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Posted: Sep 1, 2018

Listen to Your Fire Apparatus Operators

Chris Mc Loone

It is always nice to bring on new writers with new ideas and different takes on a variety of topics.

Chris Mc Loone

If you’ve ever wanted to talk about your own rigs, lessons you learned from specing them, tricks of the trade when it comes to preventive maintenance, or other topics, don’t be bashful. We are always looking for new contributors.

One new writer, Douglas Pietz, submitted his first article, of what will be several, this month. In it, he covers a lot of areas, but there is one point he makes that I’d like to focus on and expand slightly this month.

It is critically important that when we are specing any fire apparatus that we consult with those who will actually be riding the rig. We should be doing our homework on other points, like how often we fully staff the rig (on the volunteer side) to determine how many seats to plan for; examining equipment usage records so we know what equipment gets the most use, which will help us plan for where to mount it; and, of course, other items like generator use, pump hours, etc. to help us specify those items. But, having the folks who ride the trucks contribute is critical. First, in many instances, if it doesn’t work the way they want it to work, they’ll make the changes themselves to make it more functional. But, more importantly, you are preparing them for future purchases when they are building the rigs.


Just like when you’re riding in the cab, everything you’re doing should be preparing younger firefighters to progress through the ranks to become chauffeurs, senior firefighters, and officers. Soliciting input from the folks riding “in the back” not only provides insight into how they use a rig but also allows you to explain why perhaps some things they want would render the rig noncompliant with National Fire Protection Association 1901, Standard for Automotive Fire Apparatus. It will give them the opportunity to ask questions, and it will allow you to share how your and other firefighters’ experiences are shaping the decisions regarding the next trucks.

Don’t be afraid to admit when you make mistakes. For example, one department on a multi tractor-drawn aerial order took delivery of the first few and discovered that not going with a raised roof in the crew cab area was causing a problem. The department adjusted the specs to address it for the next deliveries.

Getting back to Pietz’s article, he suggests that fire departments ensure a truck committee for a pumper has an operator who knows the pump inside and out—including pump theory. As the spec changes, this individual will help ensure that performance requirements for the rig will be met. Operators know the rigs better than anyone as far as every nuance, every sound, every vibration. They know what works and what doesn’t to ensure t

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Posted: Sep 1, 2018

Listen to Your Fire Apparatus Operators

Chris Mc Loone

It is always nice to bring on new writers with new ideas and different takes on a variety of topics.

Chris Mc Loone

If you’ve ever wanted to talk about your own rigs, lessons you learned from specing them, tricks of the trade when it comes to preventive maintenance, or other topics, don’t be bashful. We are always looking for new contributors.

One new writer, Douglas Pietz, submitted his first article, of what will be several, this month. In it, he covers a lot of areas, but there is one point he makes that I’d like to focus on and expand slightly this month.

It is critically important that when we are specing any fire apparatus that we consult with those who will actually be riding the rig. We should be doing our homework on other points, like how often we fully staff the rig (on the volunteer side) to determine how many seats to plan for; examining equipment usage records so we know what equipment gets the most use, which will help us plan for where to mount it; and, of course, other items like generator use, pump hours, etc. to help us specify those items. But, having the folks who ride the trucks contribute is critical. First, in many instances, if it doesn’t work the way they want it to work, they’ll make the changes themselves to make it more functional. But, more importantly, you are preparing them for future purchases when they are building the rigs.


Just like when you’re riding in the cab, everything you’re doing should be preparing younger firefighters to progress through the ranks to become chauffeurs, senior firefighters, and officers. Soliciting input from the folks riding “in the back” not only provides insight into how they use a rig but also allows you to explain why perhaps some things they want would render the rig noncompliant with National Fire Protection Association 1901, Standard for Automotive Fire Apparatus. It will give them the opportunity to ask questions, and it will allow you to share how your and other firefighters’ experiences are shaping the decisions regarding the next trucks.

Don’t be afraid to admit when you make mistakes. For example, one department on a multi tractor-drawn aerial order took delivery of the first few and discovered that not going with a raised roof in the crew cab area was causing a problem. The department adjusted the specs to address it for the next deliveries.

