Pierce’s timeless industry-standard chassis now offers big improvements. The all-new Saber® chassis was built with the value-driven firefighter in mind – delivering advanced visibility, greater space, improved ergonomics, and streamlined serviceability at an affordable price. Visibility and space Exceptional visibility is achieved through a large, bonded, single-piece, wrap-around windshield The smaller engine tunnel is lower and more contoured for increased occupant space, particularly up front for the driver and officer The forward roof design offers a cathedral ceiling feel with increased frontal visibility and more configurable space Ergonomics Exterior door handles are functionally designed for a firefighter’s gloved hand The steps are lower to the ground and offset to function like a stair step, making it easier for firefighters to enter and exit the cab The console and metal overhead switch panel are ergonomically designed for maximum convenience and comfort, keeping all of the gauges & switches within easy reach of the driver Serviceability Easy access to the defroster & wiper motors through removable officer-side panels Power distribution relocation provides more interior space and fewer harnesses in the frame & up through the cab for easier servicing Built-in wire raceways throughout the cab reduce the chance of wire chaffing & make it easier to service or add cab harnesses & wiring Maneuverability Maximum 50-degree cramp angle and 15-degree angle of approach for improved maneuverability in tight areas and challenging situations
The Edwards Signaling 872DPO-R5 projector vibrating horn is a 240 V AC low-current, high decibel double horn for heavy-duty, indoor use. The double projector is designed for bi-directional signalling without decibel loss. Supplied complete with mounting plate for easy installation. It is used in industrial, commercial, and institutional applications for timing, paging, and alarm signalling.
The Bio-Ex FLUOFOAM 1 is a fluorosynthetic foam AFFF, based on the combination of surfactants selected for their foaming property and their resistance to dehydration and heat. Foaming power: FLUOFOAM 1 is usable at Low Expansion. This fluid foam is not contaminated on hydrocarbons and enables a forceful application. FLUOFOAM 1 is usable at medium expansion to create a foam blanket to protect against burn back. Fuel fires: FLUOFOAM 1 is efficient on all hydrocarbon fires, such as diesel, kerosene, petrol and so on Environment: FLUOFOAM 1 is easily biodegradable FLUOFOAM 1 can be used with tap water, sea water and brackish water at 1% on hydrocarbon fires. It is compatible with dry extinguishing powders and it is suitable with all kind of known equipment.
The Savox C-C500 is a multi-purpose remote speaker microphone that can be used with or without a headset. The durable and waterproof (IP 67) Savox C-C500 is a communication solution that provides various optional functions for different types of applications, even when used in potentially explosive environments (ATEX Approved). Additionally, the internal microphone and speaker is equipped with interface electronics and a rugged quick release jack that adapts any type of headset to your two-way radio. Thanks to the two large push-to-talk buttons, transmission is secured, even when used from inside of protective gear and clothing. Key benefits: Can be used with or without a headset Adapts any Savox headset to your two-way radio Two large push-to-talk buttons Durable and water resistant (IP67) Rotating belt clip Ergonomic Optimal size
The CPF Industriale AS748 outdoor fire cabinet is corrosion-proof and ISO 9227 rated. It comprises a flexible fire hose approved in compliance with EN 14540. It includes features such as black rubber heads, hose holder support and seal lock. Its simplified drilling offers easy installation.
Bauer Compressors P0 air purification system purifies high pressure air to a quality that meets or exceeds the requirements of CGA Pamphlet G-7, compressed air for human respiration, ANSI / CGA G-7.1, commodity specification for Air, Grade E, and all other recognised standards for breathing air. The Bauer P0 processes 3,200 cf of air per cartridge at standard inlet conditions.
The Carson SC-1002 Volunteer siren features the Horn Ring Cycler (HRC2) function that enables the driver hands-free control of the siren by cycling through the tones with the vehicles horn. Two lighted rocker switches are also included for controlling emergency lights. This siren is designed to work with a 100-watt speaker and ensures you the strength to get you where you need to go and be heard like one of the big fire trucks. The siren tones may be changed or disarmed using an internal Dip switch. An output indicator light is on the face of the siren for diagnostic purposes. The light controls are capable of switching up to 20 amps. The siren is LED backlit and is installed using heavy duty screw down terminals for power and a detachable connector for the speaker and lights. The amplifier and light controls are fused separately on the back of the unit. As with all Carson Sirens products, the SC-1002 Volunteer is backed by a no-hassle 5-year limited warranty. The SC-1002 Volunteer Siren offers the reliable performance, and rugged durability with consistent quality that comes with every Carson Siren.
