Your safety day by day! GAS DETECTION 2015 CATALOGUE

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1 ! GAS DETECTION & RESPIRATORY PROTECTION 2015 CATALOGUE

2 As experts in the gas detection and the respiratory protection, our device range covers a wide field of specific needs, from the little infrastructures to the petrochemical industries or SEVESO sites: Portable or fixed gas detectors (approximately 200 toxic, combustible or asphyxiant gases), gas controllers, flame detection, sounders, lightnings & ATEX accessories, gas valves, respiratory protection masks, personal respiratory devices & compressed air breathing apparatus, alert devices for isolated workers Find here the main brands quality, fiability, international standards compliant GazDetect, also provides a whole range of services, such as gas detectors rental, maintenance and on-site periodic checking of your PPE and the free access to our secured intranet network in order to manage your gas detection field or your respiratory protection devices. > 2

3 Our dynamic gases database Company website GazDetect intranet network For your online orders /blog Join us on Youtube and subscribe to our GazDetect channel GazDetect blogs Once logged in the major social networks like Facebook, Twitter or Google+, our customers daily receive GazDetect latest news. Our online blogs are the addition of our knowhow with the news informations : gas bombings, industrial incidents, pollution, natural disaster... Attentive to our partners needs, the majors groups and institutions trust us: AIR LIQUIDE AIRBUS ALSTOM AREVA BOUYGUES CEA CHANEL CNRS CLEMESSY COFELY COLAS DEPARTMENT OF NATIONAL DEFENCE EDF EIFFAGE ETDE EUROVIA GDF GENERAL ELECTRIC HEINEKEN HONEYWELL INEO INERIS L OREAL MICHELIN PERENCO PONTICELLI PRIMAGAZ RATP SAFRAN SANOFI SNCF SPIE TOTAL TECHNIP VEOLIA VINCI 3< GazDetect : ZAE 3, rue des Fossés VERT SAINT DENIS (France)

4 TABLE OF CONTENTS Portable gas detectors... 5 (single or multigas detectors, transportable area monitor, rental) Gas detection tubes system (more than 200 toxic, combustible or asphyxiant gases) Calibration gas cylinders (every gases to calibrate gas detectors) Fixed gas detectors (gas transmitters, flame detectors) Fixed gas controllers (single or multichannels controllers) Sounders and beacons (sounders, ATEX combined devices, lightnings) Safety valves for gas (ATEX automatic or manual reset valves) ATEX accessories (switches, junction boxes, ATEX cable glands) Respiratory protection (masks, powered air respirators, SCBAs, air intake devices) Notes > 4

5 Portable gas detectors 5 <

6 Protégé ZM A 2-years lifetime ATEX single gas detector H2S - CO - O2 INTRODUCTION The Protégé ZM Single Gas Monitor is an easy-to-use, zeromaintenance gas detection solution that delivers high performance in a small, ergonomically designed package. It is available in oxygen (O2), carbon monoxide (CO) and hydrogen sulfide (H2S) single gas models. Two years of service, hassle free The Protégé ZM is simple to use. Just turn it on for the first time, and the monitor does the rest. Using the default settings from the factory there is no need to set up or program the monitor. Once activated, the Protégé ZM monitor does not require charging or calibration so these monitors can be deployed in the field 24 hours a day, every day for two years, maintenance and hassle free. The H2S and CO models include a hibernate feature which allows you to extend your battery life up to one additional year. TECHNICAL FEATURES 3 versions available: : Protégé ZM Single Gas H2S Monitor (1-100 ppm) : Protégé ZM Single Gas CO Monitor (1-300 ppm) : Protégé ZM Single Gas O2 Monitor (1-30%/vol.) Alarms: Visual: Red LED Audible: 95db - Vibrating: yes Size: 3.7" H x 2.2" W x 1.3" D Weight: 2.7 oz 76.5g Power Source: Lithium Ion battery Battery Life Indication: Yes Certifications: EMC Compliance CE Marked; EMC\EMI\RFI Compliant Explosive Atmospheres ETL/cETL certification to UL 913 7th, CSA C22.2 No. 157 for use in Class I Division 1 & 2, Groups A, B, C and D hazardous areas; IECEx Ex ia IIC T4 Ga; ATEX Directive (94/9/ EC) ATEX II 1 G Ex ia IIC T4 Ga Approvals CE Mark includes both ATEX & EMC testing Customizable settings: Use hibernate mode on the CO and H2S models for up to one year additional operating life User configurable bump and calibration reminders Multiple LCD display options including real-time gas readings, monitor life remaining or both Data-logging capabilities Name or assign monitorsusing a six-character user id Big performance in a small package Because of its small size and strong, stainless steel alligator clip, the Protégé ZM can be conveniently placed where you want it. The monitor is small, lightweight (less than 3 oz. / 100g), ergonomically designed and meets IP67 requirements for ingress protection. Easy to use, efficient, portable accesories The Protégé ZM monitor is supported by a portfolio of accessories including a four-bay test station and IR Connect programmer. The test station stores data, programs the monitors and supports bumping, calibrating, hibernating and programming of up to four monitors simultaneously, and is available in both portable and table-top versions. The test station s simple two-button operation and intuitive design means you ll be up and running in no time. The Protégé ZM test station is also available in a compact table-top version. A convenient gas inlet on the side panel allows any size calibration bottle to be used. The IR Connect allows programming and hibernating of individual monitors. You can also use the IR Connect to calibrate your monitor and download event logs. > 6

7 T40 ATEX single gas detector (CO or H2S) INTRODUCTION The T40 is an ATEX single gas monitor designed to protect personnel from dangerous hydrogen sulfide or carbon monoxide gas exposure. The T40 includes a large, liquid crystal display (LCD), adjustable alarm setpoints and a 2-years warranty CERTIFICATIONS UL and cul: Class I, Groups A, B, C, D, T4 CSA: Ex ia IIC T4 ATEX: EEx ia IIC T4; Equipment Group and Category II 2G IECEx: Ex ia IIC T4 ANZEx: Ex ia IIC T4 TECHNICAL FEATURES Sensors: CO H2S Electrochemical Measuring Ranges: Carbon Monoxide ppm in 1 ppm increments Hydrogen Sulfide ppm in 1 ppm increments Alarms: adjustable low and high alarm setpoint shows the highest reading during a shift internal vibrating alarm, audible/visual alarms Battery: 1 replaceable AA alcaline battery run time: approx hours typical Case: high visibility, impact-resistant composite radio frequency interference (RFI) protection Dimensions: 86 mm x 58 mm x 19 mm (3.375" x 2.3" x.75") Weight: 98 g ( 3.5 oz.) INCLUDING All Rattler T40 Monitors include: Battery (installed), additional battery, maintenance tool and instruction manual. PART NUMBERS Part NO. DESCRIPTION T40 Rattler Hydrogen Sulfide (H2S) T40 Rattler Carbon Monoxide (CO) T40 Nylon Carrying Case 7 <

8 Tango TX1 Single gas monitor using two sensors to detect the same gas. The safest single gas monitor in the world. TECHNICAL FEATURES Alarms: Three strobe-emitting visual alarm LEDs (two red; one blue);100 decibel (db) audible alarm at a distance of 10 cm (3.94"); Vibration alarm Dimensions: 99 x 51 x 35 mm (3.9" x 2.0" x 1.4") Temperature range: -40 C to +50 C (-40 F to +122 F) Humidity Range: 15%-95% Non-condensing (continuous) Ingress Protection: IP66 ; IP67 Sensors: CO, H2S, NO2, SO2 - Electrochemical sensor technology Sensor Measuring Ranges: Carbon Monoxide (CO): 0.0 to 1,000 ppm in 1 ppm increments Hydrogen Sulfide (H2S): 0.0 to ppm in 0.1 ppm increments Nitrogen Dioxide (NO2): 0.0 to ppm in 0.1 ppm increments Sulfur Dioxide (SO2): 0.0 to ppm in 0.1 ppm increments INTRODUCTION By wearing the TangoTX1 with the DualSense Technology, workers will be the safest single gas monitor users in the world. The Tango incorporates revolutionary patent pending DualSense Technology which includes two of the same type sensor for the detection of a single gas. The two sensor readings are through a proprietary algorithm and displayed as a single reading to the user. DualSense Technology was developed to address the major challenge of making sure workers are always using fully functioning, reliable instruments in the field. Until Tango, that required a bump test of the instrument before each day s use. DualSense Technology ensures that regardless of your current bump test policy, you will be significantly safer with the Tango than with any other single gas instrument on the market today. For higher-noise environments, the Tango s alarm volume, typically 100dB at 10 cm, can be increased nearly 10dB with the addition of the optional patent pending AlarmAmp. The Tango s alarm is louder than that of any other single gas instrument on the market. INSTRUMENT CONFIGURATIONS TX1-1 TX1-2 TX1-4 TX1-5 Tango TX1, CO Tango TX1, H2S Tango TX1, NO2 Tango TX1, SO2 ACCESSORIES Part NO. Description Replacement battery Soft nylon case, Black Soft nylon case, Orange Dust barrier kit, 5 pack Water barrier kit, 5 pack Belt clip AlarmAmp, Black AlarmAmp, Safety Orange Black nameplate Green nameplate Yellow nameplate Blue nameplate White nameplate > 8

9 GasBadge PRO Portable ATEX mono-gas detector, «DS2 compatible» CL2 CLO2 CO H2 H2S HCN HN3 NO2 O2 PH3 SO2 INTRODUCTION Interchangeable «smart» sensors: CL2 CLO2 CO H2 H2S HCN HN3 NO2 O2 PH3 SO2 Display: Custom LCD with graphical icons for easy use. Segmented display for direct gas readings.backlight for low light conditions Alarms: User selectable low and high alarms Ultra-bright LEDs, loud audible alarm (95 db) and vibrating alarm Battery: User replaceable 3V, CR2 Lithium battery Runtime: 2,600 hour run time typical Case: Rugged, water-resistant polycarbonate shell with protective concussion proof overmold. RFI resistant Dimensions: 9.4 cm x 5.08 mm x 2.79 mm (3.7" x 2" x 1.1") Weight: 85 g (3 oz.) Certifications: UL/cUL: Class I, Groups A,B,C,D T4; Class II, Groups E,F,G; Class I, Zone 0, AEx ia IIC T4 CSA: Class I, Groups A B C D T4; Ex ia IIC T4 ATEX: Ex ia I/Ex ia IIC T4; Equipment Group and Category: I M1/II 1G IECEx: Ex ia I/IIC T4 ANZEx: Ex ia I/IIC T4 INMETRO: Ex ia I Ma; Ex ia IIC T4 Ga China EX: Ex ia I/IIC T4 KOSHA: Ex ia I/IIC T4 Ingress Protection: IP67 TECHNICAL FEATURES Built to Industrial Scientific s highest quality and reliability standards, GasBadge Pro provides a lifetime of gas hazard protection with more features than any other single gas monitor available. Interchangeable "smart" sensors enable the GasBadge Pro to be quickly adapted to monitor unsafe levels of oxygen or any one of the toxic gases. GasBadge Pro communicates directly via an infrared interface to optional accessories like the Docking Station, Datalink and infrared printer to further simplify and automate calibration, function (bump) testing and data downloading. Standard STEL and TWA readings, and datalogging of up to one year of survey data are featured along with an event-logger that records the past 15 alarm events. Housed in a rugged enclosure, the GasBadge Pro is immune to RF, water resistant and extremely durable. A protective concussion-proof overmold protects the unit from extreme abuse in a variety of harsh industrial environments. Its simple and intuitive four-button navigation allows easy access to setup, operation and calibration functions. EVENT LOGGER: Continually on. Logs last 15 alarm events, stamping how long ago the event occurred, the duration of the event, and the peak reading seen during the event. Event logger can be viewed on PC or printed directly from the instrument to an infrared printer. 9 <

10 RD99 Refrigerant gas leak detector TECHNICAL FEATURES Sensor: 5 gms per year 134A based on LS-20 leak standard Response Time: <1 second. Advanced ionisation detection Monitored gases: CFCs - R11, R12, R13 etc HCFCs - R22, R502, R500 etc HFCs - R134A, R123, R125, R33 etc R404, R407 C, R410a Operation: Turn the instrument ON by sliding the High/Low/OFF switch to either LOW or HIGH in a non-contaminated environment i.e. Fresh air As concentration of gas increases the LED array will progressively move from flashing yellow, orange and red (highest). The power light will be illuminated green when the unit is turned on. If the batteries are too low to operate the instrument this light will be RED. Power Supply: One 9V PP3 battery Battery Life: Approx 8 hours Probe Length: 400mm Dimensions: 180mmH x 70mmW x 35mmD Weight: 400gms Duty Cycle: Continuous Ambient Conditions: 0-40 C, 0-80% RH (non-condensing) INTRODUCTION The new refrigerant leak detector is a low cost effective way of detecting the smallest of refrigerant gases. The handheld unit detects environmentally damaging gases, including the latest CFC gases. The unit has a two position sensitivity switch allowing the user to locate the smallest leaks. The RD99 has a dual alarm system for leak finding. The increased tic rate sounds and a series of visual indicators illuminate as you approach the source of the leak. This visual indication makes the detection of leaks possible in noisy environments. The RD99 is battery powered and is ideal for use with domestic and commercial refrigeration systems, automotive and airconditioning systems. Detects all existing refrigerants which include HFC s, HFC s, CFC s, SF6, R134A and R123 High Sensitivity switch to locate the smallest of leaks Easy to use one handed operation Long gooseneck probe for hard to reach areas Audio and visual leak indicator Protective rubber sleeve houses gooseneck when not in use. > 10

11 C1100 Infrared portable CO2 monitor TECHNICAL FEATURES Function: CO2 detector Measurement Range: 0-3 % vol % vol. Type of cell: Infra-red Response Time: 15 sec (at 0.2 litre/min) Accuracy: ± 3 % of reading or ± 0.02 % vol Display: Numerical LCD Simultaneous display of CO2 measurement: current concentration in % vol. 8 h TWA value in % vol. Battery status indication, sensor status indication Alarms: Audible: 80 db buzzer Visual: 5 step bar graph LEDs (green-yellow-red) each step in the lighting up of LEDs indicates the hazard level Power supply: Li-ion accumulator (3.6 VDC / 1350 mah) Battery life: 12 hours Service life: 15 years Dimensions: 125 x 52 x 32 mm Digital interface: USB cable, UART-RS232 UIP-P software: Transfer and save data Configuration of alarms and LED User preferences Sensor calibration INTRODUCTION Naturally present in low quantities in the atmosphere, Carbon Dioxide remains a genuine potential risk for the confined, industrial and tertiary environments. People are particularly confronted with it in sewers, tunnels, abattoirs, food-processing industries, greenhouses, wine-making or maturing cellars etc Light, ergonomic, high performance and with a long life battery, the C 1100 pocket gas detectors allows people to work freely and move about without any risk. A high technology The C1100 is equipped of an infra-red cell which provides reliable, accurate and stable CO2 measurement. Optimised size and weight Small & compact User friendly display Large LCD display Simultaneous and continuous display of two CO2 measurements: - current concentration - 8h TWA value average Battery & sensor status indication Adapted features A single push-button to activate and access main menu 12h battery life Controlled environment Simultaneous display of the current concentration and the TWA value Recording of the data Data transfer to a PC for working with the sample and to calibrate the detector Safety alarm 80 db audible alarm Visual alarm on a 5 step LED bar graph (green, yellow and red) displaying the hazard level 11 <

12 MX4-Explo ATEX monitor to detect combustible gases (natural gas, butane, propane,hydrocarbons, solvents, alcohols) INTRODUCTION MX4-EXPLO to detect combustible gases (natural gas, butane, propane,hydrocarbons, solvents, alcools) Single sensor version with the opportunity to add until 3 other sensors (02, CO and/or H2S) Gain increased instrument visibility with a safety orange overmold Draw samples from up to 100 feet with an optional, integrated sampling pump Realize true portability with multi-gas protection in single-gas size Ultra-bright LEDs, loud audible alarm (95 db) at and vibrating alarm TECHNICAL FEATURES Measuring Ranges: Combustible Gases: 0-100% LEL in 1% increments Methane (CH4): 0-5% of vol. in 0.01% increments Extra sensors: Oxygen - Carbon monoxide - Hydrogen sulfide Alarms: Ultra-bright LEDs, loud audible alarm (95 db at 30 cm), and vibrating alarm Ingress protection: IP66 IP67 Certifications: UL: Class I, Division 1, Groups A B C D, T4; Zone 0, AEx ia IIC T4 Class II, Groups F G (Carbonaceous & Grain dust); ATEX: Ex ia IIC T4 Ga and Ex ia I Ma; Equipment Group and Category II 1G and I M1; IP66; IP67 IECEx: Ex ia IIC T4 Ga; IP66; IP67 CSA: Class I, Division 1, Groups A B C D, T4; Ex d ia IIC T4 C22.2 No. 152 for %LEL reading only ANZEx: Ex ia s Zone 0 I/IIC T4; IP66; IP67 InMetro: Ex ia IIC T4 Ga; IP66; IP67 KOSHA: Ex d ia IIC T4 MSHA: 30 CFR Part 22; Permissible for underground mines; Li-ion versions only PA-DEP: Permissible for PA Bituminous Underground Mines China Ex: Ex ia d IIC T4 Gb China CMC:Metrology approval China MA: Approved for underground mines; diffusion (without pump) standard Alkaline version only GOST- K: PBExdiaI X / 1ExdiaIICT4 X GOST-R: PBExdiaI X / 1ExdiaIICT4 X MX4-EXPLO, aspirated version MX4-EXPLO, diffusion version Power Source/Run Time 8 hours 20 C) Dimensions: 103 mm x 58 mm x 30 mm (4.1" x 2.3" x 1.2") Weight: 182 g (6.4 oz) Power Source/Run Time 4 hours 20 C Dimensions: 172 mm x 67 mm x 66 mm (6.8" x 2.6" x 2.6") Weight: 380 g (13.4 oz) Optionnal carrying case > 12

13 MX4-Explo ATEX monitor to detect combustible gases (natural gas, butane, propane,hydrocarbons, solvents, alcohols) LEL: Lower Explosive Limits Acetone Acetylene Ammonia Benzene Butane Butyl Alcohol (Butanol) Carbon Monoxide Diethyl Ether Ethane Ethyl Alcohol (Ethanol) Ethylene Ethylene Oxide Hexane Hydrogen Isopropyl Alcohol (Isopropanol) Methane Methyl Alcohol (Methanol) Methyl Ethyl Ketone n-pentane Propane Propylene Styrene Toluene Xylene 2.5% by volume 2.5% by volume 15.0% by volume 1.2% by volume 1.9% by volume 1.4% by volume 12.5% by volume 1.9% by volume 3.0% by volume 3.3% by volume 2.7% by volume 2.7% by volume 1.1% by volume 4.0% by volume 2.0% by volume 5.0% by volume 6.0% by volume 1.4% by volume 1.4% by volume 2.1% by volume 2.0% by volume 0.9% by volume 1.1% by volume 1.1% by volume POISONS A poison is a substance that will adhere itself to a Catalytic Bead and cause permanent damage to a portion or the entire sensing bead. A sensor that has been exposed to a poison becomes desensitized and cannot recover. A poison will shorten the life of a combustible sensor. If you think the combustible sensor has been exposed to a poison, calibrate the instrument as soon as possible; crosscheck against methane. Silicone Based Compounds In a curing state silicone will poison a combustible sensor. Lead (tetraethyl lead) Lead vapors will poison the combustible sensor. INHIBITORS An inhibitor is a substance that will adhere itself to the Catalytic Bead and cause the sensor to be desensitized. A combustible sensor has the potential for partial recovery from exposure to these inhibitors. Exposure to inhibitors may effect the long-term life of the sensor. You can help recovery by having the instrument calibrated to Pentane gas. Sulfur Compounds: H2S, SO2, etc.: The rule is - If it is safe for you, it is safe for the instrument. Halogenated Compounds Contains one or more of the following: Astatine, Fluorine, Chlorine, Bromine, Iodine CALIBRATION Calibration is the only way to identify if any loss of sensitivity has occurred to the combustible sensor, and identify if the sensor should be replaced. It is recommended to calibrate monitors every 6 months minimum. 13 <

14 Ventis MX4 Detect 1 to 4 gases with a large choice of cells Combustible gases (0-100% LEL) O2 CO H2S NO2 SO2 INTRODUCTION Configured for your safety, the Ventis MX4 multi-gas detector takes your gas detection program to the next level. Detect from one to four gases with a wide range of sensor options Gain increased instrument visibility with a safety orange overmold Draw samples from up to 100 feet with an optional, integrated sampling pump. The highly configurable Ventis is specifically designed to meet unique gas detection needs while maintaining worker safety. Available with or without an optional, integral pump, the Ventis is ideal for confined space or personal monitoring. Realize true portability with multi-gas protection in single-gas size An extended range lithium-ion battery pack provides up to 20 hours of continuous monitoring when using the diffusion version Ultra-bright LEDs, loud audible alarm (95 db) at and vibrating alarm TECHNICAL FEATURES Sensors: Combustible gases/methane - Catalytic diffusion O2, CO, H2S, NO2, SO2 Electrochemical MeasurIng ranges: Combustible gases: 0-100% LEL in 1% increments Methane (CH4): 0-5% of vol. In 0.01% increments Oxygen (O2): 0-30% of vol. In 0.1% increments Carbon monoxide (CO): 0-1,000 ppm in 1 ppm increments Hydrogen sulfide (H2S): ppm in 0.1 ppm increments Nitrogen dioxide (NO2): ppm in 0.1 ppm increments Sulfur dioxide (SO2): ppm in 0.1 ppm increments Case material: Polycarbonate with protective rubber overmold Alarms: Ultra-bright LEDs, loud audible alarm (95 db at 30 cm) and vibrating alarm Power source/run time: Rechargeable lithium-ion battery pack (12 hours 20 C) Ventis Rechargeable extended-range lithium-ion battery pack - 20 hours 20 C) Ventis Dimensions: 103 mm x 58 mm x 30 mm (4.1" X 2.3" X 1.2") - Ventis, lithium-ion battery version Weight: 182 g (6.4 oz) - Ventis, lithium-ion battery version Operating temperature and humidity range: -20 C- 50 C (-4 F-122 F), 15%-95% Non-condensing (continuous) Ingress Protection: IP66 - IP67 Certifications: UL: Class I, Division 1, Groups A B C D, T4; Zone 0, AEx ia IIC T4 Class II, Groups F G (Carbonaceous & Grain dust); IP66; IP67 ATEX: Ex ia IIC T4 Ga and Ex ia I Ma; Equipment Group and Category II 1G and I M1; IP66; IP67 IECEx: Ex ia IIC T4 Ga; IP66; IP67 CSA: Class I, Division 1, Groups A B C D, T4; Ex d ia IIC T4 C22.2 No. 152 for %LEL reading only ANZEx: Ex ia s Zone 0 I/IIC T4; IP66; IP67 InMetro: Ex ia IIC T4 Ga; IP66; IP67 KOSHA: Ex d ia IIC T4 MSHA: 30 CFR Part 22; Permissible for underground mines; Li-ion versions only PA-DEP: Permissible for PA Bituminous Underground Mines GOST- K: PBExdiaI X / 1ExdiaIICT4 X GOST-R: PBExdiaI X / 1ExdiaIICT4 X > 14

15 VSP Slide-on pump for MX4 or Ventis multigas detectors INTRODUCTION The Ventis Slide-on Pump (VSP) is ideally suited for operators that wear their gas monitor primarily for personal protection but occasionally require a pump for confined space entries. Available in black or safety orange and powered by its own battery pack, the VSP slide-on pump is compatible with the Ventis and MX4 multigas monitors. Convenient sampling: Sample draw distance of up to 50 feet provides convenient sampling in a wide range of applications Easy to attach: No tools are required to attach or remove the Ventis Slide-on Pump to or from the monitor Uses same battery packs and chargers as Ventis: Monitor and pump each use the same battery packs, and can easily be exchanged between instruments Flexible battery options: Three available battery options make this pump extremely flexible in the field TECHNICAL FEATURES Case Material: Polycarbonate with protective rubber overmold Sample Draw Capability up to 15.2 meters (50 feet) Dimensions: Lithium-ion battery version 143 mm x 81 mm x 68 mm (5.6" x 3.2" x 2.7") Extended-range lithium-ion battery version 143 mm x 81 mm x 85 mm (5.6" x 3.2" x 3.3") Alkaline battery version 143 mm x 81 mm x 73 mm (5.6" x 3.2" x 2.9") Weight: Lithium-ion battery version 270 g (9.5 oz) Extended-range lithium-ion battery version 316 g (11.2 oz) Alkaline battery version 284 g (10.0 oz) Operating Temperature Range: -20 C-50 C (-4 F-122 F) Operating Humidity Range: 15%-95% non-condensing (continuous) Power Source/Run Time: Rechargeable lithium-ion battery pack C Rechargeable extended-range lithium-ion battery pack C Replaceable AAA alkaline battery pack C Pump Fault Alarms: Ultra-bright LEDs Loud audible alarm (90 db at 30 cm) IP Rating: Third-party certified IP67 Certifications: ATEX Ex ia I Ma and Ex ia IIC T4 Ga; Equipment Group and Category: I M1 and II 1G CSA Class I, Division 1, Group A B C D, T4 Exia; Ex ia IIC T4 IECEx Ex ia IIC T4 Ga UL Class I, Division 1, Groups A B C D, T4; Class I, Zone 0, AEx ia IIC T4 Ga; Class II, Group F G (Carbonaceous and Grain Dust) MSHA: 30 CFR Part 22; Permissible for underground mines; Li-ion versions only INMETRO Ex ia I Ma; Ex ia IIC T4 Ga 15 <

16 MX6-COV Volatile Organic Compounds: Photo Ionization Detector (PID) ppm in 0,1 ppm increments INTRODUCTION The MX6 is more than an intelligent hybrid of the best monitoring technologies. It s the first gas monitor to feature a full-color LCD display screen. The display improves safety with clear readings in low-light, bright-light or anywhere in between. Whether the work is outside, inside or underground, it s easy to see what gas hazards lurk in the immediate work environment. And a color display is more than eye-catching. It allows the user to step through instrument settings and functions with an intuitive menu and the instrument s five-way navigation button. Enhanced visibility ans expanded functionality: TECHNICAL FEATURES VOCs (Volatile Organic Compounds) gas detector Photo Ionizazion Detector (PID) with the opportunity to add more sensors (up to 5) Display/Readout: STN Color Graphic LCD Case: Lexan/ABS/Stainless Steel w/protective rubber overmold Dimensions: 13.5 cm x 7.7 cm x 4.3 cm (5.3" x 3.05" x 1.7") diffusion version Power Source (Run times): Rechargeable Lithium-ion (Li-ion) Battery Pack (24 hours typical) Rechargeable, Extended-Range Lithium-ion (Li-ion) Battery Pack (36 hours typical) Replaceable AA Alkaline Battery Pack (10.5 hours typical) Certifications: UL: Class I, Groups A,B,C,D T4; Class II, Groups F,G; AEx ia d IIC T4 CSA: Class I, Groups A,B,C,D T4; Ex d ia IIC T4 MSHA: CFR30, Part 22, Intrinsically safe for methane/air mixtures ATEX: Ex ia IIC T4 Ga / Ex ia I Ma; IP65 (IP64 pump version); Equipment Group and Category: II 1G / I M1 (I M2 w/ir sensor) IECEx: Ex ia IIC T4 Ga / Ex ia I (Ex ia d I w/ir sensor) ANZEx: Ex ia s Zone 0 I, IP64 Asp., IP65 Dif. Ex ia s Zone 0 IIC T4 INMETRO: Ex ia IIC T4 Ga GOST-R: PBExiadI X / 1ExiadIICT4 X KOSHA: Ex d ia IIC T4 China Ex: Ex ia d I/IIC T4 China CPC: Metrology Approval The MX6 clearly shows real-time readings in PPM or % by volume. An intuitive menu provides easy access to features and setup. It even supports the option of on-board graphing for easily interpreted direct readings and recorded data. > 16

17 MX6-COV Reference sheet of volatil organic compounds that can be detected with a 10,6 ev photo ionization lamp Acetaldehyde Acetic acid) Methyl pentyl ketone Acetic anhydride Acetone Acrolein Acrylamide Allyl and propyl disulphide (Epichlorohydrin - Ethanol) Allyl chloride Allyl glycidyle oxide Aminopyridine Amyl acetate Aniline Aziridine Benzene Benzyl chloride Biphenyl Bromoform Butadiene Butanethiol Butoxyethanol Butyl acetate Butyl glycidyle oxide Butylamine Butyltoluene Camphor vapour Carbon sulfide Chloroacetaldehyde Chlorobenzene Chloromethyl methyl oxide Chloronitropropane Chloroprene Chrysene Cresol Crotonaldehyde Cumene Cyclohexane Cyclohexanol Cyclohexanone Cyclohexene Cyclopentadiene Diacetone alcohol Diazomethane Dibutyl phthalate Dichlorobenzene Dichloroethyl ether Dichloroethylene Dichlorvos Diesel Diethylamine Diethylaminoethanol Diethylaniline Diglycidyl ether Diisobutyl ketone Diisopropylamine Dimethyl formamide Dimethyl phthalate Dimethylacetamide Dimethylamine Dimethylhydrazine Dinitroanaline Dinitrobenzene Dinitrocresol Dinitrotoluene Dioxane Diphenyl Oxide Dypropylene glycol ethyl ether Ethanolamine Ethoxyethyl acetate Ethyl acetate Ethyl acrylate Ethyl benzene Ethyl bromide Ethyl butyl ketone Ethyl ether Ethyl mercaptan Ethyl pentyl ketone Ethyl silicate Ethylamine Ethylene dibromide Ethylene glycol acetate monoethyl ether Ethylenediamine Ethylhexyl decyl phtalate Fuel Furfural Furfuryl alcohol Glycidol Glycidyl isopropyl ether Heptane Hexane Hexanone Hexone Hexyl acetate Hydroquinone Isoamyl acetate Isoamyl alcohol Isobutyl alcohol Isophorone Isopropyl acetate Isopropyl alcohol Isopropyl amine Isopropyl ether JP 4, 6, 8 Ketene Liquid colorant vapour Mesityl oxide Methanethiol Methyl acetate Methyl acrylate Methyl bromide Methyl ethyl ketone Methyl hydrazine Methyl iodide Methyl methacrylate Methylamine Methylcyclohexane Methylcyclohexanol Methylcyclohexanone Monomethylaniline Morpholine Naphthalene Naphthylamine Nitroaniline Nitrobenzene Nitromethane Nitrosodimethylamine Nitrotoluene Octane Pentaborane Pentane Pentanone Perchloroethylene Phenacyl chloride Phenol Phenylenediamine Phenylhydrazine Propyl acetate Propyl alcohol Propylene chloride Propylene oxide Propyleneimine Propyne Pyridine Quinone Stibine Stoddard solvent vapour Styrene Terpinyl tert-butyl alcohol Tetrachloroethylene Tetrachloronaphtalene Tetrahydrofuran Tetramethyl lead Toluene Toluidine Trichloroethylene Triethylamine Turpentine vapour Vinyl chloride Vinyl toluene White spirit Xylene 17 <

18 MX6 ATEX multi-gas detector (Up to 6 gases monitored simultaneously) Oxygen, toxic and combustible gas, and volatile organic compounds (VOCs) INTRODUCTION The MX6 is more than an intelligent hybrid of the best monitoring technologies. It s the first gas monitor to feature a full-color LCD display screen. The display improves safety with clear readings in low-light, bright-light or anywhere in between. Whether the work is outside, inside or underground, it s easy to see what gas hazards lurk in the immediate work environment. And a color display is more than eye-catching. It allows the user to step through instrument settings and functions with an intuitive menu and the instrument s five-way navigation button. Enhanced visibility ans expanded functionality: TECHNICAL FEATURES List of monitored gases: Combustible gases, CL2, CLO2, CO, CO2, H2, H2S, HCL, HCN, NO, NO2, NH 3, O2, PH3, SO2 and volatile organic compounds (VOCs) Sensors: Combustible Gas/Methane: Catalytic Diffusion/Infrared CO2: Infrared Oxygen and Toxic Gases: Electrochemical VOCs: 10.6 ev PhotoIonization Display/Readout: STN Color Graphic LCD Case: Lexan/ABS/Stainless Steel w/protective rubber overmold Dimensions: 13.5 cm x 7.7 cm x 4.3 cm (5.3" x 3.05" x 1.7") diffusion version Power Source (Run times): Rechargeable Lithium-ion (Li-ion) Battery Pack (24 hours typical) Rechargeable, Extended-Range Lithium-ion (Li-ion) Battery Pack (36 hours typical) Replaceable AA Alkaline Battery Pack (10.5 hours typical) Certifications: UL: Class I, Groups A,B,C,D T4; Class II, Groups F,G; AEx ia d IIC T4 CSA: Class I, Groups A,B,C,D T4; Ex d ia IIC T4 MSHA: CFR30, Part 22, Intrinsically safe for methane/air mixtures ATEX: Ex ia IIC T4 Ga / Ex ia I Ma; IP65 (IP64 pump version); Equipment Group and Category: II 1G / I M1 (I M2 w/ir sensor) IECEx: Ex ia IIC T4 Ga / Ex ia I (Ex ia d I w/ir sensor) ANZEx: Ex ia s Zone 0 I, IP64 Asp., IP65 Dif. Ex ia s Zone 0 IIC T4 INMETRO: Ex ia IIC T4 Ga GOST-R: PBExiadI X / 1ExiadIICT4 X KOSHA: Ex d ia IIC T4 China Ex: Ex ia d I/IIC T4 China CPC: Metrology Approval The MX6 clearly shows real-time readings in PPM or % by volume. An intuitive menu provides easy access to features and setup. It even supports the option of on-board graphing for easily interpreted direct readings and recorded data. > 18

