Service Time:
NFPA 1981 stipulates air supply durations of 30, 45, or 60 minutes. While 2216 psi SCBA units are limited to 30-minute cylinders, higher pressure systems can accommodate 30-, 45-, or 60-minute cylinders.
Gauge Pressure:
Cylinders are available in 2216, 4500, and 5500 psi options. Higher pressure cylinders offer benefits such as lighter weight and lower profiles. NFPA 1981, 2018 Edition sets the EOSTI at 35% pressure across all three options, with potential updates in the upcoming NFPA 1970, 2024 Edition.
Material Construction:
SCBA cylinders are commonly constructed from carbon or composite materials. Luxfer Gas Cylinders provides various options, including standard carbon composite, Eclipse, and Super Light, offering durability and lightweight features.
Connection Types:
Cylinders can connect via traditional CGA threaded connections or through direct or remote connections to the SCBA. Quick-connect options facilitate rapid cylinder changes, often with pre-installed adapters.
Handwheel Types:
Standard and locking handwheel options are available, providing flexibility in valve operation and security in the open position.
Customization:
Departments may opt for cylinder customization, typically featuring department logos in reflective or non-reflective materials for identification purposes.
Understanding the plethora of options ensures SCBAs align with department SOPs and provide optimal respiratory protection. MSA offers a range of air cylinders, including Luxfer's carbon composite variants, with optional customization for department branding.
“The primary driver in moving to the MSA monitoring system was an incident that took place where our past monitoring solution was unable to detect the explosive atmosphere. We were called out one day about a gas leak. Upon entering, we got a strong smell of natural gas. The crew went in with the gas detector and got zero readings, so we exited the building. We called the local utility company. When they came out with their detector, they determined that we had gone through the explosive range for natural gas, and we were above it. Our old detectors had failed. We were lucky that day. It could have turned tragic very quickly.” – Colin Toth (Fire Chief – Middlesex Centre Fire Services)
“MSA detection systems and monitoring systems are known in the industry as one of the most reliable, rugged, and competent systems. With the new MSA detectors, they're user-friendly, easy to understand, the display screen is much bigger, the numbers are clearer. It takes away the human error aspect of it. We turn the machine on, we place it in the docking station, it runs the test, and all the information is uploaded to the Fleet Manager system. The Fleet Manager software is one of a kind. It allows us to check the sensors and to ensure that they're within their lifespan. If there are any issues with calibration or bump testing, if there are issues with the gas, it'll automatically contact our supplier and order more.” – Mike Brennan (Assistant Chief - Middlesex Centre Fire Services)
It also allows us to pull data to provide to outside agencies in the event of an emergency. The Fleet Manager service really gives us access to the data, the raw data to provide a safer monitoring system. Of all the different companies that we tried and demoed their units, MSA, in our opinion, was far superior. They're a very well-built product. They're tough and, most importantly, they are very reliable. My firefighters are safe, and they have a competent, reliable monitoring system when they go into a hazardous environment. – Colin Toth (Fire Chief – Middlesex Centre Fire Services)
Important: Do not activate the fresh air setup unless you are certain you are in an environment with fresh, uncontaminated air, otherwise inaccurate readings can occur.
Note: The Galaxy GX2 will inform you if the bump test and subsequent calibration are not successful. Take out the Altair 4XR if this occurs. The multi-gas detector will not be ready to use and will require an inspection.
Safety IO Grid Live Monitor Subscribers: You will see the gas readings and location details of the connected user.
Additionally, in keeping with the emphasis on cleaning, a new test to determine the effectiveness of cleaning has been added as a requirement for any ISPs, cleaners, organizations, or manufacturers who wish to offer a cleaning service.
Based on this Risk Assessment, the organization should compile and evaluate information on the comparative strengths and weaknesses of the elements under consideration and that they interface properly with other personal protective items being used.