Getting back to Pietz’s article, he suggests that fire departments ensure a truck committee for a pumper has an operator who knows the pump inside and out—including pump theory. As the spec changes, this individual will help ensure that performance requirements for the rig will be met. Operators know the rigs better than anyone as far as every nuance, every sound, every vibration. They know what works and what doesn’t to ensure t

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Posted: Sep 1, 2018

ARFF Vehicle Manufacturers Continue to Innovate


Aircraft rescue and firefighting (ARFF) vehicles are putting on muscle, often carrying bigger payloads than ever before; having more compartment storage space; and sporting larger, more powerful pumps and engines.

ARFF manufacturers have changed their rigs to help operators get to an incident quicker, have greater visibility at the scene, and be more precise in putting extinguishing agent in the proper place.

E-ONE

Matthew J. Reda, international ARFF product manager for E-ONE, says E-ONE recently brought out a new version of its Titan® 4x4 ARFF vehicle, which has a redesigned cockpit-style cab, expanded windshield and side glass area for improved visibility, new pump and engines, and expanded compartment space.

Reda says the new Titan cab and windshield slopes forward and sits lower on the body to achieve greater visibility for the driver and other occupants than found in previous models of the rig. “With the new windshield design, an average size operator in the driver’s seat can see as close as nine feet in front of him, an improvement over traditional windshield designs,” Reda points out. In addition, the top turret is positioned lower and out in front of the rig’s operator, so it’s not necessary to look at an upward angle to see where the water stream is being placed.

E-ONE’s new version of its Titan™ 4x4 ARFF vehicle is powered by a Scania 670-hp Tier 4 diesel engine and a twin-disc six-speed automatic transmission and carries a Hale 8FG pump rated at 3,000 gpm at 165 psi, a 1,585-gallon water tank, a 225-gallon foam tank, and 500 pounds of dry chemical.
The Titan 4x4 ARFF cab has a new windshield that slopes forward and sits lower on the body to provide greater visibility for occupants, while the interior is redesigned so all cockpit controls are located at the center front of the cab.
E-ONE built this Titan 6x6 ARFF truck for the Jacksonville (FL) International Airport.

1 E-ONE’s new version of its Titan™ 4x4 ARFF vehicle is powered by a Scania 670-hp Tier 4 diesel engine and a twin-disc six-speed automatic transmission and carries a Hale 8FG pump rated at 3,000 gpm at 165 psi, a 1,585-gallon water tank, a 225-gallon foam tank, and 500 pounds of dry chemical. (Photos 1-3 courtesy of E-ONE.) 2 The Titan 4x4 ARFF cab has a new windshield that slopes forward and sits lower on the body to provide greater visibility for occupants, while the interior is redesigned so all cockpit controls are located at the center front of the cab. 3 E-ONE built this Titan 6x6 ARFF truck for the Jacksonville (FL) International Airport.

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Posted: Sep 1, 2018

ARFF Vehicle Manufacturers Continue to Innovate


Aircraft rescue and firefighting (ARFF) vehicles are putting on muscle, often carrying bigger payloads than ever before; having more compartment storage space; and sporting larger, more powerful pumps and engines.

ARFF manufacturers have changed their rigs to help operators get to an incident quicker, have greater visibility at the scene, and be more precise in putting extinguishing agent in the proper place.

E-ONE

Matthew J. Reda, international ARFF product manager for E-ONE, says E-ONE recently brought out a new version of its Titan® 4x4 ARFF vehicle, which has a redesigned cockpit-style cab, expanded windshield and side glass area for improved visibility, new pump and engines, and expanded compartment space.

Reda says the new Titan cab and windshield slopes forward and sits lower on the body to achieve greater visibility for the driver and other occupants than found in previous models of the rig. “With the new windshield design, an average size operator in the driver’s seat can see as close as nine feet in front of him, an improvement over traditional windshield designs,” Reda points out. In addition, the top turret is positioned lower and out in front of the rig’s operator, so it’s not necessary to look at an upward angle to see where the water stream is being placed.