19 BM25 ATEX transportable area monitor POWER SOURCE Power source: NiMH battery pack An intrinsically safe trickle charger is also available for longterm area monitoring in classified zones. Chargers: Integrated and intelligent charger, with continuous power supply of 12V DC to 30V DC compatible for vehicle use. A 100V AC/230V AC adaptor allows sector recharge Recharge Time: 4.5 hours Run Time: Example for combustible gases/o2/tox1/tox2: 100 hours typical TECHNICAL FEATURES Sensors: Intelligent, precalibrated, interchangeable units. Automatic regognition by the BM25A by Means of EEPROM List of gases: Combustible gases AsH3 CL2 CO CO2 COCL2 ETO F2 H2 H2S HCL HCN HF NO NO2 NH3 O2 O3 PH3 SiH4 SO2 and VOCs (volatile organic compounds) Display: Graphic liquid crystal display with backlight Alarm thresholds: LEL: 2 adjustable instantaneous thresholds in 0-60% LEL range Oxygen: two adjustable instantaneous thresholds over the sensor s whole measuring scale (over-oxygenation and underoxygenation) or two optional under-oxygenation thresholds Toxic (by sensor): two adjustable instantaneous thresholds over the whole range STEL and TWA Visual indications: An indicator light (made of 20 ultra-bright LEDs) installed on top of the instrument indicates alarm conditions and can be seen from all directions Programmable inputs/outputs: 2 relay outputs (default and gas) and 2 logic inputs (remote aknowledged and alarm transfer) Audible alarms: 1m Ingress Protection: IP66 Weight: 6.8 kg (15 lbs) Dimensions: 470x180 x190mm (16.7"x 7.1" x 7.5") Certifications: ATEX & IECEx VERSIONS (BM 25 and BM 25W) BM25 (standard version) Without IR sensor: With IR sensor: II 1G / I M1 II 2G / I M2 Ex ia IIC T4 Ga / Ex ia I Ma Ex ia d IIC T4 Gb / Ex ia d I Mb BM25W (wireless version) Without IR sensor: With IR sensor: II 2G / I M2 II 1G / I M1 II 2G / I M2 Ex ia IIB T4 Ga / Ex ia I Ma Ex ia d IIC T4 Gb / Ex ia d I Mb or II 2G / I M2 Ex ia IIC T4 Gb / Ex ia I Mb INERIS 05ATEX0044 IECEx INE CSA VERSION (BM 25A and BM 25AW) BM25 (standard version) Class I, Division 1, Groups A,B,C,D ; Ex ia d IIC T4 BM 25 (standard version) Class I, Division 1, Groups C,D ; Ex ia d IIB T4 - PENDING C22.2 No.152 (% LEL only) BM 25A with pump or PID sensor or with infrared sensor for combustible gases detection is not CSA certified 19 <

20 Gas detectors RENTAL For specific or «one-shots» needs For specific or «one-shots» needs, the gas detector renta lis often an ideal solution: F no needs to buy new devices F no periodic maintenance F no need to return the devices for calibration or service Very responsive, our «portable gas detectors rental» service delivers very quickly every equipment need: Single or multigas detectors, area monitors, calibration stations for calibrations and bump tests. S Constant stock of a wide range of devices S Highly-efficient logistics service with hours delivery time All of our gas detectors or area monitors are delivered fully charged, ready to use with instruction manual and up to date calibration certificate. Weekly or monthly rental. It s possible to rent devices for long term (one year or more) with the inet solution (contact us for more informations) Ideal to know the products before eventually buying them or having specific needs like technical suspension. GASBADGE Pro MX4-VENTIS Portable ATEX single-gas detector Sensors: CL2 CLO2 CO H2 H2S HCN HN3 NO2 O2 PH3 SO2 Interchangeable «smart» sensors Rugged designed, adapted to the hardest industrial environments Custom LCD with graphical icons for easy use. Segmented display for direct gas readings.backlight for low light conditions Housed in a rugged enclosure, the GasBadge Pro is immune to RF, water resistant and extremely durable. A protective concussion-proof overmold protects the unit from extreme abuse in a variety of harsh industrial environments. Its simple and intuitive four-button navigation allows easy access to setup, operation and calibration functions. ATEX 4 gases multigas detector 4 gases configuration: Combustible gases (0-100% LEL), CO, O2, H2S Rugged designed, waterproof, ultra-bright LED, 95dB sounder and powerful vibrator Adapted to hardest industrial environments Delivered with every accessories The MX4 is specifically designed to meet unique gas detection needs while maintaining worker safety. It is the ideal gas detector for confined space or personal monitoring. Housed in a rugged polycarbonate enclosure, the MX4 is immune to dust and water. This easy-to-use gas detector includes a large LCD and a 2 buttons keyboard. This device is the ideal personnal monitor with its small size and its affordable price. > 20

21 MX6 BM25 ATEX multigas detector (up to 6 gases) Sensors: Combustible gases CL2 CLO2 CO CO2 H2 HCL HCN H2S NO NO2 NH3 O2 PH3 SO2 VOCs Combination of the best gas detection technologies Rental of classic or VOCs versions Delivered with every accessories The MX6 clearly shows real-time readings in PPM or % by volume. An intuitive menu provides easy access to features and setup. It even supports the option of on-board graphing for easily interpreted direct readings and recorded data. MX6-Cov VOCs gas detector (Volatile Organic Compounds) with Photoionization sensors (PID) Opportunity to add up to 4 sensors VOCs are various and numerous compounds which most of them and toxic and polluting. These organic substances contain carbon and hydrogen or sometimes other atoms: alkanes (CH4 exclude), alkenes, alkynes, aromatics (hap), chlorofluorocarbons, alcohols, ketones, aldehydes ATEX area transportable monitor Sensors: AsH3 - CO2 - COCl2 - ETO - Combustible gases - H2 - HCN - HCl - HF - H2S - NO - NO2 - N2H4 - O2 - O3 - PH3 - SO2 - VOCs Configure the monitor according to your needs Delivered with every accessories Capable of monitoring from one to five gases through diffusion or sample draw, the BM25 gas detector packs the benefits of a fixed-system area monitor into an easily transportable, yet rugged instrument. Designed for team protection or area surveillance, the unit is most suitable for perimeter monitoring, rig overhauls, and mobile or short-term work in areas where fixed detection systems are not suitable. There are 32 interchangeable «smart» sensor options available for the BM25, making the system easily adaptable to a variety of applications and industries such as petrochemical, chemical, refineries, pharmaceutical industries, confined spaces works, treatment plants When the BM25 detects a hazardous level of oxygen, toxic or combustible gas, the top-mounted beacon sends a flashing, bright signal in all directions while emitting a powerful, 103 db siren alarm. Also standard are STEL and TWA readings and nearly four months of datalogging capacity for a five-gas configuration. Technical features: Recharge Time: 4.5 hours Run Time: 100 hours typical IP66 approved Weight: approx. 6.8Kg Dimensions: L 180 x H 467 x P195 Certifications: ATEX: II 1G/ Ex ia IIC T4 Ga; I M1 / Ex ia I Ma or (when used with IR fl ameproof sensor) II 2G/ Ex ia d IIC T4 Gb; I M2 Ex ia d I Mb IECEx: Ex ia IIC T4 / Ex ia I (BM25 without IR sensor) Ex ia d IIC T4 / Ex ia I (BM25A without IR sensor) or (when used with IR fl ameproof sensor) Ex ia d IIC T4 / Ex ia d I (BM25 and BM25A) CSA**: Class I, Groups A,B,C,D T4; Ex ia d IIC T4; C22.2 No. 152 (excluding aspirated, XP IR and PID sensor configurations) 21 <

22 IM «INCLUDED MAINTENANCE» simple, cost-effective and innovative THE GAZDETECT ADVANTAGE INCLUDED MAINTENANCE of the device (2 years) INVOLVED in the PRICE! The simple, cost-effective and innovative «INCLUDED MAINTE- NANCE» concept is to take care of the maintenance of your gas detection devices during 2 years and is composed by: periodic checkings of the electrochemical sensors every 180 days with updated calibration certificate eventual re-calibrations in case of saturation or other problems the loan of an equivalent device in case of prolonged repair time shipping costs are included (return of the device) the gas detection budget is fixed and there is no surprise The sensor replacement cost is in addition but you don t pay for the replacement and calibration labour. Every 2 years it is possible to «renew» for 2 more years (and so on) for an almost identical cost > 22

23 The simple and complete management of your gas detection fleet THE GAZDETECT INTRANET A simple and innovative management concept for your gas detection fleet A free service, available for everyone! - The GazDetect intranet network is a simple and innovative management concept for following up your gas detection fleet. It s a free service available on Internet! Once logged in with your password, you can access your personnal account «My account»: configure your account (specify the addresses for the automatic dunning to calibrate your detectors) Manage the alarms and returns of your devices or on-site intervention inquiries ) Instant view of the validity state of the calibration certificate Device type (standard name) Serial number of the device or of the controller Short description of the device (number and type of gas) Personalised field (name of the worker wearing the portable detector or location of the controller ) Last calibration date (in ascending or descending order) Next calibration date (in ascending or descending order) Calibration certificate «My fleet»: manage your gas detection fleet (assign, sort, classify the devices and instant control of the gas detectors that need to be calibrated) «My documents»: view / print your calibration certificates (your ongoing calibration certificates but the previous too, your specific prices, your maintenance contracts or your on-site intervention inquiries) The simple management of your gas detection fleet is available from anywhere, from any computer or via your smartphone <

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25 Gas detection tubes system 25 <

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27 The Gastec detector tube system provides the most accurate, cost effective, simple method of gas detection and air sampling available. Gastec detection tube system is mainly composed by two categories of tubes: Colorimetric tubes with a sampling pump. The ability to measure for over 400 different gases with an easy to use pump has made Gastec the detector of choice for so many worker s around the world. Whether for a routine inspection or a HazMat emergency, you can count on the Gastec line of Detector Tubes to precisely identify and measure your particular gas or vapour. Advantages: Accurate: the patented gas sampling pumps offer smooth, precise measurements with no risk of partial samples. Quick: pre-calibrated, direct-read detector tubes offer distinct lines of demarcation for easier viewing. Simple: require no interpretation, dual scales, or color charts. Easy-to-use: With multiple detection limits for many chemicals the tubes can measure even trace levels of contaminants. Dosi-tubes With the requirement to monitor personnel exposure to toxic gases, the passive Dositube system is designed to provide an easy and accurate measurement that requires no pump or laboratory analysis. The standard tube system measures substances at a specific moment in time, the Dosi-tube system however provides the level of exposure to a worker over an extended time period, such as a working shift, producing an average concentration of exposure commonly known as a Time Weighted Average (TWA). The TWA measurement system consists of Dosi-tubes and a tube holder. The tube and tube holder can be attached to the breathing zone of people within the work place or installed in work areas to act as an area monitor for a prolonged length of time (1 to 10 hours) to measure personal exposure and TWA values. Air diffuses passively through the tube and reacts, like the standard detector tube system, with the detecting reagent within the tube producing a stain. 27 <

28 Dosi-tubes TWA (Time Weighted Average) measuring system Light and compact, simple and direct measure INTRODUCTION The standard tube system measures substances at a specific moment in time, the Dosi-tube system however provides the level of exposure to a worker over an extended time period, such as a working shift, producing an average concentration of exposure commonly known as a Time Weighted Average (TWA). The TWA measurement system consists of Dosi-tubes and a tube holder. The tube and tube holder can be attached to the breathing zone of people within the work place or installed in work areas to act as an area monitor for a prolonged length of time (1 to 10 hours) to measure personal exposure and TWA values. Air diffuses passively through the tube and reacts, like the standard detector tube system, with the detecting reagent within the tube producing a stain. MEASUREMENT PROCEDURE e Write down the starting time of the measurement on an adhesive label included inside each box of Dosi-tubes and place the label on the tube. r Insert the "G" marked end of the Dositube into the tube holder and break the tube end at the breaking line (A please see below). Remove the broken end from the Dosi-tube holder and dispose. t Insert the Dosi-tube fully into the tube holder u Attach the tube holder with the Dositube to a shirt collar or within the breathing zone. Alternatively place it in an appropriate measuring point in the work place for area monitoring. i When the measurement is finished, write down the finishing time on the label and determine the actual sampling time i.e: sampling time = finishing time starting time o Obtain the average concentration (TWA value) by using the following formula: TWA value (ppm) = Dosi-tube reading (ppm.hr) / Actual sampling time (hr) > 28

29 Acetaldehyde Acetaldehyde Acetaldehyde Acetic anhydride Acetone Acetone Acetic acid Hydrogen cyanide Formic acid Nitric acid Ammonia Ammonia Benzene Butadiene Butane (Methyl ethyl ketone) Butanone (Methyl ethyl ketone) Butanone (Methyl ethyl ketone) Butanone (Methyl ethyl ketone) Chlorine Vinyl chloride Vinylidene chloride Hydrogen chloride Hydrogen chloride Cumene Hydrogen cyanide Dichloroethane Dichloroethane Dimethylamine Dimethylethylamine Nitrogen dioxide Nitrogen dioxide Carbon dioxide Sulphur dioxide Sulphur dioxide Ethanol Ethyl benzene Ethylene Hydrogen fluoride Hydrogen fluoride Formaldehyde Furfural Hydrazine Hydrogen sulphide Isoprene Methylamine Methyl isobutyl ketone Carbon monoxide Carbon monoxide Hydrogen peroxide Styrene Tetrachloroethylene Tetrachloroethylene Toluene Trichloroethylene Triethylamine Trimethylamine Xylene GAS - VAPOR MEASURING RANGE CONTENT CODE ppm ppm ppm ppm ppm ppm ppm ppm ppm ppm ppm ppm ppm ppm ppm ppm ppm ppm ppm ppm ppm ppm ppm ppm ppm pp ppm ppm ppm ppm ppm %/vol ppm ppm ppm ppm ppm ppm ppm ppm ppm ppm ppm ppm ppm ppm 0.4 à 400 ppm 1.04 à 2000 ppm ppm ppm ppm ppm ppm ppm ppm ppm ppm 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes 10 tubes GAS91D-3 GAS152D GAS151D GAS81D-2 GAS152D-3 GAS151D-1 GAS81D GAS12D GAS81D-1 GAS14D-1 GAS3DL GAS3D GAS122DL GAS174D GAS151D-2 GAS151D-3 GAS91D-2 GAS152D-2 GAS132D GAS174D-1 GAS132D-1 GAS132D-5 GAS14D GAS122DL-5 GAS12D-1 GAS174D-2 GAS132D-3 GAS3D-4 GAS3D-2 GAS9DL GAS9D GAS2D GAS5D GAS5DH GAS112D GAS122DL-4 GAS174D-4 GAS17D GAS14D-2 GAS91D GAS91D-1 GAS3D-3 GAS4D GAS174D-3 GAS3DL-1 GAS152D-1 GAS1DL GAS1D GAS32D GAS122D-L3 GAS133D GAS132D-4 GAS122DL-2 GAS132D-2 GAS3D-1 GAS3DL-2 GAS122DL-1 29 <

30 Colorimetric detector tube system Gastec detector tubes are of the highest quality for analysing a wide variety of over 400 gases, vapours and ground substances accurately INTRODUCTION The ability to measure for over 400 different gases with an easy to use pump has made Gastec the detector of choice for so many worker s around the world. Whether for a routine inspection or a HazMat emergency, you can count on the Gastec line of Detector Tubes to precisely identify and measure your particular gas or vapour. Advantages: Accurate: the patented gas sampling pumps offer smooth, precise measurements with no risk of partial samples. Quick: pre-calibrated, direct-read detector tubes offer distinct lines of demarcation for easier viewing. Simple: require no interpretation, dual scales, or color charts. Easy-to-use: With multiple detection limits for many chemicals the tubes can measure even trace levels of contaminants. THREE STEP MEASUREMENT e INSERT Break off the both ends of the detector tube by using the built-in diamond tip breaker. Confirm the pump handle is fully pushed in. Then insert the detector tube into the rubber inlet towards the gas sampling pump. r PULL Align the guide marks on the pump shaft red 100 or 50 ml, and pull out the handle until it is locked. Wait until the sampling time has elapsed. With an easy-to-see flow finish indicator, the operator is assured that the sampling is complete. t READ The colour of the detector tube changes as the gas is drawn in. Wait the required sampling time and read the measurement at the end of the coloured layer. That s all! > 30

31 2-Hexyl alcohol Acetaldehyde Acetaldehyde Acetaldehyde (low range) Acétamide diméthylique Acetic acid Acetic acid (low range) Acetone Acetone (low range) Acetylene Acide butanoïque Acide propanoïque Acrolein Acrylonitrile Acrylonitrile (low range) Aliphatic hydrocarbons Allyl amine Allyl amine Allyl chloride Allyl Isothiocyanate Amines Amines (low range) Ammonia (average range) Ammonia (average range) Ammonia (high range) Ammonia (low range) Ammonia (low range) Ammonia (low range) Amyl isoamyl acetate Aniline Aromatic benzene Aromatic benzene (low range) Aromatic hydrocarbons Arsine (low range) Benzaldehyde Benzene Benzene Benzene Benzene (low range) Benzene (very low range) Benzyl bromide Benzyl bromide Boron trichloride Bromine Bromochloromethane Bromochloromethane Bromochloromethane Bromoform Butadiene Butadiene (low range) Butadiene (very low range) Butane Butane Butanol-2 Butanone (Methyl ethyl ketone) Colorimetric tubes Gas List: A/B GAS - VAPOR MEASURING RANGE CONTENT CODE ppm ppm 1-20 ppm 2,5-100 ppm 1,5-240 ppm ppm 0, ppm 0,02-2 %/vol ppm 0,05-4 %/vol ppm 3-75 ppm 3,3-800 ppm ppm 0,1-18 ppm ppm ppm ppm %/vol ppm ppm 0,5-10 ppm ppm %/vol %/vol ppm ppm 2,5-200 ppm ppm ppm ppm ppm ppm ppm 4-92 ppm %/vol ppm ppm 0, ppm 0,5-10 ppm ppm ppm ppm 0,05-0,8 ppm ppm ppm 9-90 ppm 1-50 ppm ppm 2,5-100 ppm 0,5-5 ppm %/vol ppm ppm ppm 9 TUBES GAS141L GAS92 GAS92L GAS92M GAS184 GAS81 GAS81L GAS151 GAS151L GAS171-1 GAS81L-1 GAS81-5 GAS93 GAS191 GAS191L-1 GAS140 GAS180L-4 GAS180-4 GAS101L GAS149-1 GAS180 GAS180L GAS3M GAS3HM GAS3H GAS3L GAS180-2 GAS3LA GAS147 GAS181 GAS121SL GAS136LA GAS120 GAS19LA GAS91L-1 GAS171-2 GAS121 GAS121S GAS121L GAS121SP GAS136L-5 GAS132L-1 GAS12L-1 GAS8LA-1 GAS136LA-1 GAS135-1 GAS136L-2 GAS136L-1 GAS174 GAS174L GAS174LL GAS103-2 GAS104 GAS115 GAS152L Colorimetric tubes pump (with case) TUV100S 31 <

32 Butanone (Methyl ethyl ketone) Butyl acetate Butyl acetate (low range) Butyl acrylate Butyl bromide Butyl bromide Butyl bromide Butyl bromide Butyl mercaptan Butylamine Butylamine Butyronitrile Carbon dioxide Carbon dioxide Carbon dioxide Carbon dioxide Carbon dioxide Carbon Disulphide Carbon Disulphide (average range) Carbon monoxide Carbon monoxide (average range) Carbon monoxide (high range) Carbon monoxide (in Hydrogen) Carbon monoxide (low range) Carbon monoxide (low range) Carbon monoxide (very high range) Carbon monoxide (very low range) Carbon monoxide (very low range) Carbon tetrachloride Carbon tetrachloride Carbonyl sulphide Carbonyl sulphide (low range) Chlorine Chlorine Chlorine (high range) Chlorine (high range) Chlorine (low range) Chlorine (very low range) Chlorine dioxide Chlorine dioxide Chlorocyclohexane Chloroethane Chloroform Chloroform (low range) Chloropicrin Cresol Cresol Cumene Cyclohexane Cyclohexane Cyclohexanol Cyclohexanone Cyclohexanone Cyclohexene Cyclohexylamine Colorimetrics tubes List of gas: B/C GAS - VAPOR MEASURING RANGE CONTENT CODE ppm 0,05-0,8 %/vol ppm ppm 1-18 ppm ppm ppm ppm ppm ppm ppm ppm 0,13-6%/vol. 0,5-20%/vol. 2,5-40%/vol ppm ppm 0, ppm ppm ppm 0,05-4%/vol. 0,1-10 %/vol ppm ppm 2, ppm 1-40 %/vol ppm 5-50 ppm ppm ppm ppm ppm ppm ppm ppm 0,25-10%/vol ppm 0,025-2 ppm 0,025-1,2 ppm 0,1-106 ppm ppm ppm ppm 0,5-27 ppm ppm 1-25 ppm ppm ppm %/vol ppm ppm 2-75 ppm ppm %/vol %/vol. GAS151L-1 GAS142 GAS142L GAS142L-1 GAS136LA-2 GAS136-1 GAS136L-7 GAS136H-2 GAS70L-1 GAS180L-20 GAS GAS191L-2 GAS2L GAS2H GAS2HH GAS2LC GAS2LL GAS13 GAS13M GAS1LM GAS1M GAS1H GAS1LK GAS1LA GAS1L GAS1HH GAS1LC GAS1LL GAS134 GAS134L GAS21 GAS21LA GAS80-1 GAS8H-1 GAS8H GAS8HH GAS8LA GAS8LL GAS23L GAS23M GAS102L-1 GAS1381 GAS137 GAS137L GAS134-1 GAS61 GAS61-1 GAS122L-2 GAS102H-1 GAS102L-2 GAS118 GAS154 GAS91L-2 GAS1512 GAS151-4 Colorimetric tubes pump (with case) TUV100S > 32

33 Colorimetric tubes Gas List: C/E GAS - VAPOR MEASURING RANGE CONTENT CODE Cyclohexylamine Cymene Decane Diacetone alcohol Diacetyl Diborane Dibromoethane Dibromoethane Dibromoethane Dichlorobenzene Dichloroethylene Dichloroethylene Diethyl benzene Diethylamine Diethylamine Diethylamine Diethylaminoethanol Diethylaminoethanol Diethylenetriamine Diethylethanolamine Diisobutyl ketone Diisobutyl ketone Diisobutylene Diisopropyl benzene Diisopropyl Toluene Diisopropylamine Diisopropylamine Dimethyl formamide Dimethyl Sulphide (inc tert-butyl Mercaptan Dimethyl Sulphide (PYR) Dimethylamine Dimethylamine Dimethylaminopropylamine Dimethylaminopropylamine Dimethylaniline Dimethylhydrazine Di-n-butylamine Di-n-butylamine Dioxane Dioxane Dipropylamine Dipropylamine Divinyl benzene Divinyl methoxysilane Epichlorohydrin Ethanolamine Ethanolamine Ethyl acetate Ethyl acetate (low range) Ethyl acrylate Ethyl alcohol Ethyl alcohol Ethyl benzene Ethyl benzylchloride Ethyl chloroformate ppm ppm ppm ppm ppm ppm 5-50 ppm 7-70 ppm ppm ppm ppm ppm ppm ppm ppm %/vol ppm ppm ppm ppm 0.2-1%/vol ppm ppm ppm ppm ppm ppm 0,8-90 ppm 1-15 mg/m3 0,25-6 ppm ppm 4-80 ppm ppm ppm ppm ppm ppm ppm ppm 0,1-6%/vol ppm 4-80 ppm 1-15 ppm ppm ppm ppm ppm 0,1-1,5 %/vol ppm ppm % vol ppm 1-70 ppm ppm ppm GAS180L-3 GAS141L-2 GAS105-1 GAS154-1 GAS92-1 GAS22 GAS136L-3 GAS136L GAS136-H GAS127 GAS139 GAS132HA GAS122L-1 GAS180L-1 GAS180-1 GAS3H-1 GAS180L-2 GAS180-5 GAS180L-5 GAS180-8 GAS102L-3 GAS91L-3 GAS121-1 GAS141L-3 GAS141L-4 GAS180L-6 GAS180-6 GAS183 GAS77 GAS53 GAS180L-19 GAS GAS180L-7 GAS180-7 GAS181-1 GAS185-1 GAS180L-8 GAS180-9 GAS159 GAS163 GAS180L-9 GAS GAS124L-1 GAS113L-1 GAS163L-1 GAS180L-10 GAS180L17 GAS141 GAS141L-1 GAS141L-5 GAS112 GAS112L GAS122L-3 GAS131LA-3 GAS131LA-2 Colorimetric tubes pump (with case) TUV100S 33 <

34 Colorimetric tubes Gas List: E/H GAS - VAPOR MEASURING RANGE CONTENT CODE Ethyl ether Ethyl ether (low range) Ethyl mercaptan Ethyl mercaptan Ethyl mercaptan Ethyl mercaptan (low range) Ethyl mercaptan LPG Ethyl morpholine Ethyl morpholine Ethylamine Ethylamine Ethylene Ethylene Ethylene Ethylene (low range) Ethylene glycol (low range) Ethylene glycol monobutyl ether Ethylene glycol monobutyl ether Ethylene glycol monobutyl ether Ethylene glycol monoethyl ether acetate Ethylene glycol monoethyl ether acetate Ethylene oxide Ethylene oxide Ethylene oxide (low range) Ethylenediamine Ethylenediamine Fluorochlorocarbons (low range) Fluorochlorocarbons PYR Fluorochlorocarbons PYR (high range) Formaldehyde Formaldehyde (high range) Formaldehyde (low range) Formaldehyde (very low range) Formic acid Furfural Gasoline (Petrol) Gasoline (Petrol) Gasoline (Petrol) (low range) Heptane Heptane Heptane Heptane Hexamethylenediamine Hexane Hexane (high range) Hexane (low range) Hexane (low range) Hexylamine Hexylamine Hydrazine Hydrocarbons (Higher class) Hydrocarbons (Lower class) Hydrogen Hydrogen bromide Hydrogen chloride 0,04-1%/vol ppm 0,1-8 ppm 0,5-120 ppm ppm 0,25-75 ppm 2,5-40 ppm ppm ppm 0,45-9 ppm ppm 0.1-2%/vol %/vol ppm ppm mg/m ppm ppm ppm 6-96 ppm ppm ppm 0,05-3 %/vol. 0,4-350 ppm ppm ppm 1-54 ppm ppm ppm ppm ppm 0,1-32,5 ppm 0,05-1 ppm ppm 2-30 ppm 0,015-1,2%/vol. 0,1-2%/vol ppm %/vol %/vol ppm ppm ppm 0,25-1,2 %/vol. 0,015-1,2 %/vol ppm ppm ppm ppm 0,05-2 ppm ppm 0,05-2,4%/vol. 0,5-2%/vol ppm ppm GAS161 GAS161L GAS70L-2 GAS72 GAS71H-1 GAS72L GAS72P GAS180L-21 GAS GAS180L-11 GAS GAS171-3 GAS103-3 GAS172 GAS172L GAS165L GAS113L-2 GAS113L-4 GAS113L-6 GAS113L-3 GAS113L-5 GAS163LL GAS163-1 GAS163L GAS180L-12 GAS GAS51L GAS51 GAS51H GAS91 GAS91M GAS91L GAS91LL GAS81-1 GAS154-2 GAS101 GAS1M-1 GAS101L-1 GAS101-1 GAS103-4 GAS101L-2 GAS105-2 GAS180L-13 GAS103-5 GAS102H GAS102L GAS105-3 GAS180L-14 GAS GAS185 GAS105 GAS103 GAS14M GAS15L-1 GAS14R Colorimetric tubes pump (with case) TUV100S > 34

35 GAS - VAPOR MEASURING RANGE CONTENT CODE Hydrogen chloride Hydrogen chloride Hydrogen chloride (average range) Hydrogen chloride (low range) Hydrogen cyanide (average range) Hydrogen cyanide (high range) Hydrogen cyanide (low range) Hydrogen cyanide (very low range) Hydrogen fluoride Hydrogen fluoride Hydrogen Peroxide Hydrogen sulphide Hydrogen sulphide Hydrogen sulphide (average range) Hydrogen sulphide (high range) Hydrogen sulphide (high range) Hydrogen sulphide (low range) Hydrogen sulphide (very high range) Hydrogen sulphide (very high range) Hydrogen sulphide (very low range) Hydrogen sulphide (very low range) Hydrogen sulphide (very low range) Hydrogen sulphide + Sulphur dioxide Hydrogen sulphide, Sulphur dioxide (Separate quantification) Iodine Iodine Isoamyl acetate Isoamyl alcohol Isobutane Isobutane Isobutene Isobutyl acetate Isobutyl acrylate Isobutyl alcohol Isooctane Isopentane Isophorone Isopropyl acetate Isopropyl alcohol Isopropyl alcohol Isopropyl alcohol (low range) Isopropyl amine Isopropyl amine Isopropyl ether Isopropyl ether Isopropyl mercaptane Isovaleric acid LPG (Liquified petroleum gas) Maleic anhydride Mercaptans Mercaptans (low range) Mercury vapour Mesityl oxide Methacrylic acid Colorimetric tubes Gas List: H/M %/vol ppm ppm 0,2-76 ppm ppm 0,05-1,6 %/vol. 0, ppm 0,2-7 ppm 0, ppm 0,09-72 ppm 0,5-10 ppm 1-40 %/vol ppm 12,5-500 ppm ppm pm ppm 1-4 %/vol. 0,25-20 %/vol. 0,1-4 ppm 1-40 ppm 0, ppm %/vol ppm H2S 0,25-20 ppm SO ppm ppm ppm ppm %/vol ppm %/vol ppm ppm ppm %/vol %/vol ppm ppm 0,02-5%vol ppm ppm ppm ppm %/vol ppm ppm 2-50 ppm 0,02-0,8% /vol ppm 0,5-120 ppm 0,1-8 ppm ,2 mg/m pppm ppm [ GAS8HH-1 GAS80-3 GAS14M GAS14L GAS12M GAS12H GAS12L GAS12LL GAS17 GAS17L GAS32 GAS4HT GAS4LB GAS4M GAS4HM GAS4H GAS4L GAS4HH GAS4HP GAS4LT GAS4LK GAS4LL GAS45H GAS45S GAS80-4 GAS9L GAS148 GAS117 GAS103-6 GAS104-1 GAS101L-3 GAS144 GAS142L-2 GAS116 GAS101-3 GAS103-7 GAS154-3 GAS146 GAS113 GAS113LL GAS113L GAS180L-15 GAS GAS161-1 GAS141L-6 GAS70-1 GAS81-2 GAS100A GAS81-3 GAS70 GAS70L GAS40 GAS141L-7 GAS81-4 Colorimetric tubes pump (with case) TUV100S 35 <

36 GAS - VAPOR MEASURING RANGE CONTENT CODE Methacrylonitrile Methaldehyde Methyl acrylate Methyl alcohol Methyl alcohol Methyl alcohol Methyl aniline Methyl bromide Methyl bromide (very low range) Methyl butenenitrile Methyl chloroform (Trichloroethane) Methyl chloroform (Trichloroethane) Methyl chloroform (Trichloroethane) Methyl ether Methyl ethyl ketone Methyl hydrazine Methyl iodide Methyl iodide Methyl iodide Methyl isobutyl ketone Methyl isobutyl ketone Methyl mercaptan Methyl mercaptan (high range) Methyl methacrylate Methyl morpholine Methyl pyrrolidone Methylamine Methylamine Methylcyclohexane Methylcyclohexanol Methylcyclohexanone Methylene bromide (high range) Methylene bromide (low range) Methylene chloride Methylene chloride Methylene iodide Monochlorobenzene Monochlorobenzene (low range) Morpholine Morpholine Naphthalene Nickel-carbonyle Nitric acid Nitric acid (low range) Nitro Compounds Nitrogen dioxide Nitrogen dioxide Nitrogen Dioxide Nitrous oxide Nitrous oxide Nitrous oxide (low range) Nitrous oxide (low range) Nonane Octane Octane Colorimetric tubes Gas List: M/O 0,2-32 ppm ppm ppm 0,002-4,5% vol ppm 2-56 ppm ppm ppm 1-36 ppm ppm ppm ppm ppm %/vol. 0,02-0,6 %/vol ppm ppm ppm ppm 0,01-0,6 %/vol ppm 0, ppm ppm ppm ppm ppm ppm ppm %/vol ppm ppm ppm 2,5-200 ppm ppm ppm ppm ppm 0,5-43 ppm ppm ppm ppm ppm ppm 0,1-40 ppm 0,5-30 ppm ppm ppm 0,5-125 ppm ppm 2,5-200 ppm 0,04-16,5 ppm ppm ppm %/vol ppm GAS192 GAS91L-4 GAS141L-8 GAS111 GAS111L GAS111LL GAS181-2 GAS136L-6 GAS136L-4 GAS135 GAS135 GAS135L GAS131LA GAS161-2 GAS152 GAS185-2 GAS230 GAS230H GAS121L-1 GAS153 GAS153L GAS71 GAS71H GAS149 GAS GAS GAS180L-16 GAS GAS102H-2 GAS119 GAS155 GAS136 GAS136H-1 GAS138 GAS138L GAS121L-2 GAS126 GAS126L GAS180L-18 GAS GAS60-1 GAS20L GAS80-5 GAS15L GAS52 GAS80-6 GAS9L-1 GAS9L GAS11S GAS10 GAS11L GAS11HA GAS105-4 GAS101-2 GAS105-5 Colorimetric tubes pump (with case) TUV100S > 36

37 Oxygen Ozone (average range) Ozone (low range) Pentachloroethane Pentamethylenediamine Pentane Pentane Pentenenitrile Petroleum Naptha Phenol Phosgene Phosphine Phosphine Phosphine Phosphine Phosphine Pinene Polytec I Polytec II Polytec III Polytec IV Propane Propionaldehyde Propionaldehyde Propionitrile Propyl acetate Propyl alcohol Propyl alcohol Propyl bromide Propyl mercaptan Propyl mercaptan Propylamine Propylamine Propylene dichloride Propylene imine Propylene imine Propylene oxide Propylene oxide Pyridine Smoke Stoddard solvent Styrene Styrene Styrene (low range) Sulfuric acid Sulphur dioxide Sulphur dioxide Sulphur dioxide Sulphur dioxide Sulphur dioxide Sulphur dioxide Sulphur dioxide tert-butyl alcohol tert-butyl alcohol tert-butyl mercaptan Colorimetric tubes Gas List: O/T GAS - VAPOR MEASURING RANGE CONTENT CODE 3-24 %/vol ppm 0,025-3 ppm ppm ppm %/vol ppm 0,5-15 ppm 0,5-28 mg/l 0,4-187 ppm 0,05-2 ppm 2,5-100 ppm 0,15-5 ppm 0,05-9,8 ppm 2, ppm ppm ppm Qualitative ppm Qualitative ppm Qualitative ppm Qualitative ppm 0,05-2,4 %/vol ppm ppm ppm ppm %/vol ppm 1-18 ppm ppm ppm ppm ppm ppm ppm ppm %/vol ppm 0,2-35 ppm mg/m %/vol ppm ppm 0,5-5 mg/m3 0,05-10 ppm ppm ppm %/vol ppm ppm ppm ppm %/vol ppm 6 TUBES GAS31B GAS18M GAS18L GAS133L-1 GAS180L-22 GAS103-8 GAS104-2 GAS193 GAS106 GAS60 GAS16 GAS7 GAS7L GAS7LA GAS7J GAS7H GAS121-3 GAS107 GAS25 GAS26 GAS27 GAS103-1 GAS91L-5 GAS151L-2 GAS191-1 GAS145 GAS113-1 GAS113L-7 GAS136LA-3 GAS70L-3 GAS70-2 GAS180L-23 GAS GAS131LA-4 GAS180L-24 GAS GAS163-2 GAS163L-2 GAS182 GAS9501 GAS128 GAS153-1 GAS124 GAS124L GAS35 GAS5LB GAS5LA GAS5L GAS5H GAS5M GAS5LC GAS80-2 GAS114 GAS102L-4 GAS70L-4 Pump colorimetric tubes (with case) TUV100S 37 <

