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Posted: Apr 3, 2018

Fire Apparatus Hosebed Configurations

Rear-mount, side-mount, and top-mount pumps, along with the type and shape of a pumper’s water tank and placement of its handlines, all can affect the size, capacity, and ergonomics of a hosebed.

Those elements, along with a fire department’s preferences for how it plans to handle fire attack and water supply, result in a wide array of hosebeds used by departments around the country. But, one trend stands out when manufacturers talk about hosebed configurations, and that is the movement toward lower hosebeds.

1 Pierce Manufacturing built this low hosebed configuration with two outer wall preconnects on the left side of the rig. (Photos 1 and 2 courtesy of Pierce Manufacturing Inc.)

1 Pierce Manufacturing built this low hosebed configuration with two outer wall preconnects on the left side of the rig. (Photos 1 and 2 courtesy of Pierce Manufacturing Inc.)

Hosebed Height

“We are seeing, from a safety standpoint, more customers worried about bringing the hosebed down lower,” says Ken Sebo, pumper products manager for Pierce Manufacturing Inc. “Many fire departments want what is called the ‘New York style’ hosebed where it sits on top of the back end of an L-shaped water tank, which is lower than the elevated front part of the tank.”

2 This unusual hosebed configuration built by Pierce Manufacturing features two hydraulically driven reels to lay and pick up supply lines.

2 This unusual hosebed configuration built by Pierce Manufacturing features two hydraulically driven reels to lay and pick up supply lines.

Joe Messmer, president of Summit Fire Apparatus, agrees. “No one wants to be climbing up on the back of their apparatus,” he points out. “By pushing a major portion of the water tank toward the front of the vehicle, you have the opportunity to build a massive hosebed that’s low to the ground.” However, Messmer notes, “You can’t do that on a pumper-rescue because the department usually wants maximum compartment space, meaning full-height and full-depth compartments, so the water tank becomes tall and skinny in between the frame rails.”

Grady North, product manager for E-ONE, says his company has been seeing more low hosebeds “where the water tank is completely in front of the hosebed. That’s especially popular in big cities, but you can’t have large water tanks with a configuration like that. However, big cities have hydrant systems so they can rely less on a vehicle’s water tank.”

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Posted: Apr 3, 2018

History of FAMA Influence on Apparatus Safety

fama forum By Grady North
Fire Apparatus Manufactures Association logo

Beginning with the 1991 edition of National Fire Protection Association (NFPA) 1901, Standard for Automotive Fire Apparatus, safety has been a focus for apparatus design. Over the years, the NFPA addressed many of the issues facing the industry.

A number of Fire Apparatus Manufacturers’ Association (FAMA) member companies sit on the NFPA 1901 committee and worked with other members to draft safety improvements. However, many FAMA companies go above and beyond the NFPA 1901 standard and have initiated many apparatus safety improvements. Many of these improvements we take for granted today but, as we look back in history, it is amazing how far we have come. This article will feature some of the highlights of both the NFPA and industry improvements over the years.

Cab Improvements

Since 1991, the most significant improvement was the fully enclosed cab. Some younger fire service members may not remember when custom cabs were open to the rear with jump seats on either side of the engine. Firefighters were exposed to noise and the elements on the way to a fire. The enclosed cab brought improved firefighter safety in the event of an accident plus improved comfort and communication.

Sirens and air horns were moved off the roof to low and in front of the apparatus, reducing noise and improving communication for firefighters. Tilting and telescoping steering wheels helped accommodate the diversified range of firefighter sizes.

Since 1996, safer mounting of equipment in the cab with interior equipment mounting criteria and interior compartment performance standards have helped reduce injury. Requirements were specified for mounting self-contained breathing apparatus (SCBA) in cab seat backs. Type II shoulder harnesses are now required for outboard seating positions.

Beginning in 2003, another milestone in cab design saw side rollover protection air bags for firefighter safety. Red or orange seat belts are now required for better identification by responsible drivers and officers. Minimum head clearance in the cab seating positions increased. Reflective material is required inside the cab and crew cab doors. Additionally, there is now cab integrity testing—roof crush, frontal impact, and side crush.

Since 2009, seat belt warning devices and vehicle data recorders have been required as well as displays that show who is belted and who is not and are visible to the driver or officer. We also saw the first implementation of front driver and officer air bags.

Chassis Improvements

Beginning in 1991, air disc brakes became available, reducing stopping distance and eliminating brake fade. Automatic tire chains, which provide tire traction in adverse weather conditions, improved through remote activation without stopping the vehicle or leaving the operator’s position. Air ride suspension has improved ride quality, and the system’s height adjusts to the load.

Beginning in 1994, we started to see electronically co

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Posted: Apr 3, 2018

History of FAMA Influence on Apparatus Safety

fama forum By Grady North
Fire Apparatus Manufactures Association logo

Beginning with the 1991 edition of National Fire Protection Association (NFPA) 1901, Standard for Automotive Fire Apparatus, safety has been a focus for apparatus design. Over the years, the NFPA addressed many of the issues facing the industry.

