Weight 52 kg/115 lbs 80 kg/176 lbs 125 kg/276 lbs

Technical data at-a-glance

FJM-S Series – Built-in inductor

Size 100 150 200

Water capacity 6,000 l/min 11,700 l/min 20,000 l/min

Foam capacity max. 320 l/min 600 l/min 600 l/min

Elevation –45º/+70º –45º/+70º –45º/+70º

Suction connection 2” BSP male 2” BSP male 2” BSP male

Weight 55 kg/121 lbs 83 kg/182 lbs 128 kg/282 lbs

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More and more departments with limitedstaffing are turning to the “Big Gun, Big Water”solution when facing larger fires. Yesteryear’sargument that “monitors are too bulky and hardto move” has been washed away by the intro-duction of TASK FORCE TIPS’ patent pendingBlitzfire portable monitor – a uniquely designed,simple, light, easily maneuverable monitor thatshuts down automatically if it becomes unstable.

“The Blitzfire is unlike any monitor you’veever seen,” said Rod Carringer, TFT VP ofMarketing and Sales. “2000 l/min, a triangu-lated, gravity centered carbide-tipped base, andan ability to preconnect to the tailboard forimmediate deployment. It’s got initial attackwritten all over it.”

Manually gating a stream is “newbiesimple” with the Blitzfire’s six detent flow posi-tions and patented turbulence-free slide valve. Ifthe situation requires, the monitor can bestaked and set for unmanned firefighting.Sliding or lifting automatically closes down theunit’s patented safety shut-off valve quickly –slowing near stroke end to avoid water hammer.

“We designed the safety shut-off to reducethe risk of injury,” Carringer said. “But it endedup giving the Blitzfire an ‘ability’ to sensedanger – so that it’s always watching fortrouble, manned or unmanned. If the automaticshut-off does trip, it can be reset immediately byreopening the valve to one of the six detentflow positions.”

The vertically swiveling hose inlet pivotallows monitor stability on porches or stairlandings, while the discharge makes directingthe stream easy. Its low (10 degree above hori-zontal) attack is designed to “go in the frontdoor” with high fire flow. Add the unit’s 20degree side-to-side (40 degrees total) and up to50 degree elevation and it becomes clear whythis is billed as “the monitor that goes any-where a handline can go.”

“There’s also an optional (exclusive) oscilla-tion unit that allows a 20°, 30°, or 40° sweep-ing motion,” Carringer said of the feature thatcan be retrofitted to all existing Blitzfires. “Ournewest market is biochemical incident manage-ment. If an (bio/chem) incident occurs, emer-gency management specialists quickly put up anemergency containment corridor, set and stakean oscillating Blitzfire, and bathe contaminatedgroups with low pressure, low impact streams.”

The Blitzfire OSC’s unique water turbinedesign drives the oscillating unit in a selectable

20°, 30°, or 40° sweeping motion. The oscillatingmechanism can be easily disengaged for manualoperation. An anchor strap is included for safeoperation on slick surfaces like marble floors. Themain body is hardcoat-anodized aluminum witha TFT powder coat finish inside and out.

When cooling of processing or operatingunits is necessary, yet limited staffing will notallow the use of manned equipment, the BlitzfireOSC can provide up to 2000 l/min in anunmanned operation. For hazardous locations,the oscillating feature will allow continued cool-ing or firefighting operations while fire brigade

members remain safe. The Blitzfire OSC is theperfect appliance for high-flow, unattendedoperations or for an aggressive interior attack.

For more information, please contact:Task Force Tips, Inc.2800 East Evans Ave.ValparaisoIN 46383-6940USATel: +1 219 462 6161Fax: +1 219 464 7155Website: www.tft.com

40 ASIA PACIFIC FIRE

MONITORS BUYERS’ GUIDE

TFT’s Blitzfire Proves anExtraordinarily Portable MonitorTFT bolstersfirefighting arsenalwith portableBlitzfire powerhouse

Force™ Monitors by the Swedish manufacturer, UNIFIRE AB, are among the newest andmost advanced remote-controlled monitors on the market.

The Force monitor system encompasses a variety of features designed to provide highperformance firefighting capabilities and to allow state-of-the-art, dynamic interactionamong monitors and other devices linked together on a Unifire network.

Force monitorsThe monitor chassis issleekly designed in pol-ished stainless steel 316.The construction andintegrated motor andgear design make themonitors lightweight andhighly resistant to corro-sion, chemical additivesand even salt-waterenvironments.

The Force50™ has a50 mm (2”) internal pipediameter and a capacity

Force™ Monitors byUnifire AB

TFT’s Blitzfire and Blitzfire OSC provide maximum flow with limited manningsafely

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of 400-2000 lpm (100-530 gpm). Themaximum reach at 10 bars (145 psi) is 65 meters (213’). It is compact at 51 x35 x 22 cm (20” x 14” x 9”), and weighsonly 18 kg (40 lbs.) with the Integ50nozzle.

The Force80™ has an 80 mm (3.2”)internal pipe diameter and a capacity of2000-5000 lpm (530-1320 gpm). Themaximum reach at 10 bars (145 psi) is 85meters (278’). It is 80 x 50 x 33 cm (32” x20” x 13”) and weighs only 30 kg (66 lbs.)with the Integ80 nozzle.

Both sizes provide complete, sphericalcoverage with a range of motion of 360° horizontally and 180° vertically. End-position bolts can be placed every15°, and self-setting soft-stops prevent themonitor from hitting the end-bolts,preventing wear and tear.

The monitors have waterproof multi-connectors on all motor connection points,so cables and parts can be quickly andeasily installed, repaired or changed.

Both monitors come standard withUnifire Integ™ electric, high-performancenozzles. The nozzles have an integratedworm gear drive and precise spray pattern

adjustment control from the joystick. The operator can control the pattern from a tight jet stream, to wide-angle(120°) full fog cone, and everything inbetween. A number of nozzle options areavailable and the monitors can accom-modate and control nozzles from manyother manufacturers.

Unifire joystickUnifire’s lightweight joystick gives theoperator precise, intuitive control of the monitor in any direction, includingdiagonally, in a progressive manner. Theharder you press the joystick shaft in any

direction, the faster the monitor moves inthat direction. The speed is intuitivelychanged in this way from almost invisiblyslow to a maximum of up to 36°/sec. Thejoystick also has a nozzle pattern controldial, a park button, and a valve controlbutton built in. And, it features an impres-sive, simple-to-use record/playback featurethat is set and played with a single button.It records everything the monitor doesduring recording, and then plays it backcontinuously until interrupted by theoperator.

Unifire Control Systems – the UCS& MCUPerhaps the most impressive feature of theForce monitor system is its electronics.Unifire’s Master Control Unit (MCU) andUnifire Control System™ (UCS™) aresophisticated electronics that can operateon a variety of protocols, including theirnative CAN-bus protocol. They enable themonitors to be networked and interactdynamically with a large array of devicesranging from lights, valves and cameras, toentire booms, aerial platforms, and more.

And, because the Unifire MCU knowsprecisely where the monitor is positionedat any moment, and because the MCU can take the monitor to any given set ofcoordinates, the system can work withinfrared cameras, flame detectors andCCTV technologies to create fully auto-matic firefighting systems.

For more information, please contact:Unifire ABBultgatan 40BSE-442 40 Kungalv, SwedenTel: +46 303 24 84 03Fax: +46 303 24 84 09Email: [email protected]: www.unifire.com

ASIA PACIFIC FIRE 41

MONITORS BUYERS’ GUIDE

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42 ASIA PACIFIC FIRE

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ASIA PACIFIC FIRE 43

STRUCTURAL COLLAPSE

Arrival phase

In the arrival phase, units are dispatched to astructure after a partial or complete structuralcollapse has occured. Initial units should com-

plete an immediate size-up and establish com-mand. A command post should be establishedfrom the onset as this can be a prolonged event.Arriving apparatus should be staged away from apossible secondary collapse zone and considera-tions for blocking off surrounding traffic should beconsidered to reduce vibrations and interferencewith incoming resources. Command should con-

sider instituting Level 2 staging procedures imme-diately, while the management of emergency andcivilian traffic is critical.

You should assess for and order resources early.If it is later determined that the additionalresources are not needed, command can returnthese units to service. In addition, assess the needfor outside heavy equipment early and requestmobile cranes, front-end loaders, etc., with largecapacities. In addition, consider early activation oflocal USAR resources if required.

Command should do an immediate hazard

By Michael Lee

Staying Safe at StructuralCollapseOperationsStructural collapse operations are a high risk/low frequency event that can killfirefighters when not practiced properly. The ability to deliver collapse operationscan be broken down into five phases: arrival, surface rescue ops, interior rescueops, selected debris removal and general debris removal.

A firefighter at thescene of a collapsedbuilding in downtownClinton, Mo., whereseveral people wererescued in June last year

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assessment – and then confirm it by appointing aSafety Officer to perform another size-up. Amongthe hazards associated with structural collapse arethe potential for secondary collapse, explosionwith fire due to broken gas and electrical lines,falling debris and a toxic atmosphere.

These hazards mean that safety and utliltygroups should secure hazards as soon as possible,including shutting off gas, electricity and water. Ifit is not possible to secure all hazards, Commandshould notify all rescue personnel operating onscene of the hazards present. Unless strong controlof the incident is gained quickly, things can easilyescalate out-of-control.

Surface rescue operationsInitial on-scene units should be directed in rescu-ing victims that can be seen on the surface and it’svital that rescuers are aware of all the physical haz-ards present at the scene of a structural collapse.

While the initial rescue of surface victims isgoing on, Command should establish a perimeteraround the whole site and keep all incoming civil-ian personnel out of the immediate area. Thosecivilians already operating on site – and believeme, they will be there – prior to your units arrivingshould be assessed for effectiveness. If they can beused safely, try and outfit them with safety gear –helmets, gloves and goggles. If it appears they areinneffective or too emotional, remove them fromthe area for the safety of everyone.

After initial surface victim removal has beencompleted, Command should ensure that all per-sonnel are removed from the collapse site. This willallow for the removal of all civilians and theregrouping of rescue personnel so that a specificaction plan can be instituted for the search andrescue of remaining trapped victims.

It’s at this time that Command should order asituation report from area officers. Members previ-ously operating in the collapse structure should bequickly debriefed as to building lay out and possi-ble location of victims. After all personnel havebeen removed from the collapse site, Commandshould establish structure triage teams. These may include structural engineers and/or personnelthat are specifically trained in the recognition ofstructural collapse.

Before these teams begin triage activity,Command should notify them as to the specificaction plan and building marking system (FEMAmarking system). If there is a possibility ofhazardous materials involvement, Commandshould assign a Haz Mat Technician to eachbuilding triage team.

During the initial stages of a campaign opera-tion, Command should attempt to ensure thatthere will be roadways into and out of the collapsesite. This may include establishing liaison with thepolice department and having it reroute all trafficwell around the collapse site. Also, victim stagingareas should be established by creating a MedicalGroup or Branch based on the anticipated numberof resources anticipated for establishment oftriage, treatment and transportation needs. Anarea should be established away from the hazardsof the collapse to account for, treat and transportvictims.