38 Colorimetric tubes Gas List: T/X GAS - VAPOR MEASURING RANGE CONTENT CODE tert-butyl mercaptan tert-butyl mercaptan (low range) tert-butylamine Tetrachloroethane Tetrachloroethylene Tetrachloroethylene (average range) Tetrachloroethylene (high range) Tetrachloroethylene (low range) Tetrachloroethylene (very low range) Tetrahydrofuran Tetrahydrofuran Tetrahydrothiophene Tetrahydrothiophene Tetrahydrothiophene (high range) Tetramethylenediamine Tetramethylenediamine Thionyle chloride Toluene Toluene Toluene (low range) Toluidine Trichloroacetic acid Trichloroethane Trichloroethylene (average range) Trichloroethylene (high range) Trichloroethylene (low range) Trichloroethylene (very high range) Trichloroethylene (very low range) Triethylamine Triethylamine Trimethyl benzene Trimethylamine Trimethylamine Trimethylamine Valeric acid Vinyl acetate Vinyl acetate Vinyl chloride Vinyl chloride Vinyl chloride Vinyl chloride (low range) Vinyl chloride (low range) Vinyl trimethoxysilane Vinylidene chloride (low range) Water vapour Water vapour (low range) Water vapour (very low range) Water vapour Pipeline Dew Point Tube Xylene Xylene Xylene Xylene mg/m mg/m ppm 2-30 ppm %/vol ppm ppm ppm ppm %/vol ppm mg/m ppm ppm ppm ppm ppm %/vol ppm ppm 5-60 ppm ppm % vol ppm ppm 1-70 ppm %/vol ,8 ppm ppm ppm ppm ppm ppm ppm ppm ppm %/vol. 0,025-2%/vol ppm ppm 0,1-8,8 ppm 0,25-54 ppm ppm 0,4-31,5 ppm mg/l mg/l 2-10 lb/mmcf 6-40 lb/mmcf ppm %/vol ppm ppm GAS75 GAS75L GAS GAS131L GAS132HH-1 GAS133M GAS133HA GAS133L GAS133LL GAS161-3 GAS159-1 GAS76M-1 GAS76 GAS76H GAS180L-25 GAS GAS5LA-1 GAS161-4 GAS122 GAS122L GAS181-3 GAS15L-2 GAS171 GAS132M GAS132HA-1 GAS132L GAS132HH GAS132LL GAS180L-26 GAS GAS123-1 GAS180L-27 GAS3M-1 GAS GAS81L-2 GAS143 GAS141-1 GAS131 GAS131LB GAS130L-1 GAS131L-1 GAS131LA-1 GAS113L-8 GAS130L GAS6 GAS6LLP GAS6L GAS6LP GAS123 GAS100A-1 GAS122L-4 GAS123L Colorimetric tubes pump (with case) TUV100S > 38

39 39 <

40 > 40

41 Calibration gas cylinders 41 <

42 Calibration Gas Cylinders Calibration gas cylinders for calibration or periodic checking of gas detectors TECHNICAL FEATURES AIR LIQUIDE or CALGAZ calibration gas cylinders for calibration or periodic checking of gas detectors. 2 models available following suppliers availability: 58 liters (approx. 50 calibrations) 103 liters (approx. 100 calibrations) > 6 to 24 months validity following the gas type > Mono- or multi-gas versions MULTIGAS CYLINDERS 4 GASES Accuracy 58 L 116 L Part No. Part No. CH4 - CO - H2S - O2 CO H2S O2 CH ppm ppm % % LEL CET-4GCH4-58 BET-4G-CH4-116 C5H12 - CO - H2S - O2 CO H2S O2 C5H ppm ppm % % LEL BET-4G-C5H12-58 BET-4G-C5H ACCESSORIES MAL B0828 REG-BASE-DFR BET-RECY REG-BASE Heavy-duty plastic case contains one or two 58 & 103 liters cylinders 10m flexible pipe kit Demand flow regulator (1/2 L/min flow) for 58, 103 & 116 liters cylinders Recycling kit for 58, 103 & 116 liters cylinders 28/103/116 L regulator (1/2 L/min flow) > 42

43 GAS TYPE Calibration Value 58 L 103 L Part No. Part No. C3H8 C4H6 C4H8 C4H10 C5H12 C6H6 C6H14 C7H8 CH4 CL2 CO CO2 ETO H2 H2S HCL HCN N2 NH3 NO NO2 O2 PH3 R134A SO2 Propane Butadiene Isobutylene Butane Pentane Benzene Hexane Toluene Methane Chlorine Carbon monoxide Carbon dioxide Ethylene oxide Hydrogen Hydrogen sulphide Hydrogen chloride Hydrogen cyanide Nitrogen Ammonia Nitric oxide Nitrogen dioxide Oxygen Phosphine Freon Sulphur dioxide % LEL ppm ppm ppm % LEL % LEL ppm % LEL ppm % % % ppm ppm ppm ppm ppm ppm ppm % % % % ppm ppm % LEL ppm ppm ppm ppm ppm % ppm ppm ppm ppm ppm ppm ppm % % % % ppm ppm ppm ppm ppm BET-C4H BET-CL BET-CL BET-ETO BET-H2S BET-H2S BET-H2S BET-HCL BET-HCN BET-NH BET-NH BET-NH BET-NO BET-NO BET-NO BET-NO BET-PH BET-PH BET-R134A BET-SO BET-SO BET-C3H BET-C4H BET-C4H BET-C4H BET-C5H BET-C6H BET-C6H BET-C7H BET-CH BET-CH BET-CH BET-CO BET-CO BET-CO BET-CO BET-CO BET-CO BET-CO BET-CO BET-CO BET-H BET-H BET-N BET-O BET-O BET-O BET-O <

44 > 44

45 Fixed gas detectors 45 <

46 OLCT10 ATEX Low Cost fixed gas detector / transmitter 4-20 ma output Boiler rooms or Car parks (combustible gases CO NO NO2) INTRODUCTION Designed for use in boiler rooms and parking garages, the OLCT10 gas monitor gives you the most cost-effective solution for the continuous monitoring of toxic or flammable gases and vapors in ambient air. Easy to install and operate, this detector combined with the MX15, MX32, CE 400 or other control unit meets demanding user requirements. PART NUMBERS Part No Description OLCT10 Combustible gases / 0 100% LEL OLCT10 Combustible gases / 0 4.4%/vol. CH OLCT10 Carpark ppm CO OLCT10 Carpark ppm NO OLCT10 Carpark 0 30 ppm NO2 TECHNICAL FEATURES Type: Catalytic bead sensor (pellistor measuring principle) Measuring range: Combustible gases: 0 to 100% LEL Carbon Monoxide: 0 to 300 ppm Nitric Oxide: 0 to 100 ppm Nitrogen Dioxide: 0 to 30 ppm Signal output: Normal operation 4-20 ma (Fault < 0.5 ma or > 23.2 ma) Power supply: 15 to 30 Vdc (nominal 24 Vdc) 1: 1 out (signal) 5: 0V 3: +24 Vdc Consumption: 100 ma max Cabling: 3-wire, shielded 32 V max in loop 2 cable-glands M16 (outer \ 4 to 8 mm) Size (WxHxD): 118x126x58 Material: ABS IP Rating: IP66 Operating temperature: -10 to +45 C Operating humidity range: 0% RH to 95% RH Operating pressure: 80 to 120 kpa Response time: T50 < 10s, T90 < 20s Certifications: Electromagnetic compatibility according to EN ATEX II 3 G / EEx na IIC T4 > 46

47 OLCT10N Digital gas detector Detection of combustible gases, toxic gases or oxygen INTRODUCTION The OLCT10N is a digital gas detector designed for detection of the most common gases in commercial and light industrial applications. Intended for use in combination with the MX 43, the OLCT10N provides a fast and accurate response. All transmitter information is received by the controller in less than 1 second. The OLCT10N is IP65 and ATEX 3 GD certified, for use in ATEX 2 and 22 zones, and is water- and dustproof. TECHNICAL FEATURES Range: CH4, C3H8, C4H10, H2: % LEL O2: 0-30 % vol CO: ppm / ppm H2S: 0-30 ppm / ppm NO: ppm / ppm NO2: 0-10 ppm / 0-30 ppm NH3: ppm / ppm Output: RS485 Modbus, proprietary protocol Power supply: Vdc Consumption: Electrochemical sensor: 2.5 ma in normal 24 Vdc Catalytic sensor: 50 ma in normal 24 Vdc Calibration: Non-intrusive Cable inlet: 2 x M16 cable entries, outer diameter 4 to 8 mm Up to 32 detectors at 1000 m with a 0.9 mm² (AWG 18) core size cable Dimensions (LxHxW): 118x110x60 mm Materials: ABS, UV and shocks resistant Ingress protection: IP 65 Approvals: II 3 GD - INERIS 11ATEX3023X - IECEx X Ex na nc IIC T4 Gc for explosimetric versions Ex na IIC T4 Gc for others Ex tc IIIC T135 C Dc -20 C<Ta<+55 C Electromagnetic compatibility according to EN <

48 SensePoint ATEX gas detector for oxygen, flammable and toxic gases INTRODUCTION The Sensepoint range of flammable, toxic and Oxygen gas detectors offers users a cost-effective solution to their gas monitoring needs, in or out of doors and even in potentially explosive atmospheres. Supplied with a pre-wired junction box, this detector can be installed using conduit or armoured cable and glands depending on the specific needs of the application. Supplied with an earth continuity plate for increased resistance to the effects of RFI, the junction box offers the installer a choice of ½", ¾" and M20 connection via conduit or armoured cable and Ex e certified cable glands. GAS NAME Flammable Oxygen Carbon monoxide Hydrogen sulphide Hydrogen Chlorine Sulphur dioxide Nitrogen dioxide Ammonia MEASURING RANGE Main range Other ranges 0-100% LEL 0-25%VOL 0-200ppm 0-500ppm 0-50ppm 0-20ppm 0-100ppm ppm 0-5ppm 0-15ppm 0-15ppm 0-50ppm 0-10ppm 0-50ppm ppm TECHNICAL FEATURES Cost-effective, fixed point gas detector for the protection of personnel and plant from flammable, toxic and Oxygen gas hazards. Certification: Flammable: II 2GD Ex d IIC T6 Gb Ex tb IIIC A21 Db IP67 T85 C (Tamb -40 C to +55 C) or T100 C (Tamb -40 C to +70 C) or T135 C (Tamb -40 C to +80 C) Baseefa08ATEX0265X IECEx BAS X Toxic and Oxygen: II 2 GD Ex d ia IIC T4 Gb Tamb -40 C to +65 C Ex tb IIIC A21 IP67 T135 C Db Baseefa08ATEX0263X IECEx BAS X IP rating: IP65 standard, IP66 with weather protection in accordance with EN60529:1992 Material: Polyphenylene Sulphide (PPS) Electrical: Flammable: 3 wire mv bridge Toxic and oxygen: 2 wire loop powered 4-20mA > 48

49 CTX300 Gas detector/transmitter with 4-20mA output and optional display for applications in unclassified areas TECHNICAL FEATURES Power supply: 15 to 32 V DC Output: 4-20mA analog output (fault < 1mA, maintenance = 2mA) Power consumption: CTX 300 without display unit: 27 ma CTX 300 with display unit: 110 ma Infrared or semiconductor versions: 100mA Dimensions: 130 x 136 x 69 (l x h x d) in mm Enclosure: Polycarbonate housing Sealing: IP 66, NEMA 3 & 3R Certification: CCSA Class Signal Appliances-Detectors CSAUS Class Signal Appliances-Miscellaneous INTRODUCTION Flexibility and reduced maintenance Satisfying your safety requirements means making genuine technical breakthroughs as well as providing clear economic value. Sensors integrating zero and sensitivity parameters are used so that maintenance is quick and safe. The principle of the pre-calibrated sensor unit allows maintenance by a single person and significant reduction in costs. Clear readability Highly sensitive, lighted display allows local reading Effective power-up indication by indicator lights Indication of maintenance or fault function High-Level technology Pre-calibrated sensor avoiding the need to use unstable gases on site for calibration purposes Remote sensor unit allowing measurements in even the most inaccessible places Heavy-duty Use of polycarbonate and stainless steel mounting hardware Resistant to corrosive agents Durable housing Specifically adapted options Removable filters, interchangeable without opening the housing (which is dust-proof, condensation-proof and water-resistant) Splash guard Gas collector cone Mounting brackets Pitot tubes, floats, heating protective device, etc. MONITORED GASES LIST O2 CO H2S NO NO2 SO2 CL2 H2 HCL HCN NH3 ETO/PO HF O3 PH3 CLO2 49 <

50 CTX300-IRCO2 CO2 gas detector/transmitter with 4-20mA output for applications in unclassified areas (Infrared Technology) TECHNICAL FEATURES Power supply: 15 to 32 V DC Output: 4-20mA analog output (fault < 1mA, maintenance = 2mA) Power consumption: 100mA Dimensions: 130 x 136 x 69 (l x h x d) in mm Enclosure: Polycarbonate housing Sealing: IP 66, NEMA 3 & 3R Certification: CCSA Class Signal Appliances-Detectors CSAUS Class Signal Appliances-Miscellaneous INTRODUCTION Flexibility and reduced maintenance Satisfying your safety requirements means making genuine technical breakthroughs as well as providing clear economic value. Sensors integrating zero and sensitivity parameters are used so that maintenance is quick and safe. The principle of the pre-calibrated sensor unit allows maintenance by a single person and significant reduction in costs. Clear readability Highly sensitive, lighted display allows local reading Effective power-up indication by indicator lights Indication of maintenance or fault function High-Level technology Infrared version for CO2 detection 1 to 50% Heavy-duty Use of polycarbonate and stainless steel mounting hardware Resistant to corrosive agents Durable housing Specifically adapted options Removable filters, interchangeable without opening the housing (which is dust-proof, condensation-proof and waterresistant) Splash guard Gas collector cone PART NUMBERS Part no WC30IRL DESCRIPTION CTX300 IR CO2 range 0-5%vol CTX300 IR CO2 range 0-1%vol (1000 ppm) CTX300 IR CO2 range 0-5%vol CTX300 IR CO2 range 0-10%vol CTX300 IR CO2 range 0-50%vol > 50

51 CSC300 (Freons - Solvents & VOCs) Semiconductor sensor technology 4-20mA detector/transmitter 134A R11 R12 R22 R23 R141 R142B R404 solvents & VOCs TECHNICAL FEATURES For use in safe area only Power supply: 15 to 32 V DC (24V DC nominal) Output: 4-20mA analog output (fault < 1mA, maintenance = 2mA) Power consumption: 100mA Linearization card: optional on CO2 version Dimensions: 130 x 136 x 69 (l x h x d) in mm Enclosure: Polycarbonate housing Sealing: IP 66, NEMA 3 & 3R Certification: CCSA Class Signal Appliances-Detectors CSAUS Class Signal Appliances-Miscellaneous INTRODUCTION Flexibility and reduced maintenance Satisfying your safety requirements means making genuine technical breakthroughs as well as providing clear economic value. Sensors integrating zero and sensitivity parameters are used so that maintenance is quick and safe. The principle of the pre-calibrated sensor unit allows maintenance by a single person and significant reduction in costs. Clear readability Highly sensitive, lighted display allows local reading Effective power-up indication by indicator lights Indication of maintenance or fault function High-Level technology High performance semiconductor sensors for detection in safe area of: FREONS: 134A, R11, R12, R22, R23, R141, R142B, R404, contact us for others SOLVENTS: ethanol, toluene, trichlorethylene, xylene VOCs (volatile organic compounds) Heavy-duty Use of polycarbonate and stainless steel mounting hardware Resistant to corrosive agents Durable housing Specifically adapted options Removable filters, interchangeable without opening the housing (which is dust-proof, condensation-proof and water-resistant) Splash guard Gas collector cone PART NUMBERS CODE MEASURING RANGE PART NUMBER 134A R11 R12 R22 R23 R141 R142B R404 COV Ethanol Toluene Trichlorethylene Xylene ppm 0-1 %vol. 0-1 %vol ppm 0-1 %vol ppm ppm ppm ppm ppm ppm ppm ppm WC30F13A WC30F13B WC30F22A WC30F22B WC30F13C WC30F13D WC30F13E WC30F13F WC30COV WC30SOLA WC30SOLB WC30SOLC WC30SOLD 51 <

52 OLCT100 ATEX gas detector SIL 2 certified Combustible gases (IR or catalytic) Toxic (electrochemical) Solvents or freons (semiconductor) INTRODUCTION The OLC/OLCT 100 range of fixed detectors has been designed for detection of explosive gases, toxic gases or oxygen. Available in explosion-proof or intrinsically safe versions, the OLC(T) 100 is suitable for detection of all gases in ATEX zones. The OLCT 100 is available in a stainless steel version, offering increased resistance to corrosive elements (ideal for marine, wastewater treatment plants, food processing activities ). This stainless steel intrinsically safe version is certified for use in zones 0 (gas) and 20 (dust), whereas all other versions of the OLCT 100 are certified for use in zones 1 (gas) and 21 (dust). OLC 100: detector with a Wheatstone bridge output for detection of explosive gases (0-100% LEL only) OLCT 100 XP: Explosion-proof version is equipped with a catalytic, electrochemical or semiconductor sensor, for detection of explosive, toxic gases or oxygen OLCT 100 IS: Intrinsically safe version is equipped with an electrochemical sensor for detection of toxic gases or oxygen OLCT 100 XP IR: Explosion-proof IR version is equipped with an infrared sensor for detection of explosive gases or CO2 OLCT 100 XP HT: High temperature explosion-proof version for detection of explosive gases up to 200 C The OLCT 100 transmitter has a 4-20 ma output for the connection of a wide range of controllers TECHNICAL FEATURES Sensor: Catalytic bead, infrared, electrochemical or semiconductor Material: Epoxy-coated aluminium housing (Inox 316L optional) Sensor material: 316 stainless steel Ingress Protection: IP66 Cable Entry: M20 or ¾ NPT Supply Voltage: 15.5 to 32 VDC Outpout signal: OLC100: Wheatstone bridge OLCT100: Usual source encoded from 0 to 23 ma (not isolated) linear 4 to 20 ma output, reserved for measurement 0 ma: electronic fault or no power supply < 1 ma: fault 2 ma: initialization mode > 23 ma: out of range Approvals: Compliant with European directive ATEX 94/9/CE and with IE- CEx schedule for explosion-proof detectors. OLC 100, OLCT 100 XP, OLCT 100 XP IR: ATEX II 2 GD / Ex d IIC T6 Gb / Ex tb IIIC T85 C Db IP66 OLCT 100 XP HT: ATEX II 2 GD / Ex d IIC T6 Gb / Ex tb IIIC T85 C Db IP66 (for the transmitter to be installed in a cold zone) ATEX II 2 G / Ex d IIC T4..T2 Gb (for the sensor to be installed in hot zone) OLCT 100 IS Aluminum: ATEX II 2 GD / Ex ia IIC T4 Gb / Ex ia IIIC T135 C Db IP66 OLCT 100 IS Stainless Steel: ATEX II 1 GD / Ex ia IIC T4 Ga / Ex ia IIIC T135 C Da IP66 SIL 2 according to EN / EN for catalytic versions, O2, CO, NH3 and H2S Metrological performances according to EN/IEC Electromagnetic compatibility according to EN The OLCT 100 is SIL 2 certified by INERIS, according to the EN standard, which corresponds to IEC/EN for gas detectors. > 52

53 OLCT100 ACCESSORIES Calibration cup for combustible gases (part number ) Faciltates the injection of calibration gas on the sensor Effect on measurement: measurement similar to that for natural diffusion Effect on response time: none PTFE remote sampling cup (part number ) Splash guard kit (part number ) Enables measurement in bypass time mode Effect on measurement: no efect if calibration is carried out under the same conditions (cup, flow rate) Effect on response time: none Protects the detector against splashes Effect on measurement: no effect Effect on response time: response time for natural difusion can increase for certain gases ; contact us for details Remote calibration cup (part number ) PTFE water barrier (part number ) Universal pitot tube with DN 80 flange (part number ) Enables the detection of ambient gases simultaneously with a calibration gas injection pipe Effect on measurement: no effect Effect on response time: negligible Protects the gas inlet from dust and splashing Effect on measurement: no effect, but cannot be used for detecting O3, HCL, HF or CL2 Effect on response time: response time increased (contact us for heavy gases of a density greater than 3 and at concentrations < 10 ppm) Enables the measurement of a gas passing through a sheath Requires the use of the gas circulation head Effect on measurement: no effect Effect on response time: negligible Ceiling-mount (part number ) Enables a detector to be fixed to the ceiling Effect on measurement: no effect Effect on response time: no effect Sunshield (part number ) Protects any detector mounted on the outside of a building Effect on measurement: no effect Effect on response time: negligible Wall Mounted Collecting Cone (part number ) Allows the sensor to detect more quicly the gas (Wall mounting) Effect on measurement: no effet Effect on response time: response time can increase up to 10% Ceiling Mounted Collecting Cone (part number ) Allows the sensor to detect quickly the gas (Ceiling) Effect on measurement: no effet Effect on response time: response time can increase up to 10% Replacement adapter kit (part number ) Enables replacement of an existing detector without having to re-drill holes 53 <

54 GAS NAME MEASURING RANGE AVAILABLE WITH OLC100 OLCT100-XP OLCT100-IR OLCT100-HT OLCT100-IS GAS CODE > 54 BUTYL ACETATE % LEL 008 METHYL ACETATE % LEL 009 ETHYL ACETATE % LEL 007 ACETONE % LEL 010 ACETONITRILE % LEL 011 ACETYLENE % LEL 012 HYDROGEN CYANIDE (HCN) 0-10 ppm 229 HYDROGEN CYANIDE (HCN) 0-30 ppm 230 ACROLEIN % LEL 014 BUTYL ACRYLATE % LEL 015 ETHYL ACRYLATE % LEL 016 ACRYLIC ACID % LEL 013 ACRYLONITRILE % LEL 017 AMMONIA (NH3) ppm 231 AMMONIA (NH3) % LEL 006 AMMONIA (NH3) ppm 232 AMMONIA (NH3) ppm 233 ARSINE (ASH3) 0-1 ppm 243 BENZENE % LEL 018 BUTADIENE, 1, % LEL 019 BUTANE % LEL 004 BUTANOL % LEL 020 BUTANONE % LEL 021 BUTANONE 2 (MEK) ppm 659 CHLORINE (CL2) 0-10 ppm 224 METHYL CHLORIDE (CH3CL) ppm 508 HYDROGEN CHLORIDE (HCL) ppm 228 HYDROGEN CHLORIDE (HCL) 0-30 ppm 227 CUMENE % LEL 022 CYCLOHEXANE % LEL 023 CYCLOHEXANONE % LEL 024 METHYLENE CHLORIDE (CH2CL2) ppm 507 FUEL OIL % LEL 033 DIMETHYL ETHER % LEL 025 CARBON DIOXIDE (CO2) 0-10 % / vol. 240 CARBON DIOXIDE (CO2) 0-5 % / vol. 239 NITROGEN DIOXIDE (NO2) 0-10 ppm 219 NITROGEN DIOXIDE (NO2) 0-30 ppm 220 CHLORINE DIOXIDE (CLO2) 0-3 ppm 235 SULFUR DIOXIDE (SO2) 0-10 ppm 221 SULFUR DIOXIDE (SO2) ppm 223 SULFUR DIOXIDE (SO2) 0-30 ppm 222 DODECANE % LEL 026 ETHANE % LEL 027 ETHANOL % LEL 028 ETHANOL ppm 656 ETHER % LEL 029 ETHYLENE % LEL 030 FORMALDEHYDE % LEL 031 FREONS FX ppm 510 FREONS R % / vol. 505 FREONS R % / vol. 500 FREONS R ppm 509 FREONS R134A ppm 502 FREONS R ppm 503 FREONS R142B ppm 504 FREONS R143A ppm 511 FREONS R ppm 501 FREONS R % / vol. 516

55 TYPE de GAZ GAMME de MESURE VERSION DISPONIBLES OLC100 OLCT100-XP OLCT100-IR OLCT100-HT OLCT100-IS Code gaz FREONS R % / vol. 506 FREONS R ppm 515 FREONS R404A ppm 512 FREONS R407C ppm 517 FREONS R408A ppm 518 FREONS R410A ppm 514 FREONS R ppm 513 NATURAL GAS % LEL 034 LPG % LEL 032 HELIUM 0-1 % / vol. 062 HEPTANE % LEL 035 HEXANE % LEL 036 HYDROGEN (H2) % LEL 003 HYDROGEN (H2) % / vol. 061 HYDROGEN (H2) ppm 225 HYDROGEN SULFIDE (H2S) ppm 214 HYDROGEN SULFIDE (H2S) ppm 215 HYDROGEN SULFIDE (H2S) 0-30 ppm 213 ISOBUTANE % LEL 038 ISOBUTENE % LEL 039 ISOPROPANOL % LEL 040 ISOPROPANOL ppm 658 JET FUEL % LEL 041 METHYL METHACRYLATE % LEL 042 METHANE (CH4) % LEL 001 METHANE (CH4) 0-4,4 % / vol. 002 METHANE (CH4) % / vol. 060 METHANOL % LEL 043 METHYLAMINE % LEL 044 CARBON MONOXIDE (CO) ppm 203 CARBON MONOXIDE (CO) ppm 205 CARBON MONOXIDE (CO) ppm 204 NITRIC OXIDE (NO) ppm 216 NITRIC OXIDE (NO) ppm 218 NITRIC OXIDE (NO) ppm 217 NAPHTA % LEL 045 NAPHTALENE % LEL 046 NONANE % LEL 047 OCTANE % LEL 048 PROPYLENE OXIDE % LEL 050 ETHYLENE OXIDE (ETO) 0-30 ppm 244 ETHYLENE OXIDE (ETO) % LEL 049 OXYGEN (O2) 0-30 % / vol. 200 PENTANE (C5H12) % LEL 051 PHOSPHINE (PH3) 0-1 ppm 242 PHOSGENE (COCl2) 0-1 ppm 246 PROPANE % LEL 005 PROPYLENE % LEL 052 SF % / vol. 063 SILANE (SiH4) 0-50 ppm 245 STYRENE % LEL 054 UNLEADED GAZOLINE (95) % LEL 055 TOLUENE % LEL 056 TOLUENE ppm 657 TRIMETHYLAMINE % LEL 057 WHITE SPIRIT % LEL 058 XYLENE % LEL 059 XYLENE ppm <

56 SensePoint XCD ATEX gas detector, RS485, MODBUS RTU Flammable (catalytic or infrared), toxic (electrochemical) INTRODUCTION The Sensepoint XCD range provides comprehensive monitoring of flammable, toxic and Oxygen gas hazards in potentially explosive atmospheres, both indoors and outdoors. Users can modify detector operation using the LCD and magnet switches without ever needing to open the unit. This enables one-man, non-intrusive operation and reduces routine maintenance time and costs. A tri-colour backlit LCD clearly indicates the unit s status at a glance, even from a distance. A steady green backlight indicates normal operation, flashing yellow indicates fault and flashing red indicates an alarm. All detectors are supplied pre-configured and include 2 programmable alarm relays, 1 programmable fault relay as well as an industry standard 4-20mA output (sink or source selectable) and MODBUS. Gas Flammable gases Methane (CH4) Methane (CH4) Carbon dioxide (CO2) Hydrogen sulphide (H2S) Carbon Monoxide (CO) Hydrogen (H2) Default range Catalytic bead sensors % LEL Infrared sensors % LEL % vol 0-2 % vol Electrochemical sensors 0-50 ppm ppm ppm User selectable range 20 % à 100 % LEL 20 % à 100 % LEL 20 % à 100 % vol - 10 à 100 ppm 100 à 1000 ppm TECHNICAL FEATURES Input Voltage Range: 16 to 32VDC (24VDC nominal) Relays: 3 x 5A@250VAC Housing: Epoxy painted aluminium alloy LM25 (2kg) or 316 stainless steel (5kg) Entries: 2 x M20 cable entries Ingress protection: IP66 Humidity: 0-99 RH Certification: European ATEX II 2 GD Ex d IIC Gb T6 (Ta -40 C to +65 C) T5 (Ta -40 C to +75 C) Ex tb IIIC T85 C Db IP66 T100 C International IECEx Ex d IIC Gb T6 (Ta -40 C to +65 C) T5 (Ta -40 C to +75 C) Ex tb IIIC T85 C Db IP66 T100 C North America UL/c-UL - Class I, Division 1, Groups B, C and D, Class I, Division 2, Groups B, C & D, Class II, Division 1, Groups E, F & G, Class II, Division 2, Groups F & G. Oxygen (O2) 0-25 % vol > 56

57 XCD-RFD & XCD-RTD Gas transmitters for use with directly or remotely mounted gas sensors TECHNICAL FEATURES Input Voltage Range: 18 to 32VDC (24VDC nominal) Output: 4-20mA + 2 alarme relays + 1 fault relay + RS485 communication Material: Epoxy painted aluminium alloy LM25 (2kg) or 316 stainless steel (5kg) Entries: 2 x M20 side entries and 1 x M25 bottom entry Mounting: Integral mounting plate with 4 x mounting holes suitable for M8 bolts Ingress protection: IP66 Humidity: 0-99 RH Certification: European ATEX Ex II 2 GD Ex d IIC Gb T6 (Ta -40 C to +65 C) Ex tb IIIC T85 C Db IP66 International IEC Ex d IIC Gb T6 (Ta -40 C to +65 C) Ex tb IIIC T85 C Db IP66 China GB Ex d IIC T4 GB3836.1&2-2000, PA, CCCF Korea KTL Ex d IIC T6 (-40 C to +65 C) EMC CE: EN50270:2006 EN :2007 INTRODUCTION 2 transmitters according to the gas type: Sensepoint XCD RFD (Remote Flammable Detector) has been specifically designed for use with remotely mounted flammable gas sensors. This configuration is ideal for applications where the sensor is required to be mounted remotely from the transmitter in areas where temperatures are well above ambient (up to 150 C/302 F), or that are difficult to access. The transmitter can be mounted at a suitable location away from this area where it is easy to access, view its display and interact with via the user interface. Sensepoint XCD RTD (Remote Toxic Detector) has been specifically designed for use with range of Sensepoint toxic and Oxygen sensors. Sensepoint XCD RTD can be mounted up to 30 metres (100 feet) away from the transmitter in areas that are difficult to access. The transmitter can be mounted at a suitable location away from this area where it is easy to access, view its display and interact with via the user interface.sensepoint toxic and Oxygen sensors offer a wide variety of gases and measuring ranges. The sensor can be mounted directlyto the transmitter as well as remotely. The transmitter s tri-colour backlit LCD clearly indicates the unit s status at a glance, even from a distance. A steady green backlight indicates normal operation, flashing yellow indicates fault and flashing red indicates an alarm. Every detector is preconfigured and include 2 programmable alarm relays, 1 programmable fault relay as well as 4-20mA output (sink or source selectable) and 1 MODBUS output. 57 <

58 Satellite XT Analogue or digital "Point-of-Use" gas detection transmitter to detect toxic, corrosive and combustible gases TECHNICAL FEATURES Sensor type: electrochemical Sensor lifetime: > 1 year (typical) Voltage: 12 to 24 VDC Consumption: max 1.8W Analogue Signal Output: 4-20mA Relay outputs: 3 x SPST (Single-Pole Single-Throw Max. ratings: 250 VAC / 30 VDC, 2A Graphic display: 122 x 32 dots with backlight Keypad: 6 touch-sensitive membrane function keys Physical dimensions LxWxD: 145 x 95 x 50mm (5.7" x 3.7" x 2.0") Mounting: DIN rail mounting Weight: 480g (17oz) Housing Protection Class: IP 52 RFI / EMC: EN & EN Temperature: -20 C up to +40 C (-4 F up to +104 F) Humidity: 20 up to 90% r.h. INTRODUCTION The most common failure in catalytic sensors is performance degradation caused by exposure to certain poisons. It is therefore essential that any gas monitoring system should not only be calibrated at the time of installation, but also checked regularly and re-calibrated as necessary. Checks must be made using an accurately calibrated standard gas mixture so that the zero and "span" levels can be set correctly on the controller. Ease of sensor swapping and calibration can also deliver savings. This can be highlighted by the auto recognition "Plug and Play" sensor capabilities of devices which use smart precalibrated sensors. These sensors can be taken out into the field and changed over in just one minute. The XT Series is a product generation designed to meet various gas detection and life safety requirements. Advantages: Fast, reliable, specific gas detection Continuous real time monitoring Interchangeable intelligent sensor cell No dynamic gas calibration required Generic sensor head electronics Low cost of ownership No moving parts to wear down or replace MONITORED GASES LIST Ash3 B2H6 BBr3 BCL3 BF3 Br2 C12H2704P C2H3CL3 C2H4O C2H8N2 C4H11As CH6N2 CL2 CLF3 CLO2 CO COCL2 DMA F2 GeH4 H2 H2S H2Se H3CLSi HBr HCL HCN HF HMDS N2H4 NH3 NO NO2 O2 O3 PH3 POCL3 Si2H6 SiCL4 SiF4 SiH2CL2 SiH4 SiHCL3 SO2 TDMAT TEOS TMB TMP WF6. With pyrolyzer module: C4F6 C5F8 CH3F DCE 1.2 NF3 SF6 > 58

59 Sat-Ex ATEX gas detection transmitter to detect toxic, corrosive and combustible gases TECHNICAL FEATURES Sensor type: electrochemical Sensor lifetime: > 1 year (typical) Voltage: 12 to 24 VDC Consumption: max 2.4W Analogue Signal Output: 4-20mA Relay outputs: 3 x SPST (Single-Pole Single-Throw) Max. ratings: 250 VAC / 30 VDC, 2A Graphic display: 122 x 32 dots with backlight Keypad: 6 touch-sensitive membrane function keys Physical dimensions LxWxD: 300 x 143 x 143 mm Weight: 3,5 kg (7.7 lbs) Housing Protection Class: IP 65 RFI / EMC: EN & EN ATEX classification: EX II 2 G EEx d ib II C T4 for use in Zone 1 and Zone 2. A UL approval (UL Class 1, Div 1, Group B, C, D) is pending ATEX Junction box: Standard version: mA version + relay: Temperature: -20 C up to +40 C (-4 F up to +104 F) Humidity: 20 up to 90% r.h. INTRODUCTION The most common failure in catalytic sensors is performance degradation caused by exposure to certain poisons. It is therefore essential that any gas monitoring system should not only be calibrated at the time of installation, but also checked regularly and re-calibrated as necessary. Checks must be made using an accurately calibrated standard gas mixture so that the zero and "span" levels can be set correctly on the controller. Ease of sensor swapping and calibration can also deliver savings. This can be highlighted by the auto recognition "Plug and Play" sensor capabilities of devices which use smart precalibrated sensors. These sensors can be taken out into the field and changed over in just one minute. The Sat-Ex is a product designed to meet various gas detection and life safety requirements. The large LCD screen of the Sat-Ex unit displays gas concentration and alarm condition. Monitoring, main tenance functions, individual configuration and calibration settings can be chosen from a range of programme menus. Advantages: Available for any kind of detected gas Fast, reliable, specific gas detection Continuous real-time monitoring Interchangeable intelligent sensor cell No dynamic gas calibration required Low cost of ownership No moving parts to wear down or replace Directly compatible with LonWorks Sensor diagnostics MONITORED GASES LIST Ash3 B2H6 BBr3 BCL3 BF3 Br2 C12H2704P C2H3CL3 C2H4O C2H8N2 C4H11As CH6N2 CL2 CLF3 CLO2 CO COCL2 DMA F2 GeH4 H2 H2S H2Se H3CLSi HBr HCL HCN HF HMDS N2H4 NH3 NO NO2 O2 O3 PH3 POCL3 Si2H6 SiCL4 SiF4 SiH2CL2 SiH4 SiHCL3 SO2 TDMAT TEOS TMB TMP WF6 & COMBUSTIBLE GASES % LEL). With pyrolyzer module: C4F6 C5F8 CH3F DCE 1.2 NF3 SF6 59 <

