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The purpose of the Fire Mechanics Section is to promote standardization of fire apparatus and equipment preventative maintenance, improve safety standards and practices, promote workshops, conferences, and seminars related to the purposes of this Section, and to promote cost savings through standardization of building and equipment purchasing and maintenance.

RECENT FIRE MECHANIC NEWS

Posted: Mar 7, 2017

Hurst StrongArm® Put to Use in Tennessee Rescue

By Chris Mc Loone

When considering the types of apparatus fire departments run all the time and some of the apparatus police departments often buy, the similarities are striking, particularly on rescue-type vehicles.

It stands to reason that some of the equipment used by both agencies would also be similar or, in some cases, the same. Such is the case with the Hurst Jaws of Life StrongArm® rescue tool. This device was originally designed for use by rapid intervention teams (RIT), but according to Bruce Johnston, director of marketing and product management at Hurst Jaws of Life, Inc., voice of the customer (VOC) research revealed that it also met other needs. “After conducting extensive VOC research,” he says, “we discovered that the StrongArm tool could fill many critical needs faced by firefighters on tactical rescue or rapid intervention teams, law enforcement officers, and SWAT teams.”

1 The Hurst Jaws of Life StrongArm can cut, lift, spread, and replace crowbars, halligan bars, wire cutters, and axes. (Photos courtesy of Hurst Jaws of Life unless otherwise noted.)
1 The Hurst Jaws of Life StrongArm can cut, lift, spread, and replace crowbars, halligan bars, wire cutters, and axes. (Photos courtesy of Hurst Jaws of Life unless otherwise noted.)

The Tool

According to Johnston, the tool is a lightweight (25 pounds without power pack), 31-inch, battery-driven hydraulic multipurpose rescue tool. “Customarily, firefighters, law enforcement officers, and SWAT teams have had an arsenal of tools to choose from in the field, but StrongArm does it all,” he says. “It provides one powerful, yet portable, tool that lifts; cuts; spreads; breaches metal or wooden doors; cuts through chains and 3⁄8-inch rebar, security bars, locks, and 2x4 wood; and is IP54-protected.” In addition, Johnston says the tool is powerful enough to pry open automobile doors.

Johnston adds that the tool is designed to operate in heat and smoke environments. “With a Picatinny rail and four-position handle, it replaces crowbars, halligan bars, wire cutters, axes, and much more,” he says. Each tool comes with two sets of tips (door opener and combination), two lithium ion batteries, and one charger. It comes in two colors: blue for fire department use and black for law enforcement use.

2 The StrongArm tool being used to lift in a RIT scenario.
2 The StrongArm tool being used to lift in a RIT scenario.

Research and development for the tool had actually already occurred during the development phase of the company’s eDRAULC® line of electric-hydraulic tools. “The eDRAULIC rescue tools operate with an internal hydraulic pressure that generates the same force as the power-unit-driven tools,” says Johnston. “Using electric-over-hydraulic force eliminated the need for power units, hoses, and reels. This eDRAULIC innovation provided much of the research and development needed for the StrongArm rescue tool. That, combined with the VOC research, birthed the StrongArm tool. Prototypes were put through their paces with the Charlotte (NC) Fire Department and Charlotte Fire Department Training Academy.”

Johnston adds that Hurst will continue to develop the StrongArm product line to provide additional rescue tools that answer unmet needs in the first responder community. “We’re conducting VOC research interviews now,” he says. “Stay tuned!”

Read more
Posted: Mar 7, 2017

What's in Your Bay?

By Robert Tutterow

This is the third in a series of columns about apparatus bays. Previously topics included floors and bay doors.

This month’s column will focus on other issues and considerations related to bays - especially the items stored, or kept, in bays that probably should not be there.

Because bays are the largest inside space of a station, they become home for lots of things. Rarely does a station have enough storage space, and the bay area becomes the accumulator of all things that that won’t go elsewhere. Granted, many stations were built decades ago when the station inventory contained considerably less than today. Many older metro fire department stations were built during the horse-drawn apparatus days or when apparatus were about half as wide and half as tall as they are today. In those situations, departments are limited in how they handle storage.

Ice Machines, Turnout Gear, and Breathing Air Compressors

There are items often stored on apparatus bays that should be stored elsewhere. Critical to firefighter health are ice machines, turnout gear, and breathing air.