A number of Fire Apparatus Manufacturers’ Association (FAMA) member companies sit on the NFPA 1901 committee and worked with other members to draft safety improvements. However, many FAMA companies go above and beyond the NFPA 1901 standard and have initiated many apparatus safety improvements. Many of these improvements we take for granted today but, as we look back in history, it is amazing how far we have come. This article will feature some of the highlights of both the NFPA and industry improvements over the years.

Cab Improvements

Since 1991, the most significant improvement was the fully enclosed cab. Some younger fire service members may not remember when custom cabs were open to the rear with jump seats on either side of the engine. Firefighters were exposed to noise and the elements on the way to a fire. The enclosed cab brought improved firefighter safety in the event of an accident plus improved comfort and communication.

Sirens and air horns were moved off the roof to low and in front of the apparatus, reducing noise and improving communication for firefighters. Tilting and telescoping steering wheels helped accommodate the diversified range of firefighter sizes.

Since 1996, safer mounting of equipment in the cab with interior equipment mounting criteria and interior compartment performance standards have helped reduce injury. Requirements were specified for mounting self-contained breathing apparatus (SCBA) in cab seat backs. Type II shoulder harnesses are now required for outboard seating positions.

Beginning in 2003, another milestone in cab design saw side rollover protection air bags for firefighter safety. Red or orange seat belts are now required for better identification by responsible drivers and officers. Minimum head clearance in the cab seating positions increased. Reflective material is required inside the cab and crew cab doors. Additionally, there is now cab integrity testing—roof crush, frontal impact, and side crush.

Since 2009, seat belt warning devices and vehicle data recorders have been required as well as displays that show who is belted and who is not and are visible to the driver or officer. We also saw the first implementation of front driver and officer air bags.

Chassis Improvements

Beginning in 1991, air disc brakes became available, reducing stopping distance and eliminating brake fade. Automatic tire chains, which provide tire traction in adverse weather conditions, improved through remote activation without stopping the vehicle or leaving the operator’s position. Air ride suspension has improved ride quality, and the system’s height adjusts to the load.

Beginning in 1994, we started to see electronically co

Read more
Posted: Apr 3, 2018

History of FAMA Influence on Apparatus Safety

fama forum By Grady North
Fire Apparatus Manufactures Association logo

Beginning with the 1991 edition of National Fire Protection Association (NFPA) 1901, Standard for Automotive Fire Apparatus, safety has been a focus for apparatus design. Over the years, the NFPA addressed many of the issues facing the industry.

A number of Fire Apparatus Manufacturers’ Association (FAMA) member companies sit on the NFPA 1901 committee and worked with other members to draft safety improvements. However, many FAMA companies go above and beyond the NFPA 1901 standard and have initiated many apparatus safety improvements. Many of these improvements we take for granted today but, as we look back in history, it is amazing how far we have come. This article will feature some of the highlights of both the NFPA and industry improvements over the years.

Cab Improvements

Since 1991, the most significant improvement was the fully enclosed cab. Some younger fire service members may not remember when custom cabs were open to the rear with jump seats on either side of the engine. Firefighters were exposed to noise and the elements on the way to a fire. The enclosed cab brought improved firefighter safety in the event of an accident plus improved comfort and communication.

Sirens and air horns were moved off the roof to low and in front of the apparatus, reducing noise and improving communication for firefighters. Tilting and telescoping steering wheels helped accommodate the diversified range of firefighter sizes.

Since 1996, safer mounting of equipment in the cab with interior equipment mounting criteria and interior compartment performance standards have helped reduce injury. Requirements were specified for mounting self-contained breathing apparatus (SCBA) in cab seat backs. Type II shoulder harnesses are now required for outboard seating positions.

Beginning in 2003, another milestone in cab design saw side rollover protection air bags for firefighter safety. Red or orange seat belts are now required for better identification by responsible drivers and officers. Minimum head clearance in the cab seating positions increased. Reflective material is required inside the cab and crew cab doors. Additionally, there is now cab integrity testing—roof crush, frontal impact, and side crush.

Since 2009, seat belt warning devices and vehicle data recorders have been required as well as displays that show who is belted and who is not and are visible to the driver or officer. We also saw the first implementation of front driver and officer air bags.

Chassis Improvements

Beginning in 1991, air disc brakes became available, reducing stopping distance and eliminating brake fade. Automatic tire chains, which provide tire traction in adverse weather conditions, improved through remote activation without stopping the vehicle or leaving the operator’s position. Air ride suspension has improved ride quality, and the system’s height adjusts to the load.

Beginning in 1994, we started to see electronically co

Read more
Posted: Apr 3, 2018

House gutted in predawn 2-alarm fire near Bremerton

A home near Bremerton was gutted in a two-alarm fire early Tuesday morning, emergency officials said. Firefighters responded to the home, about three miles southwest of Bremerton near Hawthorne Avenue West and West Frone Drive in the small town of Gorst, at around 3:20 a.m. after receiving reports of smoke and flames there.
- PUB DATE: 4/3/2018 7:15:46 AM - SOURCE: KOMO-TV ABC 4 and Radio 1000
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