60 OLCT80 Detectors-Transmitters - Direct link, 4-20 ma, loop and isolated sensor mode Flammable, Toxic Gases and Oxygen SCHEME TECHNICAL FEATURES Monitored gases list: O2 CO CO/H2 NUL H2S NO NO2 SO2 CL2 H2 HCL HCN HF NH3 ETO O3 PH3 CLO2 SiH4 COCL2 AsH3 CH4 H2 NH3 VOC Alarms: 2 integrated gas alarms with relays 1 fault alarm with relay Inputs: Series 80 sensors have up to 9 glands dedicated to cable wiring Design advantages: The minimum configuration includes: 1 electrical input dedicated to a sensor. two 4-20 ma or binary inputs. This configuration allows any other sensor from the network to be recognized (e.g temperature sensor, emergency stop, flame detector, smoke detector). Outputs: 4/20 ma with smart signal processing analog signal 4-20 ma data signals between 0 and 4-20 and 25mA Relays: The relays are 2A / 250 VAC type with potential free SPDT contacts. Two types of relays: 2 gas alarm relays or supplementary inputs 1 fault relay Flexibility of connection modes: OLCT 80 sensors can be connected either: in loop (opto-isolated - up to 16 sensors), 4-20 ma, under direct power and operate as a central unit. Operation traceability: The operator can check records locally for the most recent time-date stamped events. Communication: Remote dialogue with the sensor using IR remote control. Certification Atex: II 2GD. EEx d IIC T5 (T100 C) or T6 (T85 C) INERIS 03ATEX0240X Electromagnetic compatibility: Complies with EN Ingress Protection: IP66 Weight: OLCT 80: 3,5 kg > 60

61 Midas Toxic, corrosive and combustible gases detector with sensor swapping technology TECHNICAL FEATURES Smart sensor cartridge with on board "e-calibration" certificate Operating Voltage: 24VDC, -15 to +10% 3 relays for Alarm 1, Alarm 2 and Fault rated 30VDC, 1 A or 125VAC, 0.5 A; configurable NO or NC, latched or unlatched Flow Rate: 500 ml/min Transport Time: 2 to 30 seconds maximum Exhaust Length: Up to 100 ft (30m) Isolated 0-22 ma analog output with fault and event reporting Event logging to review sensor history Certification & Specification: European CE Marked for sale in European Community. Meets EN 50270:2006 (Type 2) and EN : 2007 Environmental ETL approved UL Ed:3 Electrical IEEE 802.3af-2003 Size (unit with Sensor): 5.91 (H) x 2.56 (W) x 6.02 (D) in (150 x 65 x 153 mm) Mounting: Wall mounted using pre-drilled holes on chassis. Options for DIN rail or vertical bracket mounting Operating Temperature: Unit with Sensor 32 to 104 F (0 to 40 C) INTRODUCTION MIDAS is a gas monitoring system for fast and reliable response to the presence of virtually all gases used or generated in the semiconductor and other industrial manufacturing applications. MIDAS offers lower cost of ownership benefits for gas detection through a combination of extended sensor calibration periods, flexible communications architecture and patented diagnostics that monitor sensor performance and flow control. MIDAS uses a universal transmitter platform that detects the majority of toxic, ambient and flammable gases that must be monitored in a typical industrial process environment. The precalibrated "plug-and-play" smart sensor cartridge makes sensor replacement quick and easy to manage with no tools required, and prevents any operator error associated with using incorrect or depleted sensors. Bright LED lights and an intuitive, icon driven interactive menu guarantee instant alert to the gas reading or alarm level coupled with password protected menus for configuration, test and calibration. MIDAS is very compact in size and its easy access metal chassis design makes it simple to install in crowded, increasingly complex process environments or retrofit applications where space is at a premium. MIDAS has flexible power and communications built in as standard including 3 on-board relays, 0-22mA analog output, Modbus/ TCP Ethernet digital outputs, as well as the innovative Power over Ethernet (PoE) protocol - a single Ethernet connection for all power, control and communication requirements. Cost effective integration with PLC and FieldBus systems is greatly simplified with the MIDAS architecture. MIDAS will monitor points up to 30m (100ft) away from the transmitter and flow rates are regulated automatically using patented control technology to ensure error free gas sensing operation. Honeywell Analytics designs and manufactures its own sensors using advanced robotics to ensure unbeatable quality and reliability. MONITORED GASES LIST Ash3 B2H6 BBr3 BCL3 BF3 Br2 CH4 CHF2F2 CL2 CLF3 CLO2 CO CO2 F2 GeH4 H2 H2CL2Si H2S HBr HCL HCN HF NF3 NH3 NO NO2 O2 O3 PH3 POCL3 SF4 Si2H6 SiH4 SO2 TEOS WF6 61 <

62 Optima Plus Hydrocarbon point infrared gas detector INTRODUCTION Why Infrared? Fast speed of response Reduced routine maintenance Immune to catalytic poisons Long operating life Works in inert atmospheres Why Searchpoint Optima Plus? Can detect a wide range of hydrocarbon gases including solvents Increased reliability with no moving parts Increased stability from self compensating optics Immune to long term component drift Remote functional gas test facility Certified for North American and European Hazardous areas Safe application Increased false alarm rejection Increased uptime with contaminated optics warning Dynamic Heating Control ensures condensation free optics No undetected failures Improved diagnostics Integral event logging Reduced power consumption Certified to many hazardous area classification schemes including: UL, CSA, ATEX, IECEx and more TECHNICAL FEATURES Measuring Range: 0-100% LEL Signal Output: 4-20mA autosensing sink or source Inhibit: 1-3mA (Default 2mA) Warning: 0-6mA (Default 3mA *) Fault: 0mA Over Range: mA (Default 21mA) Digital Output: Optional Multidrop Modbus RS485 (via DX100(M)) Material: 316 stainless steel Weight: 1.6kg Accuracy: Optima Plus (Hydrocarbon) Baseline < ±1% FSD, 50% FSD <±2% FSD Repeatability: < ±2% FSD at 50% FSD Linearity: < 5% FSD Response Time: T50 < 3 seconds, T90 < 4 seconds (methane) Variation with Pressure: 0.1% (of reading) per mbar Power Supply: 18-32Vdc (24Vdc nom), < 4.5W max Environmental Protection: IP 66 / 67 Diagnostics: Via certified Hand-held Interrogator Certifications: Safety Approvals UL / CSA: Class 1, Div 1, groups B, C, and D (-40 C to +65 C) IECEx: Ex d IIC tb IIIC T86 C (Tamb -40 C to +55 C) or T96 C (Tamb -40 C to +65 C) IP66/67 ATEX: BAS99ATEX2259X II 2 GD Ex d IIC Gb Ex tb IIIC Db T96 C (Tamb -40 C to +65 C) T86 C (Tamb -40 C to +55 C) IP 66/67 Performance Approvals CSA C , FM ANSI/ISA , EN (BVS 03 ATEX G 016 X) Functional Safety IEC61508 Safety Integrity Level 2 EMC Compliance EN 50270:2006 Software EN 50271:2010 Option: Duct Mounting Kit This mounting plate arrangement enables installation of Searchpoint OPTIMA PLUS with a duct/ventilation system. It enables functional gas testing without removing the Searchpoint OPTIMA PLUS from the ducting system. > 62

63 AVAILABLE GASES GAS NAME MEASURING RANGE PART NUMBER 1-Ethoxy-2-propanol (C5H12O2) % LEL 2108D Methoxy-2-propanol (C4H10O2) % LEL 2108D Ethoxy-1-propanol (C5H12O2) % LEL 2108D3094 Ethyl Acetate (C4H8O2) % LEL 2108D3031 Butyl Acetate (C6H12O2) % LEL 2108D3021 Propylene Glycol Monomethyl Ether Acetate, PGMEA (C4H10O2) % LEL 2108D3101 Propyl Acetate (C5H10O2) % LEL 2108D3039 Acetone (C3H6O) % LEL 2108D3013 Butan-1-ol (C4H10O) % LEL 2108D3019 Butane (C4H10) % LEL 2108D3173 Butanone (C4H8O) % LEL 2108D3023 Chloroethane (C2H5Cl) % LEL 2108D3084 Cyclohexane (C6H12) % LEL 2108D3025 Cyclohexanone (C6H10O) % LEL 2108D3027 Decamethyltetrasiloxane DCMTS (C10H30O3Si4) % LEL 2108D3060 Dichloroethane (C2H4Cl2) % LEL 2108D Dimethyl Ether (C2H6O) % LEL 2108D3098 Ethane (C2H6) % LEL 2108D3171 Ethanol (C2H6O) % LEL 2108D3029 Diethyl Ether (C4H10O) % LEL 2108D3049 Heptane (C7H16) % LEL 2108D3033 Hexamethyldisiloxane HMDS (C6H18OSi2) % LEL 2108D3017 Hexane (C6H14) % LEL 2108D3035 Hexene (C6H12) % LEL 2108D3083 Isobutane (C8H18) % LEL 2108D3070 Methane (CH4) % LEL 2108D3170 Methanol (CH4O) % LEL 2108D3041 Methyl Isoamil Ketone, MIAK (C7H14O) % LEL 2108D3108 Methyl Isobuyl Ketone, MIBK (C6H12O) % LEL 2108D3068 Octamethyltetrasiloxane, OMTS (C8H26O3Si4) % LEL 2108D3063 Octane (C8H18) % LEL 2108D3062 Octene (C8H16) % LEL 2108D3081 Pentane (C5H12) % LEL 2108D3056 Pentene (C5H10) % LEL 2108D3077 Propan-1-ol (C3H8O) % LEL 2108D3085 Propan-2-ol, Isopropanol (C3H8O) % LEL 2108D3037 Propane (C2H6) % LEL 2108D3172 Propene (C3H6) % LEL 2108D3174 Unleaded Gazoline (95) % LEL 2108D3047 Toluene (C6H5CH3) % LEL 2108D3043 Xylene-o (C8H10) % LEL 2108D3045 Xylene-p (C8H10) % LEL 2108D <

64 Searchline EXCEL Open-Path Infrared gas detector for hydrocarbons INTRODUCTION Searchline Excel Open-Path Gas Detector consists of a Transmitter unit that sends an infrared beam to a Receiver unit up to 200 metres away, and can be located where a flammable hydrocarbon gas cloud is likely to occur. The detector operates on the principle of infrared (IR) absorption. Gases absorb light at specific wavelenghts depending on their molecular composition. Hydrocarbon gases absorb in the infrared region of the spectrum. If a cloud of hydrocarbon gas is present, part of the infrared light is absorbed by the gas, causing a reduction in the signal received that is proportional to the amount of gas in the beam. Searchline Excel is totally immune to interference from sunlight or any other sources of radiation such as flare stacks, arc welding or lightning. Why open path gas detection? Open path detectors complement the use of individual point detectors and offer many significant benefits including: Wider area coverage - most likely to pick up any leak Very high speed of response No unrevealed failure modes - no possibility of blocked gas path to detector Detector location not as critical Indicates size of hazard TECHNICAL FEATURES Available Gases: Methane, Ethane, Propane, Butane, Pentane, Ethylene, Propylene, Ethanol, Methanol. Range: 0 to 5 LEL.m. Recommended Alarm Settings: (Low) 1.0 LEL.m; (high) 3.0 LEL.m. Path Lengths: Short Range 5 to 40m (15 to 130 ft.), Medium Range 40 to 120m (130 to 390ft.) and Long Range 120 to 200m (390 to 650ft.) Speed of Response: T90 less than 3 seconds. (under normal operating conditions). Output Signal: 4 to 20mA and Modbus RS485 multi drop. Operating Temperature: -40 to +65 C (-40 to 150 F). Operating Humidity: 0 to 99% RH (non-condensing). Operating Pressure: 91.5 to KPa (915 to 1055 mbar) (non-compensated). Power Supply: 18V to 32V dc. Power Consumption: Short Range TX: 3.5 / 5.0*W maximum. Medium and Long Range TX: 5.5 / 7.5*W maximum. RX: 8W maximum. Enclosure Material: 316 stainless steel. Weight (inc. mounting bracket): Short Range TX: 3.5kg. Medium and Long Range TX: 7kg. RX: 3.5kg. Vibration: 2 to 60Hz, max ptp amplitude 1mm. Misalignment Tolerance: Short Range ±0.5 (±~35cm at 40m). Medium Range ±0.5ª (±~104cm at 120m). Long Range ± m) Safety Approval: ATEX: EExd IIC T5(-40 C to +65 C) EExd IIC T6(-40 C to +40 C). II 2G. UL: Class 1 Div 1 Groups B,C + D and Class 1 Zone 1 AEx d IIB + H2 (Tamb -40 C to +65 C). CSA: Class 1 Div 1 Groups B,C + D, T5 and Exd IIC T5 (Tamb -40 C to +65 C). FM: Class 1 Div 1 Groups B,C and D Other: SAA, GOST. Independently assessed to IEC61508 I.P. Rating: IP66 and IP67 > 64

65 SharpEye ATEX Flame detector, SIL2 capability (MTBF > 17 years) Different models designed for each fire type INTRODUCTION 100% stainless steel SharpEye detectors are specifically designed for all fire types. Their capabilities to analyze spectrums give them a high level of reliability (5-year warranty). Depending on the model, SharpEye can use one or several sensors, either in UV, in IR or a combination of both: Compliant with European standard EN54-10 SIL2 Approved by TUV according to IEC Ex Approved for Zone 1 hazardous area location (ATEX, IECEx, FM, CSA) High false alarm immunity Multiple output options: ma, relays, RS 485 ModBus, HART Automatic built-in test and dirty optics compensation Heated window-for operation in harsh weather conditions 40/40I Model (IR3) Combines three infrared sensors for the detection of hydrocarbon fires up to a distance of 65 meters with a high immunity to false alarms. DNV approval. 40/40M Model (IR4) Combines four infrared sensors for the detection of hydrocarbon and hydrogen fires up to a distance of 65 meters with the highest immunity to false alarm. 40/40L Model (UV-IR) This detector combines a UV sensor and an IR sensor for the detection of hydrocarbons, hydrogen and metal fire. High Speed response (150m/sec). FIRE SIZE Distance in meters Simple IR, mini UV-IR and mini IR3 are also available and our detectors are supplied with tilt mount and weather protection. FUEL Gasoline n-heptane Diesel JP5 Kerosene Alcohol (ethanol) IPA (isopropyl alcohol) Methanol Methane LPG (propane) Hydrogen Polypropylene Paper Modèles Type Materials Sensor Fields of View Sensitivity range BIT HART Power supply Consumption Output relays Operating temperature range Heated window Approvals FM (CSA pending) SIL Dimension - Weight 0.1m² pan fire 0.5m plume fire 0.2m² pan fire 0.1m² pan fire 40/40l IR X /40 L (UV-IR) /40l 40/40LB 40/40M -50 C to +75 C (-55 C to +85 C optional) 40/40M IR IR3 UV-IR IR4 Stainless Steel Pyroelectrical Horizontal 67 Horizontal 100 Vertical 70 for fuel Vertical 95 Horizontal 80 Vertical 80 for hydrogen Up to 65 m Yes Up to 15 m Yes for 40/40 LB version Yes Up to 65 m Yes VDC Alarm: max 130 ma (160 ma with heated optics) 5 A/ 30 VDC/250 VAC Yes ATEX and IECEx Ex II 2GD Ex de IIB+H2 T5 (-55 C +75 C) Ex de IIB+H2 T4 (-55 C +85 C) Ex td A21 IP66/X7 T 95 C Ex td A21 IP66/X7 T 105 C Class I Div 1. Groups B,C &D Class II/III Div1, Groups E,F &G SIL2 by TUV according to IEC mm x 114 mm x 156 mm kg (+1 kg for the tilt mount) 65 <

66 SPM Single Point Monitor Fast response device specific to target gas only INTRODUCTION The SPM Single Point Monitor is a fast response monitor specific to a target gas only utilizing the interference-free Chemcassette detection technique. This is a calibration free toxic gas detection method that uses an optical scanning system to detect the presence of gas by a color change on the specially chemically impregnated paper tape. Chemcassette technology is highly specific and reacts extremely fast to the presence of parts per billion (ppb) levels of many hazardous gases. Advantages: Interference-free Chemcassette detection technique Fast response monitor specific to target gas only Gas sensitivity to ppb levels with physical evidence Minimum maintenance and no dynamic calibration Optional extended sample Customized for harsh industrial environments More than 50 gas calibrations available TECHNICAL FEATURES Detection Technique: Chemcassette Detection System Alarm Point: Dual level alarms typically set at 1/2 TLV and TLV Response Time: 10 seconds Alarm Indication: Local audio/visual alarms; remote capability optional Signal Outputs: SPDT concentration alarm relays SPDT fault relay 4-20mA digital display Relay Rating: 10A; 5A Operating Temperature Range: 32 to 104 F; 0 to 40 C (basic unit); heating/cooling optional Power Requirements: 115/230 VAC 50/60Hz, battery operation optional Enclosure: NEMA 4X fiberglass (basic unit) Dimensions: 12"(H) x 12"(W) x 7"(D) (30.5 x 30.5 x 17.8cm) (basic unit) Weight: 6.6kg (14.5lb) (basic unit) 301,63 mm (11 7 /8") Front view Side view Additional Features and Benefits 206,38 mm (8 1 /8") 301,63 mm (11 7 /8") Top view Available in fixed and portable instrumentation Visible proof of a gas release event Greater sensitivity (detection down to parts per billion levels) Superior selectivity (less cross-interference with other gases) Fast response time Low false alarm occurrence Stability (consistent, repeatable operation) No calibration required RS-422 communication > 66

67 Gas name LEL Measuring Ranges Alarm 1 (default) Alarm 2 (default) Sampling (seconds) Chemcassette part number EP XPS Amines Ammonia (NH3) 25 ppm 12,5 ppm 25 ppm Dimethylamine (DMA) Low Level 5 ppm 1 ppm 3 ppm Dimethylamine (DMA) 5 ppm 2,5 ppm 5 ppm n-butylamine (NBA) 5 ppm 2,5 ppm 5 ppm Diaminodiphenylmethane (MDA) 100 ppb 10 ppb 20 ppb p-phenylenediamine (PPD) 20 ppb 10 ppb 20 ppb Diaminotoluene (TDA) 10 ppm 10 ppb 20 ppb Trimethylamine (TMA) 5 ppm 5 ppm 10 ppm N/A Tetrakis dimethylamino titanium (TDMAT) 1 ppm 0,5 ppm 1,0 ppm Diisocyanates HDI 5 ppb 5 ppb 20 ppb MDI 5 ppb 5 ppb 20 ppb PPDI 5 ppb 20 ppb TDI 5 ppb 5 ppb 20 ppb Every other Diisocyanates 5 ppb 20 ppb Hydrazines MMH 10 ppb 100 ppb 200 ppb MMH-Low Level 10 ppb 5 ppb 10 ppb Hydrazine (N2H4) 10 ppb 50 ppb 100 ppb Hydrazine (N2H4) Low Level 10 ppb 5 ppb 10 ppb UDMH 10 ppb 250 ppb 500 ppb UDMH Low Level 10 ppb 5 ppb 10 ppb Hydrures Arsine (AsH3) 50 ppb 25 ppb 50 ppb Arsine (AsH3) Low Level 50 ppb 2 ppb 4 ppb Diborane (B2H6) 50 ppb 50 ppb 100 ppb Disilane (Si2H6) 2,5 ppm 2,5 ppm 5 ppm Germane (GeH4) 200 ppb 200 ppb 400 ppb Hydrogen selenide (H2Se) 50 ppb 25 ppb 50 ppb Hydrogen sulphide (H2S) 10 ppm 5,1 ppm 10 ppm Hydrogen sulphide (H2S) dry 10 ppm 5,1 ppm 10 ppm Hydrogen sulphide (H2S) Low Level 10 ppm 4 ppb 80 ppb Phosphine (PH3) 300 ppb 150 ppb 300 ppb Silane (SiH4) 5 ppm 2,5 ppm 5 ppm Stibine (SbH3) 100 ppb 50 ppb 100 ppb Tert-butyl-arsine (TBA) 0,01mg/m3 25 ppb 50 ppb Tert-butylphosphine (TBP) 150 ppb 300 ppb Hydrogen cyanide (HCN) 4,7 ppm 2,4 ppm 4,7 ppm Hydrogen sulphide (H2S) 10 ppm 5 ppm 10 ppm Mineral Acids Boron trifluoride (BF3) Low Level 1 ppm 502 ppb 749 ppb Boron trifluoride XP (BF3) 1 ppm 0,5 ppm 1,0 ppm Boron trifluoride XP (BF3) Low Level 1000 ppb 502 pb 769 ppb Hydrogen bromide (HBr) 2 ppm 1,0 ppm 2,0 ppm Hydrogen bromide XP (HBr) 2 ppm 1,0 ppm 2,0 ppm Hydrogen bromide XP (HBr) Low Level 2000 ppb 251 ppb 502 ppb Hydrogen chloride (HCI) 2 ppm 1 ppm 2 ppm Hydrogen chloride (HCI) Low Level 2 ppm 120 ppb 240 ppb Hydrogen chloride XP (HCl) 2 ppm 1,0 ppm 2,0 ppm Hydrogen chloride XP (HCI) Low Level 2000 ppb 101 ppb 200 ppb Hydrogen fluoride (HF) 0,5 ppm 1,0 ppm 2,0 ppm Hydrogen fluoride XP (HF) 0,5 ppm 1,0 ppm 2,0 ppm Hydrogen fluoride XP Low Level (HF) 500 ppb 250 ppb 500 ppb Hydrogen iodide (HI) 3 ppm 6 ppm Nitric acid (HNO3) 2 ppm 1 ppm 2 ppm Sulfuric acid (H2SO4) 50 ppb 125 ppb 250 ppb Oxidizers Bromine (Br2) 100 ppb 50 ppb 100 ppb Chlorine (Cl2) 0,5 ppm 0,25 ppm 0,5 ppm Chlorine II (Cl2) 0,5 ppm 0,25 ppm 0,5 ppm Chlorine III (Cl2) 0,5 ppm 0,25 ppm 0,5 ppm Chlorine (Cl2) Low Level 0,5 ppm 10 ppb 20 ppb Chlorine dioxide (ClO2) 100 ppb 50 ppb 100 ppb Fluorine (F2) 1 ppm 0,5 ppm 1 ppm Fluorine (F2) Low Level 1 ppm 0,1 ppm 0,2 ppm Hydrogen peroxide (H2O2) 1 ppm 0,5 ppm 1 ppm Nitrogen dioxide (NO2) 3 ppm 1,5 ppm 3 ppm Ozone (O3) 100 ppb 50 ppb 100 ppb Phosgene (COCl2) 100 ppb 50 ppb 100 ppb Sulphur dioxide (SO2) 2 ppm 1 ppm 2 ppm Sulphur dioxide (SO2) 250 ppb 125 ppb 250 ppb SP 67 <

68 IR148 Infrared gas monitor that detects toxic and combustible gases and solvents INTRODUCTION The Model IR148 is an infrared gas monitor that detects toxic and combustible gases as well as solvents. It uses infrared sensing technology, allowing accurate measurement of target gas vapors with minimum interference from other vapors. These sensors have a number of important advantages over the catalytic type. They include a very fast speed of response (typically less than 10 seconds), low maintenance and greatly simplifi ed checking, using the self-checking facility of modern micro-processor controlled equipment. They can also be designed to be unaffected by any known "poisons", they are failto-safety (no fault that develops within the device can result in a safety critical situation) and they will operate successfully in inert atmospheres and under a wide range of ambient temperatures, pressure and humidity conditions. The technique operates on the principle of dual wavelength IR absorption, whereby light passes through the sample mixture at two wavelengths, one of which is set at the absorption peak of the gas to be detected, whilst the other is not. The Model IR148 is supplied as a wall mount unit configured for 1, 4 or 8 sampling points measuring down to 1 part per million (ppm). It has two available analog outputs, each which is software selectable between 10% and 100% of full scale: 4-20mA, isolated, current sourcing, and 0-10 VDC. Multiple gas calibrations are available. TECHNICAL FEATURES Performance characteristics subject to change, depending on gas to be monitored and full-scale range. For ppm Range: Accuracy: 0-100ppm ±2ppm; ppm ±10% reading Linearity: 0-100ppm linear, ±2% of full scale Sensitivity: 2ppm Resolution: 1ppm Reproducibility: ±2ppm over 12 months at specified operating conditions Response: Updated reading every 7 seconds Operating Temperature 0-50 C, F Temperature Effect: ±0.3% per C of reading Relative Humidity: 0-99% non-condensing - no effect on reading Sample Flow Rate: 1.5 liter/minute Maximum Total Tubing Length: 150f with 1/8" ID 500f with 3/16" ID Operating Power Requirements: 120VAC ± 10% at 0.56A, or 240VAC; ±10% at 0.3A Alarm Relays: 3 8A resistive Approvals: CE approval: EN55011 & EN /EN Outputs: Analog 4-20mA sourcing (dependent on configuration) RS23C (standard), RS422 or RS485 (optional module) Physical Enclosure Information: NEMA 4 Dimensions: 460 x 410 x 180mm (18" x 16 x 7") (H x W x D) Weight: 19kg (40lbs) 19" Rack Mount Dimensions: 180 x 450 x 390mm (7" x 175/8 x 151/4") (H x W x D) Weight: 9kg (19lbs) > 68

69 AVAILABLE RANGES Not all ranges are available on all the gases listed. A B C D E H I M N Acetone Acetonitrile Acrylonitrile Ammonia Benzene Butane Butanol 1,3 Butadiene 1-Butyl Acetate Carbon Dioxide (Needs humidity in stream) Carbon Monoxide (Needs humidity in stream) Carbon Tetrachloride Chloroform Cyclopentane 1,2 Dichloroethane Diethyl Benzene Diethyl Ether (Ethyl Ether) Dimethyl Ethylamine Difluoromethane Dimethylamine Dowtherm J Ethane Ethanol Ethyl Acetate Ethyl Benzene Ethylene Ethylene Oxide Halon 1211 Halon 1301 Heptane Hexafluoro- 1.3 Butadiene Hexafluoropropylene Hexane Hexene HFE 347E HFE 7100 Isceon 89 Isopropanol (2-Propanol) Isopropyl Alcohol Isobutane Isopentane Methane Methanol Methyl Ethyl Ketone (MEK) Methyl Fluoride Methyl Formate Methyl Iodide Methyl Isobutyl Ketone (MIBK) Methyl Methacrylate Methylene Chloride N-Butanol N-Hexane N-Pentane Nitrogen Trifluoride Nitrous Oxide (N2O) (Needs humidity in stream) O P R S T V X Octafluoro Cyclo Butane Octafluoro Cyclo Pentane Pentane Perchloroethylene (Tetrachloroethylene) Perfluorohexane Perfluoromethyl Vinyl Ether (PMVE) PF5050 Phosgene Propanal Propane Propylene Oxide Propylene Glycol Methyl Ether Acetate Refrigerants: R-11 R-113 R-114 R-12 R-123 R-124 R-125 R-13 R-134A R-141B R-142B R-143A R-152A R-218 R-22 R-227 R-23 R-32 R-401A (Suva MP 39) R-402A (HP 80) R-404A (HP 62) R-407C (AC 9000) R-408A R-409A R-410A (AZ20) R-500 R-502 R-507 R-508B (Suva 95) Solkane 365/227 Styrene Sulphur Hexafluoride (SF6) Tetrafluoroethylene Tetra Hydrofuran Toluene 1,1,1 Trichloroethane 1,1,2 Trichloroethane Trichloroethylene Triethylamine Vinyl Chloride Vinyl Fluoride Xylenes (ortho, meta, para or natural) 69 <

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71 Gas detection controllers 71 <

72 UniPoint Single channel DIN rail mounted controller TECHNICAL FEATURES Supply: Nominal 24VDC (18-32VDC) Detector Type: 3 wire mv bridge, 4-20mA 2 or 3 wires constant current 3 alarm relays (SPCO / 3A, 240VAC / 28VDC) 1 system fault relay (SPCO / 3A, 240VAC / 28VDC) Operation: Two pushbuttons for normal operation of resetting alarms and initiating self diagnostic test of system. Four buttons for user programmable functions via intuitive menu Backlit Display Units of measure, digital gas reading and event code Other Indication Ultra-bright steady / flashing LEDs subject to condition; alarm (red), power (green), fault (amber). In-built audible alarm 63db at 0.3 meters IP Rating: Indoor, IP3x, to BS EN 60529:1992 (controller to be installed in suitable enclosure) Approvals: EMC/RFI EN50270 Electrical Safety EN61010, UL61010b Performance ATEX measuring function EN SIRA10ATEX8243X Other CE, TUV The Unipoint controller provides integrators with a flexible and low cost solution to the many applications requiring flammable, toxic or Oxygen gas detection to be incorporated into their control systems. Unipoint is designed to use industry standard DIN rail allowing it to be easily installed into many different types of plastic or metal, indoor or outdoor, hazardous or nonhazardous area enclosures. It is designed for use with any mv flammable gas detector as well as any 2 or 3 wire 4-20mA gas detector (subject to overall power requirements). Each unit includes built-in audiovisual alarms, three programmable alarm relays and a fault relay. Gas concentration and system status is displayed on the backlit LCD and each controller is fully user programmable via an intuitive, push button operated menu system. Configuration menus can be password protected to prevent unauthorised access. In addition remote inputs allow accept, reset and inhibit of alarms without the need to open the enclosure that the Unipoint is mounted in. Removable Terminals Controller Socket Power Connector INTRODUCTION GENERAL OVERVIEW UNIPOINT Controller DIN Rail Removable Terminals 115mm (to back or DIN rail) Controllers ordering information: Unipoint Controller (mv input version) 2306B2000 Unipoint Controller (ma input version) 2306B1000 Each Unipoint controller is supplied complete with DIN rail socket, power connector, gas type stickers and instruction manual. > 72

73 UniPoint Cabinet Single channel DIN rail mounted controller GAZDETECT ADVANTAGE CONCEPTION of your SPECIFIC GAS CABINETS TECHNICAL FEATURES Supply: Nominal 24VDC (18-32VDC) Detector Type: 3 wire mv bridge, 4-20mA 2 or 3 wires constant current 3 alarm relays (SPCO / 3A, 240VAC / 28VDC) 1 system fault relay (SPCO / 3A, 240VAC / 28VDC) IP Rating: Indoor, IP3x, to BS EN 60529:1992 Approvals: EMC/RFI EN50270 Electrical Safety EN61010, UL61010b Performance ATEX measuring function EN SIRA10ATEX8243X Other CE, TUV INTRODUCTION The Unipoint controller provides integrators with a flexible and low cost solution to the many applications requiring flammable, toxic or Oxygen gas detection to be incorporated into their control systems. Unipoint is designed to use industry standard DIN rail allowing it to be easily installed into many different types of plastic or metal, indoor or outdoor, hazardous or non-hazardous area enclosures. By clipping together multiple Unipoints small to medium sized monitoring solutions can be realised. Each unit includes built-in audiovisual alarms, three programmable alarm relays and a fault relay. Unipoint s uncomplicated design makes it ideal for applications where simple method of integrating gas detectors into a 3rd party control system is required or as part of a small standalone gas detection solution. All Honeywell Analytics gas detectors and third party detectors may be used with Unipoint subject to overall power requirements. GazDetect proposes the UniPoint in specific cabinets with 1 to 16 channels for every specific applications. The UniPoint is also available foraddition in already existing gas detection programm. 73 <

74 MX15 Single channel controller INTRODUCTION Designed for use in boiler rooms and car parks, the new MX 15 controller provides the most cost effective solution for the monitoring toxic or flammable gases and vapors in ambient air. Two fully programmable alarms and independent relays. TECHNICAL FEATURES Size: 185 x 157 x 67 mm (W x H x D) Material: ABS Mounting: By DIN Rail supplied Cable entries: 3 cable-glands M20 (outer diameter 5.5 to 12 mm) 1 cable-glands M16 (outer diameter 4 to 8 mm) Protection: IP31 Power Supply: Voltage 230 or 115 VAC and 21 to 30 VDC (nominal 24 VDC) Consumption: 20 VA Operating temperature: -10 to + 45 C Cabling: 1 flammable gas detector OLC 10 or 2 detectors OLC 10 TWIN for detection of methane, butane, propane in boiler rooms and LPG, Natural Gas for Vehicles or H2 in car parks 1 to 5 similar detectors type OLCT 10 for detection of CO, NO, NO2 in car parks for example Terminal block: 1: Signal / 2: 0 V / 3: + 24 VDC Display: Liquid Crystal Display, 4 digits and extra friendly symbols 4 DELs. Green: power on, Red: alarms triggered, Orange: failure Gas and unit: Selectable in a programmed list Alarms: 2 programmable and independent levels falling or increasing alarms local or remote acknowledgment Relays: 2 alarm relays normally energized, selectable normally open or normally closed (de-energized on request at the factory) 1 fault relay, normally energized Relay ratings: 2A at 250 Volts AC or 30 Volts DC > 74

75 MX32 1- or 2-Channel Controller TECHNICAL FEATURES Enclosure: wall-mounted box Capacity: 2 channels Operating continuously Display: Liquid crystal, fixed or scrolling Alarms: 2 independent alarm thresholds per channel Individual programming, by increasing or decreasing Manual or automatic acknowledgment Visual alarms: 1 red LED alarme per channel 1 yellow LED fault per channel Audio alarm: Buzzer Relays: 2 independent gas alarm relays per channel 1 common relay for faults NO or NF, programmable by jumpers Power Supply: Voltage: 230 or 115 V AC and 21 to 31 VDC Protection: IP65 Cabling per channel (Bridge type): 1 detector: maximum distance 300 m (3 x 1 mm 2 ) 2 detectors: use an interconnection box One to five 2-wire detectors, 4-20 ma One 3-wire detector, 4-20 ma INTRODUCTION The MX32 is a measurement and alarm unit that is perfectly suitable for the protection of your equipment and personnel in atmospheres which may contain flammable and toxic gases. Available with one or two separate channels, the MX32 offers you tailor-made detection capabilities and exceptional programming possibilities with its range of detectors. Its purchase and operating costs are enhanced by its easy installation and great operating flexibility. Easy to install Small-sized wall-mounted box Protected front face Sealed polycarbonate box (IP 65) Power supply 230 VAC or 115 VAC (24 VDC back-up) Variety of connections Wheatstone bridge detectors 4-20 ma transmitters (2 or 3 wires) Flame detectors Simple operation Liquid crystal display panel Simple programming by keypad "Power on" indicator lights Visual alarms - 2 red LED for gas alarm thresholds per channel - 1 yellow LED for fault alarm per channel Buzzer Manual or automatic acknowledgement The MX32 is compliant with European Standards ATEX 94/9/CE Directive complies with EN 50054, EN 50057, EN and EN ( :2000 and :2000 standards) Category: II (2) G Electromagnetic Compatibility: EN Low Voltage Directive: EN <

