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Posted: Jun 5, 2015

Fire Truck Picture of the Day-Custom Fab & Body Tender

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Posted: Jun 4, 2015

Flag Lowering-Cpl. Joshua Barron (6/5/15)

Governor Inslee is deeply saddened by the death of Marine Corporal Joshua E. Barron, 24, of Spokane, and directs that Washington State and United States flags at all state agency facilities be lowered to half-staff in his memory on Friday, June 5, 2015.  Corporal Barron died on May 17 from injuries sustained while aboard a MV-22B Osprey after it made a hard landing at Marine Corps Base Hawaii.
 
Flags should remain at half-staff until close of business or sunset on June 5 or first thing Monday morning, June 8, 2015...
 

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Posted: Jun 3, 2015

Height and Length Challenges for Katonah (NY) Fire Department Quint

Alan M. Petrillo   Alan M. Petrillo

The Katonah (NY) Fire Department looked at the long-range needs of its fire district and determined it should incorporate an aerial device into its fleet. But, the angle of entry into its firehouse and low support cross beams inside meant the department needed a vehicle with a low travel height and also one with a restricted length.

Katonah had purchased a pumper from Smeal Fire Apparatus a few years before and again turned to Smeal to develop a low-profile quint that would work for its situation.

The result was a 75-foot aerial quint with an overall height of 10 feet, 9 inches and overall length of 39 feet, 1 inch that carries a Waterous 2,000-gallon-per-minute (gpm) two-stage pump, a 400-gallon water tank, a 20-gallon Class A foam tank, and a FoamPro 2000 foam system.

A low travel height and a restricted length were two major reasons the Katonah (NY) Fire Department chose Smeal Fire Apparatus to build a 75-foot quint aerial. (Photos courtesy of Smeal Fire Apparatus.)
A low travel height and a restricted length were two major reasons the Katonah (NY) Fire Department chose Smeal Fire Apparatus to build a 75-foot quint aerial. (Photos courtesy of Smeal Fire Apparatus.)

Specific Requirements

Dean Pappas, Katonah's first assistant chief, says the department had such good results working with Smeal on its pumper that the department instinctively turned to Smeal to work out a solution to its aerial ladder issue. "We also wanted the quint to mirror our new pumper as much as possible," Pappas points out. "Smeal had built a low-travel-height quint for a department in Rhode Island and our dealer, New England Fire Equipment and Apparatus, brought it to our firehouse and put it through our double-length drive-through bay, so we knew our firehouse could handle it. None of the other manufacturers we talked with would guarantee their quint would fit if they built it for us."

Pappas says the Katonah truck committee sat down with Smeal representatives and presented the department's list of requirements for the quint. "We wanted the vehicle on a single axle with full pumping and attack capability," Pappas says. "We wanted as much water as possible, plus a foam tank, foam system, and plenty of hosebed space for large-diameter hose (LDH) supply line. We were shooting for a 500-gallon water tank, but it turned out not to be possible on a single axle with the length of the vehicle we required. So, we ended up with a 400-gallon water tank and a 20-gallon foam tank."

The Smeal 75-foot aerial quint has a Waterous 2,000-gpm two-stage pump, a 400-gallon water tank, a 20-gallon Class A foam tank, and a FoamPro 2000 foam system.
The Smeal 75-foot aerial quint has a Waterous 2,000-gpm two-stage pump, a 400-gallon water tank, a 20-gallon Class A foam tank, and a FoamPro 2000 foam system.

Atypical Height Need

Rich Peck, sales manager for New England Fire Equipment and Apparatus, says the maximum travel height requirement of 10 feet, 9 inches was considerably lower than that of a typical 75-foot quint aerial.

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Posted: Jun 3, 2015

From Water Flow to Transfer Applications, Portable Pumps Prove Themselves

Portable pumps continue to have their specialized uses, especially when firefighters simply can't get a larger apparatus-based fire pump close enough to make a difference on a fire scene.

Portable pump systems are being offered in a wide variety of types and models-from hand-carried versions to skid-loaded units-and firefighters are finding an array of uses.

Jim Darley, national sales manager for Darley Company's fire pump division, says Darley makes three different models of portable pumps, with all its pumps and engines being modular so they can be mixed and matched. "Our largest portable, the HE model that's used for water transfer, has a four-inch suction and can be coupled to an 18-horsepower (hp) or 23-hp engine," Darley says. "This is a direct-drive model and is great for volume flows for filling tankers, but it won't do more than 70 pounds per square inch (psi)."