Different styles of turnout gear address different safety, performance, ergonomics, features, fit, and other requirements. There is no one solution that is right for every department, so it is important to compare turnout gear styles to select the style, feature set, and options that meet your department’s needs as identified in the Risk Assessment.
Innotex offers a wide range of turnout gear styles in the fire service. They each have a unique framework and standard feature set, but they all share the same Innotex quality, construction and can be customized with a huge range of options to meet the needs of your department.
The primary purpose of the moisture barrier is to protect the firefighter from water and what NFPA refers to as the “common liquids”: chlorine, battery acid, aqueous film forming foam, gasoline, hydraulic fluid, and automobile antifreeze fluid. Then it is additionally tested for blood borne pathogens. The other purpose of the moisture barrier is to allow perspiration to move away from the wearer, also referred to as “breathability.” The moisture barrier is typically a bi-component membrane bonded to a lightweight fabric substrate.
The thermal liner provides a majority of the thermal protection from ambient heat. The more thermal liner there is, the less heat the firefighter will feel. The less thermal liner there is, the more heat the firefighter will feel. Thermal liners typically consist of a lightweight woven face cloth lining facing the body quilted to one or more layers of insulating non-woven batting. The face cloth is made from a variety of fibers in spun (like cotton) form or filament (like fishing line) or a combination of the two.
The outer shell of turnout gear serves as the frontline defense against heat, flames, and abrasions encountered in firefighting situations. It acts as a protective barrier for the moisture barrier and thermal liner, ensuring their integrity under extreme conditions. Designed to be resistant to rips, cuts, and tears, it maintains its structural integrity in demanding environments. Additionally, the shell's ability to shed water helps firefighters stay dry and comfortable during operations. Its contribution to approximately 25% of the total thermal protection underscores its crucial role in ensuring the safety and effectiveness of firefighters on the front lines.
It is in these layers and between these layers that air is trapped to insulate the firefighter from heat. All Innotex turnout gear is certified to NFPA standards in specific combinations of outer shells, moisture barriers, and thermal liners, which are referred to as “composites.”
Introducing the Enforcer 30, a powerful portable CAF system engineered to tackle firefighting challenges head-on. With a robust 30-gallon foam solution capacity, the Enforcer 30 is designed to deliver exceptional performance in the field. Capable of generating up to 600 U.S. gallons of finished foam, this system ensures thorough coverage, adhering to both horizontal and vertical surfaces to create a vital vapor barrier between fuel and air.
Equipped with a discharge distance of up to 45 feet, the Enforcer 30 provides operators with a safe working distance from the fire or hazard. Engineered to maximize performance with FIREBULL Fluorine Free Foams, Enforcer ensures optimal results in every firefighting scenario.
Designed with user convenience in mind, the Enforcer 30 features a 70-foot hose reel capable of holding 1/2 Inch Diameter Hose, offering enhanced maneuverability and ease of use. Whether in its wheeled unit configuration or integrated with a 4500 SCBA, the Enforcer 30 adapts seamlessly to various risk areas, making it a versatile tool for firefighting professionals.
With Enforcer's commitment to quality and safety, the Enforcer 30 has passed rigorous UL 711 10-A & 60-B Fire Testing, ensuring reliability and performance when it matters most. Trust Enforcer 30 for superior firefighting capabilities in any environment.
Introducing the Enforcer 10, a highly adaptable 10-gallon portable firefighting system leveraging cutting-edge compressed air foam technology. For optimal performance, EnforcerOne recommends pairing it with FIREBULL Fluorine Free products. Certified to meet UL 711 20:B standards, the Enforcer 10 is your go-to solution for small-scale CAFS needs.
Crafted to deliver up to 200 U.S. gallons of finished foam, the Enforcer 10 boasts a unique foam structure that adheres to both horizontal and vertical surfaces, creating a vital vapor barrier. With a discharge distance of up to 45 feet, operators can maintain a safe distance from the blaze or hazard.