Interior rescue operations phaseFirst, only those personnel qualified to performstructural collapse stabilization and void accesswith shoring should be assigned to interiorsearch/rescue teams. A specific action plan shouldbe made for the search and rescue of the remain-ing victims, with this plan being distributed to all

44 ASIA PACIFIC FIRE

STAYING SAFE AT STRUCTURAL COLLAPSE OPERATIONSSTRUCTURAL COLLAPSE

Among the hazards associated

with structural collapse are the

potential for secondary

collapse, explosion with fire

due to broken gas and

electrical lines, falling debris

and a toxic atmosphere.

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rescue personnel operating at the collapse site. Prior to beginning search and rescue opera-

tions, Command should create specific searchteams. These may include personnel with technicalsearch equipment (i.e. acoustic, fiber optic, video,etc.), dog teams or personnel using the hailing(call-out) method of searching for victims.

After the building triage teams have completedevaluations of buildings, the search teams canthen enter them. These teams should use standardbuilding marking system (FEMA marking system)after the structure has been searched. If buildingtriage teams determine that the building is struc-turally unstable, the search and rescue teamshould not enter until appropriate shoring and sta-bilization has been accomplished.

In a building that has been determined to beunsafe by the building triage teams, rescue teamsshould not attempt rescues. These teams shouldfollow search teams that have searched previouslytriaged buildings and should consist of at leasttwo trained team members. They should also haveaccess to at least one HazMat Tech with air moni-toring equipment. If at all possible, rescue teamsshould attempt to gain access vertically; the hori-zontal breaching of walls should be done only ifthere is no other means to reach the void spacethat victims may be trapped in. Horizontal breach-ing of a load-bearing wall may precipitate a sec-ondary collapse of the structure but the potentialfor secondary collapse can be reduced if the res-cue team breaches structural members from aboveor below. Prior to breaching a structural load-bear-ing member, a specially trained structural collapsespecialist should approve and oversee this opera-tion. If the atmospheric conditions are not knownin the room of desired entry, a pilot hole should bepunched to monitor to it prior to the beginning ofbreaching operations.

If a victim is located, the rescue team shouldtreat the area that they’ve been found in as a con-fined space and followconfined space rescue oper-ations guidelines. The rescue team leader shoulddesignate the proper method of entry into thespace and ensure the safety of the entry rescuer.All spaces must be monitored for flammable, toxicand oxygen deficient atmospheres before entry ismade.

Once the rescue team has made contact with thevictim(s), an immediate assessment of the victim(s)needs to be carried out. One thing to remember isthe effects that lifting objects off the victim canhave on them (Compartment Syndrome). The safestand most effective method of victim extricationneeds to be determined, with the rescue teamleader ensuring the safety of the extrication

ASIA PACIFIC FIRE 45

SEARCH & R E S C U E FIRE

Fire fi ghting helmets and thermal imaging cameras

For full details or to arrange a demonstration contact -

GB Solo Ltd. Tel: +44 (0)1609 881855

email: [email protected] • www.gbsolo.co.uk

don’t go it alone go with solo

The SOLOunifi t is easily donnedand can be adapted for all makesof breathing apparatus and radiosystems. The SOLOunifi t hasalso become the favourite headprotection for the majority of theworld’s cruise ships, Navies andF1 refueling crews.

with integrated respiratory and communication systems

With the SOLOtic you can identify objects through even the densestsmoke by means of a fully integratedthermal imaging camera, whichdisplays the image inside the facemask with the use of augmented reality viewing optics.

1 helmet system offering protection, communication and vision

The lightest and smallestthermal imaging camerain the World.

• Weighing only 750g• Suitable for use with all known

breathing apparatus and gasmasks.

• On Screen Temperature Display,both graphic and digital.

• On Screen TemperatureWarnings.

The S2 search & rescueis water resistant andvibration proof. It givesclear man detection of upto 1Km & vessel identityover several km’s.

• Weighing only 750g.• As an all round camera with the

capability to monitor for ‘manoverboard’.

• Give vessel security and identifyobjects over long ranges issecond to none.

If at all possible, rescue teams

should attempt to gain access

vertically; the horizontal

breaching of walls should be

done only if there is no other

means to reach the void space

that victims may be trapped in.

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process. Once the victim(s) have been removed to asafe location, they should be transferred to theTreatment Sector for continued ALS care.

After all located victims have been removedfrom the building, the rescue teams should pullou” of the building and update the markingsystem. Rescue teams should keep in mind thatany cribbing and shoring should be left in place asthe removal of these systems could precipitate asecondary collapse.

Selected debris removal phaseIf rescue teams have not been able to find victimsthrough other methods, then they should try to belocated by removing debris. If there is a potentialfor live victims, teams must be very careful whenremoving debris so as not to cause a secondarycollapse or further injury to the victim(s).

If a victim location is known, either from familymembers or previously rescued people, an attemptshould be made to remove debris to reach thatperson. In lightweight frame construction build-ings, this can be accomplished by cutting andhand-removing structural members. This may alsorequire the use of a crane to pick and move thestructural components to reach potential victims.Rescue team members should assist in the break-up and removal of structural components.

During all of these operations, a safety officershould be overseeing things to ensure site safetyfor all operating personnel. If structural compo-nents are removed from the site, they should bemarked in some way so they can be identified –which building they came from, etc., – for futureinvestigative/forensic purposes.

As debris is removed, all operations should be

stopped periodically to search (acoustic, dog team,hailing) for victims. After enough debris has beenremoved to reasonably ascertain that there are notany victims, search and rescue operations can thenbe suspended in that building.

General debris removal phasePrior to beginning general debris removal, Com-mand should call for a situation report to establishvictim survivability – remember life is lived by therule of 3’s; 3 minutes without air, 3 days withoutwater and 3 weeks without food. If it has beendetermined that no victims can be found alive inthe building, a general debris removal can begin.Should there be a potential for deceased victims tobe trapped in the rubble, removal crews should bealert for signs of them.

During general debris removal, if heavy equip-ment operators spot a sign of a deceased victim(s),a selected debris removal can be conducted inorder to remove them respectfully. The coronerand/or other investigative personnel should thenbe notified to authorize the removal of thebody(ies). As debris is removed, each dump truckload should also be marked as to the general areafound and final location of the debris, which willhelp investigators complete their forensic analysis.

Prior to termination of the incident, Commandneed to account for all personnel that have beenoperating at the collapse site. Each sector officershould ensure crew and equipment accountabilitybefore returning to service. And if Command hasnot previously addressed the issue of C.I.S.D.,he/she may consider doing so during the termina-tion phase. After the personnel and equipment areback in service, debriefing can be carried out. APF

46 ASIA PACIFIC FIRE

SCDF DART personnelevacuating a casualtyduring Ops LionheartSichuan,China. Picturecourtesy of SCDF.

Reprinted with permissionfrom www.firerescue1.com.All rights reserved.Copyright 2009.

STAYING SAFE AT STRUCTURAL COLLAPSE OPERATIONSSTRUCTURAL COLLAPSE

Michael Lee has 25 yearsexperience in pre-hospitalparamedic experience andabout 20 years experience inthe fire service. He started asa FF/Paramedic and workedup through the ranks, includingtraining officer, to his currentposition as battalion chief atCunningham Fire Dept inColorado. He is currentlyfilling the role of safety officerfor FEMA USAR Colorado TaskForce One and has militaryservice in the U.S. Navy. Tocontact Michael, [email protected]

Page 49: APF Issue 30

ASIA PACIFIC FIRE 47

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Page 50: APF Issue 30

www.draeger.com

Dräger PSS 7000

Drager Safety Asia Pte Ltd •Tel +65 6872 9288 •Fax +65 6773 2033 • E-mail : [email protected]

The Dräger PSS 7000 is the result of Dräger’s ongoing commitment to providing professionalfire fighters with a world class state-of-the-art breathing apparatus.

Key new features of the PSS 7000 is the harness that uses advanced materials and mouldingmethods to produce exceptional wear resistance and a high grip anti-slip surface to ensurethat the harness remains secure on the body.

With easier seamless integration and interface with the facemask, communication equipment,head protection and good ergonomic design to create a higher performance personal safetysystem, the Dräger PSS 7000 is a major leap forward in the evolution of breathing apparatusfor the professional fire fighter.

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Draeger advert 12/3/09 10:41 am Page 1

Page 51: APF Issue 30

ASIA PACIFIC FIRE 49

GAS DETECTION

Gas analysis in different applications

The demands placed on detectors vary inaccordance with the type of application. Min-ing, for example, is often characterized by

inhospitable conditions. Gas measurement deviceshave to work reliably even when they are exposedto dust or water splashes. Devices certified inaccordance with protection class IP 65 offer thislevel of robustness. Moving around in mine shaftscan be frequently combined with drastic and sud-den changes in ambient pressure. The resultantpressure surges can cause electrolyte leakage,destroying electrochemical sensors and, becausethe entire device has to be replaced, can prove tobe expensive. In this situation the patented elec-trochemical Dräger XXS Sensors offer an idealsolution. Resistant to electrolyte leakage, they canbe used within a range of 700 to 1300 mbar andfeature internal compensation to cope with asudden drop or build-up of pressure.

In shipping, refineries and other areas of indus-try, the oxygen or hydrogen sulphide content ofthe ambient air may need to be measured. Highstability and precise measurements are especiallyimportant as false alarms, caused by inaccuratedetection of O2 concentrations, can result in costlyoperational downtimes. In the worst case, such

repeated downtimes may even lead to usersswitching off their devices. This would obviouslymean that they would not receive any warning inthe case of an actual emergency.

Firefighters often need to check the concentra-tion of carbon monoxide in ambient air duringfirefighting applications. They also use gas mea-surement devices to analyze the breathing gas ofanyone who may be injured. For this, they need agas detector that can provide a reliable and precisedisplay of the measured values.

Ensuring reliability and precision: thesensorsThe most important parameter when consideringthe quality of a measurement device and, there-fore, its efficiency in operation, is the sensor. Thesensor determines the precision and responsive-ness of the device as well as its reliability, andkeeps false alarms to a minimum whilst ensuringthat accurate alarms are given as soon as an emer-gency arises. The life of a sensor also influencesthe service life of the device and, therefore, has abearing on the long-term cost of gas measure-ment technology. Dräger XXS sensors for use withoxygen, carbon monoxide and hydrogen sulphideare designed to provide fast detection and have an

By Justin Kung

Draeger Safety AsiaPte Ltd

Workplace gasmeasurementtechnology mustbe durable, robustand reliableWorking with toxic gases is common in many industries – as are theaccompanying dangers. To make sure that personnel are warned in good timeabout potentially harmful concentrations of gas in the workplace, portable gasdetection instruments form part of the standard equipment for employeesthroughout industry, mining and firefighting. The demands placed on thesesmall warning devices are multifaceted. They have to display substances reliably,quickly and precisely and, at the same time, they must be robust, low-maintenance and low in price. What this means for the wide variety ofapplications in different industries can be seen in the following examples.

The sensor determines the precision and responsiveness of

the device as well as its reliability, and keeps false alarms to a

minimum whilst ensuring that accurate alarms are given as

soon as an emergency arises.

