Hose strap

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A nylon loop hose strap, with a structural firefighting glove for size comparison Hose strap with glove.jpg
A nylon loop hose strap, with a structural firefighting glove for size comparison

A hose strap (also known as a rope hose tool) is a piece of firefighting equipment. It can be "a short length of rope with an eye loop at one end and a metal hook at the other" [1] or a piece of "flat nylon webbing sewn into a four-foot loop". [2] Such a tool is routinely carried by firefighters in their structural turnout gear as a standard piece of personal equipment. [3] While the variety with a metal hook may be more versatile, the nylon loop weighs less, is less expensive, and can be safely carried in a pocket. The hose strap has been a firefighting tool in common use since at least 1918, [4] and appears as early as 1898 in an inventory list of Seattle, Washington municipal firefighting equipment. [5]

Firefighting actions to protect people, animals, goods, lands, and other objects from fire

Firefighting is the act of attempting to prevent the spread of and extinguish significant unwanted fires in buildings, vehicles, woodlands, etc. A firefighter suppresses fires to protect lives, property and the environment.

A nylon loop hose strap, folded for storage Hose strap folded.jpg
A nylon loop hose strap, folded for storage

While the terms may be used for a family of similar tools, they share a wide variety of established uses, including carrying un-charged fire hose, [2] opening doors, [6] closing doors, [7] securing hoselines, [8] dragging victims, [9] and even carrying boots. [3] The use that gives the tool its name, however, is securing a charged hoseline, allowing a firefighter to better control and maneuver the line while flowing water. To use a hose strap in that manner, a firefighter secures the tool to the hoseline three to five feet behind the nozzle, using either the hook or a girth hitch, and loops the other end of the tool around his or her opposite side shoulder. [10] Since the tool is attached several feet behind the firefighter, its use will not hinder a firefighter wearing a Self-contained breathing apparatus. For larger attack lines, such as a 2 12 inches (6.4 cm) hand line, second or third firefighters can use additional hose straps to secure the hose farther behind the nozzle operator, to provide additional leverage against the water pressure. Since multiple hose straps will typically be available to a team of firefighters, they can be used in combination to handle a variety of other tasks. For example, if a task requires greater length than that of a single hose strap, two hose straps may be connected via girth hitch.

A fire hose is a high-pressure hose that carries water or other fire retardant to a fire to extinguish it. Outdoors, it attaches either to a fire engine or a fire hydrant. Indoors, it can permanently attach to a building's standpipe or plumbing system.

Self-contained breathing apparatus Emergency breathing air supply system carried by the user

A self-contained breathing apparatus (SCBA) sometimes referred to as a compressed air breathing apparatus (CABA), or simply breathing apparatus (BA), is a device worn by rescue workers, firefighters, and others to provide breathable air in an immediately dangerous to life or health atmosphere (IDLH). When not used underwater, they are sometimes called industrial breathing sets. The term self-contained means that the breathing set is not dependent on a remote supply. If designed for use under water, it is called SCUBA.

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Storz

Storz is a type of hose coupling invented by Carl August Guido Storz in 1882 and patented in Switzerland in 1890, and patented in the U.S. in 1893 that connects using interlocking hooks and flanges. It was first specified in standard FEN 301-316, and has been used by German fire brigades since 1933. Amongst other uses, it has been widely employed on fire hoses in firefighting applications. It is the standard coupling on fire hoses in Portugal, Denmark, Germany, Austria, Switzerland, Sweden, the Netherlands, Israel, and Greece. It is also widely used in Australia and the United States.

In firefighting, the policy of two-in, two-out refers to United States Occupational Safety and Health Administration (OSHA) policy 29 CFR 1910.134(g)(4)(i) that mandates that firefighters never go into a dangerous situation in a fire or rescue incident alone, and that there be two firefighters outside the hazard area to initiate a rescue of the firefighters inside, should they become in trouble, during the initial stages of the incident where only one crew is operating in the hazard area. Once a second crew is assigned or operating in the hazard area, the incident is no longer considered in the initial stages and a dedicated firefighter assist and search team or rapid intervention crew is required.

Water tender

A water tender, also known as a tanker in some regions, is a specialized firefighting apparatus designed for transporting water from a water source to a fire scene. Water tenders are capable of drafting water from a stream, lake or hydrant.

Firefighting jargon includes a diverse lexicon of both common and idiosyncratic terms. One problem that exists in trying to create a list such as this is that much of the terminology used by a particular department is specifically defined in their particular standing operating procedures, such that two departments may have completely different terms for the same thing. For example, depending on whom one asks, a safety team may be referred to as a standby, a RIT or RIG or RIC, or a FAST. Furthermore, a department may change a definition within its SOP, such that one year it may be RIT, and the next RIG or RIC.

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This is a glossary of firefighting equipment.

Pike pole

Pike poles are long metal-topped wood, aluminum, or fiberglass poles used for reaching, holding, or pulling. They are variously used in construction, logging, rescue and recovery, power line maintenance, and firefighting.

The New Zealand Fire Service was New Zealand's main firefighting body from 1 April 1976 until 1 July 2017 - at which point it was dissolved and incorporated into the new Fire and Emergency New Zealand.

