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BOOT OF FIRE
Sole
- Sole rubber nitrile
- Coeff. of adherence to smooth and fatty industrial grounds: 0,17
- Density: 1,15
- Thickness: 7 mm
- Height of cramps: 6,5 mm
- Abrasive resistant (loss of volume): 86 mm3
- Tear strength: 11,4 kN/m
- Flexural strength (after 30.000 cycles): 0 mm
- Resistance to hydrocarbons: 1,5%
- Sole antiperforation
Stem
- Stem leather full damp-proof flower and oléofuge.
- Fully-lined imper-breathing SYMPATEX®.
"More" produced
- Inner sole great comfort.
- Matelassé Bellows. Calendered ventilated antisudation and antimycosic not woven lining.
- Very resistant Sole ALPEX, very notched out of rubber nitrile, particularly resistant to oils, hydrocarbons and the strong temperatures (>300°).
- True bent Goodyear.
- Non-skid Relief of wear of a dynamic adhesion coefficient very high.
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Together Akvarex®, Advance & the Paramedics Rescue Pac® (PRP) provide firefighters and paramedics with the protection and tools they need for challenging missions.
Akvarex® offers protection against radiated heat. Available in different designs and models.
Advance fireman’s clothing offers fire protection in different designs and colours.
The PRP is a specially designed rescue stretcher. It allows injured to be transported to a hospital facility without having to move the body from the stretcher. PRP is versatile and easy to use. Suitable for both horizontal and vertical lifts.
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The fire rated sliding door as a thermal shield
After the door has been used as an escape way opening, built-in door closers make sure that it is retransformed into a safely closed fire shutter.
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The fire-rated sliding door as an escape way
In the event of a fire alarm, the optional escape way function allows using the door in the same manner as a manual swing door.
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Explosion prevention and containment are prime considerations in all combustible mixture processing or vent line applications. Kemp manufactures a full line of flame arresters for Class C and D gases. We also have flame arresters that provide protection for Class B gases, including Hydrogen. Kemp flame arresters have rugged construction; cast iron or carbon steel housings with 316 stainless steel flame barriers. You will not find low temperature aluminum material used in any of our inline designs. Our unique flame barrier designs eliminate straight through heat conduction and prevent the flow of hot particulates through the flame arrester that may reignite flammable gases or vapors. Although our flame barrier could be subjected to flame temperatures exceeding 2000°F on the flame side of the
barrier, the protected side of the barrier remains cool, even after extended burn periods. Kemp arresters have field proven designs that offer maximum protection at minimum cost.
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Flame Arrestors, Breathers, and Vent plugs
Go With the Flow
The question is always the same...
How can we get more performance from a smaller package?
When it comes to flame arrestors, A GW LISK DEVICE IS THE ANSWER.
A flame arrestor works as a device to cool a gas or vapor until it reaches a temperature below its flash point, thus extinguishing any flame which tries to pass through it. The Lisk design is unique in that it features thin metal ribbons, or elements, wound on a hub and placed in a housing which incorporates the unique features of a customer's interface. While the metal windings look nearly solid, they actually offer very little resistance to flow with the smallest pressure drop in the industry, yet contain a massive heat diffusing surface area to extinguish any sparks or flames.
The Result: The SMALLEST PACKAGE SIZE with the LOWEST PRESSURE DROP
and the HIGHEST FLOW.
The competition? They're still using sintered and wire mesh products: Big, bulky, and low flow.
You have the Key to Our Tool Box:
The experience and knowledge we at Lisk have gained over the years is channeled into every one of our products, and the flame arrestors are no exception. If you have an application, chances are we've seen it before and can be a value added partner to your design process.
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WITT safety devices are used to protect single cylinders, outlet points or pipelines against gas back feeding and flashback and meet various National and International Standards e.g. EN730. Appropriate checks are made by the certification authorities - BAM, TÜV and Underwriters Laboratories etc. Pressure control systems, points of use and complete energy supply systems (MECS) incorporate these devices.
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Dräger Safety optical flame detectors provide the reliable detection of a wide range of both hydrocarbon and non-hydrocarbon based fires. Providing a perfect solution to the ever increasing demand of flame detection throughout industry, they can also be used along with Dräger gas detection technologies to form part a complete safety system
The reliability and flexibility of Dräger flame detectors, along with their worldwide approvals ensure suitability for just about any application anywhere in the world.
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The Model FL3111HT is a high temperature rated (125°C) ultraviolet (UV) optical flame detector designed to detect unwanted fires while maintaining false alarm immunity. The FL3111HT detects only in the UV spectral range for optimized speed of response.
The FL3111HT's electronics are integral within its stainless steel explosion-proof housing, allowing detector information to be processed at the point of detection. The electronics are fully separated from the Exe wire compartment offering protection during installation and service.