76 TouchPoint 1 Provides 24 hour protection from flammable, toxic or Oxygen gas hazards INTRODUCTION The Touchpoint 1 controller when used with any one of the Sensepoint range of gas detectors or any 4-20mA transmitter provides 24 hour protection from flammable, toxic or Oxygen gas hazards. With executive outputs (relays and/or 4-20mA) to shutdown process equipment or drive warning devices, the Touchpoint 1 is ideal for continuous monitoring of small remote sites. Event history is recorded as standard on all Touchpoint systems. Times and dates of alarms, power on or off, can be reviewed via the display to provide useful diagnostic information for service engineers and plant operators. Each Touchpoint controller is supplied complete with mounting bracket, instruction manual and configured mv or ma input module with factory default settings. TECHNICAL FEATURES Wall mounted single channel control panel for the local annunciation of gas hazards Supply: Vac, 50/60Hz auto-sensing 18-32Vdc, Maximum power 30Wac / 15Wdc Operation: Single "Test/Accept/Reset" push button for normal use Backlit Display: Gas type, measuring range, units of measure, digital gas reading, bar graph display 0-100% FSD Audible Alarm: 85dBA at 1m / 90dBA at 1 foot, user hush facility, re-activated on new event Alarm outputs: 2 alarm relays, 1 fault relay, 4-20mA signal IP Rating: Indoor use, IP44 in accordance with EN60529:1992 Weight: 2.5kg / 5.5lbs (approx.) Operating Temp Range: -10 C to +40 C / 14 F to 104 F Intermittent to +50 C / 122 F Operating Humidity Range: 10 to 90%RH (non condensing) Operating Pressure Range: kPa CONNEXIONS VE SIGNAL _VE NO C NC NO C NC DC+ DC_ NO C NC +VE _VE (L)ive (N)eutral (E)arth Detector Connections Alarm Relay 1 Fault Relay DC Supply 18-32VDC Alarm Relay 2 Isolated 4-20mA Output AC Supply Vac 50/60Hz > 76

77 TouchPoint 4 A controller providing protection from flammable, toxic and Oxygen gas hazards, with up to 4 points of detection. TECHNICAL FEATURES Wall mounted 1 to 4 channel control panel for the local annunciation of gas hazards. Supply: Vac, 50 / 60Hz auto-sensing 19-32Vdc Maximum power 160 Wac and / or 63Wdc Operation: Single "Test / Accept / Reset" push button for normal use Backlit Display: System and channel status including gas type, measuring range, units of measure, digital gas reading, bar graph display 0-100% FSD Audible Alarm: 85dBA at 1m / 90dBA at 1ft, user hush facility, re-activated on next event Alarm outputs: 2 alarm relays, 1 fault relay, 4-20mA signal IP Rating: Indoor use, IP44 in accordance with EN60529:1992 Weight: 6kg (13.2lbs) Operational Temperature: -10 C to +40 C / 14 F to 104 F Humidity: 10 to 90%RH (non condensing) Pressure: kPa INTRODUCTION The Touchpoint 4 controller provides protection of personnel and plant from flammable, toxic and Oxygen gas hazards when used with up to four Sensepoint gas detectors or any 4-20mA transmitter. Self-contained, fully user configurable and wall mounted, a Touchpoint 4 gas detection system can monitor gas hazards in a large area or several discrete locations from a convenient central site. Event history is recorded as standard on all Touchpoint systems. Times and dates of alarms and power interruptions can be reviewed via the display to provide useful diagnostic information for service engineers and plant operators. Each Touchpoint controller is supplied complete with mounting bracket, instruction manual and requisite number of mv and ma input modules with factory default settings. GENERAL OVERVIEW Common Display Module Controls Access Door LCD Channel Display Module Enclosure Common Terminal Module 20-way Terminal Block On/Off Switch & Fuse Hinged Door (removed for clarity) 3-way Terminal Block Cable/Conduit Entry 8-way Terminal Block 3-way Terminal Block Channel Terminal Module 77 <

78 MX43 4 or 8 lines analog and digital gas detection controller. Up to 32 detectors max. INTRODUCTION The MX 43 is an analog and digital controller designed for the continuous measurement and control of the gases present in the atmosphere and for 4-20 ma or digital contact signal. The MX 43 digital technology allows up to 32 detectors to be distributed on 8 lines for increased cost savings. The large graphic display and the smart keys make embedded menus simple to use. With numerous optional accessories, the MX43 controller is the best solution for several gas detection applications. TECHNICAL FEATURES 8 lines analog and digital gas detection controller LCD back-lit display: Display in video inverse in case of fault Customizable by user Bar graph with alarm threshold Dimensions: wall-mounted 370 x 299 x 109 mm (14.6 x 11.8 x 4.3 inches) rack 19", 4U ; x 177 x mm (19.1 x 7 x 7.6 inches) Ingress protection: IP55 (wall-mounted), IP31 (rack) Power: Vac Hz or Vdc, 112 W max Consumption: 500 ma min (without module) Battery: Embedded back up power supply in option (0.6 Ah) Communication: RS-485 communication, proprietary protocol, 9600 Baud Alarms: 5 alarm levels (A1, A2, A3, Overscale, Underscale) + Fault On instantenous ou averaged values, rising or falling alarms, manual or automatic acknowledgement Relays: 5 fully programmable alarm relays 1 fault relay (non-configurable) Dry contact relay Approvals: EMC According to EN50270 ATEX EN50271 and metrological performances according to EN Low Voltage Directive According to EN61010 CSA Pending MTBF 20 years (4 lines, powered with 24 Vdc) 17 years (8 lines, powered with 24 Vdc) MED According to Marine Equiment Directive 96/98/EC. Fulfills the EMC requirements for installation in General Power Distribution Zone and/or Deck Zone. Normal Mode In 4-channel display Data-logging Alarm mode > 78

79 CPS Fixed gas detection for parking facilities and tunnels INTRODUCTION The Car Park System was designed to comply with the high air quality safety standards enforced in such European countries as Germany, the Netherlands and Belgium (VDI 2053). The CPS car park air monitor accurately and reliably protects the public and employees from airborne toxic gases in parking facilities and tunnels. Available in wall- and rack- mounted versions, the CPS central controller and its various modules are user-programmable for specific applications. The system s networking technology also enables the Car Park System to adapt to any installation up to: 256 sensors capable of monitoring 6 different gases 256 addressable relays 64 logic inputs 256 analog outputs Several servo controls can be used: low speed/high speed, delays, forced operation, night mode, etc. TECHNICAL FEATURES WALL-MOUNT DIMENSIONS 320 mm x 180 mm x 95 mm (12.6"x 7.09"x 3.74") Degree of protection: IP 54 Cable Glands: 5 M20 cable glands Diameter: 5 to 12 mm for power supply and local relays 9 grommets - Diameter: 5 to 7 mm or PG-9. Rack-mount dimensions: Length: 19" - Height: 4 U (176 mm) Degree of protection: IP 31 OPERATING CONDITIONS Ambient temperature: -10 C to +40 C Storage temperature: -20 C to +85 C Humidity: 5 to 95% non-condensing Main power supply: Voltage: 85 to 264 VAC Current: 1.5 A (115 VAC) / 0.8 A (230 VAC) Internal back-up battery: Optional, 600 ma/h capacity Consumption: 140 ma + 12 ma per measurement line (240 ma max.) MEASURING LINES Capacity: 8 lines of 32 modules Cable type: 2 shielded twisted pairs RS-485 cable Module power supply: 12 to 30 VDC power supply delivered to modules via the central controller Digital Module Network: ModBus RS-485, 1-32 addresses selected with mini switches Isolation: 1500 V between the power supply and the digital network Display: Backlit LCD display screen (2 lines of 32 characters each 1 line of pictograms) 3 operation status LEDs: OK, Fault, Alarms Keyboard: Intuitive 7-key Local buzzer: Audible alarm and fault signals Integrated printer: Optional for rack-mounted version ALARMS Number of alarms: 6 per sensor (Out of range Fault) Programmable thresholds: For instantaneous or averaged values, increasing or decreasing values, and manual or automatic rearming 3 local internal relays: R1 (alarm/fault) R2 (alarm) R3 (alarm) Digital Outputs: ModBus RS-485 protocol (connection with a centralized supervision device) - RS-232 or USB APPROVALS Low Voltage Directive: This device is in compliance with the security requirements of Directive 73/23/EEC, modified by Directive 93/68/EEC, based on standard and its second amendment Metrology: Underground parking facilities: according to VDI 2053 EMC Electromagnetic compatibility: According to EN <

80 CP10 SENSOR MODULE Dimensions: 118 mm x 110 mm x 60 mm (4.65" x 4.35" x 2.36") Degree of protection: IP 54 Cable glands: 2 M16 cable glands 4-8 mm diameter power supply / local relays Consumption: 2.5 ma for the toxic sensor (max 4-20 ma). 50 ma explo: max 90.7 ma Status indication after calibration: Red/green electroluminescent diode Calibration: Automatic, non-intrusive Sensor replacement: Sensor replacement switch on the interior of the CPS 10 case CPS10 Sensor CPS RM4 OR RM8 RELAY MODULE Dimensions: 125 mm x 165 mm x 60 mm (4.92" x 6.5" x 2.36") Mounting: On DIN rail Number of relays: 4 relays (CPS RM4); 8 relays (CPS RM8) Contacts: RCT-type Contact rating: 2 A / 250 V Connection: Screwing Terminals (cable: 1.5 mm 2 ) Consumption: 3.4 ma (max: 5.7 ma) Configuration: configuration of positive or negative relay security with mini switches. Relay modules are equipped with 2 all-or-nothing inputs. CPS DI16 LOGIC INPUT MODULE Dimensions: 125 mm x 165 mm x 60 mm (4.92" x 6.5" x 2.36") Mounting: On DIN rail Number of all-or-nothing inputs: 16 Connection: Screwing Terminals (cable: 1.5 mm 2 ) Consumption: 3.2 ma (max: 5.5 ma) CPS A04 ANALOG OUTPUT MODULE Dimensions: 125 mm x 165 mm x 60 mm (4.92" x 6.5" x 2.36") Mounting: On DIN rail Number of analog outputs: 4 Connection: Screwing Terminals (cable: 1.5 mm 2 ) Consumption: 130 ma (max: 256 ma) > 80

81 FEATURES ADVANTAGES Digital central controller Reduced costs with less wiring: Data from each sensor is collected in the central controller in less than 1 second, when pneumatic systems nee several minutes. Increased safety with a non-dilution of the sampling. 8 lines with 32 modules capacity Application for little or high car parks with a number of lines selectable by the user. Continual operation Up to 256 slaves Important and immediate reducing of operation costs : ventilation systems and other enslavements are optimally checked (energy saving of 40%) The central controller is designed to control: gases detectors 256 addressable relays 64 logic inputs 256 analog outputs 4 or 8 relays module To control the enslavements 16 logic inputs modules This module contains 16 logic inputs, linking priority commands, such as fire extinguishers directly to the central controller. Low or High speed Non-intrusive automatic calibration Low speed (LS) relays and high speed (HS) relays are always used together, allowing you to control a parking facility ventilation system at two speeds. 3 integrated relays Can activate the ventilation system in the affected area of the parking facility. Configured via COMCPS software Digital outputs Programmable alarmes Backlit LCD display Temporisation of the programmable relays Access to locked menus Automatic printing of a calibration report The software can be used to modify the settings for various sensors, alarm values RS485 modbus to connect to a supervision system RS232 to connect a printer 6 alarms per sensor (AL1, AL2, AL3, AL4, Out of Range, Fault) 2 lines, 32 characters per line - 1 line for pictograms - 3 electroluminescence diodes to indicate operating status: OK, Fault, Alarms. The user can choose to activate its relays immediately after an alarme vent or after a determined period or can let the relays active even after an alarme event and during a determined time. For a better safety The calibration data for a sensor is only printed at the end of the calibration process. 81 <

82 SYSTEM ARCHITECTURE CPS controller (rack version) Included printer (optional) only in rack version COM_CPS Analog output modules CPS A04 8 RS485 lines available 32 addressable modules max per channel 256 modules per CPS controller Serial printer Logic input modules CPS AI16 CPS10 detector Relay module CPS RM8 Relay module CPS RM4 > 82

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84 Sounders and beacons > 84

85 Nexus-C Sounder with xenon or LED Beacon VERSIONS Code Voltage Nexus V DC 110/230V AC Nexus V DC 110/230V AC Nexus V DC 110/230V AC *In stock Part Number * * TECHNICAL FEATURES Operating Temp: DC version: -25 C to +70 C AC version: -25 C to +55 C High sound output: NEXUS 105: max NEXUS 110: max NEXUS 120: max Beacon power: VAC 5J xenon VDC: high efficiency LED IP Rating: IP66 Volume control for greater flexibility: - 20dB Number of tones: 64 Tone selection: using internal dipswithes. Material: High Impact Polycarbonate/ABS Terminals: 8 x 2.5mm 2 Weight and dimensions: NEXUS 105: 0.8kg / 136.2x173.1x124.5 mm NEXUS 110: 1.2kg / 166.3x213.5x149.5 mm NEXUS 120: 2.0kg / 166.3x213.5x149.5 mm Flashing frequency: LED version: flashing or fixed Xenon version: single or double flash Informations: Synchronisation Automatic with Klaxon Nexus and Sonos Sounders Option: voice version (NEXUS 110 only) Nexus 105 Nexus 110 & Nexus <

86 CU1 Combination ATEX Beacon Sounder VERSIONS Code Description CU1SP: Black, 10J, 24V DC, red lens, 2 x M CU1: Black, 5J, 240V AC, red lens, 2 x M20 Contact us for other versions. TECHNICAL FEATURES Certifications: ATEX Ex de: Cert. no. Baseefa04ATEX0273X. Certified to: EN , EN , EN Ex II 2G, Ex de IIB T3 Gb. IECEx Ex de: Cert. no. IECEx BAS X. Certified to: IEC , IEC , IEC Ex de IIB T3 Gb. CUTR Ex de: 2Ex de IIB T3 Gb. Russian Fire Approved. Inmetro Ex d e: Ex d e IIB T3 Gb. ABS: American Bureau of Shipping Type Approval for CU1S, CU1SW, CU1H & CU1HW only. Application zones: Zones 1 and 2 for gas hazard Certified Temp: Standard unit: -50 C to +50 C High temperature unit: -50 C to +70 C Ingress Protection: IP66 & IP67 Output: Sound Standard unit: 116dB(A) ± 3 db(a) (tone dependent) Light: 24V DC version: 5J or 10J Other versions: 10J Tone Selection: 27 user selectable tones including AFNOR NFS32001 Material: Body, flares & covers: Glass Reinforced Polyester (GRP). Lens: Glass. Guard fitted as standard. Cover screws & mounting strap: Stainless steel. Finish: Natural black Lens: red, orange, blue, green, yellow or light Entries: 2 x M20 Terminals: 8 x 2.5mm 2 Weight and dimensions: 6.5kg 386x254x320 mm > 86

87 Nexus 64 tones sounder VERSIONS Code Voltage Nexus V DC 110/230V AC Nexus V DC 110/230V AC Nexus V DC 110/230V AC Part Number TECHNICAL FEATURES Operating Temp: DC version: -25 C to +70 C AC version: -25 C to +55 C Compliance: EN54-3 Type B IP Rating: IP66 High sound output: NEXUS 105: max NEXUS 110: max NEXUS 120: max May change with the selected tone Volume control for greater flexibility: - 20dB (except with AFNOR tone) Number of tones: 64 including AFNOR NFS32001 Tone selection: using internal dipswithes (except NEWUS 110 / 230V AC) Material: ABS Terminals: 2.5mm 2 Weight and dimensions: NEXUS 105: 0.7kg / 136.2x136.2x124.5 mm NEXUS 110: 1.1kg / 166.3x166.3x149.5 mm NEXUS 120: 1.8kg / 166.3x166.3x149.5 mm NEXUS 105 NEXUS 110 & NEXUS <

88 DB3 ATEX Sounder 27 tones VERSIONS Code Description DB3P ATEX: 2xM20, plug, black, 12 to 48V DC DB3 ATEX: 2xM20, plug, black, 240V AC DB3 ATEX: 2xM20, black, 110V AC DB3P ATEX: 2xM20, plug, red, 12 to 78V DC DB3 ATEX: 2xM20, plug, red, 240V AC INTRODUCTION SCHEME TECHNICAL FEATURES Certifications: ATEX EEx d: Cert. no. BAS00ATEX2097X. Certified to: EN50014, EN Ex II 2GD, EEx d IIC T4/T5. ATEX EEx de: Cert. no. BAS00ATEX2098X. Certified to: EN50014, EN50018, EN Ex II 2GD, EEx de IIC T4/T5. IECEx Ex d: Cert. no. IECEx BAS X. Certified to: IEC , IEC , IEC Ex d IIC T4/T5 Gb, Ex tb IIIC T100 C/T135 C Db. IECEx Ex de: Cert. no. IECEx BAS X. Certified to: IEC , IEC , IEC , IEC Ex de IIC T4/T5 Gb, Ex tb IIIC T100 C/T135 C Db. UL Haz Locs: Listing no. E Class I, Div 2, Groups A - D. Class II, Div 2, Groups F & G. Class I, Zones 1 & 2, AExd IIC T5. UL Ord Locs: Listing no. S8116. Audible signal device. CUTR Ex d: 1Ex d IIC T4/T5 Gb, Ex tb IIIC T100 C/T135 C Db. Russian Fire Approved. CUTR Ex de: 2Ex de IIC T4/T5 Gb, Ex tb IIIC T100 C/T135 C Db. Russian Fire Approved. Inmetro Ex d: Ex d IIC T4/T5 Gb. Inmetro Ex d e: Ex d e IIC T4/T5 Gb. CQST: Exd IIC T4. ABS: American Bureau of Shipping for DB4D and DB4E only. SIL: SIL2 certification to IEC Cert. No. Sira FSP EN54: Designed in accordance with EN54-3. Application zones: Zones1, 2, 21 and 22 for gas and dust hazards Certified temperature: 20 C to +55 C (T5) 20 C to +70 C (T4) 55 C to +55 C on demand Ingress Protection: IP66 & 67 Output: 115dB(A) ± 3dB(A) (tone dependent) Tone Selection: 27 user selectable tones available including AFNOR NFS32001 Material: Body & horn in anti-static, UV stable, glass reinforced polyester. Swivel bracket & captive cover screws in stainless steel. Finish: Body and horn, natural black Terminals: 4 x 2.5mm 2 (a.c.), 6 x 2.5mm 2 (d.c.) Weight and dimensions: 5kg 170x271 mm > 88

89 XB13 10 Joule Xenon Beacon VERSIONS (Red Lens) CODE VOLTAGE 12V DC 24V DC 110 and 120V AC (50/60 Hz) 230 and 240V AC (50/60 Hz) TECHNICAL FEATURES Operating Temp: 40 C to +70 C Ingress Protection: IP66 & IP67 Tube Energy: 10 Joules (second flash 7.5 Joules) Dual Flash Rate: Time between dual flashes = 0.5 seconds Charging time = 1 second. Cycle repeats every 1.5 seconds Material: UV stable glass reinforced polyester body UV stable polycarbonate cover/lens Retained stainless steel cover screws Finish: Painted red as standard Lens: red, orange, blue, green, yellow or light Cable Entries: Up to 3 x M20 via knockouts Terminals: 8 x 2.5mm 2 Weight and dimensions: 1.1kg 140x212 mm (including the guard) 89 <

90 XB15 ATEX Xenon Beacon > 90 VERSIONS CODE 812 0TC T Code Voltage C Code Lens color STANDARDS PRODUCTS (Red Lens) CODE DESCRIPTION XB15, 2 x M20, voltage T, lens C Replace T by: 1 =12V DV, 2 = 24V DC, 3 = 48V DC, 6 = 110V DC, 8 = 240V DC Replace C by: 1 = orange, 2 = red, 4 = light, 5 = blue, 6 = green, 7 = yellow VOLTAGE 12V DC 24V DC 48V DC 110 and 120V AC (50/60 Hz) 230 and 240V AC (50/60 Hz) TECHNICAL FEATURES Certifications: ATEX Exd: Cert. no. Baseefa 04ATEX0009X. Certified to: EN , EN , EN Ex II 2GD, Ex d IIC T4/T5/T6 Gb. Ex tb IIIC T85 C/T100 C/T135 C Db. IECEx Ex d: Cert. no. IECEx BAS X. Certified to: IEC , IEC , IEC Ex d IIC T4/T5/T6 Gb. Ex tb IIIC T85 C/T100 C/T135 C Db. UL Haz Locs: Listing no. E Class I, Div 2, Groups A, B, C & D. Class II, Div 2, Groups F & G. Class I, Zones 1, AExd IIC T4/T5/T6. UL Ord Locs/Marine: Listing no. S8128. Visual Signal Device. ULC Haz Locs: For ULC ordering codes and technical details please refer to the US data sheet. CUTR Ex d: 1Ex d IIC T4/T5/T6 Gb. Ex tb IIIC T85 C/T100 C/T135 C Db. Russian Fire Alarm approved. Inmetro Ex d: Ex d IIC T4/T5/T6 Gb. CQST Ex d: Ex d IIB T4/T5. SIL: SIL1 certification to IEC Cert. No. Sira FSP (except telephone initiate version) EN54-23: LPCB: 1120b/01, CPR: 0832-CPR-F0761 (White) LPCB: 1120b/02, CPR: 0832-CPR-F0762 (Red) Application Zones: Zones 1, 2, 21 and 22 for gas and dust hazards Certified Temp: T6: -55 C to +40 C T5: -55 C to +55 C T4: -55 C to +70 C Ingress Protection: IP66 & IP67 Flash Rate: 60 fpm. Others on demand Material: Body: Glass reinforced polyester. Lens: Borosilicate glass. Backstrap: stainless steel 316. Wire Guard (optional): Stainless steel wire. Cast Guard (optional): Aluminium LM25M. Finish: Natural black Lens: red, orange, blue, green, yellow or light Entries: Standard: 2 x M20 Terminals: 12 x 2.5mm 2 Weight and dimensions: 3kg 147x239 mm (including the guard)

91 FT884 Revolving Beacon INTRODUCTION Greater signal effect particularly in poor visibility due to 3 Fresnel lenses Extreme durability due to low-wear wheel and disc drive High impact resistance to 20 Joules VERSION Voltage: 24V AC/DC Current consumption: 1,6 A Part number: «red» TECHNICAL FEATURES Dimensions (Diam x H): 144x218mm Housing material: PC/ABS-Blend Lens: PC Fixing: base mounting Connection: screwable connection with wire protection max. 2.5 mm² finely stranded Cable entry: Rubber squeeze grommet; cable diameter 5-7 mm Lamp: G W Rotation frequency: 60 1/min Service life: min. 5,000 h Delivered with halogen bulb SPARE PART Halogen bulb 35W 12V for 230V: Halogen bulb 35W 12V for 24V: ACCESSORIES Bracket: Base for tube D25mm: Tube D25mm 100mm long: Tube D25mm 250mm long: Wire guard: <

92 TH12 ATEX Rotating Beacon VERSIONS CODE VOLTAGE 12V DC 24V DC 110V AC 240V AC TECHNICAL FEATURES Certifications: ATEX Ex d: Cert. no. BAS99ATEX2196. Certified to: EN , EN Ex II 2G, Ex d IIB T3/T4 Gb. IECEx Ex d: Cert. no. IECEx BAS Certified to: IEC , IEC Ex d IIB T3/T4 Gb. CUTR Ex d: 1Ex d IIB T3/T4 Gb. Inmetro Ex d: Ex d IIB T3/T4/T5/T6 Gb Application zones: Zone 1 and 2 Certified Temp: 55 C to +70 C (T3) 55 C to +55 C (T4) Ingress Protection: IP66 & IP67 Bulb Type: 70 Watt H1 tungsten halogen bulb (24V). 55 Watt H1 tungsten halogen bulb (12V) Rotational Speed: 60 rpm 120 rpm 180 rpm (except for 110V AC version) Material: Body: Glass reinforced polyester (GRP) Lens: Glass Cover screws and backstrap: Stainless steel 316 Finish: Natural black Lens: orange, red, light, blue, green or yellow Entries: 2 x M20 ISO Terminals: 6 x 6.0mm 2 Weight and dimensions: 7.6kg 242x307 mm (including the guard) ATTENTION: We do not recommend the continuous use of the TH12 for over 3 hours as this could adversely affect its life. > 92

93 AL-1 Emergency lightning system VERSIONS CODE DESCRIPTION AL1-XB, 12/24V AL1-XB, 12/24V AL1-XB, 230V AC Special text TECHNICAL FEATURES Operating temperature: 15 C to +50 C Ingress Protection: IP65 Energy: 4W xenon light buzzer: 70dB(A) Number of tones: 2: continuous or sporadic Tone selection: internal Material: Polycarbonate Finish: White with transparent glass Red text Entries: 4x20mm Terminals: 4 x 2.5mm 2 Weight and dimensions: 0.6kg 325x130x80 Option: Personalised text 93 <

94 AL-2 ATEX Emergency lightning system VERSIONS CODE DESCRIPTION AL2-ATEX, 12-80V, 2W, «EMERGENCY EVACUATION» AL2-ATEX, 12-80V, 2W, «NO ENTRY» AL2-ATEX, 12-80V, 5W, «EMERGENCY EVACUATION» AL2-ATEX, 12-80V, 5W, «NO ENTRY» AL2-ATEX, 230V, 2W, «EMERGENCY EVACUATION» AL2-ATEX, 230V, 2W, «NO ENTRY» Custom text TECHNICAL FEATURES ATEX approval: Ex II 2 GD, EExd IIC T6 Zones of use: Zones 1, 2, 21 and 22 for gas and dust hazards Operating temperature: 20 C to +55 C Ingress Protection: IP66 and IP67 Power: 2W or 5W Material: Zamac and glass Finish: Grey epoxy paint Red light in standard version Red text Entries: 2xM20 Terminals: 3 x 2.5mm 2 Weight and dimensions: 7kg diameter: 174 x 430 mm Option: Personalised text Information: Standard texts (contact us for others): «NO ENTRY» and «EMERGENCY EVACUATION» > 94

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96 Safety valves for gas > 96

97 ELK600 Manual reset safety solenoid valves for gas A class EN161 Max inlet pressure 500 mbar INTRODUCTION The ELK600 valve is a manual reset safety valve that is normally open. A manual operation is therefore necessary to open the valve and to reset the mechanism consenting to maintain this state. The powering by means of line current and/or condenser discharge, induced by the leakage detector, safety thermostat or alarm system causes driving of the mechanism and consequent closing of the gas orifice. If energizing of the sensor persists because of the presence of gas, the valve remains under power and does not allow reset. When the causes for locking have been eliminated, valve must be opened manually. VERSIONS Code Diameter Connections Max pressure Voltage ELK15006 ELK15008 ELK15010 ELK15012 ELK15014 ELK15016 ELK /8" 1/2" 3/4" 1" 1"1/4 1"1/2 2" RP RP RP RP RP RP RP 500 mbar 500 mbar 500 mbar 500 mbar 500 mbar 500 mbar 500 mbar 12 W 12 W 12 W 12 W 12 W 12 W 12 W TECHNICAL FEATURES Connections: Gas threaded from Rp3/8 to Rp2 Flanged PN16 UNI 2223 from DN65 to DN150 Voltage rating: 230 VAC 50/60 Hz On demand: 110 VAC 50/60 Hz / V AC/DC Voltage tolerance: -15% / +10% Ambient temperature: -15 C / +60 C Max. operating pressure: 500 mbar Protection class: IP65 Cable gland: PG 9 Gauge: 1/4 pressure gauge on two sides Anti-brownout device for manual reset safety solenoid valves ELK15020 ELK15022 ELK15024 ELK15028 ELK15030 DN 65 DN 80 DN 100 DN 125 DN 150 Flanged Flanged Flanged Flanged Flanged 500 mbar 500 mbar 500 mbar 500 mbar 500 mbar 25 W 25 W 25 W 25 W 25 W Technical features: Keep the valve open for a duration between 300 ms and 1 second, depending on the model Voltage: 220 VAC 50 Hz (0.63 A fuse) Can be used with every manual rest safety valves. ELK15032 DN 200 Flanged 500 mbar 25 W 97 <

98 ELK700 Automatic safety solenoid valves for gas A class EN161 Max inlet pressure 360 mbar VERSIONS Code Diameter Connections Max pressure Voltage ELK05014 ELK05016 ELK05018 ELK05022 ELK05026 ELK05028 ELK05030 ELK05032 ELK05034 ELK05036 ELK05037 ELK /8" 1/2" 3/4" 1" 1"1/4 1"1/2 2" DN 65 DN 80 DN 100 DN 125 DN 150 RP RP RP RP RP RP RP Flanged Flanged Flanged Flanged Flanged 360 mbar 360 mbar 360 mbar 360 mbar 360 mbar 360 mbar 360 mbar 360 mbar 360 mbar 360 mbar 360 mbar 360 mbar 20 W 20 W 45 W 45 W 20/80* W 20/80* W 20/80* W 60/240* W 60/240 *W 80/320* W 90/360* W 90/360* W * Work/Opening INTRODUCTION The ELK700 valve is a slow opening single-stage solenoid valve, normally closed (open when energized). This type of device is suitable for air or gas blocking and releasing controls, required in gas power burners, atmospheric gas boilers, industrial kilns and others gas consuming appliances. The ELK700 valve is a manual reset safety valve that is normally open. A manual operation is therefore necessary to open the valve and to reset the mechanism consenting to maintain this state. The powering by means of line current and/or condenser discharge, induced by the leakage detector, safety thermostat or alarm system causes driving of the mechanism and consequent closing of the gas orifice. If energizing of the sensor persists because of the presence of gas, the valve remains under power and does not allow reset. When the causes for locking have been eliminated, valve must be opened manually. The valves are designed and manufactured according to EN161 European Directive and are GASTEC PIN 0063AQ1350 approved. The valves are made of aluminum alloy die-cast, with a wide range of diameters from 1/2" to DN150 (consult us for others). TECHNICAL FEATURES Connections: Gas threaded from Rp3/8 to Rp2 Flanged PN16 UNI 2223 from DN65 to DN150 Voltage rating: 230 VAC 50/60 Hz On demand: 110 VAC 50/60 Hz / V AC/DC Voltage tolerance: -15% / +10% Ambient temperature: -15 C / +60 C Max. operating pressure: mbar Closing time: < 1 second Protection class: IP54 Cable gland: PG 9 Gauge: 1/4 pressure gauge on two sides > 98

99 ELK900 Manual reset safety solenoid valves for gas A class EN161 Max inlet pressure 6 bar INTRODUCTION The ELK900 valve is a manual reset safety valve that is normally open. A manual operation is therefore necessary to open the valve and to reset the mechanism consenting to maintain this state. The powering by means of line current and/or condenser discharge, induced by the leakage detector, safety thermostat or alarm system causes driving of the mechanism and consequent closing of the gas orifice. If energizing of the sensor persists because of the presence of gas, the valve remains under power and does not allow reset. When the causes for locking have been eliminated, valve must be opened manually. VERSIONS Code Diameter Connections Max pressure Voltage ELK17010 ELK17012 ELK17014 ELK17016 ELK17018 ELK17020 ELK /8" 1/2" 3/4" 1" 1"1/4 1"1/2 2" RP RP RP RP RP RP RP 6 bar 6 bar 6 bar 6 bar 6 bar 6 bar 6 bar 12 W 12 W 12 W 12 W 12 W 12 W 12 W TECHNICAL FEATURES Connections: Gas threaded from Rp3/8 to Rp2 Flanged PN16 UNI 2223 from DN65 to DN150 Voltage rating: 230 VAC 50/60 Hz On demand: 110 VAC 50/60 Hz / V AC/DC Voltage tolerance: -15% / +10% Ambient temperature: -15 C / +60 C Max. operating pressure: 6 bar Closing time: < 1 second Protection class: IP65 Cable gland: PG 9 Gauge: 1/4 pressure gauge on two sides Anti-brownout device for manual reset safety solenoid valves ELK17028 DN 65 Flanged 6 bar 25 W ELK17030 ELK17032 ELK17034 ELK17036 DN 80 DN 100 DN 125 DN 150 Flanged Flanged Flanged Flanged 6 bar 6 bar 6 bar 6 bar 25 W 25 W 25 W 25 W Technical features: Keep the valve open for a duration between 300 ms and 1 second, depending on the model Voltage: 220 VAC 50 Hz (0.63 A fuse) Can be used with every manual rest safety valves. 99 <

100 VR800 Gas solenoid valves in explosion-proof box 2 channels valve in explosion-proof box with CENELEC EN50014-EN50018 approval. ETEX 94/9/CE for classified areas. TECHNICAL FEATURES Protection class: 3050 (EEx-d IIB) or 3070 (EEx-d IIC) Ingress protection: IP67 / EN60529 Operation temperature classes: T6 (ref. T. amb. < +40 D) T5 (ref. T. amb. < +55 D) on demand Function: continuous (S.I.) 100% ED Power: 11W Voltage tolerance: +/- 10% Impedance: > 1000 MOhm Power supply: V AC (50/60 Hz) V DC Mounting: 360 every positions FEATURES AND DIMENSIONS TYPE DIAMETER BAR PRESSURE MIN. MAX. Kv COEFF. (I./min) WEIGH Kg. DIMENSIONS (millimeters) A B C VR , VR , VR , VR , VR , VR871 DN , VR874 DN , VR877 DN , D > 100

101 C6097 Pressure switch INTRODUCTION The C6097A gas pressure switch is used to detect the pressure of city gas, natural gas, LP gas, air, etc. The switch performs ON/OFF control of an external electrical circuit in accordance with the set point. This switch has a wide range of uses, such as detecting the upper or lower limit pressure of gas or air to be supplied to a gas combustion system, or detecting a clogged interlock filter on a burner blower. TECHNICAL FEATURES Applicable fluid: City gas, natural gas, LP gas and air Output: SPDT contact output: Pressure drop: close between terminals 1-3, open between 2-3 Pressure increase: open between 1-3, close between 2-3 Contact rating: Resistive load: 250Vac 5A Inductive load: 250Vac 3A (power factor: 0.6) Minimum applicable voltage and current: 50mA, 24Vdc Ambient temperature: -29 to +60 C (non-freezing and non-condensation) Fluid temperature: -29 to +60 C (non-freezing and non-condensation) Life: More than 100K cycles under the rated contact voltage and current Wire connecting terminal: M3.5 screw terminal Mounting: Vertical, or horizontal with the setting dial facing upward Protection: IP54 Mass: 260g Material: Housing: aluminum die-cast Diaphragm: NBR Accessory: Switch operation indicator for 100/200Vac: part No SELECTION GUIDE Model No. Setting range (mbar) Differential (mbar) Max allowable pressure C6097A ,4 200 C6097A2210 2,5 50 0,6 300 C6097A ,8 500 C6097A , <