Bunker gear protective clothing worn by firefighters

Bunker gear or turnout gear, also known as a fire kit in the UK and Ireland, are terms used by many firefighters to refer to their Personal Protective Equipment or PPE. "Bunker gear" and "turnout gear" can refer, depending on the context, to just the trousers, boots and jacket, or to the entire combination of personal protective equipment and personal protective clothing. The terms are derived from the fact that the trousers and boots are traditionally kept by the firefighter's bunk at the fire station to be readily available for use. In Hong Kong, it is referred to as "incident gear".

Compressed air foam system

A compressed air foam system (CAFS) is used in firefighting to deliver fire retardant foam for the purpose of extinguishing a fire or protecting unburned areas.

A thermal imaging camera is a type of thermographic camera used in firefighting. By rendering infrared radiation as visible light, such cameras allow firefighters to see areas of heat through smoke, darkness, or heat-permeable barriers. Thermal imaging cameras are typically handheld, but may be helmet-mounted. They are constructed using heat- and water-resistant housings, and ruggedized to withstand the hazards of fireground operations.

Deluge gun equipment used in firefighting

A deluge gun, fire monitor, master stream or deck gun is an aimable controllable high-capacity water jet used for manual firefighting or automatic fire protection systems. Deluge guns are often designed to accommodate foam which has been injected in the upstream piping.

A hose lay or hose load is a preconfigured arrangement of fire hose that facilitates deployment under high-stress, high-danger situations.

Hard suction hose type of fire hose

Flexible suction hose, not to be confused with hard suction hose in U.S., is a specific type of fire hose used in drafting operations, when a fire engine uses a vacuum to draw water from a portable water tank, pool, or other static water source. It is built to withstand vacuum, rather than pressure, abrasion, and heat. Conversely, hard suction is capable of withstanding up to 200 PSIG, as well as vacuum. In the United States, it is standard equipment according to the National Fire Protection Association standards for fire engines. It is used in both structural and wildland firefighting throughout the world, and is made in various diameters and connection types.

Portable water tank

A portable water tank is a temporary collapsible tank designed for the reserve storage of water in firefighting, emergency relief, and military applications. These tanks can be either supported or unsupported. The supported tanks have a steel or aluminum frame and range in size from 600 to 5000 US gallons or larger by custom design. Portable water tanks are also unsupported such as self-supporting tanks, blivets and pillow or bladder tanks and are available in sizes ranging from 100 US gallons (380 L) up to 80,000 US gallons (300,000 L).

As of 2018, there are around 1,216,600 firefighters serving in 27,228 fire departments nationwide and responding to emergencies from 58,150 fire stations. Of those firefighters, 31% or 346,150 were career firefighters and 69% or 788,250 were volunteers.

Vincent Joseph Dunn, born May 12, 1935 in Queens, New York, was a firefighter in New York City for 42 years, rising in rank to Commander of Division 3. A contributing editor to Firehouse Magazine, he is the author of four books on firefighting. Two were written prior to his 1999 retirement from New York City Fire Department: 1988 – "Collapse of Burning Buildings: A Guide to Fireground Safety"; 1992 – "Safety and Survival on the Fireground". Two were written after retirement: 2000 – "Command and Control of Fires and Emergencies"; 2007 – "Strategy of Firefighting".

References

  1. Spadafora, Ronald R. (2007). McGraw Hill's Firefighter Exams. McGraw-Hill. p. 220. ISBN   0-07-147769-1 . Retrieved 2008-09-06.
  2. 1 2 Bradford, George (2000). Structural Protection in the I-zone. PennWell Books. p. 19. ISBN   0-912212-95-0 . Retrieved 2008-09-06.
  3. 1 2 Brennan, Thomas F. (2007). Tom Brennan's Random Thoughts. Fire Engineering Books. p. 22. ISBN   1-59370-112-8 . Retrieved 2008-09-06.
  4. Sandy, William C. (1918). "Organizing Fire Department at State Hospital". Hospital Management. Clissold Pub. Co. Retrieved 2008-09-07.
  5. Seattle (Wash.). Comptroller's Office (1898-01-03). Annual Report of the Comptroller - City of Seattle, Washington. Comptroller. p. 78. Retrieved 2008-09-07.
  6. Clark, William E. (1991). Firefighting Principles & Practices. PennWell Books. p. 115. ISBN   0-87814-920-1 . Retrieved 2008-09-06.
  7. Klaene, Bernard J. (2007). Structural Firefighting: Strategy and Tactics. Jones & Bartlett. p. 158. ISBN   0-7637-5168-5 . Retrieved 2008-09-06.
  8. Norman, John (1998). Fire Officer's Handbook of Tactics. PennWell Books. p. 65. ISBN   0-912212-72-1 . Retrieved 2008-09-06.
  9. International Association of Fire Chiefs (2007). Fundamentals of Fire Fighter Skills Workbook. Jones & Bartlett. p. 99. ISBN   0-7637-4259-7 . Retrieved 2008-09-06.
  10. Fornell, David P. (1991). Fire Stream Management Handbook. PennWell Books. p. 412. ISBN   0-87814-927-9 . Retrieved 2008-09-06.