The Chem-Trap spill containment pool offers instant chemical containment and resistance in one. Not only does the popup pool feature the same portable spill containment as the Tank Trap, but it also offers complete chemical resistance for containment of spilled chemicals, pesticides, acids, washing solutions and caustics. The popup containment pool features a heavy-duty puncture-resistant base, a smooth interior for easy cleanup and a high visibility colour scheme. No inflation or assembly is needed and this popup containment pool is re-usable. The Containment Popup Pool with heavy-duty base is ideal for storing or containing drums and other heavy objects if using on a rough surface. Every popup pool offers an optional drain for transferring, storage, or linking. The containment pool can be used with an optional ground tarp and optional gravity flow bags for additional capacity. Chem-Trap spill containment pool product features Chemical-resistant Deploys in seconds Lightweight No inflation or electricity needed
a.b.s Fire Fighting 53224, part of CHAMPION SUPER, is a fire hose made externally in polyester, while the inner lining is EPDM elastome. The fire hose is resistant to weather, aging and mould. It is also light and handy, enabling storage in small cabinets.
Husky's Decontamination Pools are built with a steel frame or aluminum frame and utilize a 22 oz. pvc liner. Standard sizes are listed below, but tanks can be manufactured to fit any size requirement. 3' x 3' x 1' 4' x 4' x 1' 4' x 8' x 1' 5' x 5' x 1' 6' x 12' x 1'Add to Compare
At the core of the all new QuickFlate 1517 line of emergency shelters is ACSI's rugged NAB skeleton structure that is lightweight, resilient, strong and stable. Deployment is a nearly automatic and one person job requiring less than five minutes in even the most hostile conditions for full decontamination deployment. Available in command and decon configurations. Features: Neoprene air beam structure Single person deployment Foolproof inflation with dual overflow protection Stays inflated for days without refilling Integrated entry and exit colour code signage Heavy duty zippers and materials Large entry openings with multiple configurations Removable canopy for cleaning or colour change Commercial durability Six separate 8" duct openings for hot or cool air Optional decon configuration Optional portable water and air heatersAdd to Compare
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More than an outfit. More thought than one leg at a time. Putting on the uniform is not just an ordinary daily task, but a habitual part of preparing for the unexpected. Yes, a firefighter’s uniform is more than an outfit. Think about who is wearing it and the risks they are exposed to on a daily basis. The firefighter comes from a long line of heroes, a brotherhood and sisterhood, with traditions to uphold and a reputation to maintain. Their uniform is no different. Its historical navy-blue threads. Classic, professional appearance. Tactical features. Technology-driven fabric. Over time, the uniform’s engineering has needed to adapt with new designs and react to worsened exposures and more dangerous rescue missions. The 21st Century firefighter’s uniform is unique and specific to the job with current trends fixating on the best user experience while future plans focus on preventative and safety measures due to increased societal and architectural risks. Comfortable firefighter uniform So, what does the 21st Century firefighter want? Comfort. Beyond Personal Protective Equipment, it is an overwhelming plea for a more comfortable uniform to wear. This includes garments that are easy “wash and wear” materials that do not require additional ironing. Firefighters do not want to lose the professional appearance or tactical functionality of the uniform The trend calls for lightweight, breathable, cool-weather wear that is less restrictive and offers more give and more stretch so firefighters can perform their job responsibilities more efficiently. However, they do not want to lose the professional appearance or tactical functionality of the uniform. “We need something that looks presentable every time,” said Chief Robert Burdette of Grand Blanc Fire Department, Michigan. Additionally, more firefighters are also starting to wear polo shirts or mesh T-shirts under their Turnout gear, for a lighter weight, more breathable option from the traditional uniform shirt. The trend calls for lightweight, breathable, cool-weather wear that is less restrictive Risk of cancer Unfortunately, comfort is not the only concern firefighters have when it comes to uniforms, or their safety in general. As risky and demanding of a profession the fire service can be, the fires have proven not to be the most hazardous or life threatening. According to the Firefighter Cancer Support Network, “Cancer is the most dangerous threat to firefighter health and safety today.” A study conducted by the National Institute for Occupational Safety and Health (NIOSH) concluded that firefighters have a 9% increased chance of being diagnosed with cancer and a 14% increased chance to die from cancer compared to the general