Page 52: APF Issue 30

expected service life of more than five years. Theoxygen sensor has a guaranteed service life of fiveyears. With a low power consumption and manu-factured lead-free, it also features patented three-electrode technology which protects the sensorfrom wear.

Maintaining safety: the function testIn order to check that previously used devices arestill providing reliable detection, function testsmust be carried out before every operation. Suchtests are crucial as only those devices that havebeen properly verified can guarantee an accuratealarm in an emergency. Where large numbers ofequipment are held in stock, this can pose quite alogistics challenge. To avoid delays and minimizeinterruption to the workflow, local checks arerecommended at each workplace. The faster andeasier the tests are, the greater the likelihood that they that will actually be carried out. Theresponsibility for correct device testing remainswith the employer.

Requiring no mains power, the Dräger BumpTest Station can be used anywhere and carries out a function test, optionally, in five to fifteen

seconds. The test results arerecorded in the device and canalso be printed on a mobileprinter.

Adjustable bump test andcalibration intervals can bepreset by the user in accor-dance with specific mainte-nance requirements.

On request, the detectorscan also be configured toswitch off automatically if theuser has failed to carry out thefunction test after a pre-deter-mined interval, or in case of(non-)compliance with regularworkshop maintenance andcalibration intervals.

Driving costs down:durability pays off Today, most single-gas instru-ments are single-use products.When the sensor ceases tofunction – which is normallyafter around two years – a new detector has to bepurchased.

The new Dräger Pac 5500and Dräger Pac 7000 5Yinstruments can be used forseveral years, lowering the costof ownership both in the midand long term because of thesensor’s long service life andthe fact the sensor can also bereplaced. In addition, becausethe devices do not have to bereplaced by new models on aregular basis, there are no usertraining costs for new detec-tors. Dräger manufacturersboth the sensors and thedevices and offers a compre-hensive service program withtraining, maintenance, logistics

and repair services. For example, this can includeregular calibration to suit the exact needs ofspecific applications. Workshops and helplinessupport the user with device repairs or, ifrequested, DrägerService will carry out the repair,ensuring that users remain fully operational in caseof emergencies.

Keeping an eye on quality and service:making the right choiceSeveral factors need to be considered when select-ing the most appropriate gas measurement tech-nology. The durability and quality of both thesensor and the device not only ensure safe work-ing but, at the same time, minimise false alarms.Also, in terms of cost the use of devices like thesecan be favourable thanks to their long service life.Another important factor includes the service pro-vided by the supplier: in case of doubt they shouldbe able to ensure a constant supply of operationalinstruments. Last but not least, the design andcontrol of the function tests determine the “user-friendliness” of the detectors – influencing useracceptance and affecting the decision as towhether or not the devices will be used. APF

50 ASIA PACIFIC FIRE

WORKPLACE GAS MEASUREMENT TECHNOLOGY MUST BE DURABLE, ROBUST AND RELIABLEGAS DETECTION

Dräger. Technology forLife®

The Drägerwerk AG & Co.KGaA is an internationalleader in the fields of medicaland safety technology. Drägerproducts protect, support andsave lives. Founded in 1889,in 2008 Dräger generatedrevenues of around EUR 1.9billion. The Dräger Group iscurrently present in morethan 190 countries and hasabout 11,000 employeesworldwide. Please visitwww.draeger.com

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Unifire w/p 18/5/06 5:07 pm Page 1

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52 ASIA PACIFIC FIRE

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ASIA PACIFIC FIRE 53

CHEMICAL PROTECTIVE CLOTHING

This standard goes by the title EN 14 605:2005Protective clothing against liquid chemicals;performance requirements for clothing with

liquid-tight (type 3) or spray-tight (type 4) connec-tions, including items providing protection to partsof the body only (types PB [3] and PB [4]) and itreplaces three 10 year old standards EN 465:1995,EN 466-1:1995 and EN 467:1995. In many casesEN 14 605 cross references to other EN standardsso that test methods can be relied upon to be thesame wherever they are performed and a mean-ingful comparison can be made between gar-ments particularly if the levels of performance areconsidered not just the overall standard. In particu-lar EN14325 is used which lists all the tests to beperformed on garment materials used in chemicalprotective clothing.

The first requirement of EN 14 605 is thatproducts must comply with EN 340:2003. This isthe standard covering the general requirementsfor protective clothing and includes areas such asthe innocuousness of the material, performanceafter ageing, sizing and labelling and othergeneral matters that apply to all protectivegarments.

One of the biggest differences of EN14 605 tothe previous standards, however, is that practicalperformance tests have been added along withlevels of performance. Class 1 is the lowest level, and minimum which must be achieved forcertification, and class 6 is the highest

The tests, and their reference standards, whichmust be performed on the product material aregiven on the next page.

By Jeff Heaton

Sales & MarketingDirector, TrelleborgProtective Products

Rewriting theStandardA new standard came into operation throughout Europe regarding chemicalprotective clothing in 2005 and almost appears to have gone unnoticed.

To show the different stylesof Type 3 Liquid Tightgarments

From left:

The Trellchem Splash 900worn with a breathingsystem outside the suit

The Trellchem Splash 1000two piece suit worn witha breathing systeminside the suit

The Trellchem Splash2000 one piece suitworn with abreathing systeminside the suit

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At this point it may be worth clarifying thedifference, in EN 14605, between what appear to be two very similar requirements in resistance toPENETRATION and resistance to PERMEATION.

Penetration is a measurement of how much ofa chemical gets through the garment to the per-son underneath. For EN 14 605 it is tested in twoways depending on the type of garment. For Type3, liquid type garments it is tested by directing ajet of water containing a marker dye at the prod-uct at a pressure of 150 Kpa from a distance of 1metre selecting test spots from the most criticalareas. The test for Type 4 products is very similarexcept the water is sprayed from all sides fromfixed spray nozzles whilst the garment rotates. In

54 ASIA PACIFIC FIRE

The Trellchem Splash600, a Type 4 Splashprotective suit. Right,with fitted boots

REWRITING THE STANDARDCHEMICAL PROTECTIVE CLOTHING

Requirement EN Reference Standard

Abrasion resistance EN 530

Flex cracking EN ISO 7854

Trapezoidal tear resistance EN ISO 9073–4

Tensile strength EN ISO 13934-1 This is a new requirement which replaces burst resistance

Puncture resistance EN 863

Resistance to permeation EN 374-3 This now requires testing on the seams

Resistance to ignition EN 13274-4 This was originally a new requirement to replace stabilityto heat but has since been removed

Requirement EN Reference Standard

Resistance to penetration by liquids EN 463 for type 3 (liquid tight) productsEN 468 for Type 4 (spray tight) products

Resistance to permeation of liquids EN 14325

Seam strength EN 14325 (test method as EN ISO 13935-2)

It is important to clarify that the above tests are on the material alone and separate tests are requiredon the seams, joins and finished assemblies:

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56 ASIA PACIFIC FIRE

CHEMICAL PROTECTIVE CLOTHING

Requirement EN Reference Standard Level 1 Level 2 Level 3 Level 4 Level 5 Level 6

Abrasion resistance EN 530 >10 cycles >100 cycles >500 cycles >1000 cycles >1500 cycles >2000 cycles

Flex cracking EN ISO 7854 >1000 cycles >2500 cycles >5000 cycles >15000 >40000 >100000 cycles cycles cycles

Trapezoidal tear resistance EN ISO 9073-4 >10 N >20 N >40 N >60 N >100 N >150 N

Tensile strength EN ISO 13934-1 >30 N >60 N >100 N >250 N >500 N >1000 N

Puncture resistance EN 863 >5 N >10 N >50 N >100 N >150 N >250 N

Resistance to permeation EN 374-3 or EN ISO 6529 ≥10 mins ≥30 mins ≥60 mins ≥120 mins ≥240 mins ≥480 mins

Resistance to ignition EN 13274-4 Requirement removed according to amendment A1.

Resistance to penetration EN ISO 17491-3 for type 3 by liquids (liquid tight) products Pass/fail test (no classes).

Resistance to penetration EN ISO 17491-4 for Type 4by liquids (spray tight) products Pass/fail test (no classes).

Resistance to permeation of liquids EN 14325 >10 mins >30 mins >60 mins >120 mins >240 mins >480 mins

Seam strength EN 14325 >30 N >50 N >75 N >125 N >300 N >500 N

Resistance to flame EN 14 325 Specimen Specimen Specimen – – –EN 13 274-4 method 3 passes stops 1s in stops 5s in

through flame flameflame

Limited flame spread EN 14 116 Index 1 Index 2 Index 3 – – –

Antistatic shielding EN 1149-3 EN 1149-5 electrostatic dissipative material: S>0.2 or t50 <4 s tested to EN 1149-3.

PERFORMANCE LEVELS UNDER EN 14 605:2005

EXTRA TESTS

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both cases, prior to the test, a series of exercisesare performed in the garment, including climbinga ladder and crawling on the floor, to ensure theintegrity of the whole garment.

Permeation is how a chemical passes through amaterial at the molecular level. Testing is done byplacing a sample of the material across a sealedbox and the chemical at one side. Measurementsare than taken at the other side to detect howsoon the chemical breaks through. This is theBREAKTHROUGH TIME and the amount of perme-ating chemical per unit of time is the PERMEATIONRATE. Under EN 374-3 a permeation rate of 1.0µg/cm2/min is the norm so a Level 6 productwould allow less than one millionth of a gram persquare centimetre of fabric per minute to perme-ate in 480 minutes. Interestingly the US standardfor permeation, ASTM F739, uses a norm of 0.1µg/cm2/min and so is 10 times more stringent.

Performance levels under EN 14605:2005At Trelleborg Protective Products we found that, inpractical terms, these new standards affected thedesign of the suits they apply to.

For Type 4 splash tight suits a chin flap on thehood helps to prevent spray getting inside the suitaround this area.

Sleeves required a tighter fitting cuff than theprevious elasticated system and so a Velcro closurehas been adopted to prevent ingress of liquidbetween the cuff of the garment and the gloves.To assist in this Trelleborg is making all its Splashsuits available with the same glove ring systemused on its gas tight suits.

For the legs a double layer system has beenintroduced so that the fabric goes inside and out-side the boots to prevent spray getting inside thesuit in this area. Again options have been madeavailable with fitted boots or integral socks.

As part of the redesign of the range otheroptions, although not required to meet the stan-dard, have also been made possible such as water-tight zippers, Velcro or popper fastening on the zipflap, different glove combinations and differentmaterials and colours to suit different applications.

To meet the highest requirements of Level 6Type 3 suits required the use of watertight zippers,changes to the zipper flap closing and a redesignof the valve pockets. Again during this redesignphase it was possible to make options availablesuch as the bayonet glove system, Boot, sock ordouble leg versions, glove options, different fabricsand colours and, for the non encapsulated versiona fitted face mask for use with different types ofbreathing system.

In addition to the above other standards havebeen incorporated to meet the demands of cus-tomers particularly in industrial environments. Byreformulating the materials it has also been possi-ble to provide Resistance to flame (EN 14 325/EN13 274-4 method 3), Limited flame spread (EN 14116) and Antistatic shielding (EN 1149-3) toprovide added safety features.