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uv1a3
Specifications:
- Optical range: 190-270 nm
- Supply voltage: 560 VAC
(supplied by control)
- Mounting threads: 1/2" NPT
- Operating temperature: -40°C to 94°C
(-40°F to 200°F)
- Available in NEMA (Class 1, Div 2,
Group C and D) and Cenelec
approved explosion proof housing
(EEx d IIC T6)
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AIE-EA, Ionization Smoke Sensor
STANDARD FEATURES
Uses the noise immune Digital Communication Protocol (DCP), which utilizes interrupts for fast response to fires
Built in fire test feature
Automatic compensation for sensor contamination
Simple and reliable device addressing method
Low Profile - Only 2.22" high, including base
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Macron offers a range of medium & low expansion foam branchpipes for all applications.
Our medium expansion branchpipe is capable of producing large quantities of foam in situations requiring rapid foam cover with low water useage. They perform well with high expansion fluoroprotein, multipurpose AFFF and ARC concentrates with the advantage of producing five times more foam with the same amount of water when compared to low expansion foam branchpipes.
Features:
- 200 and 400 litres/minute flow models available
- Lightweight equipment with proven performance
- Pressure gauge shows water pressure at branchpipe
- Range of international couplings available
Our low expansion branchpipe is designed to produce long coherent throws of low expansion foam using all types of foam concentrate. They perform well with protein, fluoroprotein, multi-purpose, ARC, FFFP and AFFF concentrates with the advantage of a longer throw and superior cooling in comparison with medium expansion foam branchpipes.
Features:
- 200 and 400 litres/minute flow models available
- Ball valve as standard
- Self inducing version available
- Range of international couplings available.
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The extensive line of ANSUL® Foam Products includes premium foam concentrates for both Class A and B fires, proportioning equipment for various system arrangements, and an array of discharge devices to cover your application. And you can look to our experts for both products and design assistance.
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General description
The SK140 is a rugged mobile unit designed for one-man operation in the application of low and medium expansion foam. The SK140 can deliver all types of foam concentrate to match the risk being protected and when used in conjunction with a medium expansion foam solution, the unit is an excellent tool for applying vapour suppressing foams.
Application description
Ideal for the protection of oil storage and loading terminals, paint and solvent stores, boiler rooms, ships' engine rooms, helipads, oil rigs and similar high risk locations.
Alternative Fittings
Any low or medium expansion foam branchpipe can be used, along with a variable rate foam inductor. Alternatively, water spray branches can be supplied for use with film forming foam concentrates. International hose couplings can be supplied to customer's requirements.
Marine version includes gunmetal inductors, stainless steel branchpipe and chassis.
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Skum HotFoam (TM) - an innovative and proven fire protection solution for enclosed spaces, including tunnels, aircraft hangars & warehouses.
The HotFoam system is not only efficient and swift when it comes to combating fires in enclosed spaces, it also considerably reduces the risks of secondary damage as it has a low water content. When activated, a fine water spray fog provided by the system ensures a very fast temperature knock-down. Following this, the foam will totally flood the protected area in a matter of minutes and submerge the fire, as well as excluding the air needed for further combustion.
HotFoam technology is an excellent solution for a wide range of applications including:
- Petrochem production & storage facilities
- Machinery spaces onboard ships and oil rigs
- Process plants
- Warehouses
- Underground storage facilities
- Aircraft hangars
- Power plants
- Cable tunnels
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Skum offers a range of electrical and manual fog/jet, water/foam monitors with exceptional flow characteristics. Our product range includes:
FJM-80 - a portable solution for foam/water discharge, used for fast response to fire incidents involving flammable liquid spills and vapour suppression
FJM-WTO - self oscillating units by internal water driven turbines with a low weight
FJM-MAN - manually operated monitors available for a number of alternate mounting positions, optimising throw range with delivery of water or foam in jet form or as a spray pattern
FJM-EL - remote control operation, with electric motor driven elevation and rotation movement.
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Foam spray extinguishers (AFFF – Aqueous Film Forming Foam) are best suited for Class B flammable liquid risks where they represent a direct hazard. Foam spray extinguishers are especially suitable for Class B fires involving flammable liquids such as oils, spirits, fats and certain plastics. The blanketing effect of foam spray gives rapid knock down which smothers the flame and thus prevents re-ignition of flammable vapours by sealing the surface of the solution.
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The RAFT range of trailers & fire fighting equipment is designed to deliver an effective fire fighting solution to the scene of a fire incident as quickly as possible.
We can offer a range of performance options and alternative features which can be specified to match your own needs & expectations, ranging from the size of the foam tank (1000 - 2300 litres) through to manifold design & nozzle types, and including hose and fire fighting fittings specifications. We are happy to assist in the design of a RAFT solution.
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The Fomax 7 Hi-Ex Foam Generator:
As it is powered by a water turbine, all that is required for operation is a supply of synthetic foam compound, such as Towalex MB or Plurex high expansion foam and a pressurised water supply (4 bar minimum).
Applications:
Fomax 7 is ideally suited to all total flooding applications such as warehouses, ship holds, engine rooms, machinery spaces, electric cable ducting, chemical processing and refining plants and mines. It's also effective for specialist applications such as blanketing LNG spill fires, controlling vapour release from toxic or flammable liquid spills and the inerting of tanks.