United States population. Chief Dennis Jenkerson of the St. Louis Fire Department in Missouri is one of many chiefs actively fighting these statistics. Responsible for 32 firehouses, Jenkerson has witnessed the reality of this threat with the loss of four of his own and understands the validity of the situation. For the last 18 months, the St. Louis Fire Department has made headway implementing a drastic culture change by evaluating everything from equipment, apparel, lifestyle and more. Cancer affecting firefighters “It is so prevalent that everything we do anymore has to do with some emphasis on protecting firefighters from getting cancer,” said Chief Mike Ramm of Sylvania Township Fire Department, Ohio. “Cancer is the most dangerous threat to firefighter health and safety today” According to the Firefighter Cancer Support Network, the cancers that have mostly affected firefighters are respiratory (lung, mesothelioma), gastrointestinal (oral cavity, esophageal, large intestine) and kidney. “Testicular cancer is through the roof,” added Jenkerson, who has pushed his firefighters to get tested for cancers earlier than normally necessary. He also explained that the imagery of a firefighter drinking from a fire hydrant can no longer happen. He emphasized the importance of cleaning up instantly after every fire. Think of the simple act of removing grimy gloves after a call – at least one hand has been exposed to the cancerous contaminants if it was accidentally used to take off the other glove. If that unwashed, contaminated hand touches food that goes into the mouth of the firefighter, he/she is essentially eating what may cause esophageal, oral cavity or gastric cancers. Cancer is the most dangerous threat to firefighter health and safety today According to the International Association of Fire Fighters (IAFF) via the Firefighter Cancer Support Network, cancer caused 61% of the career firefighter line-of-duty deaths from January 1, 2002 to March 31, 2017. Additionally, 70% of the line-of-duty deaths for career firefighters were because of cancer in 2016. Unfortunately, this hazard is not going away any time soon. The new building materials and new house furnishings have become the culprit for this major concern. These materials are man-made and are not of natural resources. When burned, they create deadly carcinogens that the firefighters are getting exposed to firsthand. Immediate decontamination process Jenkerson’s implementation of a culture change includes an immediate decontamination process following a fire, which involves getting hosed with water, cleansing wipes for all soft tissue areas of the body and an immediate shower back at the station. “Any place you can get a five degree rise in skin temperature, the absorption level goes up 10 times,” Jenkerson warned. His firefighters are instructed to remove their bunker gear, uniform, helmet and all other equipment right away that get immediately washed once they have returned to the station. Hems, collars, cuffs and cargo pockets are areas of the uniform where toxins get caught He also restricts all firefighters and EMTs from going on a second run until they have showered and have put on a new, clean set of clothes, all the way down to their underwear. “There are no two-runs. We have to get this stuff off [of them].” Uniform manufacturers are tasked with finding a solution to help facilitate Jenkerson’s and other Fire Chiefs’ visions by designing a uniform with as little gaps and fold-over materials as possible. “Everything needs to be sealed tight,” Jenkerson explained. Hems, collars, cuffs and cargo pockets are all areas of the uniform where toxins get caught. A lightweight shirt option that offers a crew collar with a two to three button placket and a lightweight, ventilated hidden cargo pant could be the future of fire uniforms. “There isn’t another profession that has the thousands of dangers that we have every day,” Ramm explained. Additional and ongoing efforts currently underway according to the NFPA Journal, include those by the Firefighter Cancer Support Network, the Congressional Firefighter Cancer Registry, the Fire Protection Research Foundation, the FPRF Campaign for Fire Service Contamination Control, and the International Association of Firefighters. Active shooter emergency response Firefighters and EMTs increasingly need to wear bullet proof vests with the surge in active shooter calls An additional and unfortunate trend that is also sweeping the nation is the need for firefighters and EMTs to wear bullet proof vests. Departments are trying their best to arm their men and women with this protection along with ballistic helmets in certain regions due to the surge in active shooter calls. “In areas that have a lot of gang-related activity, [bullet proof vests] would be beneficial,” said Jason Reyes of Allen Fire Department, Texas. “Sometimes you go on calls when the city doesn’t have enough police to respond to calls, which creates a situation that leaves firefighters unprotected and vulnerable.” Currently the market has ballistic vests available that can either be worn over or under a firefighter’s uniform and under