Engineered by our team at EnforcerOne, the Enforcer 10 prioritizes durability, minimizing vulnerabilities to critical components. Versatility is key, as this firefighting tool easily adapts to diverse risk areas, thanks to its compact footprint and included 75-foot hose, extending your reach up to 100 feet in any direction.
Whether mounted or used standalone, the Enforcer 10 excels in various applications, from ATVs and SUVs to heavy rescues and agricultural equipment. With its small form factor and powerful capabilities, the Enforcer 10 ensures effective firefighting in any scenario.
MSA G1 SCBA Rechargeable Battery
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MSA G1 SCBA Rechargeable Battery Charging Station
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Understanding the Smooth Bore Nozzle:
A smooth bore nozzle in firefighting is characterized by its smooth, tapered water passage. This design facilitates the directed flow of water from the hose outlet to an exit orifice while enhancing water pressure. The smooth waterway, combined with increased pressure, shapes the water into a solid stream. These nozzles are also commonly referred to as solid bore nozzles or solid stream nozzles.
Operational Mechanism of a Smooth Bore Nozzle:
A smooth bore nozzle functions by creating pressure at a specified flow rate due to its smooth, tapered water passage. This tip pressure, or exit pressure, at a given flow rate enables the stream to achieve sufficient reach and penetration.
To illustrate this concept, imagine restricting the opening of a garden hose with your thumb. As you narrow the escape path for the water, pressure builds up, resulting in the water spraying from the opening with increased force and reach.
The smooth bore nozzle employs a similar principle to build pressure and enhance the reach and penetration of the water stream at an appropriate firefighting flow rate.
Advantages and Disadvantages of Smooth Bore Nozzles:
Every type of nozzle has its own set of advantages and disadvantages. Here are some key pros and cons associated with using smooth bore nozzles:
Pros:
Cons:
The Perpetual Use of Smooth Bore Nozzles in the Fire Service:
Smooth bore nozzles maintain their relevance in firefighting due to their reputation for simplicity and effectiveness. With no moving parts, they are renowned for their reliability, ease of use, and minimal maintenance requirements. Additionally, with proper use and care, they can endure for many years, making them a valuable asset in the fire service, where durability is paramount.
This isn't to suggest that other nozzle types are less effective or unreliable. Often, the preference for a particular nozzle style stems from a firefighter's training and personal experiences. While some firefighters lean towards smooth bores, others opt for selectable, fixed GPM, or automatic nozzles.
Is a Smooth Bore Nozzle Right for You?
The decision to use a smooth bore nozzle ultimately rests with you and your firefighting crew. Each firefighter has their own nozzle preferences, and the best way to determine yours is by testing different options, training with them, and staying updated with the latest research and advancements. It's crucial to consider the types of fires you typically encounter on the fire ground. You may find a preference for smooth bores in certain scenarios and another style in different situations.
It's essential to note that your water supply circumstances can impact the success of using a smooth bore. Predictable, consistent water supplies are advantageous for maximizing the reach and stream quality with a smooth bore nozzle.
We talk about Smooth Bore nozzles here. For this article, we will focus on combination nozzles.
A fixed flow firefighting nozzle operates at a predetermined flow capacity, allowing for a single flow rate during firefighting operations. The nozzle operator does not have the flexibility to alter the flow rate, but the crew can achieve a higher flow rate by over-pumping the nozzle based on its K-factor, albeit with increased nozzle reaction management.
Using a fixed flow nozzle shares similarities with other nozzle varieties. Regulation of water flow is achieved by manipulating the bail handle, while combination nozzles offer pattern customization through adjustments to the bumper located at the nozzle's front. Moreover, the fixed flow nozzle adheres to a flow and pressure calculation formula similar to that of smoothbores.
Flow Calculation Formula:
GPM = (29.7) (d)2 (√NP)
For a practical demonstration and a detailed explanation, refer to the accompanying video at the bottom.