As a result of the update in EN 14 605 it is nowpossible to not only rely on the standard to pro-vide you with a performance level to which a gar-ment should perform but also, by selectinggarments with the highest levels of protectionwhich may be required for any job, to ensure thatprotection is adequate for all scenarios. APF

ASIA PACIFIC FIRE 57

REWRITING THE STANDARD

Please visit our website for full details of all

product and services or contact us directly.

Bristol Uniforms Ltd,

Bristol, United Kingdom. BS16 5LL

Telephone +44 (0) 117 956 3101

[email protected]

www.bristoluniforms.com

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ASIA PACIFIC FIRE 59

ALARM SYSTEMS

Just about every piece of fire safety legislationaround the world is driven by the need toachieve life safety; understandably the ease and

efficiency in which occupants can be evacuatedfrom a burning building being the primaryconcern. While this is an entirely commendableaim, the decision on what type of fire detectionand alarm equipment is selected should surely alsotake into account the critically important needs ofthose whose lives may be in peril fighting theblaze.

Indeed, it is surprising that the impact thatsystem selection may have on the firefighter is notmore widely appreciated or taken into account.This is especially so considering the risks that fire-fighters face on a daily basis and the high regardthat society generally has for their courage andprofessionalism. Perhaps this is because there issometimes a failure to appreciate that the functionof a fire detection and alarm installation does not

end with the arrival of the fire brigade? Certainly itis something that we should all give more thoughtto. With legislation internationally moving increas-ingly towards fire safety regimes based around riskassessment and fire engineered solutions, thesafety of the firefighter is a responsibility that,globally, is becoming increasingly difficult to shirk– and rightly so.

So, what system features should we be lookingfor that will make the firefighter’s life safer, and his or her job easier to perform? There are fourareas that are worth considering, the technologyfor which is already widely available. These are:the need for the early detection of a fire; theimportance of reducing, if not eliminating, falsealarms; fast identification of the location andgrowth of a fire; and sufficient system versatility toenable the firefighter to influence “on theground” response to the fire. Let us look at eachof these in turn.

By Yasmin Butt

Marketing Manager,Hochiki Europe

Let’s hear it forthe firefightersWhen it comes to fire detection and alarm equipment, there is a tendency tofocus entirely on occupant safety, overlooking the impact that system selectioncan have on the performance and safety of firefighters. So here, Yasmin Butttakes a closer look at what makes a fire alarm “firefighter friendly”.

Picture courtesy ofHochiki Europe

Page 62: APF Issue 30

The need for early detectionA view commonly held by firefighters is that theactions taken in the first few minutes of a fire havea significant bearing on its outcome. Put thatanother way, the shorter the delay in detectingand raising the alarm, the greater the prospect ofaverting a possible disaster.

This has implications both regarding the selec-tion of the most appropriate detection or sensingdevice and the speed in which the device isactivated. So, it is important for owners and occu-piers of buildings to ensure that the right sensor ordetector is installed – and, of course, maintained –in the right locations. Far too frequently structuralor occupational changes are made to a buildingwithout adequately reviewing the siting of detec-tors or questioning whether the detector is still themost appropriate choice in the newly prevailingcircumstances. In short, get this equation wrongand the result might well be either a delay indetecting a genuine fire or wholly avoidable falsealarms.

Eliminating false alarmsAlthough there is fairly widespread awareness thatfalse alarms are disruptive and costly, it still surprisesmany to learn that, in the UK for example, thereare upwards of 1,000 false alarms every day cost-ing the British economy a staggering £1 billion

each and every year. Extrapolate that to a pan-AsiaPacific scale and the sum is mind-blowing.

The UK statistics are also a useful guide in termsof the impact on firefighters throughout theregion. Around half of the calls to the UK’s fireand rescue service are unwanted alarms, andmany of these are generated by fire detection andalarm systems. For example, of the 13,500 signalsfrom automatic fire alarms in Greater Manchesterin 2006, the Greater Manchester Fire & RescueService reports that less than one percent wereactual fires and fewer than half of those requiredfirefighters to use equipment.

This adds a considerable cost burden to munici-pal fire brigades. Worse, it has the potential forscarce resources to be wasted attending a falsealarmed “emergency” that could otherwise beused to have an earlier and possibly safer impacton a real fire.

In the past few years there have been a numberof improvements to detection devices that haveboosted their reliability and ability to distinguishbetween a real fire, environmental pollution andother conditions that might otherwise have initiateda false alarm. An example is Hochiki’s FlatResponse high performance chamber technologythat is incorporated into all of its optical sensorsand detectors. This provides the device with theoptimum sensitivity to smouldering and flaming

60 ASIA PACIFIC FIRE

Picture courtesy ofHochiki Europe

LET’S HEAR IT FOR THE FIREFIGHTERSALARM SYSTEMS

Page 63: APF Issue 30

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Page 64: APF Issue 30

fires. Re-engineering and refining the internaloptics has enhanced, the sensor’s or detector’sreaction to a wider range of inputs.

Hochiki’s ESP – or Enhanced System Protocol –analogue addressable open protocol incorporatesa suite of false alarm management tools thatfurther improves immunity from false alarms. Thissuite is called ARM or Alarm Reduction Manage-ment and includes drift compensation that, whenactivated by the control panel, automaticallyrecalibrates every sensor every 24 hours.

ESP also provides what is called full digitaltransmission for exceptionally secure signalling,and incorporates checksum error checking tounderpin the integrity of the data and ensurereliably correct communication. The protocol alsohas high immunity from electrical noise, so thereare no false alarms due to corruption.

Ensuring clear addressabilityThe characteristics of each type of sensor anddetector depend upon the type of fire detectionand alarm system that is being installed.

These are commonly referred to as “conven-tional” or “non-addressable” systems and“analogue addressable” systems. In a conventional

or non-addressable installation, the detectors – the term “detector” is usually applied to non-addressable devices – are in one of two states,either normal or alarm. Individual detectors are notidentified or given a specific “address” or locationon the installation. This type of system tends to beused in smaller buildings and, from the firefighter’sperspective, non-addressable systems provide littleinformation beyond the fact that a fire has brokenout.

Analogue addressable sensors – the term“sensor” being normally used for analogueaddressable devices, such as Hochiki’s EnhancedSystem Protocol – each have their own unique“address” number on the system’s control panel.This means that the firefighter can immediatelyidentify the site of a fire and, as other sensors are progressively activated as the fire spreads,track its development. Not surprisingly, thesesystems are invariably the preferred solution forhigh-hazard, large or complex buildings, or those with complicated or phased evacuationprocedures.

Fire-scene managementFire is not a static event; when the fire brigadearrives it is confronted by a dynamic and often fastdeveloping scenario. Occupants may still be in thebuilding; some may not even be aware that a fire

has broken out; and orderly evacuation, possiblyby people unfamiliar with the building, will be thefirefighters’ primary immediate concern.

Voice alarm systems can play a major role inovercoming some of these obstacles, particularly inshopping malls, leisure centres and hospitalswhere giving clear directions, zone by zone, on theappropriate course of action that should be takencan be vitally important. Voice alarms can alsocontribute by informing occupants when not toevacuate. An example of this is following a terror-ist explosion, when the safest course of action ispossibly to remain in the building, rather than tomass-evacuate, exposing everyone – firefightersincluded – to the danger of an explosive devicetargeted at the building’s fleeing occupants.

Voice alarm systems such as Hochiki’s FIREvacincorporate a prioritise mixer that designates theorder of messages played, and ensures that the firefighter’s microphone can override anybackground music, paging or pre-programmedmessages with live announcements. Audiocoverage can be enhanced for larger open areasby the addition of up to ten FIREvac slave panelsfor each FIREvac master panel or zone. These willrepeat all of the firefighter’s microphone and

digital message broadcasts made at the masterpanel to which they are connected. Localisedcontrol of paging and background music is alsopossible, as each slave panel has its own pagingand background music input.

The on-going fire safety challengeThe global trend for more and more buildings tobe designed using fire engineering techniquesrather than prescribed measures has placedgreater responsibility on fire detection and alarmequipment manufacturers to devise ever morereliable, fast and accurate solutions. Buildingdesigners are using new materials and pioneeringstructural techniques, owners are demandinggreater in-use flexibility, and occupiers are con-cerned for staff and visitor safety in any number ofrisk scenarios. To these concerns we must strive toensure that the firefighter’s needs are alsoaddressed.

While events such as the terrorist attack on the World Trade Centre in 2001, where 346firefighters lost their life, are beyond current tech-nology’s ability to influence or control, there willalways be men and women prepared to forsaketheir own safety to rescue others. So, the indus-try’s role must surely be to provide them withevery possible facility to do their work effectively,proficiently and – above all – safely. APF

62 ASIA PACIFIC FIRE

LET’S HEAR IT FOR THE FIREFIGHTERSALARM SYSTEMS

Yasmin Butt is MarketingManager of Hochiki Europe.She can be reached bytelephone on +44 (0)1634266566, or via email [email protected] Europe’s website is atwww.hochikieurope.com

The global trend for more and more buildings to be

designed using fire engineering techniques rather

than prescribed measures has placed greater

responsibility on fire detection and alarm

equipment manufacturers to devise ever more

reliable, fast and accurate solutions.

Page 65: APF Issue 30

ASIA PACIFIC FIRE 63

How warm air can prevent a fire.The SecuriSens® ADW linear heat detector

Securiton AG, Alarm and Security Systemswww.securiton.com, [email protected]

A company of the Swiss Securitas Group

Page 66: APF Issue 30

In the past, many desktop and web-basedautomation software packages offered ‘paper-based’ solutions, which required information to

be ‘manually’ recorded both in the field and backin the office. Recently, the role of handheld devicesand PDAs has gradually transformed from ‘toys’used by early adopters, to day-to-day toolsdeployed by organizations that want to improvetheir staff’s productivity and minimize unnecessaryadministrative tasks.

Can a PDA (handheld device) automatefire equipment inspections and replacepaper work orders?Absolutely. Most handheld devices operate on thePocket PC (Microsoft) platform which can easilyhandle fire equipment inspection and servicesoftware.

Handheld devices should provide informationthat already exists on paper forms or on the desk-top, whilst at the same time improve one’s abilityto access and utilize the data. A handheld user canpick results from a list of possible choices and

write or type in information, according to theorganization’s requirements, regulations andpreferences. Handheld software should also betailored towards field service personnel who needto perform their tasks using easy-to-use screensand functions. Furthermore, by simplifying naviga-tion buttons and minimizing keystrokes, fieldtechnicians can learn to operate their PDAsoftware in a very short timeframe.

The Desktop/Database/ServerFrom the outset, handheld applications should bedesigned to collect, display and manipulate infor-mation, and transfer it seamlessly between thedesktop or server database, and the handhelddevice. The desktop/server application should pro-vide a variety of operational and managementfunctions including scheduling, tracking, reporting,and analysis tools.

The means of data transfer between handhelddevices and the database can be through a stan-dard cradle, wired modem, infrared, Bluetooth,email, or wireless communications.