Even with diesel exhaust capture systems coupled with other ventilation systems, there are carcinogens and other gases emitted into the bay from equipment. For this reason, ice makers should never be stored in the bay. There have been cases where an ice machine fails because of power outages or mechanical reasons, and all the ice melts. Because of the contaminated bay area, oil slicks have been found on the water from the melted ice. That’s not good. Space has to be made available elsewhere in the station for ice machines. If your station has an ice machine in the bay, look for accumulated soot on the machine, especially where it might not get regular cleaning.

Turnout gear has historically been stored along the walls of apparatus bays. It was a natural place, convenient to the apparatus, and out of the living and sleeping areas. However, we now know of three very valid reasons to store turnout gear off the bay floor:

  1. UV degradation.
  2. Exposure to contaminants in the bay from contaminated equipment off gassing and residual diesel exhaust not collected from removal systems.
  3. Proper ventilation.

Turnout gear should be stored in a separate dedicated room located just off the bay. The room should remain dark except when occupied by a firefighter to prevent UV degradation from sunlight and artificial light. Motion-sensor lights are an ideal application for this environment. And, the room should have its own dedicated ventilation system to remove off gases and aid in keeping PPE dry.

Breathing air compressors should not be on apparatus bay floors for the same reasons listed above. Their filtration systems should not have to filter contaminants that can be avoided altogether.

New Stations and Station Expansion

Many readers might wonder what they can do about this unless they are building a new station. By all means, these factors should be considered in the design of a new station. However, as service demands grow and firefighter health and safety concerns are better understood, all departments should have a plan to expand their stations if enough land is available. When talking expansion to older stations, consider adding fitness rooms and decontamination rooms.

Other Safety and Health Tidbits

There are other small and affordable items to consider that relate to apparatus bays. Think about the doors leading to and from the bay. Is there at least a small window so people walking in opposite direct

Read more
Posted: Mar 7, 2017

What's in Your Bay?

By Robert Tutterow

This is the third in a series of columns about apparatus bays. Previously topics included floors and bay doors.

This month’s column will focus on other issues and considerations related to bays - especially the items stored, or kept, in bays that probably should not be there.

Because bays are the largest inside space of a station, they become home for lots of things. Rarely does a station have enough storage space, and the bay area becomes the accumulator of all things that that won’t go elsewhere. Granted, many stations were built decades ago when the station inventory contained considerably less than today. Many older metro fire department stations were built during the horse-drawn apparatus days or when apparatus were about half as wide and half as tall as they are today. In those situations, departments are limited in how they handle storage.

Ice Machines, Turnout Gear, and Breathing Air Compressors

There are items often stored on apparatus bays that should be stored elsewhere. Critical to firefighter health are ice machines, turnout gear, and breathing air.

Even with diesel exhaust capture systems coupled with other ventilation systems, there are carcinogens and other gases emitted into the bay from equipment. For this reason, ice makers should never be stored in the bay. There have been cases where an ice machine fails because of power outages or mechanical reasons, and all the ice melts. Because of the contaminated bay area, oil slicks have been found on the water from the melted ice. That’s not good. Space has to be made available elsewhere in the station for ice machines. If your station has an ice machine in the bay, look for accumulated soot on the machine, especially where it might not get regular cleaning.

Turnout gear has historically been stored along the walls of apparatus bays. It was a natural place, convenient to the apparatus, and out of the living and sleeping areas. However, we now know of three very valid reasons to store turnout gear off the bay floor:

  1. UV degradation.
  2. Exposure to contaminants in the bay from contaminated equipment off gassing and residual diesel exhaust not collected from removal systems.
  3. Proper ventilation.

Turnout gear should be stored in a separate dedicated room located just off the bay. The room should remain dark except when occupied by a firefighter to prevent UV degradation from sunlight and artificial light. Motion-sensor lights are an ideal application for this environment. And, the room should have its own dedicated ventilation system to remove off gases and aid in keeping PPE dry.

Breathing air compressors should not be on apparatus bay floors for the same reasons listed above. Their filtration systems should not have to filter contaminants that can be avoided altogether.

New Stations and Station Expansion

Many readers might wonder what they can do about this unless they are building a new station. By all means, these factors should be considered in the design of a new station. However, as service demands grow and firefighter health and safety concerns are better understood, all departments should have a plan to expand their stations if enough land is available. When talking expansion to older stations, consider adding fitness rooms and decontamination rooms.