their bunker gear. Uniform manufacturers also offer an external vest carrier option that is worn over a firefighter’s uniform to look like part of the uniform shirt to maintain a professional appearance. Distinguishing firefighters from law enforcement “Firefighters find themselves becoming targets more and more these days,” added Deputy Chief of Operations Dwayne Jamison of Bartow County Fire Department, Georgia. “Many departments, including my own, are looking to outfit their firefighters with bullet proof vests.” Although this trend has not affected every region, industry experts can see the need becoming more widespread if threats continue to increase the way they have been. Along the same lines, firefighters want to be identified as firefighters and not mistaken for law enforcement. “We don’t want to look like police,” Jenkerson said. “We want to be identified as firefighters. Even if it takes a different stripe.” When it comes to uniform trends for firefighters, it is clear there is more to focus on than the technical details. For many fire departments, future trends could serve as a tool to prevent deadly toxins from being absorbed and from lethal bullets puncturing unprotected firefighters and EMTs. The uniform is more than an outfit. With a larger purpose than to shield a body, the uniform goes beyond the navy-blue threads, professional appearance and tactical features to one day supporting what could be a lifesaving concept. Sources Firefighter Cancer Support Network, Preventing Cancer in the Fire Service National Fire Protection Association, Firefighters and Cancer NFPA Journal, Fast Track: Some of the national efforts underway to fight cancer in the fire service; Roman, Jesse; 2017
The speed and efficiency of CBRN response are critical to its success Michael Peters and John Breedlove of Intelagard, Inc., industry leaders in CBRN decontamination and containment and fire suppression, explain how best to prepare for and respond to a CBRN incident. "CBRN responders, you must honestly assess your current capabilities to determine what is needed to strengthen the effective response to a CBRN incident. Your initial response will have a dramatic impact on the final outcome. Consider collateral and residual damage factors. Continue to develop or improve capabilities over time following a defined plan. Many of the technologies used in response to an incident may also be used as every day tools. The first signs of a CBRN event may be discovered via hindsight. Indications may be subtle or hard to separate from normal "background" levels. "Eyes on the street" such as doctors, businessmen, public transportation workers and teachers should be trained to look for and report signs of a possible incident. As soon as an incident is recognized, response time and effectiveness are critical. Initial actions for maximum response efficiency can lessen the need for remediation later. Recognize and plan for the impacts of an imprecise response - and remember to never assume that a situation is safe. Chemical weapons are simple to make and deploy. Typically, a limited area is affected, yet impacts may be devastating. Biological threats may be manmade, such as the 2001 anthrax mailings in the US, or naturally occurring, such as avian flu or tuberculosis. Dirty bombs (Radiological Dispersion Devices, or RDD) may not include an explosive device. There may be no bang or any other obvious clue that a release has even taken place. Discovery may be after-the-fact, when people exhibit symptoms or with remote detection monitors. The technology and materials for dirty bombs and improvised nuclear devices are not hard to acquire. While a radiological attack may be primarily economic, contamination of historic or symbolic targets can generate significant psychological impacts along with related terror and panic. A plan of recovery is critical for symbolic, historic, governmental or financial targets where demolition and abandonment are not viable options. Take action now. Demystify the process. Make event drills as common as fire drills, to eliminate terror as a factor. Focus on an effective response to maximize recovery while minimizing long term damage (including economic and psychological). Employ tools for CBRN recovery that may be used for additional applications while waiting for that day. The more frequent the use, the better trained personnel will be for effective response. Consider your resources - do you have enough CRBN-trained responders? Emergency responders should consider a number of alternate routes to any locale in case critical infrastructure is damaged. Local responders trained on pre-positioned equipment may provide the most effective and timely response. Consider the resources that you have that are functional and available during planning exercises. There may be abandoned vehicles, broken gas and water mains, uncontrolled fires, downed power lines, impassable roads, frantic parents trying to find children, scared children looking for parents and more at the scene of an incident. Do you have an adequate number of trained responders with resources to deal with these factors? Civilian responders should