64 ASIA PACIFIC FIRE

AUTOMATION

By Naaman Shibi

Techs4Biz Australia PtyLtd*(www.pervidi.com.au)

Automating InspectiSystems Using Hand

Over the past few years, automation has proven to be an important tool in themanagement of fire equipment inspections, maintenance, and service activities.It enables effective equipment tracking, scheduling, service management, andmanagement of parts and inventories. Benefits include improved productivity,reduced downtime, increased equipment life expectancy, compliance withregulations, and lower overall maintenance costs.

Page 67: APF Issue 30

The benefits of combining softwarewith handheld devices to service andinspect Fire Protection Systems andEquipment Using handheld devices in conjunction with desk-top/server software will automatically transfer datafrom the handheld to your database without theneed for further data entry or data reformulation.In addition, the use of such technology will:✓ Improve operational efficiencies. ✓ Increase productivity and profitability.✓ Enable effective completion of tasks and

simplify repeatable tasks.✓ Incorporate mechanisms to focus on exceptions

and ensure proper execution of tasks, includingautomatic listing of activities, reminders, alerts,escalation procedures, and easy access toinformation.

✓ Ensure that service is performed according towarranties, guidelines and regulations.

How does a fire equipment serviceprovider find the right solution?By following three simple steps, described below,fire equipment inspectors/service providers canaccelerate the selection process and ensure thatthe chosen package fits their needs:1 Firstly, determine what you want the solution to

do for you. Make sure you understand yourcurrent processes and information flow.Try to answer the following questions:● List things that work well within your

current process and things that can improve.Focus on the process and not on software orcomputers.

● Prioritise potential improvement areas.● Describe a short scenario where improve-

ments can achieve your objectives. Forexample, minimize unnecessary administra-tive responsibilities such as the reschedulingof preventative maintenance tasks, or elimi-nating unnecessary data entry.

At this point, you have gathered yourrequirements. Now try to answer the following:● Who will use the system? How skilled are

the users with computers? (Always separatefield staff requirements from managers andsupervisors).

● What are your procedures for paperworkflow? Will the software improve this flow ormake it worse?

2 Next, evaluate features offered by differentsoftware providers and compare them to yourneeds. Create a list of desired features so youcan comparatively assess software solutionswithout becoming confused (or blindsided) bythe different vendor presentations. Keep inmind that certain packages offer significantlybetter value than their competitors, both interms of functionality, ease of use, and price.

The differences between the packages canbe highlighted in the following areas:

● How comprehensive is their solution andtheir PDA software? Is it easy-to-learn andeasy-to-use?

● How easily does the PDA integrate with thedesktop/server component?

● Does the package enable efficient planningand execution of work activities?

● Does the package enable multiple activitiessuch as preventative maintenance, repairs,inspections, work orders, and assettracking?

● Does the solution minimize unnecessaryadministrative tasks?

● Does it include management functions,reports, queries and exceptions? Can thesolution help planning and can it highlightproblem areas?

3 Finally, determine the best value and fit for yourorganization.

Once you have created a short list of poten-tial software packages, look at the followingfactors to choose ‘the right solution for you’:● Is the provider willing to tailor the solution

to your needs?● Can you customize settings, such as field

names, and screens available to each user?● Will you be able to expand the use of the

package without ‘hidden’ module charges,costs and complexities?

● Does the package include future softwarereleases, so that as additional features areadded you will receive upgrades withoutexcessive additional charges?

● And finally, is the solution within yourbudget?

Maintaining this focused approach is the bestway to select a fire equipment service packagethat is right for your needs. By taking the time tosystematically research and evaluate your options,a better informed decision can be made.

How much should it Cost?The evaluation process described above shouldinclude cost estimates for such solutions. However,you may also wish to evaluate the cost in terms ofROI (Return on Investment). Try to calculate yoursavings, in terms of minimizing data entry efforts,improving information flow and informationaccuracy, easy access to customer queries andaudits, shortening the timeframe it takes to issuean invoice (if relevant), etc.

Once you have estimated your savings (includ-ing both tangible and intangible benefits), you canevaluate the amount of money you are willing toinvest on such a system. ROI should be between 6 and 12 months.

*Techs4Biz develops and provides technology solutionsfor improving work-related activities and processes,combining software with handheld devices. Techs4Bizhas offices in Australia, Canada and the [email protected]

APF

ASIA PACIFIC FIRE 65

AUTOMATING INSPECTION OF FIRE PROTECTION SYSTEMS USING HANDHELD DEVICESAUTOMATION

on of Fire Protectionheld Devices

Page 68: APF Issue 30

BLÜCHER GMBHSINGAPORE

Contact: Mr. Raymond Hoi Account Manager Blücher OfficeSingapore Cell: +65 903 06972 Email: [email protected] Website: www.bluecher.comRepresentative Office

BRISTOL UNIFORMSAUSTRALIA

PACIFIC HELMETS AUSTRALIA PTY LTD Abn 60 088 233 783Unit 1/28 Burnside Road Hallmarc Business ParkYatala Qld 4207 Contact: Keith Ward Tel: 1300 73 1800 Fax: 07 3441 7177 Email: [email protected] Website: www.pacifichelmetsaust.comDealer/Distributor

BANGLADESH

MANIK BROTHERSHai Mansion (3rd Floor)9/3 Motijheel Circular RoadDhaka – 1000, BangladeshContact: Mr A K BhowmickTel: +880 2 7100 589Fax: +880 2 7100 386Email: [email protected]/Distributor

BRUNEI

DASAPREM (M) SDN BHD10 & 12 Jalan Muara 8/940000 Shah AlamSelangor, Darul EhsanMalaysiaContact: Mr Prem R MurthyTel: +603 550 9060Fax: +603 550 4486Email: [email protected]: www.dasaprem.comDealer/Distributor

CHINA

SHENZHEN RUFN INDUSTRIAL CO LTDRM-701, 7/F Leaser Tower1st Fuhua RdShenzhenChinaContact: Amy JinTel: +86 755 8399 9581Fax: +86 755 8399 9548Email: [email protected]/Distributor

FIJI

PHILLIPS & SMITH LIMITED10 Akatea RoadGlendeneAucklandNew ZealandContact: Mr S HamptonTel: +649 818 8048Fax: +649 818 4484Email: [email protected]: www.firemaster.co.nzDealer/Distributor

HONG KONG

CHUBB HONG KONG LIMITED3 Hok Yuen Street EastHung Hom, KowloonHong KongContact: Mr Simon TsangTel: +852 2746 9628Fax: +852 2785 0849Email: simonsft.chubb.com.hkWebsite: www.chubb.com.hkDealer/Distributor

INDIA

FOREMOST MARKETING PVT LTDM-1 Green Park Extn, New Delhi 110016, IndiaContact: Mr Vinay KhannaTel: +91 11 261 969 82Fax: +91 11 261 669 61Email: [email protected]: www.foremostsafety.comDealer/Distributor

JAPAN

ABLE-YAMAUCHI CO LTDYokohama Nishiguchi, SIA Building, 10-36Kitasaiwai, 2-Chome Nishi-KuYokohama 220-0004, Japan Contact: S. Yamauchi Tel: +81 45 312 1130Fax: +81 45 312 1350Email: [email protected]: www.able.yamauchi.co.jpDealer/Distributor

MALAYSIA

DASAPREM (M) SDN BHD10 & 12 Jalan Muara 8/940000 Shah AlamSelangor Darul Ehsan, MalaysiaContact: Mr Prem R MurthyTel: +603 550 9060Fax: +603 550 4486Email: [email protected]: www.dasaprem.comDealer/Distributor

NEW ZEALAND

PHILLIPS & SMITH LIMITED10 Akatea Road, GlendeneAuckland, New ZealandContact: Mr S HamptonTel: +649 818 8048Fax: +649 818 4484Email: [email protected]: www.firemaster.co.nzDealer/Distributor

SINGAPORE

YEN LEE FIREWELD PTE LIMITED18 Penhas Road, 208182Singapore Tel: + 65 62909890Fax: + 65 62961444Email: [email protected]: www.fireweld.com.sg Dealer/Distributor

SRI LANKA

FIRETECH (PRIVATE) LIMITED34 Walter Gunesekara MawathaNawala, Sri Lanka Contact: Leon DanielsTel: +94 11 4410588Fax: +94 11 2806666Email: [email protected]/Distributor

TAIWAN

SHENG-TAI FIRE PROTECTIONINDUSTRIAL CO LTDNo 222-2 Sec2, Cheng Tai RdWu-Ku Shiang, Taipei, Hsien, TaiwanContact: Liu Yuan HungTel: +886 22292 1751Fax: +886 22291 1984Email: [email protected]: www.shengtai.com.twDealer/Distributor

VIETNAM

TRAN VU TRADING CO LTD 61 Ban Co Street, District 3Hochiminh City, Viet Nam Contact: Tran Vu HongTel: +84 88325101Fax: +84 88309586Email: [email protected]: www.tranvufire.comDealer/Distributor

DRAEGER SAFETYAUSTRALIA

DRAEGER SAFETY PACIFICAxxess Corporate Park, Unit 99, 45 Gilby RoadMount Waverley, Victoria 3149Tel: +61 3 9265 5000Fax: +61 3 9265 5097Email: [email protected] Office

CHINA

BEIJING FORTUNE DRAEGER SAFETYEQUIPMENT CO LTDYu An Lu 22, B AreaBeijing Tianzhu Airport Industrial ZoneShunyi District, Beijing, 101300Tel: +86 10 8049 8000Fax: +86 10 8049 8005Email: [email protected] Office

INDIA

JOSEPH LESLIE DRAEGER MFG PVT LTDLeslico House, Dadar (W)Mumbai – 400 028, IndiaContact: Prof. V.S. Agashe MargTel: +91 22 2422 7587/1880Fax: +91 22 2430 3705Email: [email protected] Office

INDONESIA

PT DRAEGERINDO JAYAJl. Pangeran Antasari No. 67Cilandak Barat Unit L, JakartaSelatan 12430Tel: +6221 751 3289Fax: +6221 751 2052Email: [email protected] Office

JAPAN

DRAEGER SAFETY JAPAN LTD3-8-1 Toyo Koto-kuTokyo, JapanJapan Zip 135-0016Tel: +81 3 44 615111Fax: +81 3 44 615100Email: [email protected] Office

66 ASIA PACIFIC FIRE

Distributor and Representative Offices

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KOREA

DRAEGER SAFETY ASIADaejong Bld. #1106Bang-I-dong, Songpa gu, Seoul, KoreaTel: +82 2 6415 8222Fax: +82 2 6415 8223Email: [email protected] Office

MALAYSIA

DRAEGER SAFETY ASIA PTE LTD14 Jalan PJS 11/18Sunway Technology Park, 46150 PetalingJaya, SelangorTel: +60 3 5635 6460Fax: +60 3 5635 4171Email: [email protected] Office

NEW ZEALAND

DRAEGER SAFETY PACIFIC PTE LTDUnit O, No. 150Harris Road, East Tamaki, AucklandTel: +649 273 3160Fax: +649 273 3159Email: [email protected] Office