102 DWR Mechanical pressure switch INTRODUCTION Switches from the FEMA range are pressure monitor for hot water, steam, gas, fuel (DWR). Medium temperature 25 to +60 C. The maximum medium temperature at the pressure sensor must not exceed the permitted ambient temperature at the switching device. Factory-setting. Stainless steel device Fixed switching differential (settings in potion) Optional oxygen treatment TECHNICAL FEATURES Operation: Steam, hot water, combustible gases, combustible liquids Control basis: Pressure 100/1, ed DIN 3398, page 3, ed DIN 3398, page 4, ed Function: Pressure monitor or pressure limiter (with external interlock) Direction of action: For maximum and minimum pressure monitoring (DWFS, SDBFS) Sensor: "of special construction" by testing with 2 million cycles Contact arrangement: Single pole changeover switch Switching capacity: 8(5) A, 250V DC Mounting position: Vertically upright and horizontal Pressure connection: External thread G 1/2 (pressure gauge connection) to DIN and internal thread G 1/4 to ISO 228 Part 1 (for gas applications internal thread permissible only up to 4 bar) Switching device: Rugged housing (200) made of seawater resistant diecast aluminium Protection class: IP 54 according to DIN IEC 529 (IP65 in option) VERSIONS CODE Setting range Differential Max pressure DWR 2 DWR 6 * DWR 16 DWR 25 DWR to 2.5 bar 0.5 to 6 bar 3 to 16 bar 4 to 25 bar 10 to 40 bar 0.1 bar 0.2 bar 0.5 bar 1.0 bar 1.3 bar 16 bar 16 bar 25 bar 63 bar 63 bar * Standard product in stock. > 102

103 BSVD Emergency box INTRODUCTION The BSVD emergency box is designed to store stopcocks and gas valves. Made from anti-wear steel plates, the BSVD emergency box is supplied in its standard version with glass and lock. Painted in red epoxy paint, the emergency box is corrosion and bleaching resistant. An optional emergency hammer with chain and stand can be ordered. Several versions of the BSVD are available: MODELS ACCESSORIES Made from anti-wear steel plates, the BSVD emergency box is supplied in its standard version with glass and lock. Painted in red epoxy paint, the emergency box is corrosion and bleaching resistant. An optional emergency hammer with chain and stand can be ordered. Material: steel plate Dimensions: 160 x 120 x 50 mm Weight: approx. 430g CODE DIMENSIONS x 250 x 150 mm x 200 x 130 mm x 300 x 200 mm x 450 x 250 mm x 600 x 300 mm x 600 x 450 mm FEATURES (Material: steel plate) BSVD ACCESSORIES CODE WEIGHT Approx. 2 kg CODE MODEL Approx. 1.9 kg KEY BOX Approx. 2.9 kg EMERGENCY HAMMER Approx. 5.5 kg POLICE VALVE BOX Approx. 11 kg BARREL + BDV KEY Approx. 14 kg 103 <

104 Gas Line Accessories Valves and manometers TECHNICAL FEATURES Ball valve for gas and yellow plastified steel handle EN331 approved. Connection: female / female Gas Ambient temperature: -20 C to +160 C MANOMETERS Gas Manometer Connection: 1/2" G Male Dial diameter: 100 mm Class: Series: ABS material Temperature max of use: 60 C IP43 Isolation valve with special gas push button : Isolates the manometer and does not left the manometer under pressure Connection: female / female 1/2" Gas Size Classic version Paslockable version Gas stopcock 1/4" Gas stopcock 3/8" Gas stopcock 1/2" Gas stopcock 3/4" Gas stopcock 1" Gas stopcock 1"1/4 Gas stopcock 1" 1/2 Gas stopcock 2" Gas stopcock 2" 1/2 Gas stopcock 3" Gas stopcock 4" Designation ROB05001 ROB05003 ROB05002 ROB05004 ROB05006 ROB05008 ROB05010 ROB05012 ROB05014 ROB05016 ROB05018 Manometer DN mb Manometer DN mb Manometer DN b Manometer DN b Isolation valve with push button ROB10002 ROB10004 ROB10006 ROB10008 ROB10010 ROB10012 ROB10014 Code ROS22008 ROS22016 ROS50014 ROS50022 ROS71418 > 104

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106 ATEX accessories > 106

107 Manual emergency switches Push buttons, Control switches, Emergency stops INTRODUCTION Push buttons: Maximum voltage: 690V/16A Components: 1NO + 1NC. Contact us for others Emergency stop: Maximum voltage: 690V/16A Components: 1NO + 1NC. Contact us for others Control switch: Maximum voltage: 690V/16A Components: 2 positions: 1NO + 1NC 3 positions: 2 NO with common TECHNICAL FEATURES Certification: CENELEC EN60079 Exed IIC T6. (Tamb 48 C). Zones 1 & 2. CSA Listed for USA and Canada Zones of use: Zones 1, 2, 21 and 22 for gas and dust hazards Material: Impact resistant thermoplastic, anti-static enclosure with stainless steel cover screws. Finish: Self coloured black Ingress Protection: IP66 Weight and dimensions: 0.5 kg 85 x 85 x 77.5 mm (without PE) Entries: 1 x M25 with one polyamide cable gland diam 8 to 17 mm Termination: 2.5mm 2 max. direct to components Options/accessories: Lift flap, function label, terminal block, potentiometer, duty/tag labels. Standards products: Code Description PB, ATEX, 1NO + 1NC, 1xM25 (1 PE 8-17 mm), black Control switch 2 positions «0-1», ATEX, NO/NC, 1xM25 (1 PE 8-17 mm), black Control switch 3 positions «ON-OFF-AUTO», ATEX, 2 common NO, 1 x M25 (1 PE 8-17 mm), black Control switch 3 positions «1-0-11», ATEX, 2 common NO, 1 x M25 (1 PE 8-17 mm), black Emergency stop PB, ATEX, 1NO + 1NC, 1 x M25 (1 PE 8-17 mm), black Emergency stop PB, with key release, ATEX, 1NO + 1NC, 1 x M25 (1 PE 8-17 mm), black 107 <

108 BG2 ATEX Manual Call Point STANDARDS PRODUCTS CODE DESCRIPTION BG2E-ATEX, 2xM20, NO/NV, red BG2E-ATEX, 2xM20, NO/NV, red, RS=1KΩ, RFdl=90 4.7Ω BG2E-ATEX, 2xM20, NO/NV, red, RS=1KΩ BG2E-ATEX, 2xM20, NO/NV, red, RS=910Ω, RFdl=90 3.9Ω BG2E-ATEX, 2xM20, NO/NV, red, RS=910Ω TECHNICAL FEATURES Certifications: ATEX Ex de: Cert. no. BAS02ATEX2105X. ATEX Approved Ex II 2G. Certified to: EN , EN , EN Ex de IIC T6 Gb switch only. Ex de mb IIC T4 Gb with resistors & diodes. ATEX Ex ia: Cert no. Baseefa 03ATEX0084X. ATEX Approved Ex II 1GD. Certified to: EN , EN Ex ia IIC T4 Ga, Ex ia IIIC T135 C Da. IECEx Ex ia: Cert. no. IECEx BAS X. Certified to: IEC , IEC Ex ia IIC T4 Ga, Ex ia IIIC T135 C Da. Operating zones: BG2E: Zones 1, 2, 21 and 22 for gas and dust hazards BG2I: Zones 0, 1, 2, 20, 21 and 22 for gas and dust hazards Certified Temp: BG2E -20 C to +50 C BG2I: -40 C to +70 C Ingress Protection: IP66 & IP67 Switch ratings: d.c. 0-30V 5A (resistive) or 3A (inductive). 30V-50V 1A resistive or inductive. a.c V 5A resistive or inductive. Material: Anti static UV resistant Glass Reinforced Polyester. Finish: Painted Red. Cable Entries: 2 x M20 bottom Terminals: 6 x 2.5mm² Weight and dimensions: 1.2Kg 120x126x75mm > 108

109 JB10 & JB11 ATEX Junction boxes JB10 Junction box Entries / Terminals: 8xM20 max (2 per side), consult us for others 12 x 6.0mm 2 max Weight and dimensions: 1.1Kg 130x110x88.5mm TECHNICAL FEATURES Certification: Cenelec EN50014, EN50019 & EN Exe II T4, 5 & 6. Exem II T4, 5 & 6 (LED version). Certificate No. Baseefa 03ATEX0171X. UL Listed for USA and Canada: Class I, Div 2, Groups A-D and Class I, Zone 1, AExe IIC T4 & T5. UL Listing No. E Material: Glass reinforced polyester (anti-static) stainless steel cover screws. Finish: Natural black or painted to customer's specification. Certified Temp: Standard 20 C to + 55 C. Optional 55 C to +55 C (MK6/6 only). Ingress Protection: IP66 & IP67. Gland Continuity: Via an internal BZP (bright zinc plated) steel plate JB11 Junction box Entries / Terminals: 8xM20 or M25 max (2 per side), consult us for others 18 x 6.0mm 2 max Weight and dimensions: 1.8Kg 150x150x95.5mm 109 <

110 GHG-R1 & GHG-R2 ATEX 2 or 4 entries Junction boxes TECHNICAL FEATURES Certification: Marking to 94/9/EC II 2 G Ex dem ia II, IIC / II 2 D Ex td A21 IP66 T80 C EC-Type Examination Certificate PTB 00 ATEX 3108 IECEx certification of conformity IECEx BKI Marking accd. to IECEx Ex e II T6 / Ex ia IIC T6 Ex td A21 IP66 T58 C Permissible ambient temperature: 20 C to +40 C / 55 C to +40 C (option) Rated voltage: 690 V / 550 V1) Degree of protection: IP66 Enclosure material: Polyamide GHG-R1 GHG-R2 Cable glands/enclosure thread: max. 4 x M25 for cable Ø mm max. 4 x M20 metal thread Dimensions (L x W x H): 81.5 x 100 x 61 mm Weight: 0.3 kg Cable glands/enclosure thread: 6 x M25 for cable Ø mm 6 x M32 for cable Ø mm 6 x M20 metal thread Dimensions (L x W x H): x x 73.5 mm Weight: 0.5 kg Code Description Code Description Polyamide JB, 4 x 4 mm 2 terminals, 2xM Polyamide JB, 4 x 4 mm 2 terminals, 4xM25 incl. 2 x blanking plug Polyamide JB, 8 x 4 mm 2 terminals, 4xM25 incl. 2 x blanking plug > 110

111 PE-Atex Cable gland for unarmoured cable BRASS VERSION POLYAMIDE VERSION Certifications: Classification, Hazardous Area ATEX Approved II 2 G EEx e II Compliance Code EN50014 & EN50019 CENELEC Certification PTB 99 ATEX 3112X & ATEX 3113X Operating zones: Zones 1 & 2 for gas hazards Ingress Protection: IP68 (at 5 bar) to VDE 0619 / IEC529 Cable Gland Material: PA Polyamide (Colour Black) Optional Accessories: Adaptor/Reducer, Locknut Certifications: ATEX Certification SIRA06ATEX1097X Code of Protection Category ATEX I I 2 GD Ex d IIC, Ex e II, Ex nr II, Ex td A21 IP66 - Equipment Zone 1, Zone 2, Zone 21, & Zone 22 - Gas Groups IIA, IIB, IIC, ATEX IM2, Exd I / Exe I Compliance Standards EN : 2004, EN : 2004, EN : 2003, EN : 2003, EN : 2004 EN : 2004 IECEx Approval Number IECEx SIR X Code of Protection Category Ex d IIC, Ex e II, Ex nr II, Ex td A21 IP66, Ex d I, Ex e I Compliance Standards IEC :2004, IEC :2003, IEC :2001, IEC :2005, IEC :2004, IEC :2004 UL Listing File Number FLDW.E201187, CYMX.E161256, EBMB. E Code of Protection Category Class I, Div 2, ABCD, Class II, Div 2, F & G, Class I, Zone 1, AEx d IIC, AEx e II Compliance Standards UL514B, UL 886, UL 2225, UL2227 CUL Listing File Number FLDW7.E201187, CYMX7.E Compliance Standards UL514B, UL 886, UL 2225, UL2227 GOST R Certificate Number POCC GB. 05.B01912 Code of Protection Category Ex d IIC U / Ex e II U GGTN Permit Number PPC GOST K Certificate Number KZ RoK Permit for Use Number Lloyds approval Number 01/00172 DNV Approval Number E-6157 ABS Approval Number 01-LD PDA Continous Operating Temperature: -60 C to +100 C Standards products: Standards products: Code Description A2XMP1 M12 Ø3.5 to 6.5mm, black A2XMP2 M16 - Ø5 to 8mm, black A2XMP3 M20 Ø7 to 12mm, black A2XMP4 M25 Ø12 to 18mm, black A2XMP5 M32 Ø17 to 25mm, black Code 613LN01 613LN02 613LN03 613LN04 613LN05 Description PXS2K-20S M20 - int Ø12.6mm max, ext Ø 6.1 to 11.7mm PXS2K-20 M20 - int Ø12.6mm max, ext Ø 6.5 to 14.0mm PXS2K-25 M25 - int Ø17.5mm max, ext Ø 11.1 to 20.0mm PXS2K-32 M32 - int Ø32.6mm max, ext Ø 17.0 to 26.3mm PXS2K-40 M40 - int Ø30.0mm max, ext Ø 22.0 to 32.1mm Note: Sizes M20 to M90 available. 111 <

112 Triton ATEX Cable gland for unarmoured cable STANDARDS PRODUCTS CODE 611LN01 611LN02 611LN03 611LN04 611LN05 611LN06 611LN07 DESCRIPTION TRITON-20/16 M20 - int Ø3.1 to 8.7mm - ext Ø 6.1 to 11.5mm TRITON-20S M20 - int Ø6.1 to 11.7mm - ext Ø 9.5 to 15.9mm TRITON-20 M20 - int Ø6.5 to 14.0mm - ext Ø 12.5 to 20.9mm TRITON-25S M25 - int Ø11.1 to 20.0mm - ext Ø 14.0 to 22.0mm TRITON-25 M25 - int Ø11.1 to 20.0mm - ext Ø 18.2 to 26.2mm TRITON-32 M32 - int Ø17.0 to 26.3mm - ext Ø 23.7 to 33.9mm TRITON-40 M40 - int Ø22.0 to 32.2mm - ext Ø 27.9 to 40.4mm Note: Sizes M20 to M130 available. > 112 TECHNICAL FEATURES Certifications: ATEX Certification SIRA06ATEX1283X Code of Protection Category ATEX II 2/3 GD Ex d IIC, Ex e II, Ex nr II, Ex td A21 IP66, Equipment Zone 1, Zone 2, Zone 21, & Zone 22 - Gas Groups IIA, IIB, IIC Compliance Standards EN :2006, EN :2004, EN :2003, EN :2005, EN :2004, EN :2004 IECEx Approval Number IECEx SIR X Code of Protection Category Ex d IIC / Ex e II / Ex nr II / Ex td A21 IP66 Compliance Standards IEC :2004, IEC :2003, IEC :2006, IEC :2005, IEC :2004, IEC :2004 CSA Certification Code of Protection Category Ex d IIC Ex e II, Class I, II, III, Class II Div 2 Groups EFG, Enclosure Type 3, 4 and 4X, Class I Div 2 Groups ABCD, Class III Compliance Standards CSA C22.2 No. 174-M1984, CSA C22.2 No , CAN/CSA-C22.2 No , CAN/CSAC22.2 No. 94-M91, CAN/CSA-E , IEC , CAN/ CSA-E UL Listing File Number UBWE.E200163, CYMJ.E256366, FDJR. E Code of Protection Category Ordinary & Wet Locations, Class I, Zone 1, AEx e II, Class I, Zone 2, AEx e II Compliance Standards UL 514B, ANSI / UL , ANSI / UL GOST R Certificate Number POCC GB. 05.B01912 GGTN Permit Number PPC GOST K Certificate Number KZ RoK Permit for Use Number Lloyds Approval Number 01/00172 DNV Approval Number E-6157 ABS Approval Number 01-LD PDA Continuous Operating Temperature: -60 C to +130 C Ingress Protection Rating: IP66, IP67, IP68 Cable Gland Material: Brass, Electroless Nickel Plated Brass, Aluminium, Stainless Steel Cable Type: Single Wire Armour (SWA), Aluminium Wire Armour (AWA), Pliable Wire Armour (PWA), Steel Tape Armour (STA), Wire Braid Armour, Aluminium Strip Armour (ASA), Screened Flexible Wire Braid (e.g. CY / SY), Armored & Jacketed Optional Accessories: Locknut, Shroud, Entry Thread Seal, Serrated Washer, Earth Tag, Adaptor/Reducer

113 ELLK92 ATEX Luminaire INTRODUCTION ELLK Series Luminaires are used: In hazardous areas where moisture or corrosion may be a problem In offshore oil platforms, pharmaceuticals, plants, oil refineries Where battery back-up is critical In non-hazardous and industrial locations TECHNICAL FEATURES Ex-installation switch Certifications: Marking to 94/9/EC II 2 G Ex de IIC T6 / II 2 D Ex td A21 IP66 T80 C EC-Type Examination Certificate PTB 98 ATEX 3121 IECEx Certificate of conformity IECEx BKI Marking acc. IECEx Ex ed IIC T6 Ex td A21 IP66 T67 C Operating zones: Zones 1, 2, 21 and 22 for gas and dust hazards Degree of protection accd. to EN 60529: IP66 Connecting terminals: Switch terminals: 2 x 2.5 mm 2 PE-terminals: 4 x 2.5 mm 2 Cable glands: Ex-e cable glands max. 2 x M25 2 x M20 thread Rated voltage: 250 V, Hz Rated current: 16 A Enclosure material: Polyamide Weight: 0.32 kg Dimensions: 85x85x75.5mm Standard product: Par number: GHG 273 TECHNICAL FEATURES Certifications: NEC & CEC: Class I, Division 2, Groups B, C, D Class I, Zone 1, Group IIC Class II, Division 1, Groups E, F, G (Canada) Class II, Division 2, Groups F, G (US) Class III, Simultaneous Presence (Cl. I and Cl. II) UL Standard: 1598 Luminaires CSA Standard: E79 Series ATEX Directive 94/9/EC: Ex II 2 G Ex de IIC T4 Ex II 2 D Ex td A21 IP66 T80 C EC-Type Examination Certificate: BVS 09 ATEX E034 GOST-R, GOST-K Operating zones: Zones 1, 2, 21 and 22 for gas and dust hazards Permissible ambient temperature: -25 C to +55 C (Un 220 V) -25 C to +50 C (Un < 220 V) Degree of protection accd. EN 60529: IP66 Lamp/illuminant: 2x18W, 1w36W, 1x58W, 2x58W Non inclused Cable glands/gland plates/enclosure entry holes: Ex-e cable glands M25 x 1.5 (plastic) for cables from Ø 8-17 mm, Option: M20 x 1.5 metal thread Connecting terminals: L1, L2, L3, L, N, PE; max. 2 x 6 mm 2 per terminal Enclosure material: Glass-fibre reinforced polyester Protective cover/protective bowl: Polycarbonate Weight and dimensions: 18W: approx. 4.6Kg, 188x732x130mm 36W: approx. 6.7Kg, 188x1360x130mm 58W: approx. 8Kg, 188x1660x130mm 113 <

114 BAES Planète ATEX Autonomous Safety Lightning INTRODUCTION Autonomous safety ligning for exit emergency signage systems. 10 times less power consumption than the incandescent lights. Additional information: Mounting brackets include SATI and NF (French market) approved Automatic execution of the prescribed tests Battery control by DEL system TECHNICAL FEATURES ATEX approvals: Ex II 2G Ex II 2 D (T 85 C) EExed IIC T6 Operating zones: Zones 1, 2, 21 and 22 for dust and gas hazards Certified temperature of use: -20 C to +55 C Ingress protection: IP67 Power: Safety lamp: CCFL (Cold Cathode Flurescent Lamp), assigned flow 60 lm Stand-by lamp: LED Autonomy: 1 hour, NiCd battery 3x1.2Ah, lifetime: 4 to 5 years Entry holes: 2 direct entries 3/4" (NPT) + 1 entry 3/4" (NPT) with PE for cables from Ø mm, Material: copper-free aluminium, grey painting, borosilicate glass Weight and dimensions: Approx. 6kg / 473x177x168mm Power supply: 230V AC, 50/60Hz Available signals: > 114

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118 Filtering respiratory protection DIN40 filter cartridges «Pro2000» Single filter half mask «Profile40» Single filter full face masks «Sari» & «VISION» NO & CO filters Twin-filter cartridges «Pro2» Twin-filter cartridges half masks «Profile2» & «Profile60» Twin-filter cartridges full face masks «Promask2» Powered air purifying respiratory system «Tornado» Powered air purifying respiratory system cartridges AX filters power assisted respirators «Proflow 3 EX / AX-P3 filters» Powered air respirator «Phantom Vision» Respiratory protection devices «ASBESTOS respiratory protection» Self contained breathing protection Self contained breathing apparatus «Sigma2-VS» or «ASCi» Self contained breathing apparatus for FIREFIGHTING «Propak» RPE accessories (facemasks & cylinders) Compressed air breathing apparatus «Flite» Compressed air breathing apparatus accessories Airline trolley system «Modulair» First or short interventions SCBA «Cen-Paq» Emergency life support apparatus «Elsa» Additional respiratory protections Distress signal unit for isolated worker «Alert ATS» Respiratory protection masks «WELDING gas masks» Welding-focused filter devices «WELDING safety respiratory system» Welding-focused filter devices «SCBA and air intake for WELDING» Confined space kit «Ventis MX4-EC» Filtering escape device «Parat 3200» Escape breathing apparatus «SSR 30/100», «M 20.2» & «EBA 6.5» Main standards and regulations «European Standards» > 118

119 Pro2000 Filter cartridge for respiratory protective equipment SINGLE FILTER EN148-1 DIN40mm FEATURES Particle filters Particle filters use only microfibre "paper" media and do not use any electrostatic filtering method. They are marked "R" for "reusable" (EN 143/A1:2006) PF10 P3 features a high capacity filter element; it removes even the smallest particles with efficiency better than 99,99 % The filter element is extremely water-repellent (hydrophobic) Gas filters INTRODUCTION The Pro2000 filter cartridge range offers a wide choice of filters for specific respiratory challenges, providing high quality and cost efficient protection. Highest specification filter media and materials ensure durability and reliability in the most demanding applications. Combining low weight and low breathing resistance, Pro2000 filters are manufactured using superior performance media, giving extended adsorption capacity for gas and combined filters and unrivalled efficiency for the particle element. Pro2000 filters are fully EN approved to the latest standards. Pro2000 filters Particle filters trap solid and liquid particles, e.g. dusts, smoke, welding fumes, mists, micro-organisms and radioactive particles. Gas filters protect against hazardous gases and vapours Combined filters protect against both gaseous and particulate contaminants Gas filters Use the highest grade active carbon materials, additionally treated for best performance With a safe margin to EN requirements, Pro2000 gas filters perform effectively using only ml of carbon Less carbon provides low weight and less resistance real benefits for the user Combined filters Combined filters remove hazardous gases and vapours as well as solid and liquid particles. The particle filter removes aerosolbased particles such as paint droplets. When spraying liquid substances (e.g. spray-painting) a combined filter should be used. How to select a filter? Will the atmosphere contain sufficient oxygen throughout the period of exposure? Which hazardous substances are likely to be present? What are their physical and chemical properties? Which forms do the airborne contaminants take dust, fibre, mist, fume, microorganism, gas, vapour, radioactive particulates or gases? What health effects can these substances have on the body? Special attention is needed if there are several substances that may interact, either by reacting chemically, or by having synergistic adverse health effects. What are the concentrations in the atmosphere? What are the relevant occupational exposure limit values or the safe exposure levels? 119 <

120 Cartridge / Type Type Application Weight Code Particles Filters PF10 PFR10 PF10 P3 Solid and liquid particles of toxic agents, radioactive substances and microorganisms, e.g. bacteria and viruses. Solid and liquid particles of toxic agents, radioactive substances and microorganisms, e.g. bacteria and viruses 74 gr 75 gr GF22 A2 Organic gases and vapours, e.g. solvents with a boiling point above 65 C 190 gr GF22 B2 Inorganic gases and vapours, e.g. chlorine, hydrogen sulphide and hydrogen cyanide 195 gr Gas Filters GF32 GF22 GF22 E2 K2 A2B2 Acid gases and vapours e.g. sulphur dioxide Ammonia and organic ammonia derivates Organic and inorganic gases and vapours 305 gr 255 gr 195 gr GF32 A2B2E2K2 Organic, inorganic and acid gases and vapours as well as ammonia 320 gr GF32 AX Gases and vapours from organic compounds with a boiling point below 65 C 268 gr CF22 A2-P3 Organic gases and vapours, e.g. solvents with a boiling point above 65 C, solid and liquid particles, radioactive and toxic particles and microorganisms 230 gr CF32 A2-P3 Organic gases and vapours, e.g. solvents with a boiling point above 65 C, solid and liquid particles, radioactive and toxic particles and microorganisms 340 gr CF22 B2-P3 Inorganic gases and vapours, e.g. chlorine, hydrogen sulphide, hydrogen yanide, fluorine, cyanogen chloride, phosgene and solid and liquid particles, radioactive and toxic particles and micro-organisms 265 gr CF32 E2-P3 Acid gases and vapours e.g. sulphur dioxide, hydrogen fl uoride, formic acid, nitric dioxide, solid and liquid particles, radioactive and toxic particles and micro-organisms 265 gr CF22 K2-P3 Ammonia and organic ammonia derivates, solid and liquid particles, radioactive and toxic particles and micro-organisms 370 gr Combined Filters CF22 CF22 CF32 A2B2-P3 A2B2E1-P3 A2B2E2K2-P3 Organic and inorganic gases and vapours, solid and liquid particles, radioactive and toxic particles and micro-organisms Organic and inorganic gases and vapours, solid and liquid particles, radioactive and toxic particles and micro-organisms Organic, inorganic and acid gases and vapours as well as ammonia and organic ammonia derivatives, solid and liquid hazardous particles, e.g. radioactive and toxic substances and micro-organisms 265 gr 270 gr 370 gr CF32 AX-P3 Gases and vapours from organic compounds with a boiling point below 65 C, solid and liquid hazardous particles, e.g. radioactive and toxic substances and micro-organisms 310 gr CF32 Reactor-Hg-P3 Mercury and mercury compounds, radioactive iodine and its organic compounds like methyl iodide, solid and liquid hazardous particles, e.g. radioactive and toxic substances and micro-organisms 307 gr CF22 A1E1Hg-P3 Organic and acid gases and vapours, mercury and mercury compounds, solid and liquid hazardous particles, e.g. radioactive and toxic substances and micro-organisms 268 gr CF32 A2B2E2K2-Hg-P3 Organic, inorganic and acid gases and vapours as well as ammonia and organic ammonia derivates, mercury and mercury compounds, solid and liquid particles, radioactive and toxic particles and microorganisms 370 gr > 120

121 Profile40 Single filter half mask SINGLE FILTER EN148-1 DIN40mm INTRODUCTION Profile40 is a premium half mask which has been designed to provide ultimate levels of comfort and safety. The clear facepiece is shaped to seal easily, without pressure, and to maintain that seal throughout use. The Profile40 facepiece is moulded in Liquid Silicone Rubber (LSR), combining the comfort and flexibility of silicone with durability and a long service life. LSR injection moulding prevents silicone vapour release, making the Profile40 suitable for use in paint-spray areas and the slide-through harness provides fast and easy fitting and a convenient rest position. The wide, flat faceseal is similar to that used on full facemasks, making it easy to achieve an efficient and comfortable seal, and the bellows sections at the nose and chin absorb movement to ensure the seal is not disrupted during use. Filter type (Pro2000) Weight Particles filters PF10 P3 74 g Gas filters GF22 A2 190 g GF22 B2 195 g GF22 K2 255 g GF22 A2B2 195 g GF32 AX 268 g Combined filters CF22 A2-P3 230 g CF22 B2-P3 265 g CF22 A2B2-P3 265 g CF22 K2-P3 265 g CF22 A2B2E1-P3 270 g CF22 A1E1Hg-P3 268 g Pro 2000 filters Profile40 has a standard 40mm filter thread and utilises an extensive selection of Pro2000 filters. Head movements are absorbed by bellows folds in the facepiece to prevent slippage or leaks at the seal, and the fast-don harness keeps the mask comfortable and secure. The ribs inside the nosebridge seal without gripping, to ensure no outward leakage towards the eyes. This make Profile40 particularly well suited for use with spectacles or goggles. In fact, Profile40 will fit comfortably and unobtrusively with most other types of PPE. FEATURES Profile40 is compatible with the Pro2000 canister filter range that offers a wide choice of filters for specific respiratory challenges, providing high quality and cost efficient protection. Combining light weight and low resistance, Pro2000 filters are manufactured using superior performance media, giving extended adsorption capacity for gas and combined filters and unrivalled efficiency for the particle element. Particle filters use only microfibre "paper" media and do not use any electrostatic filtering methods. Pro2000 filters are fully EN approved to the latest standards, marked "R" for re-usable, CE marked, and connect via a 40mm EN148-1 thread. (NOTE: only filters weighing 300 grams or less are suitable for use with Profi le40). 121 <

122 Sari Single filter full face mask SINGLE FILTER EN148-1 DIN40mm Filter type (Pro2000) Weight Particles filters PF10 P3 90 gr Gas filters GF22 A2 190 gr GF22 B2 195 gr GF32 E2 305 gr GF22 K2 255 gr GF22 A2B2 195 gr GF32 A2B2E2K2 320 gr GF32 AX 268 gr Combined filters CF22 A2-P3 230 gr CF32 A2-P3 340 gr CF22 B2-P3 265 gr CF32 E2-P3 265 gr CF22 K2-P3 370 gr CF22 A2B2-P3 265 gr CF22 A2B2E1-P3 270 gr CF32 A2B2E2K2-P3 370 gr CF32 AX-P3 310 gr CF32 Reactor-Hg-P3 307 gr CF22 A1E1Hg-P3 268 gr CF22 A2B2E2K2-Hg-P3 370 gr INTRODUCTION The Sari full face mask is renowned for its high standards of safety, reliability and comfort. Sari has established itself internationally as a household name in modern, technically advanced respiratory protection. Focus on user comfort Wide sealing edge for comfort and excellent fit Comfortable to wear even for long periods without the user becoming tired or stressed Reliable service Secure fit on the face due to the anatomic chin cup Misting up is prevented by directing the inhalation air flow across the inside of the visor Safeguarded speech diaphragm affords communication Fully adjustable five point elastic head harness is equipped with quick release buckles, easy to don and doff Rugged construction ensuring minimum maintenance and cost-effectiveness Easy maintenance Inhalation and exhalation valves are easy to check and replace without tools Versatile applications The Sari can be used with a filter, with Scott powered air units and as the KESAF a face piece of compressed airline apparatus High-class materials Soft, flexible and chemically resistant materials giving longer life and user comfort Reinforced thermoplastic visor frame is easily replaceable The visor is available in three material options to meet various requirements of hazardous environments Excellent vision Large and distortion-free visor gives the wearer a panoramic field of vision Sari full face mask is fully tested and approved to EN 136 class 3. and carries a CE mark. CE0121. > 122 PRO2000 FILTERS

123 Vision Single filter full face mask SINGLE FILTER EN148-1 DIN40mm Filter type (Pro2000) Weight Particles filters PF10 P3 90 gr Gas filters GF22 A2 190 gr GF22 B2 195 gr GF32 E2 305 gr GF22 K2 255 gr GF22 A2B2 195 gr GF32 A2B2E2K2 320 gr GF32 AX 268 gr Combined filters CF22 A2-P3 230 gr CF32 A2-P3 340 gr CF22 B2-P3 265 gr CF32 E2-P3 265 gr CF22 K2-P3 370 gr CF22 A2B2-P3 265 gr CF22 A2B2E1-P3 270 gr CF32 A2B2E2K2-P3 370 gr CF32 AX-P3 310 gr CF32 Reactor-Hg-P3 307 gr CF22 A1E1Hg-P3 268 gr CF22 A2B2E2K2-Hg-P3 370 gr Pro 2000 filters INTRODUCTION The Vision full facemask provides the ultimate in comfort and wearer appeal. Available in three sizes and two filter fitting positions, it is also the ultimate in full face solutions for the widest variety of users and applications. The Vision visor provides a virtually unrestricted (98%) field of vision. It curves through both the vertical and horizontal planes and yet remains optically perfect to prevent any visual distortion. It is also hard coated as standard to provide solvent and scratch resistance for low through-life costs. Filters sit low and close to the face, providing excellent balance and weight distribution. The faceseal is Liquid Silicone Rubber (LSR), combining the comfort and flexibility of silicone with durability and a long service life. The face seal design provides a large contact area ensuring an efficient fit without the need to over-tighten the harness. All these features are combined to produce exceptional comfort in use and therefore the highest level of wearer acceptance. VISION 1000 (Central position filter) PRO2000 FILTERS VISION 4000 (Right side position filter) Vision is compatible with the Pro2000 canister filter range that offers a wide choice of filters for specific respiratory challenges, providing high quality and cost efficient protection. Combining light weight and low resistance, Pro2000 filters are manufactured using superior performance media, giving extended adsorption capacity for gas and combined filters and unrivalled efficiency for the particle element. Particle filters use only microfibre "paper" media and do not use any electrostatic filtering methods. Pro2000 filters are fully EN approved to the latest standards, marked "R" for re-usable, CE marked, and connect via a 40mm EN148-1 thread. 123 <