know how to shut off air intake systems in the buildings where they work and live, where their children go to school, and possibly where they shop to keep from drawing contaminated air into the building, and making the situation much worse. What plans are in place in case water systems fail or become contaminated? Contaminated water can't be used to fight fire without spreading contamination. How will you know if the water is safe? What's the plan if water can't be used? Who knows the flow pattern of storm water drain systems? If the water is contaminated, what impact may it have? What's the plan to stop or divert the flow of contaminated water? How are you going to handle contaminated waste, and where are you going to dispose of it? Who is responsible for the waste stream and impacts? More citizens than just traditional first responders should be trained. Consider including teachers, transportation workers, civic leaders, and others. Equip responders in advance, which may include personal protective equipment in high-risk areas. Responders must be able to immediately respond to the initial incident with pre-positioned equipment and supplies, and be well trained. Have secondary response capabilities available to recover impacted areas to limit economic damage. Establish personnel to deal with human impacts (injured and dead), other personnel to deal with impacted physical locations to minimize economic impact, and another group to minimize psychological impacts (to deal with panic, help connect parents with children, know where the injured have been transported, and effect rumor control). Advanced familiarity with response tools is critical. Make them every day tools so when emotions are intensified, rather than paralysis, people will take action. Prepare for panic, which may exacerbate the problem and make contamination control more difficult. Take charge and have a viable, effective plan. Have means ready to identify contaminant(s), including levels and extent. Identify the contaminated area, control the spread, and keep responders safe. Transport the injured and dead. Pre-identify hospitals and morgues, and consider transportation options if the infrastructure is down or if individuals, alive and dead, are contaminated. Don't make the situation worse. For example, an RDD spreads radiological contaminants. While tacking the contaminants in place is required, using available materials such as paint or oil to tack contaminants in place will make recovery more difficult. Not only is the area still contaminated, now you have to remove the paint or oil as well. Consider a combined solution for immediate deployment. A well chosen decontaminant may be used for both chemical and biological agents and is benign to equipment, PPE and the environment. Use the same solution for industrial accidents, natural biological events (H5N1, TB, staph infections etc.), and other domestic applications. That makes the solution more broad spectrum, and provides opportunities for hands on training. Keep up with evolving CBRN weapons. Decontaminants must be designed to remediate sophisticated weaponized agents as well as common materials, such as mold and bacteria, to make the solution more cost effective. It also allows for cross training and increased familiarity with technology, equipment and procedures. Utilize the same deployment systems for CBRN events, fire suppression, mold remediation, vapor suppression and HAZMAT response. Deployment systems such as those offered by Intelagard are scaleable and economical, and can be used for all of these applications and more. The more applications for the deployment system, the more economical it becomes and the more training opportunities present themselves. Choose scalable deployment systems to stretch between large- and small-scale hazmat and CBRN applications What resources do you already have? What could be pressed into service in an emergency? Recovery of radiologically contaminated extraction solutions can be completed by using modified everyday equipment. It can be truck mounted, using manifolds for large recovery operations, or smaller systems for localized recovery. Commercial evaporation units are available for radiological waste concentration. Grouting concentrated radiological waste is an economical approach for disposal. Commercially available waste treatment equipment may be utilized in emergency situations for waste handling. This is an identifiable, existing resource which may be repurposed in an emergency. A cement mixer might also be used. You may have more resources than you realize. All of these items must be integrated into a cohesive plan prior to an actual event. While it is tempting to save the budget, chances are good that your responsibility is to save lives and property. Using multi-functional deployment systems and decontamination solutions appropriate for multiple purposes is economical AND will provide you with the tools you need to save lives and property. Being caught unprepared will cost much more in terms of lives and property than preparation ever will. The choice is yours. Choose wisely. Michael Peters & John Breedlove - Intelagard, Inc.