SINGAPORE

DRAEGER SAFETY ASIA PTE LTD67 Ayer Rajah Crescent #06-03Singapore 139950Tel: +65 6872 9281Fax: +65 6773 2033Email: [email protected]: www.draeger.com.sgRegional Head Office

TAIWAN

DRAEGER SAFETY TAIWAN CO LTD12/F, Kuohwa Building868-5 Chungcheng Rd, Chungho CityTaipei county 235Tel: +886 (02)2223-6388Fax: +886 (02)2223-2258Email: [email protected] Office

THAILAND

DRAEGER SAFETY (THAILAND) LTD123/20, Nonsi RoadKwaeng Chongnonsi, Khet YannawaBangkok 10120Tel: +662 6811 781 (4 lines)Fax: +662 6811 780Email: [email protected] Office

VIETNAM

DRAEGER SAFETY ASIA PTE LTDNo. 5A2 Nguyen Khanh Toan Str.Cau Giay District, Hanoi, VietnamTel: +84 4 281 3463Fax: +84 4 281 3461Email: [email protected] Office

E2V TECHNOLOGIESHONG KONG

ARGUS E2V11/F Onfem Tower29 Wyndham StreetCentral Hong KongTel: +852 3679 364 8/9Fax: +852 3583 1084Email: [email protected] Office

INDIA

FOREMOST MARKETING PVT LTD M-1, Green Park ExtnNew Delhi 1100016India Tel: 00 91-11-261-96982Fax: 00 91-11-261-66961Email: [email protected]: www.foremostsafety.comDealer/Distributor

JAPAN

CORNES DODWELL LTD (OSAKA) 13-40 Nishihonmachi, 1-chomeNishi-kuOsaka 550-0005, JapanTel: +81-6-6532-1012Fax: +81-6-6532-7749 Email: [email protected]: www.cornes-dodwell.co.jpDealer/Distributor

KOREA (SOUTH)

GODO ENGINEERING CO LTD 1FL. 142-5, Yeonhee-2 Dong Soedaemun-Gu, SeoulKorea, 120-112 Tel: 822-3141-1236Fax: 822-3141-1270 Email: [email protected]: www.godoeng.comDealer/Distributor

FIKEAUSTRALIA

FIRE PROTECTION TECHNOLOGIESPTY LTDUnit 1442-44 Garden Blvd, DingleyVictoria 3712, AustraliaTel: +61 3 9558 0715Fax: +61 3 9558 0725Email: [email protected]: www.fire-protection.com.auDealer/Distributor

BANGLADESH

NAVANA INTERLINKS LTD205-207 Tejgaon I/A Dhaka-1208, BangladeshTel: +88 02 -9892911Fax: +88 02 -9895252Email: [email protected]/Distributor

HONG KONG

THE JARDINE ENGINEERINGCORPORATION LTD13/F Somerset HouseTaikoo Place, 979 King’s RoadHong KongTel: +852 2807 4562Fax: +852 2503 4210Email: [email protected]: www.jec.comDealer/Distributor

INDIA

NEWAGE INDUSTRIESChampaklal Ugyog BhavanUnit No. 7, Sion (East)Mumbai 100 022, IndiaTel: +91 22 2407 7421Fax: +91 22 2407 4229Email: [email protected]: www.newage-india.comDealer/Distributor

INDONESIA

KARYA LESTARI MAKMUR PTJl. Pangeran Jayakarta85AK, Jakarta 10730, IndonesiaTel: +62 21 628 1933Fax: +62 21 628 1976Email: [email protected]/Distributor

KOREA

PARADISE INDUSTRY CO LTD#683-116 Hannam-DongYongsan-Ku, Seoul, South KoreaTel: +82 2 3780 8770Fax: +82 2 3780 8772Email: [email protected]: www.paradise-ind.co.krDealer/Distributor

MALAYSIA

FIKE ASIA PACIFIC SDN BHD18B Jalan Astaka L U8/LBukit Jelutong, 40150 Shah AlamSelangor, MalaysiaTel: +60 3 7859 1462Fax: +60 3 7859 1461Email: [email protected]: www.fike.comRepresentative Office

SUKIADA ENGINEERING SDN BHDNo. 20 Jalan Astaka L U8/LBukit Jelutong, 40150 Shah AlamSelangor, MalaysiaTel: +60 3 7845 2008Fax: +60 3 7845 6008Email: [email protected]: www.sukiada.com.myDealer/Distributor

PAKISTAN

MGH ENGINEERING AND CONTROLPVT LTD H. # 20 St., #5/A Kot ShahabdinShahdrah, Lahore 54950, Pakistan Tel: +92 - 42 - 7913064 Fax: +92 - 42 - 7913064 Email: [email protected] Website: www.mgheng.com Dealer/Distributor

PHILIPPINES

FIRE SOLUTIONS INCRoom 401, CBT Condominium60 West AvenueQuezon City 1104, PhilippinesTel: +63 2 371 9774Fax: +63 2 374 3041Email: [email protected]/Distributor

SINGAPORE

FICON PTE LTD11, Toh Guan Road East# 05-01, Singapore 608603Tel: +65 6895 8820Fax: +65 6425 5972Email: [email protected]/Distributor

SRI LANKA

BUILDING SERVICES (M&E) ENGINEER INTERNATIONAL PVT LTD122 Dawson StreetColombo-02, Sri LankaTel: +94 11 471 7500Fax: +94 11 245 4653Email: [email protected]/Distributor

ASIA PACIFIC FIRE 67

DISTRIBUTOR AND REPRESENTATIVE OFFICES

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TAIWAN

SUNMORN INC7F.-2, 76, Nan Jing W. RoadTaipei 103, TaiwanTel: +886 2 2550 3500Fax: +886 2 2550 5350Email: [email protected]: www.sunmoreinc.comDealer/Distributor

THAILAND

ANTI-FIRE CO LTD316-316/1, Sukhumvit 22 RoadKlongtoey, Bangkok 10110ThailandTel: +66 2 260 4565 9Fax: +66 2 258 2422Email: [email protected]: www.antifire.comDealer/Distributor

FIRE FIGHTINGENTERPRISESAUSTRALIA

AMPAC TECHNOLOGY PTY LTD97 Walters DrivePerth, Australia 6017 Tel: +61 892 423 333Fax: +61 892 423 334Website: www.ampac.netDealer/Distributor

BAHRAIN

KHAYBER TRADING COMPANY W.L.LP.O. Box No. 1976Cr.No. 40189-01Manama, Bahrain Email: FX ABB 50 Dealer/Distributor

CYPRUS

M.T. PIPERARIS TRADING LTDNafpactou 19aLemesos 3051Cyprus Tel: +357 5 737311Fax: +357 5 737310Dealer/Distributor

HONG KONG

HLK SERVICES LTDRoom 1111, Tower BHung Hom Commerc’l Centre39 Ma Tau Wai Road, Hung HomKowloon, Hong KongTel: +852 23303083Fax: +852 23656128Dealer/Distributor

INDIA

NITIN FIRE PROTECTIONIndustries Ltd501, Delta Technology St.Hirananandani GardensPowai, Mumbai -400 076, IndiaTel: +91 22 25700392Fax: +91 22 25701110Dealer/Distributor

ISRAEL

AAP TECHNOLOGY LTD84, Ben-Tzvi Road, Panarama House61364 Tel-Aviv, IsraelTel: +972 3518 1444Fax: +972 3518 1445Dealer/Distributor

TELEFIRE FIRE & GASDetectors Ltd, P.O.B 7036Petach-Tikva 49250, IsraelTel: +972 3 9211955Fax: +972 3 9211816Dealer/Distributor

IRAN

NAR KOOB IRANApt 7, 3rd FloorNo 32, Varavini St. Amir AtabakSt. Ostad Motahari Ave., Tehran – IranTel: +98 21 88842649Fax: +98 21 88307405Dealer/Distributor

KOREA

HI MAX CO LTDSicox Tower, 115-Ho 513-14Sangdaewon-Dong, Jungwon-GuSungnam-City, Kyungki Do, KoreaTel: +82 31 769 7698Email: [email protected]/Distributor

MALAYSIA

FITTERS ENG SERVS SDN BHDNo.1 Block C, Jalan Dataran, Sd1 Pju 952200 Bandar Sri, DamansaraKuala Lumpar, MalaysiaTel: +60 3 62767155Fax: +60 3 62758712Dealer/Distributor

NEW ZEALAND

AMPAC INDUSTRIES LIMITEDP.O. Box 100-149North Shore Mail CentreGlenfield, Auckland Tel: +64 94438072Fax: +64 94438073Dealer/Distributor

QATAR

AL SHAIBEH ESTABLISHMENTP.O. Box 3975, Doha, Qatar Tel: +974 4322140Fax: +974 4416650Dealer/Distributor

SINGAPORE

ACCLAIM SYSTEMS PTE LTDBlk 104, Boon Keng Road05-01 Singapore 339775Tel: +656 2990 798Fax: +656 299 3735Dealer/Distributor

ALARM SUPPLY PTE LTD63 Jalan Pemimpin03-07, Pemimpin Industrial BldgSingapore 577219 Tel: 00 656 258 3445Fax: 00 656 258 6428Dealer/Distributor

SRI LANKA

FIRETECH (PVT) LTD34, Walter GunasekaraMawatha, Nawala, Sri LankaTel: +94 1 806613Fax: +94 1 806666Dealer/Distributor

SYRIA

ESS COMPANYP.O. Box 35478DamascusSyriaDealer/Distributor

TAIWAN

HORING LIH IND CO LTD4f No 18 Lane 327Chung Shan RoadSec 2 Chung-Ho-CityTaipei Hsien, TaiwanTel: +886 2224 87599Fax: +886 2224 07752Dealer/Distributor

THAILAND

F.B. (THAILAND) LTD75 Soi RubiaSukhumvit 42 Road, Bangkok 10110ThailandTel: +66 2 3902445Fax: +66 2 3811197Dealer/Distributor

TEEYA MASTER SYSTS CO LTD100/101-102 VongvanjiBuilding B30th Flr, Rama 9 RoadHuaykhwangBangkok 10320ThailandTel: +662 2 6451130Fax: +662 2 2488540Dealer/Distributor

UNITED ARAB EMIRATES

BAHRI & MAZROEI TRADING COP.O. Box 1247Deira – Dubai, U.A.ETel: +971 42691610Fax: +971 42664627Dealer/Distributor

NAFFCOP.O. Box 17014Jebel Ali Free Zone AreaDubai, U.A.ETel: +971 4 881 5653Fax: +971 4 881 6229Email: [email protected] Dealer/Distributor

TELECTRONP.O. Box 2946, Al Salam StreetBldg. No.5, Abu Dhabi, U.A.ETel: +971 26795333Fax: +971 26794609Dealer/Distributor

HOLMATRO RESCUE EQUIPMENTAUSTRALIA

CHUBB FIRE SAFETY LTD120, Silverwater RoadSilverwater, NSW 2128Locked Bag 102, Silverwater 1811Contact: Andrew LoftusTel: 1300 369 309Fax: 02 8748 7450Email: [email protected]: www.chubb.com.auDealer/Distributor