The Fomax 7 SE version is a portable smoke extraction unit, again powered by a water turbine, and is suitable for smoke extraction in hazardous areas.
Features:
- Variable expansion
- Output up to 204m3/min
- Built in bypass system
- Compact unit with recessed controls
- Smoke extractor options
- Easily portable (wheeled model also available)
- Built in handles
- Intrinsically safe operation for hazardous area use.
This unit is sold under the Skum brand.
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The Variacor® system, internationally patented, makes all rigid hosing flexible and multi-directional, whatever may be the pressure.
-Increases pliability of fire hose, less effort due to hose rigidity,
-Makes easier using fire hose in hard to access area,
-Reduces step backwards when handling fire hose.
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Centrifugal fan VDVB 600°C/120min.
Multiple garage fan unit, smoke exhaust design, direct drive, for roof installation.
Sizes:
VDVB 355 - VDVB 1.250 (Ømm)
Application:
Smoke exhaustion at 700°C/120min
Technical Data:
V = 500 - 90.000 m³/h
P = 200 - 2.800 Pa
L = 0,25 - 55 kW
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The SERIE ET roof centrifugal fans are especially suited to applications where it is necessary to suck clean air or fumes at temperatures up to 70°C. The base is produced in steel. The fan dome is produced in plastic reinforced by fiber glass.
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Smoke Extract Roof Fans F400 (400°C / 120 min.)
vertikal outlet
operation of tested smoke extraction motor (EN 12101-3)
Diameter of impeller: 355-710mm
max. V= 28.100 m³/h
max. pt= 1.650 Pa
smoke and heat extraction unit (double function)
many accessories
Application:
main air extraction for residences, offices and industry
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DICTATOR manufactures electromagnets tested and approved according to the EN 1155:2005.
An extensive product range of electromagnets and counter plates
covering most applications.
Holding forces up to 5000N
Voltage: Standard 24 VDC, other tensions also possible
Special designs
- Ex-proof magnets
- IP65
- Magnets with UV-resistant sealing resin for outside applications
- Magnets to be integrated in overhead door closers
- Customized designs
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These electromagnetic holding magnets are used in electrically operated independent clamping devices to hold open fire protection doors and exits. The doors are held open either in a fixed position or in a manually adjustable angle until they are electrically released.
Magnets for EX applications with ATEX certification are available.
Size: 42 - 70 mm with quality control
Holding force: 300 - 1568 N by quality controlled
goods
Rated torque: 1.5 - 3.0
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DESCRIPTION AND OPERATION
Assembled on a fixed part, these suction cups ensure the magnetic maintenance of the doors via a reinforcing plate. The release is obtained: by electric drive remotely cut of the supply voltage for the models with lack of tension powering for the models with emission of current manually via a pushbutton (models with lack of tension). The return to the position “maintenance” is obtained while bringing back the door in the initial position.
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Material generally linked to a fire system which will automatically release the fire doors in case of a fire, by switching the power off.
Electromagnetic holder mounted in a metallic box painted with white epoxy, with cabled local release button, protection level IP42, delivered with an equipped magnetic pin
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Floor Mounted
The unique design provides maximum protection for areas subject to vandalism or accidental damage.
- 200N or 500N holding force
- Zero residual force
- Robust aluminium construction
- Surface cable entry
- Supplied with Keeper Plate
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Hygood i3 Advantage
i3 Inert gas fire suppression systems with the 'Advantage' of constant flow technology.
i3 Advantage is an inert gas total flooding fire suppression solution designed to protect spaces enclosing high value assets and processes. i3 Advantage systems use Hygood's patented Constant Flow Technology for dramatically improved performance, and reduced protected room pressure.
What is 'Constant Flow', why is it a uniquely better solution?
i3 Advantage systems have unique valve technology which, for the first time, works to smooth out the gas discharge. We call this 'Constant Flow Technology'. The standard system has a pressure 'spike' on discharge, normal for most inert gas systems. Although these systems meet the requirements of ISO14520 and EN15004 our engineers recognised that a more even discharge could offer real benefits for installers and users alike. In this discharge the constant flow technology eliminates the pressure spike and delivers a lower pressure into the pipework system, furthermore the constant (reduced) flow into the protected enclosure, lowers the over pressurisation effect, reducing the size of the over pressurisation venting required in the enclosure.
Benefits
• Typical system cost savings of 10-20%
• Eliminates need of high pressure pipe work
• Reduced room venting requirements
• Reduces internal room turbulence on discharge
• Effective against virtually all combustible materials and flammable liquid fires
• Ideal where an environmentally acceptable agent is required
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With the fire detection system PYROVIEW/PYROSOFT WBFDS DIAS Infrared GmbH, VdS certified manufacturer of infrared cameras, offers you a complete system for supervision of your plants. Certified infrared cameras PYROVIEW are the heart of the automatic fire detection system. Infrared cameras PYROVIEW are based on state-of-the-art microbolometer arrays with up to 384 x 288 pixel and are well suited for industrial use with their robust housings and optional cooling and air purge systems.
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Fire safety equipment