Considering the advantages and disadvantages of fixed flow combination nozzles is crucial in making an informed decision:
The decision to use a fixed flow nozzle ultimately rests with you and your team. Each firefighter has their own nozzle preferences, best determined through practical experience, training, and staying informed of the latest research and innovations. Tailoring your nozzle choice to the specific needs of the fire ground you typically encounter is vital. Additionally, considering your available water supply is key; consistent and predictable water supplies may favor the use of fixed gallonage nozzles. Remember, selecting the right nozzle depends on multiple factors, and staying informed and adaptable is key to effective firefighting operations.
]]>Firefighting nozzles come in four primary types:
Maintenance and Upkeep Costs: Factor in the level of maintenance required and the ongoing cost of ownership associated with each nozzle type. While a smooth bore nozzle demands minimal maintenance due to its simplicity, other nozzle types with intricate internal mechanisms may require more maintenance but offer additional functionalities crucial for firefighting operations.
Selecting the right firefighting nozzle entails a thoughtful analysis of factors such as target flow and pressure rates, personnel availability, required flow patterns, and maintenance costs. By considering these aspects, you can confidently choose a nozzle that aligns with your department's unique firefighting needs. For further insights on hose and nozzle pairing, explore our dedicated article on optimizing nozzle-hose combinations.
Check out the rest of TFT's product by clicking the button below!
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A flow meter is a device that provides insights into the flow within your hose line. Flow meters hold particular importance in a couple of scenarios.
A pressure gauge serves as a device enabling you to measure pressure at a particular point within your hose lay or directly at the nozzle. Similar to flow meters, pressure gauges play a pivotal role in verifying the nozzle's performance.
Side Wall Pressure Gauge
A side wall pressure gauge comes in diverse formats, but the critical factor is that it measures pressure at the gauge's exterior wall. This feature holds significance due to pressure variations at different points in the water stream. The stream's center exhibits higher pressure (velocity) compared to the sides, owing to its greater velocity. Conversely, water closer to the sidewall experiences more friction loss as it contends with the hose liner's resistance, causing a decrease in pressure (velocity).
Pitot Pressure Gauge
Your handheld pitot gauge gauges pressure anywhere it's positioned within the water stream exiting the nozzle. Certain in-line gauges also rely on pitot readings. For determining smooth bore nozzle exit pressure, a center reading is crucial. This reading then facilitates flow rate calculation or reference through a formula.
GPM = 29.7 X D² X √NP
Flow Meter Placement
For accurate readings, position your flow meter in an area with minimal turbulence. Placing it between two hose sections, where it can lay flat on the ground, generally yields optimal results.
We discourage gating the inlet of your flow meter if it's used in conjunction with a gate valve. This configuration creates turbulence that could compromise reading accuracy. If necessary, when employing a gate valve, it's preferable to gate the outlet of the water flow system instead.
Pressure Gauge Placement
Appropriate pressure gauge placement depends on your objectives and the readings you require. Here are a couple of placement scenarios.
Calculating hose line friction loss involves positioning a pressure gauge at the discharge outlet and nozzle inlet. The pressure difference allows easy calculation of friction loss throughout the lay.
For determining your nozzle's base pressure, directly couple the pressure gauge between your hose line and the nozzle. This furnishes the base nozzle pressure reading at that specific moment.
When confirming discharge pressures, attaching a pressure gauge to a discharge outlet elbow becomes necessary. This step might be essential to verify the accurate functioning of your onboard pressure gauge.
Assessing Nozzles
As illustrated, flow meters and pressure gauges serve a multitude of roles when evaluating firefighting equipment, particularly nozzles. Incorporating these two elements provides a comprehensive view of the nozzle's performance and proves invaluable for conducting annual NFPA 1962 evaluations.
Don't overlook the fact that NFPA is in the process of consolidating a wide array of standards and guidelines. Soon, NFPA 1962 will merge into NFPA 1930, offering a more streamlined approach.