CHINA

HOLMATRO CHINAUNIT 14/D – 9 JOY TOWER9 Zhen Ning Road Shanghai 200050, P. R. China Contact: Floris EversTel: +86 21 5238 7330Fax: +86 21 5238 7320Email: [email protected]: www.holmatro-china.comRepresentative Office

68 ASIA PACIFIC FIRE

DISTRIBUTOR AND REPRESENTATIVE OFFICES

Page 71: APF Issue 30

HONG KONG

ABLESLINK CO LTDUnit B4, 2/F., Block BSheung Shui Plaza, 3 Ka Fu CloseSheung Shui, N.T., Hong KongContact: Mr. Randy HauTel: +852-2466 4568Fax: +852-2466 4569Email: [email protected]/Distributor

INDONESIA

PT ESA KARYA MANDIRIJL.SUNTER PARADISETimur Raya, F21 No.C42, Jakarta 14350Contact: Ir.Benny N LiemTel: 062-21-6412936/65303502Fax: 062-21-6412937Email: [email protected]/Distributor

JAPAN

AKAO & CO LTD4-13-1 Shinmachi Nishi-ku Osaka, Japan 550-0013Contact: Masaya SagaTel: +81-6-6532-6256Fax: +81-6-6532-3095Email: [email protected]: www.akao-co-co.jpDealer/Distributor

KOREA (SOUTH)

KEO WHA HITEC CO LTDRm-1Fl, Jiwoo Bldg, 376-12Seogyo-dong, Mapo-guSeoul, KoreaContact: Mr. Kenneth ZyungTel: 82-(02)-336-0145-7Fax: 82-(02)-336-0180Email: [email protected]: www.kh-hitec.comDealer/Distributor

MALAYSIA

PANDAN NIAGA SDN BHDNo. 81A, Jalan Tabla 33/21 Shah Alam Technology Park Section 3340400 Shah AlamSelangor Darul Ehsan, MalaysiaContact: Mohd Rashdi Abd RahmanTel: +603 5122 1310Fax: +603 5122 1279Email: [email protected]/Distributor

NEW ZEALAND

CHUBB FIRE & SAFETY3 Fisher Crescent, Mt WellingtonAucklandContact: Steve KirkTel: +64 9 270 7441Fax: +64 9 270 7235Email: [email protected]: www.chubb.co.nzDealer/Distributor

PHILIPPINES

WALLGREEN INDUSTRIAL VENTURESCORP62 West AvenueQuezon CityPhilippines 1104Contact: Francisco C. DizonTel: +6 32 411 0818 Mobile: +6 32 0917 820 1947Fax: +6 32 411 0818Email: [email protected]/Distributor

TAIWAN

PARKSON TRADING CO LTD10F, No. 32, Wen-Jung RoadGuo-Shan Dist., Kaohsiung City80464 Taiwan, R.O.C.Contact: Mr. Johnson PengTel: +886-7-552-1650Fax: +886-7-552-7999Email: [email protected]/Distributor

LANCIERAUSTRALIA

FIRE & SAFETY WAUnit 2/63 Furniss Road, Landsdale WA Contact: Kerry LovettTel: +61 89 3023210Fax: +61 89 3026110 Email: [email protected]: www.fireandsafetywa.com.auDealer/Distributor

BANGLADESH

ARION OVERSEAS186/1 Inner Circular Road1000 Dhaka Bangladesh MotijheelTel: +880 27101369Fax: +880 27100043Email: [email protected]/Distributor

BRUNEI

HANG SAN HARDWAREA13 & A14 Warisan Complex/Jln. Gadong,BE3919/P.O. Box 1770/Bandar Seri BegawanBS8673Tel: +67 324 7995 Email: [email protected]/Distributor

HONG KONG/CHINA/MACAU/TAIWAN

GRAND POWER ENGENEERINGTower A Room 503, Hung HomKowloon, Hong Kong Tel: +852 2365 52525Fax: +852 2764 0237 Email: [email protected]: www.howswing.comDealer/Distributor

INDIA

NEW AGE INDUSTRIES Ambawadi Industrial EstateGujarat Tel: +91 2752 243651Fax: +91 2224 074229 Email: [email protected]: www.newage-india.comDealer/Distributor

INDONESIA

P.T. SABERINDO PACIFICKompleks Ruko Cempaka Mas/Blok J No. 10 Jl./Letjen Suprapto/10640 JakartaTel: +62 214 2888282Fax: +62 214 2884704Email: [email protected]/Distributor

KOREA

HOVERTECHSejin Bronzvill 1415Maesanro 1 Ga, Paldalu, 442-081 SuwonTel: +82 312571415Fax: +82 312571415Email: [email protected]/Distributor

MALAYSIA

LSL-MERCURY11, Jalan 31/63, Kota KemuningSection 3140706 Shah Alam, Selangor D.E.Tel: +60 35 222811Email: [email protected]/Distributor

NEW ZEALAND

LANCIER SOUTHWEST PACIFIC LTD64-66 Huia RoadAuckland, New ZealandTel: +64 9 276 0405Fax: +64-9-276 6215Representative Office

PAKISTAN

AHMAD MEDIX (PVT) LTD129/6 Quaid-e-AzamIndustrial Estate Township, LahoreTel: +92 42 5213441Fax: +92425213441 Email: [email protected]/Distributor

SINGAPORE

MCALISTER & COMPANY LTD257 Jalan Ahmad Ibrahim SG62914 SingaporeTel: +65 6266 3088Fax: +65 6265 7863Dealer/Distributor

THAILAND

EMPIRE TECH CO LTD26/13-14, 26/15 Suit 10111140 NonthaburiTel: +662 595 5027 Fax: +662-595-5029Dealer/Distributor

VIETNAM

ANH HONG TECHNOLOGYDEVELOPMENT CO133 Thai Ha Str., Hanoi Tel: +84 4 3537 4250Fax: +84-4 3537 4280 Email: [email protected]/Distributor

PERMALIGHT (ASIA)CO LTDHONG KONG

PERMALIGHT (ASIA) CO LTD4/F Waga Commercial Centre99 Wellington StreetCentral Hong KongTel: +852 2815 0616Fax: +852 2542 3269Email: [email protected]: www.pilatorch.comRepresentative Office

SCOTT HEALTH &SAFETYAUSTRALIA/NEW ZEALAND

SCOTT HEALTH & SAFETY –AUSTRALIA/NEW ZEALAND137 McCredie RoadGuildford, NSW 2161AustraliaEmail: [email protected] Office

ASIA PACIFIC FIRE 69

DISTRIBUTOR AND REPRESENTATIVE OFFICES

Page 72: APF Issue 30

SCOTT HEALTH & SAFETY –AUSTRALIA/NEW ZEALANDUnit 4, Deakin StreetBrendale, QLD 4500, AustraliaTel: +61 7 3804 6814Fax: +61 7 3204 3807Email: [email protected]: www.scotthealthsafety.comRepresentative Office

CHINA

SHANGHAI EAGLE SAFETYEQUIPMENT LTD No. 1, Lane 955, Jinhai Rd, Pudong, Shanghai Tel: +86 (0) 21 6163 3376Fax: +86 (0) 21 6163 3372 Website: www.eagle-sh.comDealer/Distributor

SINGAPORE

SCOTT HEALTH & SAFETYNo. 2 Serangoon North Avenue 5#07-01, Singapore 554911Contact: Tom BarrettTel: +(65) 9823-5700 Fax: +(65) 6245-6718Email: [email protected] Office

SECURITONASIA PACIFIC

SECURITON (M) SDN BHDNo. 19A, Lorong Rahim Kajai 13Taman Tun Dr. IsmailMY-60000 Kuala Lumpur, MalaysiaContact: Mr Lewis ChongTel: +60 3 7725 1699Fax: +60 3 7725 1677Email: [email protected]: www.securiton.comRepresentative Office

AUSTRALIA

AUSTRALIAN FIRE ENTERPRISES (AFE)P.O. Box 7027, Mannering ParkNSW 2259, AustraliaContact: Mr Mike Donegan/Mr Brett GordanTel: 61 2 43 592 244Fax: 61 2 43 593 301Email: [email protected]/[email protected]/Distributor

NATIONAL SECURITY &SURVEILLANCE38 Lambert Street RichmondVictoria 3121, AustraliaContact: Mr Dominic ParuitTel: +61 3 9428 8055Fax: +61 3 9428 8065Email: [email protected]: www.natss.com.auDealer/Distributor

CHINA, BEIJING

SWISS SECURITAS FIRE AND SECURITYSYSTEMS TECHNOLOGY (BEIJING) COLTDRoom 1808-1118th Floor Shouchuang MansionNo.6 North Street, Chaoyangmen Dongcheng Area, Beijing 100027P.R.ChinaContact: Mr Lewis Chong/Mr Todd ZengTel: +86 10 6406 0558Fax: +86 10 6406 6934Email: [email protected]: www.securiton.cnDealer/Distributor

BEIJING Z-N MECHANICAL &ELECTRICAL EQUIPMENT CO LTD1 #B910,Lingdi Office,No.13 Beiyuan LuChaoyang District Beijing, China 100012Contact: Ms Sarah ZhangTel: 86 10 5207 3836Fax: 86 10 5207 3839Email: [email protected]/[email protected]/Distributor

CHINA, SHANGHAI

SWISS SECURITAS (BEIJING) CO LTDSHANGHAI COMPANYRoom A, 23rd Floor Shimei MansionNo. 445 Jiangning Road Jing’an AreaShanghai 200041, P.R.ChinaContact: Mr Lewis Chong/Mr Todd ZengTel: + 86 21 5228 8111Fax: + 86 21 5228 8325Email: [email protected]/Distributor

SHANGHAI ZHENYE INDUSTRY CO LTDNo, 3 221, Cao Bao LShanghai, 200233Contact: Mr Jack ShenTel: 86 21 6451 2922/2933 Fax: 86 21 6451 9955Email: [email protected]: www.shzhenye.comDealer/Distributor

CHINA, SHENZHEN

SHENZHEN YAOHUAJI CHINA CO LTDRM.F, 20th Floor Yong – Hui BuildingGuo-Qi Building, ShenzhenContact: Mr Raymond Ng/Ms ShiTel: +86 755 8212 9831Fax: +86 755 8212 9909Email: [email protected]: www.ywk.com.hkDealer/Distributor

HONG KONG

YIU WAH (KOGARAH) CO LTDRoom 901, 9th Floor, No 113 Argyle StreetMongkok, KowloonHong KongContact: Mr Raymond NgTel: +852 2781 1384 Fax: +852 2782 6652Email: [email protected]: www.ywk.com.hkDealer/Distributor

INDIA, MUMBAI

BAJAJ ELECTRICALS LTD15/17, Sant Savta Marg, Reay roadMumbai – 400010Contact: Mr. Ravichandran Sr. GeneralManagerTel: +91 22 2372 4192Fax: +91 22 2373 0504Email: [email protected]: www.bajajelectricals.comDealer/Distributor