E-ONE’s new version of its Titan™ 4x4 ARFF vehicle is powered by a Scania 670-hp Tier 4 diesel engine and a twin-disc six-speed automatic transmission and carries a Hale 8FG pump rated at 3,000 gpm at 165 psi, a 1,585-gallon water tank, a 225-gallon foam tank, and 500 pounds of dry chemical.
The Titan 4x4 ARFF cab has a new windshield that slopes forward and sits lower on the body to provide greater visibility for occupants, while the interior is redesigned so all cockpit controls are located at the center front of the cab.
E-ONE built this Titan 6x6 ARFF truck for the Jacksonville (FL) International Airport.

1 E-ONE’s new version of its Titan™ 4x4 ARFF vehicle is powered by a Scania 670-hp Tier 4 diesel engine and a twin-disc six-speed automatic transmission and carries a Hale 8FG pump rated at 3,000 gpm at 165 psi, a 1,585-gallon water tank, a 225-gallon foam tank, and 500 pounds of dry chemical. (Photos 1-3 courtesy of E-ONE.) 2 The Titan 4x4 ARFF cab has a new windshield that slopes forward and sits lower on the body to provide greater visibility for occupants, while the interior is redesigned so all cockpit controls are located at the center front of the cab. 3 E-ONE built this Titan 6x6 ARFF truck for the Jacksonville (FL) International Airport.

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Posted: Sep 1, 2018

KME Custom CAFS Rescue-Pumper

Alan M. Petrillo

The Seiverville (TN) Fire Department has had a lot of success using compressed air foam systems (CAFS) and rear-mount pumpers, so when it came time to replace an aging pumper, the truck committee wanted to have a similar vehicle built.

Alan M. Petrillo

After considering proposals from four fire apparatus manufacturers, Seiverville chose KME to build a custom rear-mount CAFS rescue-pumper.

“KME did some things on the Predator chassis that couldn’t be done on [other] chassis,” says Fred Atchley, Seiverville’s battalion chief. “One of the big things we wanted was to have the rear-facing crew cab seats eliminated and replaced by a very large dual emergency medical services (EMS) cabinet. That medical cabinet was made accessible from both inside the cab and through exterior doors on each side of the vehicle. And, we wanted as much space as possible on the shortest wheelbase for the size pump and water that we wanted, so we went with the extended cab model.”

More Water, Storage

Adam Terry, apparatus salesman for KME, says that Seiverville wanted to carry more water than it had on its other pumpers, which was 750 gallons, “so KME was able to give them a 920-gallon water tank plus a 30-gallon foam cell. We took the existing design and stayed with the same wheelbase and overall length but were able to get more water and foam on the chassis for them. In addition to the EMS compartment in the cab, the department wanted to carry as much equipment on the rig as possible, especially because of the hilly terrain they have, with a lot of narrow mountain roads.”

Mark Kopunek, product manager for KME, says the resulting custom rescue-pumper uses KME’s rescue body to maximize compartment space with full height and full depth compartments on both sides of the vehicle, while the rear-mount design and its pump panel minimize compartment space used by that equipment. “The pump panel controls are located in the rear compartment on the officer’s side of the rescue-pumper,” Kopunek points out.

KME built this custom rear-mount CAFS rescue-pumper for the Seiverville (TN) Fire Department on a Predator long four-door (LFD) cab and chassis with a 16-inch raised roof and seating for six firefighters.
The KME-built Seiverville CAFS rescue-pumper is powered by a Cummins 500-horsepower ISX12 engine and an Allison 4000 EVS automatic transmission.

1  KME built this custom rear-mount CAFS rescue-pumper for the Seiverville (TN) Fire Department on a Predator long four-door (LFD) cab and chassis with a 16-inch raised roof and seating for six firefighters. (Photos courtesy of KME.) 2  The KME-built Seiverville CAFS rescue-pumper is powered by a Cummins 500-horsepower ISX12 engine and an A

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