The MSA G1 iTIC
6.5" x 3.0" x 1.5"
4.2 Ounces (120g)
220 x 176 Resolution
MSA LUNAR
8.0” x 3.6” x 3.0”
24 Ounces (680g)
320 x 480 Resolution
MSA Evolution 6000
7.3'' x 4.8'' x 11.6''
2.65 lbs (1.2 kg)
320 x 240 Resolution
LION digital training tools offer versatile digital props that can be used for firefighter training at any level and scale. The technology allows for training in various locations and situations without exposure to heat or risk. Simulations respond realistically to firefighter responses and instructor interaction, making it easy to run numerous drills and provide real-time feedback to trainees
The BullsEye Digital Fire Extinguisher Training System prepares trainees to extinguish fires using realistic simulations of actual extinguishers, enabling training anywhere without risk. The extinguishers are weighted and emit smoke according to the size of the fire, with lasers simulating actual discharge for a safe and residue-free training experience.
The LION R.A.C.E. Station recreates the stressful environment of an actual emergency. Trainees see simulated flames and the strobe light flash, hear the horn and fire sounds, and see the training smoke. Upon discovery of a simulated fire, trainees can put R.A.C.E. (Rescue, Alert, Confine, Extinguish) to the test by alerting with the Emergency Phone and/or pull station before attempting to extinguish the fire.
If you have any further questions about the products above or would like to set up an in-person demo, please do not hesitate to reach out!
The Intelligent Training System (I.T.S.) is an innovative system that works with the LION Smart Extinguisher to sense a trainee's movement and adjusts the flames accordingly to ensure that the trainee is using the extinguisher correctly. The Smart Extinguishers are recharged with compressed air and water, which eliminates the mess associated with traditional dry chemical extinguishers and diesel burn pans. Other features include:
The MSA Cairns Fire and Rescue Helmets provide many options to fit your first response needs. Click the links below to learn why more firefighters and first responders trust MSA Cairns brand fire helmets more than any other on the market.
MSA Cairns® 664 Composite Fire Helmet
The lightest structural fire helmet in the Cairns line, it is tough enough for structural firefighting, light enough for wildlands, and small enough for EMS and confined space applications!
MSA Cairns® 1044 Composite Fire Helmet
The popular MSA Cairns 1044 fire helmet has the perfect combination of durability and performance desired by firefighters!
The enhanced safety feature you’ve been waiting for is here! Part of the MSA Connected Firefighter Platform, FireGrid now includes Map View, which enhances situational awareness through live monitoring from GPS-enabled LUNAR connected devices.
Frequently Asked Questions:
Will the Survivor X Rechargeable work in the previous generation Survivor chargers?
The Survivor X will not charge in the previous generation Survivor chargers, although the Survivor X rechargeable charger WILL work with the previous generation Survivors – BUT it will take 3x longer to charge in the new charger.
Does the Survivor X rechargeable come with the Alkaline/SL-B26 battery carrier?
The Survivor X Rechargeable Flashlight does not come with the Alkaline/SL-B26 battery carrier.
Has the safety rating of the Survivor X changed from the previous generation Survivor?
The Survivor X is rated Class I Div. 1 with the Li-ion and AA Alkaline batteries, Class I Div. 2 with the SL-B26 battery. The light stays the same, but the battery change impacts the safety rating.
Why is my Survivor X USB Flashlight not charging?
The Survivor X USB with the SL-B26 battery will not charge in the charge base, the battery must be removed to charge it.
If you have any other questions about the Survivor X Flashlight, view the product sheet below, or feel free to contact me at one of the methods listed at the end of this email!
DOWNLOAD Survivor X Product Sheet Here!
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Transformer Piercing Nozzle System:
The piercing nozzle system allows you to deliver water to inaccessible void spaces, such as an attic or knee wall. The piercing nozzle has a series of jets near the piercing point to apply a wide-reaching pattern.
Different kits are available that include optional accessories, including a distributor nozzle (cellar nozzle) or pistol grip.
Configurable to Your Needs: Each kit is engineered so that attachments can be added or removed to meet your needs on the fire ground. This allows you and your crew to respond to the unique scenario you face.