124 NO & CO Filters 2 super-cartridges: A1B1E1K1NOCO20-P3 & A2B2E2K1HgNOCO20-P3 SCOPE The filtering device may be used only with DIN 40mm connection fullmasks and if the oxygen content of the air is sufficient (> 19.5%). Gases and vapours from organic compounds with a boiling point above 65 C Inorganic gases and vapours e.g. chlorine, hydrogen sulphide, hydrogen cyanide Acid gases and vapours e.g.sulphide anhydride Ammonia and organic ammonia derivatives Nitrogen oxides (single use) Carbon monoxide (single use) Solid and liquid, radioactive and toxic particles and microorganisms, e.g. bacteria and viruses. Mercury vapours a,d mercury compounds for A2B2E2K1Hg NOCO20-P3 cartridges (Hg filter max. lifetime: 50 hours / EN 14287:2004) CFR22 A1B1E1K1 NO CO20 P3 R D CFF32 A2B2E2K1 Hg NO CO20 P3 R D > 124 Breathing resistance 30 l/min 95 l/min Filter capacity with 30l/min test gas (with negative pressure respiratory protection device) Cyclohexane C6H12 Chlorine CL2 Hydrogen sulphide H2S Hydrogen cyanide HCN Sulphur dioxide SO2 Ammonia NH3 Nitric oxide NO Nitrogen dioxide NO2 Carbon monoxide CO Carbon monoxide CO Carbon monoxide CO Mercury vapour Hg Penetration in the particles filter at 95l/min (EN143) Sodium chloride NaCL (S) Liquid paraffin Technical features Weight Height Diameter Opening diameter Threaded connector Case material Storage duration Storage temperature Test concentration 0.1 %/vol. 0.1 %/vol. 0.1 %/vol. 0.1 %/vol. 0.1 %/vol. 0.1 %/vol %/vol %/vol %/vol. 0.5 %/vol. 0.1 %/vol mbar 4.87 mbar Test result > 84 mn > 25 mn > 67 mn > 30 mn > 25 mn > 60 mn > 25 min 51 mn > 20 mn > 20 mn > 20 mn < % < % 2.6 mbar 9.8 mbar EN & 143 standard need mini 70 mn mini 20 min mini 40 mn mini 25 mn mini 20 mn mini 50 mn mini 20 mn mini 20 mn mini 20 mn mini 20 mn mini 20 mn 370 g / 500 g max with a full face mask 95 mm 110 mm 50 mm 40 mm (EN 148-1) Reinforced polyamide 7 years (factory packed in an aluminium foil pouch) -10 / +50 C Test concentration 0.5 %/vol. 0.5 %/vol. 0.5 %/vol. 0.5 %/vol. 0.5 %/vol. 0.1 %/vol %/vol %/vol %/vol. 0.5 %/vol. 0.1 %/vol. (13 mg/m 3 ) 1.61 mbar 5.98 mbar 0.05 % 0.05 % Test result 49 min > 25 min > 60 min > 30 min > 25 min > 60 min 49 min 68 min > 20 min > 20 min > 20 min > 105 h < % < % 2.6 mbar 9.8 mbar EN & 143 standard need mini 35 mn mini 20 min mini 40 mn mini 25 mn mini 20 mn mini 50 mn mini 20 mn mini 20 mn mini 20 mn mini 20 mn mini 20 mn 100 h 0.05 % 0.05 % 395 g / 500 g max with a full face mask 105 mm 110 mm 50 mm 40 mm (EN 148-1) Reinforced polyamide 7 years (factory packed in an aluminium foil pouch) -10 / +50 C

125 Pro2 Cartridge filter for twin filter masks TWIN-CARTRIDGE EN143 - EN14387 INTRODUCTION Supplied in pairs for use with Scott twin filter half mask and full face mask respirators, Pro2 cartridge filters provide a broad choice of types to meet a wide range of respiratory hazards. Using the very latest manufacturing technology and highest quality media, each Pro2 filter also has a unique protective cover with rear facing grill inlet, maximising working life by protecting the filter media from splashes, sparks and contaminants. Pro2 particle and combined filters use microfibre "paper" media and do not use any electrostatic filtering methods. Pro2 filters are fully EN approved to the latest standards, marked "R" for re-usable, CE marked, and connect via a locking bayonet mechanism. CE Approval: EN143, EN PRO2 FILTERS Cartridge type Filter type Application Code Particle Filter P3 Solid and liquid hazardous and radioactive particles, microorganisms, e.g. bacteria and viruses A1 Gases and vapours from organic compounds with a boiling point above 65 C (class 1) Gas Filters A2 Gases and vapours from organic compounds with a boiling point above 65 C (class 2) A1B1E1 Organic, inorganic and acidic gases and vapours A1B1E1K1 Organic, inorganic and acidic gases and vapours and ammonia A1-P3 Gases and vapours from organic compounds with a boiling point above 65 C (class 1) and solid and liquid hazardous particles Combined Filters A2-P3 A1B1E1-P3 Gases and vapours from organic compounds with a boiling point above 65 C (class 2 for longer duration) and solid and liquid hazardous particles Organic, inorganic and acidic gases and vapours and solid and liquid hazardous particles A1B1E1K1-P3 Organic, inorganic and acidic gases and vapours, ammonia and solid and liquid hazardous particles <

126 Profile2 Twin-filter half mask TWIN-CARTRIDGE EN143 - EN14387 INTRODUCTION Scott s Profile2 is an advanced twin f lter half mask that combines comfort, protection and low through life costs with exceptionally low breathing resistance. Perfectly balanced, user friendly and modern in design, Profile2 accepts the comprehensive range of highly effcient Scott Pro2 gas, particulate andcombined filters to provide respiratory protection in a wide variety of applications. PRO2 TWIN FILTERS Pro2 cartridges are extremely cost efficient when compared with disposable, low maintenance or other reusable respirators. Every Pro2 cartridge comes complete with a pre-filter cover to protect against sparks, splash and contaminants, and maximise cartridge life. Minimal number of components Comprehensive filter range Easy to clean, inspect and maintain Rear facing filter inlets draw air from further back, away from the work area, to maximise filter life Hygiene storage bag supplied with every mask to protect and aid easy user identification Pro2 filters are fully EN approved to the latest standards, marked "R" for reusable, CE marked. CE Approval: EN143, EN Exceptional comfort and fit Manufactured from an odourless, lightweight TPE (thermoplastic elastomer) Profile2 s facepiece is incredibly soft and comfortable to wear for long periods. Large diameter valves create low breathing resistance and significantly reduce wearer fatigue Latex and silicone-free to ensure no allergic skin reaction or irritation Head harness and neck buckle support the mask comfortably without feeling tightness in the straps Chin cup drainage to channel perspiration away from the face Performance and Protection Designed for an efficient fit, the head harness incorporates a comfort cradle and neck buckle that distributes weight evenly and prevents head movement from interfering with the faceseal. Choice of three sizes with wide faceseal for optimum and efficient fit Adjustable head cradle to fit a variety of head shapes Spark, splash and contaminant guards for filters and exhale valve Central grill allows effective speech transmission Low profile and swept back filters provide balance and unobstructed field of vision Bayonet connection provides secure filter locking mechanism Low profile design ensures compatibility with other PPE Easy-fit filter mechanism enables fast, first time connection Clear face piece is user friendly and easy to identify when cleaning is necessary > 126

127 Profile60 Twin-filter half mask TWIN-CARTRIDGE EN143 - EN14387 PRO2 TWIN FILTERS Pro2 cartridges are extremely cost efficient when compared with disposable, low maintenance or other reusable respirators. Every Pro2 cartridge comes complete with a pre-filter cover to protect against sparks, splash and contaminants, and maximise cartridge life. Minimal number of components Comprehensive filter range Easy to clean, inspect and maintain Rear facing filter inlets draw air from further back, away from the work area, to maximise filter life Hygiene storage bag supplied with every mask to protect and aid easy user identification INTRODUCTION Profile60 is a premium half mask which has been designed to provide ultimate levels of comfort and safety. The facepiece is moulded in Liquid Silicone Rubber (LSR), combining the comfort and flexibilty of silicone with durability and a long service life. The wide, flat faceseal is similar to that used on full facemasks, making it easy to achieve an efficient and comfortable seal. The bellows sections at the nose and chin absorb movement to ensure the seal is not disrupted during use. LSR injection moulding prevents silicone vapour release, making the Profile60 suitable for use in paint-spray areas and the slidethrough harness provides fast and easy fitting and a convenient rest position. Twin filters (Pro2) LSR silicone facepiece Broad, easy-fit face seal Fast don harness Available in two sizes CE Approval: EN140 Pro2 filters are fully EN approved to the latest standards, marked "R" for reusable, CE marked. CE Approval: EN143, EN <

128 Promask2 Twin-filter full face mask TWIN-CARTRIDGE EN143 - EN14387 PRO2 TWIN FILTERS Pro2 cartridges are extremely cost efficient when compared with disposable, low maintenance or other reusable respirators. Every Pro2 cartridge comes complete with a pre-filter cover to protect against sparks, splash and contaminants, and maximise cartridge life. Minimal number of components Comprehensive filter range Easy to clean, inspect and maintain Rear facing filter inlets draw air from further back, away from the work area, to maximise filter life Hygiene storage bag supplied with every mask to protect and aid easy user identification. INTRODUCTION Promask2 is a twin filter full facemask providing exceptional balance and presenting an extremely low profile for close-up or restricted access working. Promask2 has an ultra-comfortable T-profile faceseal, which produces an efficient seal with minimal pressure against the face. The airflow management system utilises the inner mask to prevent the visor from misting and to ensure CO2 is flushed rapidly and efficiently, reducing wearer fatigue even for long periods of use. Promask2 incorporates a wide panoramic visor to maximise the field of vision and a front mounted speech diaphragm for easy communication with colleagues. The clear inner mask increases wearer acceptability and presents a user-friendly appearance to others. Moulded in grey liquid silicone, Promask2 accepts the Pro2 range of cartridge filters, which have individual covers to maximise working life by protecting the filter media from splashes, sparks and contaminants. Low profile Clear speech transmission Soft, pliable silicone Clear inner mask CE Approval: EN136 Pro2 filters are fully EN approved to the latest standards, marked "R" for reusable, CE marked. CE Approval: EN143, EN > 128

129 Tornado Powered Air Purifying Respiratory system The Tornado respiratory system is composed by 3 units The powered air purifying respirator INTRODUCTION Globally accepted as the benchmark in modular respiratory protection systems, the Tornado provides filtered air for the widest range of industrial applications as diverse as industrial welding, agriculture and waste disposal. Tornado protects against the inhalation of harmful dusts, mists, fumes, vapours or gases: The respirator injects ambient air through the filters into the head protection via a corrugated tube. The assisted ventilation reduces the respiratory effort and the fatigue generated by the use of a respiratory system. Tornado protects especially where protection is required for long periods and is of particular benefit in hot or humid environments. The overpressure generated within the hood allows a high protection nominal factor. These products should not be used in atmospheres immediately dangerous to life, in confined spaces or in atmospheres deficient in oxygen (less than 19.5%). ERGONOMIC DESIGN waist mounted lightweight, compact and unobtrusive turbo unit INTRINSIC SAFETY (I.S.) anti-static polypropylene construction, suitable for use in potentially explosive gas and dust atmospheres MODULAR FLEXIBILITY simple to configure for changes in application using Tor/Adapt filter holders COMPREHENSIVE FILTRATION extensive range of filters for the widest range of applications ELECTRONIC FLOW CONTROL maintains correct airflow as the working environment changes INTELLIGENCE provides clear audible and visual warnings of filter clogging and low battery charge AUTO HEADTOP DETECTION instantly recognises headtop type, monitors and optimises airflow accordingly CHOICE OF BATTERY weight and duration options The headtop (see next pages our large choice of hoods and masks) The filters Particles filters: SLP* type (1 required filter) Gas filters: A2 K1 or A1B1E1 types (2 or 3 of the same filter required) Combined filters (gas + particles): A2SLP* - K1SLP* - ASLP* - A2B2E2K2Hg-SLP* (3 of the same filters required * Solid and Liquid Particles - P3 class efficiency equivalent (99.99% of the particles) 129 <

130 FH1 FH2 Designed with a unique Neoprene Face seal to deliver the highest level of PAPR protection. D Revolutionary soft head cradle for intuitive and straightforward donning D Ultra-clear PETG visor giving wide field of view and a clear down-view panel D Half hood design with skin-friendly neoprene chin seal Light-weight and comfortable full hood with integrated eye protection and shoulder cape. D Revolutionary soft head cradle for intuitive and straightforward donning D Ultra-clear PETG visor giving wide field of view and a clear down-view panel D Full hood design with skin-friendly neoprene chin seal Half Hood Full Hood FH21 Anti-Static Full Hood Light-weight and comfortable anti-static full hood with integrated eye protection and shoulder cape. D Revolutionary soft head cradle for intuitive and straightforward donning D Ultra-clear PETG visor giving wide field of view and a clear down-view panel D Anti-static full hood design with skinfriendly neoprene chin seal FH22 Full Hood The FH22 Hood is a one-size-fits-all, loose-fitting hood designed for the hazards of general industry, first receivers, and pharmaceutical manufacturing. D Quick-draw adjustable headband and harness assembly for easy donning D Double cape design for compatibility with various coverall designs D Disposable full hood design with optional disposable hose cover FH3 FH31 Flip-up Visor The new FH3 flip up headtop features a wide field of vision, superior comfort and stability with innovative new easy to adjust ratchet mechanism. D New low-profile visor with new head cradle and ratchet designs D Choice of visor materials with straightforward replacement D Flip-up framed visor browguard design with skin-friendly neoprene face seal Faceshield The FH31 is a lightweight, user-friendly, multi-purpose face shield. The hollow polyethylene frame channels the airflow to the breathing zone. D Lightweight polyethylene frame with antimist coated acetate visor D Washable and replaceable polyether foam face seal D Face shield design with broad elastic headband harness FH4 FH5 Welding Visor The new compact designed FH4 flip up welding shield features a new innovative headgear and ratchet ensuring excellent comfort, fit and stability. D New welding visor with new head harness and ratchet designs D Spatter lens replaceable from front D Options available: ADF welding lens and Cape accessories to protect against welding spatter Helmet and Visor Manufactured from a durable PU coated nylon material combined with the proven Protector Tuffmaster II helmet, FH5 combines head, face and respiratory protection in one product. D ABS Safety Helmet with ratchet adjustment harness D Choice of visor materials and optional ear defenders D Helmet and flip-up visor combination design with wide elastic chin seal > 130

131 FH51 FH6 Helmet and Hood The FH51 full hood with helmet and integral visor has been developed to offer protection in higher risk environments including demolition, toxic and hazardous materials handling and environmental cleanup. D Combined protection for the most demanding environments D Choice of Hypalon, Hypalon Anti-Static (pending approval) and Butyl-Viton hood materials (pending approval) D Safety helmet and visor integrated into a chemical splash resistant full hood Helmet and Visor The FH6 is an ideal combination headtop for hazardous environments such as grinding, quarrying, foundry work, construction and ship building. D Integrated helmet and visor with optional ear defenders D Choice of visor materials, coatings, and shades. D Safety helmet and rail-mounted retractable visor with flexible chin seal FH61 FH7 Helmet and Welding Visor The FH61 is a purpose built combination headtop for one of the most demanding environments. The FH61 incorporates respiratory, head, face, eye and hearing protection. D Integrated helmet, visor and welding shield with optional ear defenders D Electronic variable auto-darkening lens and passive lenses available D Safety helmet and rail-mounted retractable visor with flexible chin seal and outer welding shield Full Hood FH7, featuring a specialist polyurethane hood is designed to give excellent all round vision and respiratory protection. D Unrivalled field of view and no fit issues with spectacles or beards D Double cape design for compatibility with various coverall designs D Full hood in PVC with Polyurethane capes FM1 FM2 Half Mask FM1 is a half mask available in two sizes. The liquid silicone rubber face seal provides exceptional comfort and fit. Applications include welding and spraying. The low profile design of the FM1 makes it readily compatible with visors, welding shields and other PPE. D Integrates easily with other PPE D Side entry hose improves comfort and balance D Half mask also approved for unpowered use with Pro2000 filters <300g Full Face Mask FM2 full face mask is based on the Sari mask which is renowned for its high standards of safety, reliability and comfort. The wide sealing edge of the FM2 provides a high level of comfort and fit for extended periods of use. D Natural rubber front-port facemask D Large visor area and broad face seal D Single size full facemask also approved for unpowered use with Pro2000 filters FM3 Full Face Mask The FM3 is based on the design of the Scott Safety Promask, proven in a wide variety of industrial applications. FM3 utilises a T-bar face seal design, which provides a highly efficient seal with minimal pressure on the face. FM3 incorporates a wide panoramic visor to maximise the field of vision and a front mounted speech diaphragm. D Choice of halo-butyl and silicone materials D Side entry hose improves comfort and balance D Full facemask available in two sizes, also approved for unpowered use with Pro2000 filters Full Face Mask FM4 is a full facemask providing the highest levels of respiratory protection. A novel hose connection brings the hose up over the wearer s shoulder. D Ultimate comfort with LSR silicone seal and unrestricted (98%) field of vision D Side entry hose improves comfort and balance D Full facemask available in three sizes, also approved for unpowered use with Pro2000 filters FM4 131 <

132 Tornado Filters Filter cartridges compatible with the Tornado respiratory system INTRODUCTION Particles filters: SLP (Solid and Liquid Particles P3 class efficiency equivalent: 99.99% of the particles) type: 1 filter Gas filters: 2 or 3 of the same filter per Tornado Combined filters (gas + particles):3 of the same filters per tornado The service life of a filter depends on Concentration and characteristics of the workplace contaminant Filter capacity, i.e. filter class, compare workplace concentrations to test values Air humidity and temperature The Tornado should not be used in atmospheres immediately dangerous to life, in confined spaces or in atmospheres deficient in oxygen (less than 19.5%). FILTERS CODIFICATIONS AND DESCRIPTIONS Colour Code Reference Filter type Main area of applications PARTICLE (1 filter required) PF251/2 SPL Solid and liquid particulates (dusts, fibres, mists, fumes, bacteria and virus) PF251/2 SPL As above with approximately three times the capacity SUPER GAS (2 or 3 of the same filters required use TOR/ADAPT) TF200 A2 Organic gases and vapours with a boiling point above 65 C > 132 TF203 K1 Ammonia and organic ammonia derivatives TF210 A1B1E1 As TF200 + inorganic and acid gases and vapours, eg. chlorine, hydrogen sulphide, hydrogen cyanide, sulphur dioxide and hydrogen chloride COMBINATION (3 of the same filters required use TOR/ADAPT) TF220 A2SPL As TF200 + solid and liquid particulates (dusts, fibres, mists, fumes, bacteria and virus) TF223 K1SPL As TF203 + solid and liquid particulates (dusts, fibres, mists, fumes, bacteria and virus) TF230 A1B1E1SPL As TF210 + solid and liquid particulates, (dusts, fibres, mists, fumes, bacteria and virus) TF234 A2B2E2K2Hg-SPL As TF230 + ammonia and organic ammonia derivatives + mercury vapour + solid and liquid particulates (dusts, fibres, mists, fumes, bacteria and virus)

133 Proflow 3 EX / AX-P3 Filters The only power assisted respirator with AX filters DESCRIPTION The Proflow 3 EX (EX for ATEX) is the latest addition to the Scott Safety Air Purifying portfolio and unique in that it is the only continuous powered air unit in the market to provide AX gas respiratory protection. Using an optimised flow rate in combination with a hightech 3 filter system, it provides robust protection against volatile AX gases. ATEX approved, the Proflow 3 EX is suitable for use in explosive atmospheres and is therefore ideal for use in a wide variety of applications such as Pharmaceutical, Paint- spraying and Oil/Gas. Proflow3 EX is able to provide a more comfortable respiratory experience for those requiring protection against AX gases including those who may currently be limited to using negative pressure masks. PRODUCT HIGHLIGHTS Better control in the removal of AX gases (gases and volatile organic compounds vapours with boiling point < 65 C) High comfort levels for long shift work Reduced respiratory breathing burden ATEX unit approved for use in explosive atmospheres Comprehensive alarm system ensures operational safety Continuous visible monitor of battery status and filter blockage with audible warning of need to recharge/replace the filters Typical 7-15 hours use from a single charge (depending on the filter/face piece combination) Extensive headtop options to cover the widest range of applications Available with AXP3 filters, Proflow3 EX is also certified with Pro2000 filters (DIN 40mm): P3, A2-P3, B2-P3, AB2E1-P3, ABEK2-P3 and ABEK2Hg-P3 TECHNICAL FEATURES Air flow: Min 120 l/min Battery: NiMH 9.6 V Ex. Rechargeable. Contains a safety circuit. Internal over current and temperature protection. Battery operating time: Typically 8 hours between re-charges depending on the filter/ headtop combination. Recharger: Recharging time 6 h. Automatic trickle charge. Recommended recharging temperature < 20 C. Temperature conditions: -10 C to +40 C Blower unit status indication: Visual display of battery status (A), filter blockage (P). Warning buzzer of low battery, operating time left 15 min. Weight: 1.5 kg without filters Sound level: < 70 db EX classification: II 2G Ex ib IIC T3 / II 3D Ex td A22 IP54 T80C The blower/battery system has been certified as Intrinsically Safe Equipment to EN and by VTT certification services. VTT No. Ex -00.E.005X. 133 <

134 Proflow 3 EX / AX-P3 Filters The only power assisted respirator with AX filters Illustration of APX3 filter removing both AX (volatile organic vapours) & Particulate materials Standard DIN40 Pro2000 screw thread Retention of particulate materials The unit s optimised air flow provides the following theoretical benefits: Better control & improved safety in the effective removal of AX gases. Cooling effect of the continuous airflow on the carbon bed promotes absorption of volatile AX gas molecules ensuring their efficient removal Reduced channelling through the bed avoids early breakthrough Better prediction of filter lifetimes. All these factors promote safer and more comfortable working in AX gas environments! Optimised flowrate of Proflow3 EX across each filter allows capture of volatile AX molecules An AX cartridge can t be used more than 8 hours (unique use). For methanol filtering, the AX cartridge duration won t exceed 40 minutes for a concentration of 100 ml/m3. If the methanol concentration is between 100 and 500 ml/m3, the AX duration of use can not exceed 20 minutes. FH1 FH2 Half Hood FH21 Full Hood FH51 FM1 Helmet and Hood Anti-Static Full Hood FM2 Half Mask > 134 FH22 Half Hood FM3 Full Face Mask Full Face Mask FH3 Flip-up Visor FM4 Full Face Mask GazDetect : ZAE 3, rue des Fossés VERT SAINT DENIS (France)

135 Phantom Vision Powered air respirator DECONTAMINATION, CLEANING AND MAINTENANCE Phantom Vision can continue operating while the wearer uses a decontamination shower Even the exhale valve cover has been re-designed specifically to avoid trapping fibres or particles, and to direct shower water away from the valve After use it is quick and easy to disassemble for further cleaning. All parts are wipe clean or washable, and re-assembly is just as straightforward. INTRODUCTION After extensive research with users and industry specifiers Scott Safety is introducing Phantom Vision specifically to enhance and improve the experience of powered respirator users. Phantom Vision has evolved from continued research and collaboration to meet and exceed the increasingly demanding needs, not only of these industries but anywhere full facemask protection is required. PROVEN NEW TECHNOLOGY The new high performance brushless motor provides reliable full- shift operation and a long service life The lightweight battery pack uses lithium-ion cells to eliminate re-charge memory issues Through life maintenance costs are minimised by high levels of water ingress protection, protected power contacts and custom electronic motor control SUITABILITY AND PERFORMANCE The new Phantom Vision provides 160 litres per minute airflow, for a minimum of 8 hours, from each re-charge. Phantom Vision is available in three sizes to suit the widest range of users. Current PAPR users were consulted extensively, and many features of Phantom Vision were designed specifically in response to customer input. LOW COST OF OWNERSHIP Maintenance downtime is minimised by straightforward "between use" and service requirements, and all major parts are modular for rapid replacement The Vision face seal has a proven 12 year service life and is easy to replace There is no need to replace filter stocks as Phantom Vision uses the proven current design of filters EASE OF USE The rotary connection to the mask allows the power cable to be freely directed to suit the wearer The easy-grip battery pack twist-locks onto the belt mounted connection plate and is rotated to power Phantom Vision on and off Phantom Vision is supplied in a sturdy re-useable carry case to keep it clean and safe during transit and storage ELECTRONICALLY CONTROLLED MOTOR The new motor and fan unit is the central power house of Phantom Vision. The positive snap-lock locating system replaces the "o" ring seal pressure fit of previous models, providing the reassurance of intuitive assembly after cleaning and maintenance. This snap-lock system also provides the power contact, eliminating the need for a direct cable connection to the motor. The fan outlet air guide is integral with the motor body and is engineered to direct the airflow at the visor, preventing misting and providing long term comfort for the wearer. The new brushless motor has been run continuously for many thousands of hours during development testing to prove its reliability and to ensure that Phantom Vision will provide low cost of ownership and minimised through-life maintenance costs. 135 <

136 A VISION OF THE FUTURE Delivering unrivalled full-shift comfort and an unrestricted field of vision, Phantom Vision provides reliability, durability, and simplified maintenance between uses SPECIFICATIONS & ORDERING INFORMATION Phantom Vision Part Number Part Number PV251 or PF251/2 Approval Pending Approval Pending Description Phantom Vision M/L system medium/large size, complete with battery, power belt, charger, PSL filter and storage case Phantom Vision M system medium size, complete with battery, power belt, charger, PSL filter and storage case Phantom Vision S system small size, complete with battery, power belt, charger, PSL filter and storage case Filters approved for use with Phantom Vision Description Type PSL - Solid and liquid particulates (dusts, fibres, mists, fumes, bacteria and virus) Type APSL Gases and organic vapors with a boiling point suêrior to 65 C with solid or liquid particles Type ABEKHgPSL Gases and organic vapors with a boiling point superior to 65 C, gases and inorganic and acid vapors, ammonia and organic ammonia derivatives, mercury and mercury compounds + solid and liquid particles APPROVALS CE Certified to EN12942 Class TM3 Assigned Protection Factor (BS4275) - 40 High levels of comfort, available in 3 sizes for greater user acceptance Optically correct, distortion free visor with unrestricted field of vision (98%) Water ingress protection allows continued operation in decon shower High performance brushless motor providing 160 litres per minute air flow. Lightweight battery pack with full shift operation and long service life These products should not be used in atmospheres immediately dangerous to life, in confined spaces or in atmospheres deficient in oxygen (less than 19.5%). > 136

137 ASBESTOS Respiratory Protection Respiratory protection devices asbestos-focused ASBESTOS PROTECTION What is ASBESTOS? Asbestos is a mineral fiber that occurs in rock and soil. Because of its fiber strength and heat resistance asbestos has been used in a variety of building construction materials for insulation and as a fire retardant. Asbestos has also been used in a wide range of manufactured goods, mostly in building materials (roofing shingles, ceiling and floor tiles, paper products, and asbestos cement products), friction products (automobile clutch, brake, and transmission parts), heat-resistant fabrics, packaging, gaskets, and coatings. Asbestos fibers may be released into the air by the disturbance of asbestos-containing material during product use, demolition work, building or home maintenance, repair, and remodeling. In general, exposure may occur only when the asbestos-containing material is disturbed or damaged in some way to release particles and fibers into the air. Exposure to asbestos increases your risk of developing lung disease. That risk is made worse by smoking. In general, the greater the exposure to asbestos, the greater the chance of developing harmful health effects. Where asbestos may be found: Attic and wall insulation produced containing vermiculite Vinyl floor tiles and the backing on vinyl sheet flooring and adhesives Roofing and siding shingles Textured paint and patching compounds used on wall and ceilings Walls and floors around wood-burning stoves protected with asbestos paper, millboard, or cement sheets Hot water and steam pipes coated with asbestos material or covered with an asbestos blanket or tape Oil and coal furnaces and door gaskets with asbestos insulation Heat-resistant fabrics Automobile clutches and brakes Permissible Exposure Limit (PEL): Level 1: Exposure to asbestos under the PEL Level 2: Exposure to asbestos over or equal to the PEL and less than 60 times the PEL Level 3: Exposure to asbestos over or equal to 250 time the PEL The PEL is currently equal to 100 fibers per liter and will be 10 fibers per liter on 1 st July <

138 LEVELS OF EXPOSURE LEVEL 1: Exposure to asbestos under the PEL Negative pressure Profile40 Profile60 Sari Promask2 Vision Positive pressure Tornado FM2 FH2 FH21 LEVEL 2: Exposure to asbestos over or equal to the PEL and less than 60 times the PEL Phantom Vision LEVEL 3: Exposure to asbestos over or equal to 250 time the PEL Contact us. > 138

139 Sigma2-VS Self contained breathing apparatus Performance and reliability, economy and comfort Proven high performance pneumatic system Compact first breath activated demand valve with bypass Ergonomically designed lightweight backplate and type 2 harness Kevlar blend flame retardant webbing with Kevlar cylinder band Wide choice of facemasks from the Vision 3, Promask PP and Panaseal ranges Corrosion resistant Nickel plated components Simple operation for users All components are user serviceable, low cost and easy to maintain Will accept wide range of 200 and 300 bar cylinders INTRODUCTION At the heart of the Sigma 2 set is a simple and reliable two-stage pneumatic system. A first breath activated positive pressure demand valve provide low breathing resistance and excellent dynamic performance - particularly at high flow rates. A first stage pressure reducing valve features only two moving parts and accepts cylinders pressures of up to 300 bar without adjustment. A cylinder connector assembly with standard breathing air thread is fitted, with an easily removed bronze filter to protect the pneumatics. The system includes a shoulder mounted combined pressure indicator with photoluminescent face markings for low-light legibility and a robust stainless steel and polycarbonate case with a protective rubber shroud. A warning whistle has an operating pressure of 55 bar. INTRODUCTION SCHEME Whistle warning unit Pressure gauge with luminous face Fully adjustable kevlar blend harness Multi-positional kevlar cylinder band Medium pressure demand valve hose Pressure reducing valve and cylinder connector Cylinder valve with safety locking handwheel First Breath activated positive pressure demand valve 139 <

140 ACSi Self contained breathing apparatus LOWER THROUGH LIFE COSTS Flame retardant webbing and cylinder band All components are user serviceable, low cost and easy to maintain EASY DECONTAMINATION Both the back plate and harness can be washed with your turnout gear The new material used is approved to maintain its flame retardant qualities when washed following the care and instructions at 30 C. INTRODUCTION Scott Safety has provided the highest standards in the design and manufacture of Respiratory Protection Equipment. Developed after considerable research and investment the new Advanced Carrying System, ACS, is set to become the industry standard carrier for SCBA in the marine, industrial and fire environments. The ACSi is designed specifically as a Class 1, SCBA set for use in industrial environments. REDUCED USER BURDEN At only 2.15kg, ACSi is the lightest carrying system in its class. It is significantly lighter than competitor products, increasing comfort, ease of movement and reducing wearer fatigue. HIGH PERFORMANCE PNEUMATICS High performance, reliable pneumatics with compact first breath activated demand valve with bypass A first stage pressure reducing valve features only two moving parts and accepts cylinders pressures of up to 300 bar without adjustment No tools are necessary to remove the pneumatics, simply rotate the pneumatics 90 degrees mounting. Adjustable padded shoulder straps PLightweight ThermoFlex TM backplate for greater comfort, flexibility and reduced wearer fatigue WIDE RANGE OF FACEMASKS AND CYLINDERS Wide choice of facemasks including Vision 3 and Promask PP ranges ACSi is approved with a wide range of cylinders ACSi is approved with a variety of valve styles Padded waistband featuring large buckles for easy operation with gloved hands and fast donning and doffing Ergonomically moulded to fit spine and back muscles, designed in conjunction with an osteopath > 140 Approved to EN137: 2006 Class I, ACSi is refined to a unequalled level of performance and user comfort, suitable for industrial applications

141 Propak Self contained breathing apparatus INTRODUCTION The Scott ProPak is an open circuit, self-contained, compressed air breathing apparatus. It consists of a back plate, carrying harness and pneumatic system, containing a cylinder connector, reducer, pressure gauge, whistle and demand valve. The ProPak can be configured in a number of different ways with single or dual cylinders. There are also a range of attachments available including Airline (AC), Split Demand Valve Coupling (SDC), Rescue Second Man (RSM) and Decontamination (DC). The ProPak is used in conjunction with a range of composite or steel cylinders and the choice of Vision 3, Panaseal, Panavisor or Promask PP facemask. The ProPak is specifically designed as a Professional Fire Fighting SCBA, but is also suitable for providing respiratory protection in any IDLH environment. The Propak is equiped with the Sabrecom 2 radio communication interface designed for use with Scott Safety s range of positive pressure full facemasks. Fully integrated and ready to use the Sabrecom 2 is approved to EN136 class 3, meeting the stringent flame and radiant heat test requirements. TECHNICAL FEATURES WEIGHT Single configuration (less cylinder) 3.0 kg Single configuration & Facemask (less cylinder) 3.6 kg DIMENSIONS Length 630mm Width 285mm Depth (with 6 litre 200 bar cylinder) 220mm APPROVALS EN137:2006 Type II approved, MED (Shipwheel approved) ISO23269 (parts 2,3 & 4) approved, AS1716 approved. TEMPEST DEMAND VALVE Compact positive pressure demand valve featuring servoassisted, tilting diaphragm mechanism with low inspiratory resistance and responsive dynamic performance, automatic first breath actuation and hands free bypass facility. Components injection moulded from Polyamide and Acetyl with rubber seals and diaphragms. REDUCING VALVE First stage pressure reducing valve featuring non-adjustable, spring loaded piston mechanism and outlet supply protected by pressure relief valve. OUTLET PRESSURE 200 bar inlet 5.5 to 9.5 bar bar inlet 6.0 to 11.0 bar Pressure relief valve protected Approx bar Flow restrictor to gauge supply hose <25 litres minute PRESSURE INDICATOR & WARNING WHISTLE Bourdon tube type dial indicator Heat and Impact resistant polycarbonate lens HOSES Stainless steel swivel hose fittings Medium pressure hose: Maximum working pressure 16 bar Minimum burst pressure 80 bar High pressure hose: Maximum working pressure 450 bar Minimum burst pressure 800 bar 141 <

142 RPE Accessories Facemasks and Cylinders for Respiratory Protection Equipment Main facemasks Main air cylinders The Panaseal facemask will accommodate a wide range of facial shapes and sizes. The masks Panaseal are positive pressure and feature a Neoprene outer mask with reflex seal and Neoprene orinasal inner mask. The facepiece visor is single curvature and made of a scratch and impact resistant polycarbonate material with a flame-retardant coating and provides excellent panoramic vision. The visor is held in place by two U-shaped clamps. The mask will allow the wearer to wear integrated spectacle frames, without compromising the facemask seal. The mask is available with either a five-point fully adjustable neoprene strap style harness or a two-point adjustable Polyester or Kevlar TM net style harness. The facemask features a left hand side bayonet connection for the demand valve. An option of an additional right quick-fit port to take a communications interface is also available. A speech diaphragm is mounted at the front of the mask to offer unimpeded speech transmission and there is a low resistance positive pressure exhalation valve that allows for normal breathing with no extra effort. The mask is designed with separate inspiratory and expiratory paths to minimize the risk of cross contamination of second stage regulators. Already proven in several industrial applications, Promask utilises a T-profile faceseal design, Promask which provides a highly efficient seal with minimal pressure on the face. Computer designed air path channels provide exceptionally low airflow resistance, reducing fatigue even for long periods of use. Promask incorporates a wide panoramic visor to maximise the field of vision and a front mounted speech diaphragm for easy communication with colleagues. An optional hard coated visor is available to enhance resistance to scratching. The clear inner mask increases wearer acceptability and presents a user-friendly appearance to others. The Vision 3 is offered in 4 different sizes and will accommodate a wide range of facial shapes Vision3 and sizes. The facemasks are positive pressure and feature a Liquid Silicone Rubber outer mask with reflex seal and EDME ori-nasal inner mask. The facemask visor is multi curvature and made of a scratch and impact resistant polycarbonate material with a flame retardant coating and provides excellent panoramic vision. The visor is held in place by two U-shaped clamps. The mask allows the wearer to wear integrated spectacle frames, without compromising the facemask seal. The facemask is available with either a five-point fully adjustable neoprene strap style harness, a two-point adjustable polyester or Kevlar net style harnesses or a clamping system for the Gallet F1 Helmet. The facemask features a left hand side bayonet connection for the demand valve. An option of an additional right quick-fit port is available to take a communications interface if required. 6.0 litre, 300 bar, steel cylinder, CE specification, painted to BS specification, complete with CYL-1640 cylinder valve fitted with safety locking handwheel litre free air capacity providing total duration of 41 minutes *. Dimensions: 140mm diameter x 610mm long. Fully Charged Weight kg For cylinder to be used with ACS please add suffix -RA 6.8 litre, 300 bar, carbon fibre fully wrapped aluminium composite cylinder, CE specification, CYL-FWC-1860 cylinder design life 15, years complete with cylinder valve incorporating safety locking handwheel 1860 litre free air capacity providing total duration of 46 minutes *. Dimensions: 160mm diameter x 600mm long. Fully Charged Weight - 7.1kg For cylinder to be used with ACS please add suffix RA > 142 * Duration calculated using an average wearer consumption rate of 40 litres per minute All cylinder weights are approximate and may vary by 0.3kg. Please specify whether cylinders are to be supplied FULL or EMPTY - NOTE - Article numbers refer to full cylinders Charged cylinders are classed as hazardous and may not be sent by certain types of carriage. Please note currently only CYL-FWC-1860 s are supplied with rubber boots.