VIMAL FIRE CONTROLS PVT LTD19/20 Vardhaman ServiceIndustrial Estate, L.B.S. Marg.IN-400083 Vikhroii (West) MumbaiIndiaContact: Mr Vijay Doshi/Mr Nalin DoshiTel: +91 22 2578 3335Fax: +91 22 2578 3338Email: [email protected]/[email protected]: www.vimalfire.comDealer/Distributor

HSE ENGINEERS PVT LTD2, Durgas Niwas, 1st Floor,Bhawani TowerCompound, Behind Bhawani Petrol PumpIIT Powai, Mumbai 400076, IndiaContact: Mrs Sapna PrajapatiTel: +91 22 2578 7014 / 7015Fax: +91 22 2578 7016Email: [email protected]: www.hseengineers.comDealer/Distributor

KOREA (SOUTH)

ROYAL INDUSTRIAL TECHNOLOGYCORPORATIONRoyal Building, 3rd Floor, 840-5 Yeoksam-DongKangnam-Ku, Seoul 135080, KoreaContact: Mr E.S. Kim/Mr J.K. ChungTel: +82 22 009 1800Fax: +82 2 567 8831Email: [email protected]/[email protected]: www.ritco.co.krDealer/Distributor

MALAYSIA

FITTERS SDN BHDNo, 1 Jalan Tembaga SD5/2Sri Damansara52200 Kuala LumpurContact: Dato’ Richard WongTel: +60 3 6276 7155Fax: +60 3 6175 2780Email: [email protected]: www.fittersgroup.comDealer/Distributor

SYARIKAT LETRIK CHEN GUAN SDN BHDLot 1178 Jalan Subang 3Taman Industri Sg.Penaga, 47610 Subang JayaSelangorMalaysiaContact: Mr Choong Yew LimTel: +603 5634 1436Fax: +603 5634 2349Email: [email protected]/Distributor

PAKISTAN

EVERGREEN DEVELOPMENTCORPORATIONSuite # 514, 5th Floor, Clifton CentreBlock 5 Kehkashan, CliftonKarachi 75600, PakistanContact: Mr Munawar AfridiTel: +92 21 5873 448Fax: +92 21 5870 080Email: [email protected]: www.edcpl.comDealer/Distributor

SINGAPORE

SWISS SECURITAS ASIA PTE LTD56 Serangoon North Ave 4, #06-03Singapore 555851Contact: Mr Andy Gan/Mr Michael Boon Tel: +65 6853 8066Fax: +65 6853 5939Email: [email protected]: www.securitas.sgDealer/Distributor

TAIWAN

ATLAS TECHNOLOGY CORPORATION22F, No 1 Bausheng Road, Yunghe CityTaipei, Taiwan 234, R.O.C.Contact: Mr David LiuTel: +886 2 223 20 556Fax: +886 2 223 16 657Email: [email protected]/[email protected]: www.atlasgroup.com.twDealer/Distributor

70 ASIA PACIFIC FIRE

DISTRIBUTOR AND REPRESENTATIVE OFFICES

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KGIC TECHNOLOGY CO LTDNo. 49 Goang Shi RoadKaohsiung 806, Taiwan R.O.C.Contact: Mr Franco LeeTel: +886 7 715 4285 Fax: +886 7 715 4401Email: [email protected]: www.gictec.com.twDealer/Distributor

UNIVERSAL PATHS DEVELOPMENTCORPORATION (UPDC)9F-1, 306, Sec. 1, NeiHu RoadTaipei 114, Taiwan R.O.C.Contact: Mr Terry Chung/Ms Ellie ChouTel: +886 2 8751 6055 Fax: +886 2 8751 6053Email: [email protected]: www.updc.com.twDealer/Distributor

SOLBERGSCANDINAVIAN ASAUSTRALIA

SOLBERG ASIA PACIFIC PTY LTD P.O. Box 182, Kingswood NSW 2747, Australia Contact: Ted SchaeferTechnical Manager Tel: 61 2 9673 5300 Email: [email protected] Website: www.solbergfoams.com Representative Office

MALAYSIA

RHINOSHIELD INDUSTRIES(M) SDN BHD H-0-5 Ground Floor Plaza DamasNo. 60 Jalan Sri Hartamas 1, Sri Hartamas50480 Kuala Lumpur, Malaysia Contact: C. K. LimGeneral Manager Tel: +603 62033850 Fax: +603 62032245 Email: [email protected]/Distributor

TASK FORCE TIPS INCAUSTRALIA

GAAM EMERGENCY PRODUCTS29 Temple Dr., P.O. Box 211Thomastown, Victoria 3074, AustraliaTel: +61 3 9466 1244 Fax: 61 3 9466 4743Email: [email protected]: www.gaam.com.auDealer/Distributor

CHINA

SHANGHAI JINDE INDUSTRYDEVELOPMENT CO LTDRoom 610, 1 Lane 50Xin Cun Road, Shanghai, 200065, ChinaTel: +86 21-360-50599 Fax: +86 21-360-55599Email: [email protected]/Distributor

HONG KONG

ROTTER INTERNATIONAL LIMITEDUnit A G/F., Hung To Road, 6-8 Hung To RoadKowloon, Hong KongTel: 85227517770 Fax: 85227562051Email: [email protected]/Distributor

INDIA

FOREMOST TECHNICO PVT LIMITEDM-1, Green Park ExtensionNew Delhi 110016, IndiaTel: +91 (11) 2619 6982Fax: +91 (11) 2616 6961Email: [email protected]: www.foremost-india.comDealer/Distributor

INDONESIA

PT PALMAS ENTRACOJl. Krekot 85, Jakarta-Pusat, IndonesiaTel: +62 (21) 384 1681Fax: +62 (21) 380 2660Email: [email protected]/Distributor

JAPAN

YONE CORPORATION23, Nishinakaai-Cho, NishinokyoNakagyo-Ku, Kyoto 604, JapanTel: +81 (7) 582-11185Fax: +81 (7) 580-12263Email: [email protected]: www.yone-co.co.jpDealer/Distributor

KOREA (SOUTH)

SHILLA FIRE CO LTD433-11 Non Hon-DongNam Dong-Gu, Inchon City 405-300South KoreaTel: +82-02-3665 9011Fax: +82-02-3663 9113Email: [email protected]: www.firekorea.comDealer/Distributor

MALAYSIA

SENTRIX TECHNOLOGY SDN BHD No. 2A-2, 1st Floor Jalan USJ 21/7UEP Subang Jaya, 47630 Subang JayaSelangor Darul Ehsan, Malaysia Tel: +603 8023-5228 Fax: +603 8023-5618 Email: [email protected]: www.sentrix.comDealer/Distributor

PAKISTAN

FIRESTOP PVT LIMITED6/B, 1st Floor, Dinar ChambersP.O. Box # 5786, West Wharf RoadKarachi-74000, Pakistan Tel: 9221-2315675, 2313065 Fax: 9221-2310457, 5831015 Email: [email protected] Website: www.firestopaids.comDealer/Distributor

PHILIPPINES

ALLIANCE INDUSTRIAL SALESUnit 4, Finlandia Town Homes# 1700 Dian, cor. Finlandia StreetBrgy, San Isidro, 1234 Makati CityPhilippines Tel: +63 21 7546 1749 Fax: +63 2 887 7173 Email: [email protected]/Distributor

SINGAPORE

S.K. FIRE PTE LTD8 Tuas Drive 2Singapore 638643, SingaporeTel: +65 6862 3155Fax: +65 6862 0273Email: [email protected]: www.skfire.comDealer/Distributor

TAIWAN

YONE CORPORATION23, Nishinakaai-Cho, NishinokyoNakagyo-Ku, Kyoto 604, JapanTel: +81 (7) 582-11185Fax: +81 (7) 580-12263Email: [email protected]: www.yone-co.co.jpDealer/Distributor

THAILAND

ANTI-FIRE, CO LTD316-316/1, Sukhumvit 22 RdKlongtoey Klongtoey, Bangkok10110 ThailandTel: 6622596898Fax: 6622582422Email: [email protected]: www.antifire.comDealer/Distributor

TYCO FIRESUPPRESSION &BUILDING PRODUCTSSINGAPORE

TYCO FIRE SUPPRESSION & BUILDINGPRODUCTS2 Serangoon North Avenue 5 #07-01 Fu Yu Building Singapore 554911, Singapore Contact: Derek Addison Mobile: (+66) 81 813 4601 Fax: (+65) 6481 8719 Email: [email protected] Representative Office

HYGOOD 2 Serangoon North Avenue 5 #07-01 Fu Yu Building Singapore 554911, Singapore Contact: Derek Addison Mobile: (+66) 81 813 4601 Fax: (+65) 6481 8719 Email: [email protected] Representative Office

PYRO-CHEM 2 Serangoon North Avenue 5 #07-01 Fu Yu Building Singapore 554911, Singapore Contact: Derek Addison Mobile: (+66) 81 813 4601 Fax: (+65) 6481 8719 Email: [email protected] Representative Office

SKUM 2 Serangoon North Avenue 5 #07-01 Fu Yu Building Singapore 554911, Singapore Contact: Derek Addison Mobile: (+66) 81 813 4601 Fax: (+65) 6481 8719 Email: [email protected] Representative Office

SABO FOAM2 Serangoon North Avenue 5 #07-01 Fu Yu BuildingSingapore 554911, Singapore Contact: Derek Addison Mobile: (+66) 81 813 4601 Fax: (+65) 6481 8719 Email: [email protected] Representative Office

YONE CORPORATIONJAPAN

23 Nishi NakaaichoNishinokyo, Nakagyo-kuKyoto 604 8441, Japan Tel: +81 (0) 75 821 115Fax: +81 (0) 75 801 2263Website: www.yone-co.co.jpRepresentative Office

ASIA PACIFIC FIRE 71

DISTRIBUTOR AND REPRESENTATIVE OFFICES

Page 74: APF Issue 30

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Argon Electronics LLP 56

Black Diamond Group Inc 55

Blucher GmbH 52

Bio-Ex 29

Bristol Uniforms Ltd. 57

Chemguard Inc OBC

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Draeger Safety Asia Pte Ltd. 48

Dr. Sthamer Hamburg 27

Dynax Corporation 24

e2v Technologies 63

Fike Corporation 18

Fire Fighting Enterprises 21

Firetrace International 30

GB Solo Ltd 45

Gielle Srl 23

Groupe-Leader France 47

Holmatro Rescue Equipment 52

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NFPA 61

Orchidee France SAS 29

Permalight (Asia) Co Ltd 44

Plastika Akrapovic 58

Scott Health & Safety IBC

Securiton AG 63

Solberg Asia Pacific Pty. Ltd. 26

Task Force Tips, Inc. IFC

Texas A & M Emergency Services Training Institute 42

Tyco Fire Suppression & Building Products – Asia Pacific 13

Unifire Power Blowers 51

W.S. Darley Inc 37

Yone Corporation 42

Ziamatic Corporation 17

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www.scotthealthsafety.comFor further information call Customer Services on: +44 (0) 1695 711711 quoting reference FT0309 or email [email protected]

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Scott Health and Safety 10/3/09 3:51 pm Page 1

Page 76: APF Issue 30