Looking for current information on electric vehicle firefighting? Read TFT's article here!
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Overall, the MSA G1 has been engineered to provide firefighters with the comfort and protection they need to do their job safely and effectively. If you have any questions about how this can benefit your firefighters or department, do not hesitate to reach out!
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Click HERE to learn more about the MSA G1 SCBA!
As you know, annual flow testing of your department’s self-contained breathing apparatus (SCBA) is a requirement of NFPA 1852, Standard on Selection, Care, and Maintenance of Open-Circuit Self-Contained Breathing Apparatus (SCBA). MSA requires that a flow test be performed at least annually on all fire service and non-fire service SCBA and combination respirators that use a pressure demand regulator.
As the authorized MSA Prestige Channel Partner Distributor for the Ontario fire service, A.J. Stone Company Ltd. has a complement of both inside and mobile service technicians, that offer annual SCBA service and flow testing at our location in the GTA, or at your fire department - anywhere across the province.
Our certified, factory-trained, service technicians will inspect your SCBA, including, regulators, face pieces and air cylinders as well as flow test your SCBA. In addition to annual service, our technicians are fully equipped to handle all types of servicing, from minor replacements to full repairs, and warranty work. We keep an extensive inventory of parts, allowing us to provide a quick turn-around of repairs to get your breathing apparatus back in service as quickly as possible.
It is important to have your MSA SCBA serviced on a regular basis to ensure compliance, proper functioning, and safety. Regular service can prolong the lifespan of your equipment and ensure that it will be ready when you need it the most!
The MSA G1 SCBA is a product built with the future in mind. It was designed to reduce the risk of cross-contamination well before COVID-19.
Cross-contamination is a common concern for firefighters because it can easily occur during normal activities. It occurs when one person receives infectious materials from another person by touching a contaminated surface or by breathing contaminated air.
Many fire departments are providing individual-issued facepieces to their firefighters to mitigate cross-contamination from one user to another; however, that alone does not always provide complete protection.
Second stage regulators that are shared among individuals may also serve as a source for cross-contamination if they were not engineered with proper protection engineered into the overall design.
To reduce the potential for cross-contamination, MSA’s G1 Facepiece and G1 Second Stage Regulator were designed with the following features:
LUNAR is a small-format thermal imager with an exclusive thermal palette: Edge Detection. When there is a temperature difference, it highlights that area with a bright green highlight. This aids in improving situational awareness, but more specifically for identifying areas of concern such as hot spots and ventilation points like windows, doors and exits.
LUNAR’s Edge Detection can be adjusted and configured to suit your preferences and needs. By using the mobile app “FireGrid Configure”, you can configure the specific parameter settings, change your LUNAR to a wide range of colour palettes, update the software, and personalize the device with a department issued name.
LUNAR’s proactive navigation of hotspots and low visibility environments makes it the most crucial search and rescue technology for the safety of firefighters.
LUNAR also comes with Exclusive Firefighting Assisting Search Technology (F.A.S.T) which is able to combine direction and distance information data enabling firefighters to locate separated teammates faster, and more accurately…….when every second counts!
FREQUENTLY ASKED QUESTIONS:
Q: What makes the MSA Cairns XR2 Technical Rescue Helmet stand out?
A: The MSA Cairns XR2 Technical Rescue Helmet is third-party tested by an NFPA Certified laboratory to meet the NFPA 1951 Standard. Additionally the Cairns XR2 is a truly modular rescue helmet system with “click-in” accessories designed to adapt to the rescue scene.
Q: What type of applications is the Cairns XR2 Technical Rescue Helmet designed to be used for?
A: The XR2 can be used for all types of technical rescue - vehicle, trench, high and low angle rope, ice-water, swift water, agricultural, EMS operations, structural collapse, urban search and rescue, wilderness search and rescue, confined space - the applications are endless.
Q: What lighting options are available for the MSA Cairns XR2 Technical Rescue Helmet?