143 Flite Compressed air breathing apparatus With airline breathing apparatus the user s safety is dependent upon outside influences the airline supply could become disrupted. FLITE includes the option of an escape cylinder that can be added to the unit at any time, this serves as an important additional safety benefit to safeguard against a failure of the airline supply. FLITE Escape is widely used by people working in confined spaces or hazardous environments, such as the oil and gas industry, where levels of H2S can be extremely high. An additional coupling allows the connection of a emergency air supply cylinder which provides an independent air supply with a duration from 10 to 15 minutes, dependant on cylinder size. The FLITE can only be used with VISION3 (3 different sizes), PROMASK PP and PANASEAL respiratory masks. INTRODUCTION The FLITE is an open circuit, positive pressure airline breathing apparatus generally comprising; bandolier harness, positive pressure airline apparatus consisting automatic positive pressure demand valve; supply hose and coupling for airline supply hose. An additional coupling allows the connection of an emergency air supply cylinder which provides an independent air supply with a duration of 10 to 15 minutes, dependant on cylinder size. The apparatus can be used with the full range of Sabre positive pressure facemasks as well as the Sprint positive pressure hood when used as an escape only apparatus. The FLITE is specifically designed as an airline working set and with its optional hip mounted cylinder as an airline escape set, it has many applications but is particularly suited to confined space entry and the oil and gas industry. It is also suitable for providing respiratory protection in any IDLH environment. FLITE main advantages Maximum respiratory protection with air intake Simple operation High performance pneumatics Easy to install on an existing device Wide range of masks Added safety of escape cylinder Numerous mounting capabilities Wide range of accessories (PVC or antistatic hoses, retractable hose reel ) Simple to service Low maintenance costs 143 <

144 Flite Compressed air breathing apparatus > 144 NOMENCLATURE Full face positive pressure mask. Masks: VISION3 (3 different sizes), PROMASK PP, PANASEAL TEMPEST demand valve: Compact positive pressure demand valve featuring servo-assisted, tilting diaphragm mechanism with low inspiratory resistance and responsive dynamic performance, automatic first breath actuation and hands free bypass facility. Components injection moulded from Polyamide and Acetyl with rubber seals and diaphragms. Peak flow performance: In excess of 500 litres/minute Bandolier harness Waistbelt Hose coupling: CEN type couplings are the standard couplings that are used on airline equipment. These feature a safety locking mechanism that has a single action connect, but requires a double action to disconnect. The male couplings are fabricated from 316 grade stainless steel. The female couplings are fabricated from Nickel-plated brass with stainless steel locking balls. The female is a self-sealing coupling and can be connected and disconnected under pressure. The female is to a 344 pattern whilst the male coupling is to a longer 341 pattern which allows compatibility with the full range of 340 series couplings. 10 and 15 minute steel cylinders or a 13 minute superlight carbon composite cylinder Additional leg strap TECHNICAL FEATURES WEIGHT Flite (less cylinder) kg Flite with 10 minute cylinder kg Flite with 10 minute superlight cylinder kg Flite with 15 minute cylinder kg PACKING SPECIFICATIONS Flite (less cylinder)... 40x28x16cm kg Flite with 10 minute cylinder... 56x21x18cm kg Flite with 10 minute superlight cylinder... 56x21x18cm kg Flite with 15 minute cylinder... 6x21x18cm kg

145 Flite Accessories (Masks, PVC or antistatic hoses, filtration units, ) Every supply hoses are CE marked in accordance with EN139 and approved with the whole range of self contained breathing apparatus with air intake. Each hose have CEN male and female couplings. Hoses are available in both PVC and antistatic rubber materials in seven standard lengths. All airline hose connections are CEN safety couplings that are quick and easy to connect yet prevent accidental disconnection. Retractable hose reel. Provides a means of convenient storage for 15 meters of hose. It is designed to maintain a safe work area by allowing the user to control the amount of hose laid out. Supplied with PVC or antistatic hose and wall mounting bracket. The Airline Filtration Unit series of compressed airline filtration units has been designed to offer an economical means of ensuring compressed air conforms to breathing quality requirements. They offer the following features: Effective two stage filtration of particulates including dust and oil droplets Charcoal element for removal of organic vapours Includes lightweight, robust carry frame, easily detachable for wall mounting Pop-up indicator to warn of prefilter clogging Autodrain to prevent build-up of oil Easy filter element replacement without use of tools The units have the capacity to supply air flows to the latest recommendations for Breathing Apparatus and will assist in ensuring air quality can meet EN12021 and BS4275:1997 requirements. Particle removal 0.01μm Remaining oil content less than 0.003mg/m 3 at 21 C 2 available models: AFU 300 Designed to supply a single BA wearer, this unit can filter in excess of 300 l/min air at inlet pressures over 4 bar AFU 600 Designed to supply at least two BA wearers, in excess of 600 l/min air is available at inlet pressures over 4 bar IMPORTANT: These products do not guarantee breathing quality air. They do not filter Carbon monoxide, Carbon dioxide or other toxic gases. Always sight the compressor intake in a clean air zone and ensure the compressor is well maintained. It is a requirement to carry out regular checks of air quality, recommended at least monthly, to ensure air conforms to EN Always replace elements at least yearly or sooner if indicated by air quality checks. Medium pressure inline whistle ( ). When placed in the airline system between the breathing hose and the user this device provides a safe, clear warning should the airline pressure drop below 4 bar HP-RED2. Reduces high pressure air from a single cylinder to medium pressure. As standard the HP-RED2 has a high pressure gauge fitted to display cylinder content. A 55 bar whistle is available together with a selection of connections to fit different types of cylinders. Medium pressure test gauge ( ). Allows the user to check the pressure of the airline at the point of use. Vision3 Mask The Vision 3 is offered in 4 different sizes and will accommodate a wide range of facial shapes and sizes. The facemasks are positive pressure and feature a Liquid Silicone Rubber outer mask with reflex seal and EDME orinasal inner mask. The facemask visor is multi curvature and made of a scratch and impact resistant polycarbonate material with a flame retardant coating and provides excellent panoramic vision. The visor is held in place by two U-shaped clamps. The mask allows the wearer to wear integrated spectacle frames, without compromising the facemask seal. The facemask is available with either a five-point fully adjustable neoprene strap style harness, a two-point adjustable polyester or Kevlar net style harnesses or a clamping system for the Gallet F1 Helmet. The facemask features a left hand side bayonet connection for the demand valve. An option of an additional right quickfit port is available to take a communications interface if required. 145 <

146 Modulair Airline trolley system MODULAIR CONFIGURATIONS INTRODUCTION The Sabre Modulair is a compact, easy to use airline trolley system designed to provide portable clean air in restricted access areas. Versatile and robust, it consists of a lightweight stainless steel hose reel unit and cylinder frame that can be used independently or together. The frame is designed to carry a pair of cylinders and, where required, an additional frame can be vertically stacked to allow connection of up to four cylinders. This, in conjunction with proven 300 bar high performance pneumatics delivering up to 1000 litres of breathing air per minute, permits four people to work at the same time. Long duration operation is made simple through adjustable cylinder bands and high pressure cylinder connectors to accommodate a variety of cylinder sizes at both 200 and 300 bar. Non-return bleed valves fitted to the cylinder connectors enable cylinders to be replaced independently for continuous operation. To safeguard against any drop in air supply pressure the Modulair can be fitted with a medium pressure warning whistle or a DS4 (automatic distress signal unit) for both audible and visual alarms if the airline supply pressure falls below bar (55-60 psi). In either case, the operation of the alarm informs safety rescue personnel to switch over to the reserve air supply, change cylinders or initiate evacuation procedures as appropriate. M-FRM-2-2-HRT-AFU Hose reel trolley assembly with additional AFU & MP whistle 2 cylinders M-FRM-2-2-HRT-AFU Hose reel trolley assembly with additional AFU & MP whistle 4 cylinders Modulair main advantages: Robust and reliable, stainless steel construction 2 or 4 man operation 2 or 4 cylinder capability High performance pneumatics STEEL CYLINDER litre, 300 bar CE specification, painted to BS specification complete with cylinder valve fitted with safety locking handwheel 1640 litre free air capacity providing total duration of 41 minutes, duration calculated using an average wearer consumption rate of 40 litres per minute Dimensions: 140mm diameter x 610mm long Fully Charged Weight: 11.9kg > 146

147 Cen-Paq Self contained breathing apparatus INTRODUCTION The Scott Cen-Paq is an open circuit, self-contained, compressed air breathing apparatus. It consists of a Hi-Vis jacket based carrying system and pneumatic system, containing a cylinder connector, reducer, pressure gauge, whistle and demand valve. The Cen-Paq can also be configured with an anti-static jacket and an airline attachment. The Cen-Paq is used in conjunction with a range of composite or steel cylinders and the choice of Vision 3, Panaseal, Panavisor or Promask PP facemask. Main applications: The Cen-Paq was specifically designed as a snatch rescue SCBA, but is also suitable for work in the Oil and Gas industry and providing respiratory protection in any IDLH environment TECHNICAL FEATURES Designed to fit a wide range of body sizes with minimal adjustment. Velcro fastening waistcoat First stage pressure reducing valve featuring non-adjustable, spring loaded piston mechanism and outlet supply protected by pressure relief valve. Outlet Pressure: 200 bar inlet 5.5 to 9.5 bar 300 bar inlet 6.0 to 11.0 bar Pressure relief valve protected: Approx bar Compact positive pressure demand valve featuring servo-assisted, tilting diaphragm mechanism with low inspiratory resistance and responsive dynamic performance, automatic first breath actuation and hands free bypass facility. - Peak flow performance: In excess of 500 litres/minute - Bypass flow: 150 litres/minute nominal - Static positive pressure: mbar Pressure Indicator & Warning Whistle Bourdon tube type dial indicator Heat and impact resistant Polycarbonate lens Safety blow-out vent in rear of gauge Accuracy +/- 10 bar between bar Stainless Steel swivel hose fittings Weight: Single configuration (less cylinder) 2.8kg Cen-Paq 15 with cylinder 7.5kg Cen-Paq 20 with cylinder 8.5kg Cen-Paq 30 with cylinder 8.0kg Approvals: CE marked in accordance with EN137:1998 CE marked in accordance with EN139 sets fitted with EN airline attachments AS1716: Australian approval for respiratory protection equipment 147 <

148 Elsa Emergency life support apparatus INTRODUCTION Flat visor on three sides Ori-nasal mask Supply hose DESCRIPTION Renowned as the world s leading Constant flow escape set, the ELSA (Emergency Life Support Apparatus) from Scott Safety is designed for rapid escape from hazardous industrial and marine environments. Now in its third generation, Emergency Life Support Breathing Apparatus is a concept originally pioneered by Scott Safety under its Sabre Breathing Apparatus brand and the original design principles continue to this day. The uniquely designed hood is fabricated from PVC coated materials with an ozone resistant neckseal. The three sided flat visor allows the hood to be flat packed avoiding creases to the visor and allowing rapid removal from the bag. The large visor area provides excellent peripheral vision with the hood offering a feeling of unrestricted comfort. An inner mask prevents misting and minimizes Carbon Dioxide dead space. The current design is simple and quick to operate, reliable and robust in use and performs to the latest European Standard EN1146: 10 or 15 minute versions Standard Hi Vis or black anti-static bag Automatic quick fire activation Unique cubic hood design CE marked in accordance with EN1146 MED (Shipswheel) approved Corrosion resistant Nickel plated components Standard breathing air charging adaptor Annual maintenance Elastomeric neckseal Combined cylinder valve and pressure reducer with charging connector Activating strap attachment point Quick release pin Activating strap Contents indicator Whistle 2 or 3 litre 200 bar steel cylinder Transparent window Instructions for use Adjustable carrying strap > 148

149 Alert ATS Distress signal unit for isolated worker TECHNICAL FEATURES Sounders: Brass Piezo electric sounders Pre alarm Leq DBa Full alarm Leq DBa Heat Sensor alarm activation: 176oC (350oF) 6 minutes 149oC (300oF) 8 minutes 121oC (250oF) 10 minutes 93oC (200oF) 12 minutes Dimensions: 51mm x 80mm x 38mm (WxHxD) Weight 210g Battery life: 70 hours in sensing mode 2-4 hours in alarm mode Low battery alarm: 20% capacity giving miniumum of 1 hour in alarm mode. Battery: 9 v duracell MN1604 recommended Atex Approval: ExII1G EEx ia IIC T4 INTRODUCTION The ATS is an Atex approved man down alarm. Small and compact, it can be attached to the wearers breathing apparatus or workwear and provides a loud audible and bright visual alarm should the unit no longer sense any movement. The unit is activated by the wearer detaching a tally key from the front of the unit and the unit can not be turned off until this key is put back in place. If no motion is detected for 15 seconds, the unit will go into "Pre-Alarm" mode and give an audible "Pre-Alert" signal. In "Pre- Alarm", the green LED display is replaced by intermittent pulsing of four red L.E.D.s accompanied by a sweeping "Pre- Alarm" audio signal which becomes progressively louder. The longer the unit is in "Pre Alarm", the louder the "Pre Alarm" signal becomes, signifying the unit is closer to the full "Alarm" mode. After lack of motion lasting approximately 30 to 35 seconds, The unit will go into "Full Alarm" mode. When in "Full Alarm", the four red LEDs pulse rapidly and the audible alarm increases in volume and varies in pitch. The unit can also manually be put into full alarm mode by pressing the button on the front of the unit should the user decide they need to activate the unit themselves in an emergency situation. The full alarm can be reset by pressing the two side buttons however a confi guration is available that requires the tally key to be connected back on to the unit to allow alarm cancellation. The unit also features an alarm that is activated on extended exposure to heat. The ATS is designed to give a warning via a loud audible alarm and fl ashing visual alarm if a user should stop moving for a period of time. 149 <

150 WELDING Gas Masks Respiratory protection masks for welders THE RISKS In specific pollution workshops, such as torch cutting, welding or soldering workshops, the general ventilation shall not be used as the only solution. Local exhaust ventilation technologies should be put in place. Use of a personal protection system such as adapted respiratory protection - is highly recommended. WELDING FUMES HAZARDS Welders are exposed to a range of fumes and gases (evaporated metal, metal oxides, hydrocarbons, nanoparticles, ozone, oxides of nitrogen) depending on the electrodes, filler wire and flux materials used in the process, but also physical exposures such as electric and magnetic fields and ultraviolet radiation. Fume particles contain a wide variety of oxides and salts of metals and other compounds, which are produced mainly from electrodes, filler wire and flux materials. Fumes from the welding of stainless-steel and other alloys contain nickel compounds and chromium. Ozone is formed during most electric arc welding, and exposures can be high in comparison to the exposure limit, particularly during metal inert gas welding of aluminium. Oxides of nitrogen are found during manual metal arc welding and particularly during gas welding. Respiratory protection masks for welders should not be used in atmospheres immediately dangerous to life, in confined spaces or in atmospheres deficient in oxygen (less than 19.5%). 2 filter cartridge types P3: Particles filters (most used) Promask welding visor Promask Welding eyepiece: dimension 60 x 110 mm Eyepieces tinting colours: DIN 10, 11, 12, 13 (passive eyepieces) and automatic tinting colours DIN 10/11 Electro-optic welding eyepieces. The visor is mounted on the mask via two lever catches. (Promask and Sari) Sari welding visor Sari > 150 A2B2-P3: Combined filters (in case of high emissions due to the combustion of oils, paints )

151 WELDING safety respiratory system Welding-focused filter devices INTRODUCTION The respirator injects ambient air through the filters into the head protection via a corrugated tube. The assisted ventilation reduces the respiratory effort and the fatigue generated by the use of a respiratory system. Tornado protects especially where protection is required for long periods and is of particular benefit in hot or humid environments. The overpressure generated within the hood allows a high protection nominal factor. These products should not be used in atmospheres immediately dangerous to life, in confined spaces or in atmospheres deficient in oxygen (less than 19.5%). 2 models with a wide range of hoods and masks: FOREWORD Welders are exposed to a range of fumes and gases (evaporated metal, metal oxides, hydrocarbons, nanoparticles, ozone, oxides of nitrogen) depending on the electrodes, filler wire and flux materials used in the process, but also physical exposures such as electric and magnetic fields and ultraviolet radiation. Fume particles contain a wide variety of oxides and salts of metals and other compounds, which are produced mainly from electrodes, filler wire and flux materials. Fumes from the welding of stainless-steel and other alloys contain nickel compounds and chromium. Ozone is formed during most electric arc welding, and exposures can be high in comparison to the exposure limit, particularly during metal inert gas welding of aluminium. Oxides of nitrogen are found during manual metal arc welding and particularly during gas welding. Welders who weld painted mild steel can also be exposed to a range of organic compounds produced by pyrolysis. Welders, especially in shipyards, may also be exposed to asbestos dust. The TORNADO engine Intrinsic safety (I.S.) anti-static polypropylene construction, suitable for use in potentially explosive gas and dust atmospheres Electronic flow control maintains correct airflow as the working environment changes Use of the Tornado PSL or A2-PSL cartridges in presence of gas and organic or inorganic vapours The Proflow3Ex Engine ATEX approved, the Proflow 3 EX is suitable for use in explosive atmospheres Microprocessor control of the flow for a safe, fast and accurate flow regulation Use with the pro2000 type 3 or A2B2-P3 cartridges It provides robust protection against volatile AX gases in presence of gas and organic or inorganic vapours 151 <

152 FH4 Respiratory and Face Protection for Welders The FH4 is suitable for a variety of welding applications whilst offering a comfortable lightweight solution. The headtop offers two distinct features that will allow the wearer ease of use and comfort. The Scott ratchet mechanism allows the wearer to secure the headtop in place and ensures an easy customisable fit, whilst the head cradle is pivotable allowing the user to "flip up" the visor after welding. This visor can be securely locked in the upright position if required and pulled down in one simple movement. D Stylish and modern D Lightweight & comfortable with fully adjustable ratchet headgear D Available with a choice of ADFs- 2500V & 5500V D Available with hose options: PU stretch, EPDM (standard & long versions) D Available with Tornado & Proflow 160 PAPR (Proflow 120 l/min users can upgrade to 160l/min via service centre). Welding visor FH61 Headtop To a user of powered air the prime drivers in determining suitability are the comfort and performance of a headtop, the FH61 headtop provides the highest levels of comfort and wearer acceptance. D Integrated helmet, visor and welding shield with optional ear defenders D Electronic variable auto-darkening lens and passive lenses available D Safety helmet and rail-mounted retractable visor with flexible chin seal and outer welding shield D TH2 Class approved to EN14941 D EN166, EN169, EN175 and EN397 approved. Helmet and welding visor FM2 Full facemask To a user of powered air the prime drivers in determining suitability are the comfort and performance of a facemask, the FM2 full facemask provides the highest levels of comfort and wearer acceptance. D Natural rubber front-port facemask D Large visor area and broad face seal D Single size full facemask also approved for unpowered use with Pro2000 filters D TM3 Class approved to EN D EN136 approved Welding visor and FM2 FM3 Full facemask To a user of powered air the prime drivers in determining suitability are the comfort and performance of a facemask, the FM3 full facemask provides the highest levels of comfort and wearer acceptance. D Choice of halo-butyl and silicone materials D Side entry hose improves comfort and balance D Full facemask available in two sizes, also approved for unpowered use with Pro2000 filters D TM3 Class approved to EN14942 D EN136 approved. Welding visor and FM3 > 152

153 WELDING SCBA and air intake Self-Contained Breathing Apparatus and air intake system for welders INTRODUCTION Promask welding visor Sari welding visor FOREWORD Many workers are injured and killed each year while working in confined spaces. An estimated 60% of the fatalities have been among the would-be rescuers. A confined space can be more hazardous than regular workspaces for many reasons. Before entering any confined space, a trained and experienced person should identify and evaluate all the existing and potential hazards within the confined space. Evaluate activities both inside and outside the confined space. The sampling should show that The oxygen content is within safe limits - not too little and not too much. A hazardous atmosphere (toxic gases, flammable atmosphere) is not present. Ventilation equipment is operating properly. For welding works in confined spaces, the welder must wear a welding visor mounted on a respiratory mask via two lever catches. This WELDING specific respiratory protection mask will also be fixed on the harness of the self-contained breathing apparatus or on the air intake system. In this way, it won t be annoyed by the welding risks: fumes, dusts, emissions due to the combustion of oils, paints Welding eyepiece: dimension 60 x 110 mm Eyepieces tinting colours: DIN 10, 11, 12, 13 (passive eyepieces) and automatic tinting colours DIN 10/11 Electro-optic welding eyepieces. Promask «Self-contained breathing apparatus» (SCBA) version «Air intake system» Version Sari 153 <

154 Ventis MX4-EC Confined space kit WHAT IS A CONFINED SPACE? Many workers are injured and killed each year while working in confined spaces. An estimated 60% of the fatalities have been among the wouldbe rescuers. A confined space can be more hazardous than regular workspaces for many reasons. Generally speaking, a confined space is an enclosed or partially enclosed space that: is not primarily designed or intended for human occupancy has a restricted entrance or exit by way of location, size or means can represent a risk for the for the health and safety of anyone who enters, due to one or more of the following factors: - its design, construction, location or atmosphere - the materials or substances in it - work activities being carried out in it, - mechanical, process and safety hazards present Confined spaces can be below or above ground. Confined spaces can be found in almost any workplace. A confined space, despite its name, is not necessarily small. Examples of confined spaces include silos, vats, hoppers, utility vaults, tanks, sewers, pipes, access shafts, truck or rail tank cars, aircraft wings, boilers, manholes, manure pits and storage bins. Ditches and trenches may also be a confined space when access or egress is limited. TECHNICAL FEATURES Each day, workers open hatches, remove covers and enter the depths of confined spaces found in almost every industry. Best practice and the law both say that the air inside the space should be tested to ensure that it is safe prior to going inside. The U.S. Code of Federal Regulations, 29 CFR , states that before an employee enters a permit-required confined space, the internal atmosphere shall be tested, with a calibrated direct-reading instrument, for the following conditions in the order given: oxygen content flammable gases and vapors potential toxic air contaminants These basic requirements are echoed in standards around the world. The Ventis MX4 multi-gas detector is the ideal instrument, designed to meet the challenges of confined space entry monitoring economically and effectively. The Ventis detects from one to four gases including oxygen, combustible gases and two toxic gases including carbon monoxide, hydrogen sulfide, sulfur dioxide and nitrogen dioxide. A backlit liquid crystal display allows the user to view readings from all four sensors simultaneously. Compact size and lightweight, rubber overmolded construction make the Ventis easy to carry into harsh confined space environments. Audible, visual and vibrating alarms provide an indication of when atmospheric conditions are unsafe for entry into the space. Pre-entry confined space testing requires remote gas sampling capability. The Ventis can be configured with an integral sampling pump to draw remote gas samples from up to 100 feet away. The sampling pump has a low flow alarm to indicate when the sample line becomes obstructed and does not permit sufficient air flow to the instruments for accurate monitoring. CONFINED SPACES VENTIS KIT Aspirated Ventis MX4 monitor 4 gasses (EXPLO O2 CO H2S) Calibration tubing Calibration 4 gases cylinder (appropriate mix) with regulator Carrying case, accessories and tools > 154

155 Parat 3200 Filtering escape device TECHNICAL FEATURES Mouth piece/nose clip assembly for very low leakage. The filtering escape devices are designed for a minimum of 15 minutes of escape time. ABEK 15 Filter protection against a wide range of toxic gases and vapours: organic inorganic except CO carbon monoxide acid and sulfur compounds ammonia compounds. INTRODUCTION Quick and easy to use: Open the case, place the mouthpiece in your mouth and position the nose clip on your nose. Step by step pictograms on the case. The robust construction ensures stability even in rough environments. The ergonomic design with slip-proof gripping areas on the housing allows for easy and safe handling. The belt clip makes the unit easy to carry along for daily use. Dimensions: 170x11x60, weight: 330g 4 years maintenance free, filter exchange every 4 years, total shelf life 12 years Compatible with other Personal Protective Equipments (glasses, helmets Ambient air must include at least 17% of oxygen (O2). ATEX approved (electrostatic hazards): application in zones 20, 21 and 22 for dust explosion hazards, and in zones 0, 1 and 2 for gas explosion hazards. The filtering escape devices are approved to the only standard world-wide for industrial escape devices (DIN ). Universally sized, it fits every face morphologies. 155 <

156 SSR 30/100 Oxygen Self Rescuer TECHNICAL FEATURES Apparatus in case Dimensions: height 18 cm/width 18 cm/depth 10 cm Weight: 2 kg (2.1 kg SSR 30/100 B) Carrying mode: on belt (SSR 30/100) or on chest with harness (SSR 30/100 B) Storage life: for Normal climate, temperature: 0 C to 50 C 3 years: devices always carried 5 years: devices stored (possible extension until 10 years) Apparatus without case Weight: 1.3 kg (1.6 kg SSR 30/100 B) Carrying mode: in front of chest with neckstrap and waist belt (SSR 30/100) or in front of chest in lower part of container (SSR 30/100 B) Principle of operation: regeneration of breathable air through KO2 Flow principle: pendulum breathing (see schematic) Duration: 20 min at 35 l/min (Class K20S according EN 13794) 30 min at 30 l/min (escape) 100 min at 10 l/min (at rest) Temperature class: T3 INTRODUCTION The oxygen self-rescuers SSR 30/100 and SSR 30/100 B are small, robust respiratory protective devices for self-rescue, which can be used at every place where the ambient atmosphere may be oxygen deficient or contain toxic contaminants. These devices employ the well-known and worldwide proven principle of generat ing oxygen chemically. Due to its compact design and low weight, the oxygen selfrescuer can be worn continuously on the belt (SSR 30/100) or on the chest (SSR 30/100 B), so that it is available immediately in an emergency situation. It is donned in seconds and supplies oxygen to the wearer on his escape or while waiting for rescue. The SSR 30/100 B is made for areas with the potential of abrupt eruptions of toxic gases or oxygen deficiency, requiring immediate breathing protection and fastest possible starting of the self-rescuer. Both SSR 30/100 versions are housed in a stainless steel case which protects the selfrescuer very well under the rough conditions which such devices usually undergo that are carried along continu ously. The case is air tight and under seal. In case of an emergency it can be opened simply and quickly. The canister contains the chemical KO2 which reacts with the exhalation air. The humidity and carbon dioxide of the exhalation air cause a chemical reaction of the KO2, whereby carbon dioxide is retained and oxygen is released into the breath ing bag. The service time of the apparatus depends on the user s work rate, respectively, breath ing rate. Under heavy load and resultant high breath ing rate more oxygen is generated than under slow and shallow breath ing as, for instance, while waiting for rescue. > 156

157 M 20.2 Emergency Escape Breathing Device INTRODUCTION The M 20.2 is a self-contained, compressed oxygen, emergency escape breathing device that can be belt worn or stored in a wall bracket. It instantly provides breathable air, independent of the surrounding atmosphere, to a person escaping from toxic gas or an oxygen deficient atmosphere - up to 32 minutes of protection. The M 20.2 can be donned in seconds ; simply unlatch the case, pull out the unit, and insert the mouthpiece and nose clip. The attached hood can be donned at anytime during the escape. The mouthpiece and nose clip combination allows the M 20.2 to be donned in a smoke filled environment. The device can be belt worn in all confined spaces, mines, chemical factories. TECHNICAL FEATURES Weight: 3.1 lbs (1.4 kg) Typical performance duration: minutes Donning time: less than 10 seconds Dimensions: 6.8 x 6.8 x 3 in (17 x 17 x 7.6 cm) Storage temperature range: -4 F to 149 F (-20 C to 65 C) Liters of oxygen available: 27 Repair/refurbish after use: Yes Service life: 15 Years Oxygen delivery system: Automatic on, compressed oxygen, demand regulated Inspection: Annual visual for stored units Approvals Approval Number Duration MSHA/NIOSH CE South Africa Australia TC-13F-269 EN 400 and EN13794 (2002) GME/14/6 14/5 MDA BA min 10 min 24 min 18 min DESCRIPTION Oxygen automatically flows from the cylinder to the breathing bag when the device is pulled from its clear base. During inhalation, and whenever the bag flattens, the oxygen regulator increases the oxygen flow into the breathing bag. During inhalation and exhalation, the lithium hydroxide scrubber absorbs carbon dioxide. During inhalation, oxygen passes from the breathing bag through the scrubber and into the mouthpiece. During very low work rates, such as when the user is at rest waiting rescue, the oxygen regulator supplies more oxygen than the user can consume. When this occurs, the excess gas automatically vents through the relief valve. The M 20.2 operates automatically. This includes the starting of the oxygen flow, the increased oxygen flow rate during high work periods, and the venting of excess gas through the relief valve. Yellow Lever to open/lock the M 20.2 Case opening Oxygen gauge User completed label indicating date of belt worn service 157 <

158 EBA 6.5 Escape breathing apparatus TECHNICAL FEATURES Approvals / Approval Numbers / Approval Duration: MSHA/NIOSH: TC-13F-104 = 60 minutes Republic of South Africa (applicable standard): AZ 2009/ 02 SANS 53794: 2007 = 90 minutes Australia (applicable standard): SMKH21694 AS/NZS 1716:2003 = 90 minutes CE CE 0194/EN 13794:2002 = 90 minutes Performance duration: 110 minutes Rest duration: 8 hours Time to don/activate: 15 seconds, or less Total weight: 9.2 lbs (4.17 kg) Aluminum cylinder 8.2 lbs (3.72 kg) Composite cylinder Donned weight: 8.0 lbs (3.63 kg) Aluminum cylinder 7.0 lbs (3.17 kg) Composite cylinder Dimensions: 8.5" x 11.8" x 4.5" (21.6 cm x 30 cm x 11.4 cm) Storage temperature range: 10 F to 140 F (-12 C to 60 C) Liters of oxygen available: 157 Repair/refurbish after use: Yes NIOSH service life: 15 Years Oxygen delivery system: Compressed oxygen - On/off valve Constant flow/demand regulated Cylinder pressure 3000 psi (207 Bars) CO2 Scrubbing material: Lithium hydroxide Inspection: Visual INTRODUCTION The EBA 6.5 uses compressed oxygen as a source rather than generating oxygen from chemicals. The oxygen content indicated on the gauge is always visible for inspection through the clear, tamper-proof sealed case. The apparatus can be refurbished for a service life of up to 15 years and provides a lower cost per year of service than any other unit. Oxygen from the breathing bag is inhaled through the inhalation tube and the mouthpiece. Breath is exhaled through the mouthpiece into the CO2 scrubber. Scrubbed breath enters the breathing bag and is mixed with oxygen from the oxygen cylinder via the demand regulator. The EBA 6.5 is a highly reliable breathing apparatus tested in life-threatening situations throughout the world. It supplies the wearer more than 90 minutes of oxygen during a typical mine escape - up to 8 hours of oxygen at rest - a performance that exceeds all MSHA and NIOSH standards. (Oxygen delivery ranges from 1.5 1/min constant flow up to 100 L/min demand flow.). The EBA 6.5 is: Quick to don can be put on and be fully operational in 15 seconds or less. Easy to operate turning the valve on activates the system; turning off permits conservation of oxygen. Long-lasting over 90 minutes oxygen in demand mode; up to eight hours in conservation mode. Light-weight donned weight 8.0 lbs (4.17 kg). With composite cylinder only 7.0 lbs (3.17 kg). Compact at 8.5" x 11.8" x 4.5" (21.6 cm x 30 cm x 11.4 cm), it stores easily and is easy to retrieve. Easy to inspect simple visual inspection confirms that unit is ready to use. > 158

159 European Standards Main standards and regulations for respiratory protection EN140 EN136 EN148 EN143 EN141 or EN14387 EN371 or EN14387 Filtering respiratory protections (masks and respirators) is the European standard that covers the technical specifications for both Half & Quarter masks. A half mask is defined as covering the nose, mouth and chin, and a quarter mask as covering only the nose and mouth. is the European standard that covers the technical specifications for Full Face Masks. A full face respirator is defined as covering the eyes, nose, mouth and chin. The masks can be manufactured in natural rubber, EPDM or silicone rubber. Respiratory protective devices: threads for facepieces. Standard thread connection Covers particle filters and these are classified according to their filtering efficiency. Here again there are three classes of filter P1, P2 & P3. P1 filters are intended for use against solid particles only, P2 and P3 filters are subdivided according to their ability to remove both solid and liquid particles or solid particles only. Gas filters to remove specified Gases & Vapours or combined filters for removing solids, and/or liquid particles and specified gases and vapours. Each of the types of filters has three Classes, Class 1, Class 2, & Class 3 Deals specifically with AX filters. AX filters are designed for use against certain low boiling organic compounds. The filters are classified in only one type and class, AX. EN12941 describes the respirator s operation: the fan should provide a flow of filtered ambient air to the wearer in excess of the wearer's demand, with the exhaled air being discharged outside the respirator by exhalation valves or other outlets and (c) the classifications of respirator: powered respirators are classified into three categories depending on the levels of protection they offer the wearer: THP1, THP2 & THP3. (TH = Turbo Hood or Helmet). EN12941 requires a compulsory low flow warning device to be incorporated within a respirator system. EN12942 specifies minimum requirements for power assisted respiratory protective devices which incorporate a full face mask, half mask or a quarter mask together with gas, particle or combined filter(s) used as respiratory protective devices EN137 Respiratory protective devices - Self-contained open-circuit compressed air breathing apparatus with full face mask EN145 Respiratory protective devices. Self-contained closed-circuit breathing apparatus compressed oxygen or compressed oxygen-nitrogen type. EN1146 Respiratory protective devices. Self-contained open-circuit compressed air breathing apparatus incorporating a hood for escape. EN402 Respiratory protective devices Respiratory protective devices. Lung governed demand self-contained open-circuit compressed air breathing apparatus with full face mask or mouthpiece assembly for escape. 159 <

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164 Company website Our dynamic gases database GazDetect intranet network For your online orders Join us on Youtube and subscribe to our GazDetect channel /blog GazDetect blogs Safety is everyone s concern. It s our mission. > 164