Other Safety and Health Tidbits

There are other small and affordable items to consider that relate to apparatus bays. Think about the doors leading to and from the bay. Is there at least a small window so people walking in opposite direct

Read more
Posted: Mar 7, 2017

What's in Your Bay?

By Robert Tutterow

This is the third in a series of columns about apparatus bays. Previously topics included floors and bay doors.

This month’s column will focus on other issues and considerations related to bays - especially the items stored, or kept, in bays that probably should not be there.

Because bays are the largest inside space of a station, they become home for lots of things. Rarely does a station have enough storage space, and the bay area becomes the accumulator of all things that that won’t go elsewhere. Granted, many stations were built decades ago when the station inventory contained considerably less than today. Many older metro fire department stations were built during the horse-drawn apparatus days or when apparatus were about half as wide and half as tall as they are today. In those situations, departments are limited in how they handle storage.

Ice Machines, Turnout Gear, and Breathing Air Compressors

There are items often stored on apparatus bays that should be stored elsewhere. Critical to firefighter health are ice machines, turnout gear, and breathing air.

Even with diesel exhaust capture systems coupled with other ventilation systems, there are carcinogens and other gases emitted into the bay from equipment. For this reason, ice makers should never be stored in the bay. There have been cases where an ice machine fails because of power outages or mechanical reasons, and all the ice melts. Because of the contaminated bay area, oil slicks have been found on the water from the melted ice. That’s not good. Space has to be made available elsewhere in the station for ice machines. If your station has an ice machine in the bay, look for accumulated soot on the machine, especially where it might not get regular cleaning.

Turnout gear has historically been stored along the walls of apparatus bays. It was a natural place, convenient to the apparatus, and out of the living and sleeping areas. However, we now know of three very valid reasons to store turnout gear off the bay floor:

  1. UV degradation.
  2. Exposure to contaminants in the bay from contaminated equipment off gassing and residual diesel exhaust not collected from removal systems.
  3. Proper ventilation.

Turnout gear should be stored in a separate dedicated room located just off the bay. The room should remain dark except when occupied by a firefighter to prevent UV degradation from sunlight and artificial light. Motion-sensor lights are an ideal application for this environment. And, the room should have its own dedicated ventilation system to remove off gases and aid in keeping PPE dry.

Breathing air compressors should not be on apparatus bay floors for the same reasons listed above. Their filtration systems should not have to filter contaminants that can be avoided altogether.

New Stations and Station Expansion

Many readers might wonder what they can do about this unless they are building a new station. By all means, these factors should be considered in the design of a new station. However, as service demands grow and firefighter health and safety concerns are better understood, all departments should have a plan to expand their stations if enough land is available. When talking expansion to older stations, consider adding fitness rooms and decontamination rooms.

Other Safety and Health Tidbits

There are other small and affordable items to consider that relate to apparatus bays. Think about the doors leading to and from the bay. Is there at least a small window so people walking in opposite direct

Read more
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Fire Mechanics Section Board

Chair

Posted: Oct 21, 2015

Chair

Elliot Courage
North Whatcom Fire & Rescue
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Vice Chair

Posted: Oct 21, 2015

Vice Chair

Mike Smith 
Pierce County Fire District #5
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Secretary

Posted: Oct 21, 2015

Secretary

Greg Bach
South Snohomish County Fire & Rescue
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Director #1

Posted: Oct 21, 2015

Director #1

Doug Jones
South Kitsap Fire & Rescue
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Director #2

Posted: Oct 21, 2015

Director #2

Paul Spencer 
Fire Fleet Maintenance LLC
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Director #3

Posted: Oct 21, 2015

Director #3

Jim Morris
Mountain View Fire Department
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Director #4

Posted: Oct 21, 2015

Director #4

Arnie Kuchta

Clark County Fire District 6

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Director #6

Posted: Oct 21, 2015

Director #6

Brett Annear
Kitsap County Fire District 18
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Director #5

Posted: Oct 21, 2015

Director #5

Jay Jacks
Camano Island Fire & Rescue
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Legislative Representative

Posted: Oct 21, 2015

Legislative Representative

TBD
TBD
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Immediate Past Chair

Posted: Oct 20, 2015

Immediate Past Chair

Brian Fortner
Graham Fire & Rescue

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