A: The new integrated LED headlamp module is designed to “click-in” to the XR2 shell and replaces the front and rear panels. The LEDs provide up to 250 lumens of light. The integrated LED headlamp offers 2 beams (proximity and spot), and a rear tail light, all powered by 3-AA batteries with up to 6-hours of use.
Q: What are my customization options for the MSA Cairns XR2?
A: Customers have the option to add custom decals to MSA Cairns XR2 front plates similar to the XF1 offering. Additionally, the side reflective trim (stickers) is customizable to add single color text.
Q: What is the warranty for the MSA Cairns XR2 Technical Rescue Helmet?
A: MSA warrants the Cairns fire helmets lines to be free from defects in materials and/or faulty workmanship for a period of ten (10) years from the date of manufacture.
Q: What eye protection options are available for the MSA Cairns XR2 Technical Rescue Helmet?
A: The XR2 offers internal ocular visors that easily attach internally to the helmet shell without tools,and a new MSA Responder Goggle that quickly attaches to the helmet shell with modular connection.
To learn more about the XR2 Technical Rescue Helmet CLICK HERE!
A firefighter's self-contained breathing apparatus (SCBA) is their first and most important tool against airborne contaminants. These devices deliver breathable compressed air while simultaneously preventing potentially harmful external air from entering the system.
Firefighters and other first responders depend on SCBAs when working in areas that can expose them to smoke, toxic gas, or any other airborne hazards, whether facing a three-alarm fire or rescuing workers from a mine filled with toxic gas.
A typical SCBA will have several key components, including:
You’ll find these components in every SCBA on the market, but some manufacturers have become more popular due to manufacturing quality, added features, and industry reputation.
One increasingly popular option is the MSA G1 SCBA. MSA has been manufacturing safety equipment since it was founded in 1914 and has earned a reputation for reliable, effective, and technologically advanced equipment. Its latest SCBA, the G1, includes all the features you’d expect and includes integrated leading-edge technologies.
There are other SCBAs on the market, but today, we want to discuss some of the powerful features and accessories available with the MSA G1 SCBA.
There are several SCBAs on the market to consider, each with its own advantages and drawbacks. The MSA G1 can help to keep your firefighters safer in today’s dynamic fire environment. It provides revolutionary safety capabilities of today with the ability to be seamlessly updated as technology changes in the future. The MSA G1 integrates modern technologies to improve a firefighter’s capabilities such as long-range radio, connectivity to communication radios via Bluetooth, an integrated thermal imaging camera (TIC), and can utilize Cloud technology to deliver breakthrough fire-scene management capabilities for incident commanders via the LUNAR system. Other brands on the market include the 3M Scott Air-Pak X3 Pro SCBA and the Dräger PSS 7000 SCBA. One of the many reasons A.J. Stone Company Ltd. stands behind the MSA G1 product line as they are the first manufacturer to provide a platform-oriented safety-as-a-system SCBA. Only with the MSA G1 can you unify your safety system on an integrated electronic platform. MSA works closely with firefighters and rescue teams to ensure product innovations, improvements, and services.
How do you go about choosing between the different options on the market? Of course, you’ll want an SCBA that complies with all applicable regulations, but how do you decide between those that meet this baseline requirement? You need to understand a few key factors that will impact how your department uses the equipment, such as:
It's important that you carefully weigh all options, capabilities, and how your firefighters will use SCBA’s in the field. Equipping your fire department with the right SCBA will significantly impact how your firefighters perform their jobs.
Some of the reasons we stand behind the MSA G1 is the notable improvements that extend the capabilities beyond conventional SCBAs. Some accessories and features that make it such an appealing option include:
The latest MSA G1 SCBA is a significant improvement on the SCBAs we’ve seen for decades. It cost-effectively integrates modern technology to provide more utility and support for those in the line of duty. However, you should still do your research on some of the other leading options to find the perfect solution for your fire department.
Ready to see why so many people are buying the MSA G1 SCBA? Shop online today or contact our sales team to learn more. ]]>