Another direct-drive model that Darley Co. makes is the 2BE model, which Darley says is a multipurpose pump with a three-inch suction that can be driven by a 23-hp Briggs & Stratton engine, a 21-hp Honda engine, a 23-hp Vanguard engine, or a 24-hp Kubota diesel engine. "We use it on our skid units and sell it to original equipment manufacturers (OEMs) who are building skid units," he notes. "It's useful in flowing water through a one-inch booster line or a 1½-inch hoseline but also can be plumbed with a 2½-inch discharge."

Darley Co. makes the 2BE series portable pump that's often used in skid units. Shown here in the 2BE23V model; this pump is driven by a 23-horsepower Vanguard engine. (Photo courtesy of Darley Co.)
Darley Co. makes the 2BE series portable pump that's often used in skid units. Shown here in the 2BE23V model; this pump is driven by a 23-horsepower Vanguard engine. (Photo courtesy of Darley Co.)

Darley points out that the 2BE model will generate in excess of 400 gallons per minute (gpm) at low pressures. "At 140 psi, it can do 100 gpm, and at 110 psi it can do 200 gpm, enough for two 1½-inch hoselines," he says.

Darley also makes the 1.5AGE, a gear-driven, engine-drive portable pump. "We put the gearbox between the pump and the engine, which allows the operator to not have to work the engine so hard," Darley points out. "If we use an engine capable of 3,600 revolutions per minute (rpm), and with a 2.7 gearbox ratio, we will have the pump impeller spinning in excess of 9,000 rpm. We can modify the impellers inside the pump casings to give higher volume or pressure depending on what is needed."

Other portable pumps Darley makes are the 2.5AGE, a gearbox and engine-driven pump with a 2½-inch pipe-threaded suction that is capable of higher flows than the 1.5AGE; the Hercules, a four-inch suction pump mounted on a Rotax 582 gasoline engine that also is available in a skid-mounting version or for mounting on a boat; the HE10.5 floating pump powered by a Briggs & Stratton 10½-hp engine; and the HE11H floating pump powered by an 11-hp Honda engine.

Gasoline or Diesel Power

Jerry Halpin, vice president of sales and marketing for CET Fire Pumps, says his company's most popular models are powered by both gasoline and diesel engines ranging from 20 to 60 hp. "A predominant number of those pumps are used for some kind of structural fire up to the point where you have to flow 1,000 gpm," Halpin says. "They mi

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Posted: Jun 3, 2015

Vindicator Nozzle Offers Interior Line Flexibility with Higher Flows

As you know when it comes to extinguishing fires, water is almost exclusively used-with few exceptions. The method of delivery has always been through discharge evolutions made up of hose, appliances, and nozzles. I like to think of the nozzle as an applicator for applying the water for fire extinguishment.

Over the years, there have been several types of nozzles used for firefighting with various results. The Vindicator nozzle developed by First Strike Technologies, although not new, is one of the latest nozzles to enter into the fire service. It is neither a combination nozzle nor a smooth bore nozzle. I've heard some people describe it as a large-bore nozzle; however, it varies from a smooth bore in many ways.

The Vindicator nozzle consists of two parts: the ball valve and the barrel. The ball valve has a 13⁄8-inch waterway with flow capabilities up to 500 gpm, while the master stream nozzle flows up to 1,000 gpm
The Vindicator nozzle consists of two parts: the ball valve and the barrel. The ball valve has a 13⁄8-inch waterway with flow capabilities up to 500 gpm, while the master stream nozzle flows up to 1,000 gpm.

The Vindicator nozzle is a fixed-gallonage nozzle in that it delivers a specific flow at a specific nozzle base pressure. It has a flow range that delivers a workable stream varying from low to high with an accompanying nozzle base pressure. The nozzle base pressure varies from 40 pounds per square inch (psi) to 100 psi, offering a very wide flow capacity range and optimal stream performance for the Heavy and Blitz Attack models.

The Vindicator nozzle only provides a straight stream. It consists of two parts: the ball valve and the barrel. The ball valve has a 13⁄8-inch waterway with flow capabilities up to 500 gallons per minute (gpm) while the master stream nozzle flows up to 1,000 gpm. Inside the barrel there is a stream shaper and a stream deflector that develops the water into a workable firefighting straight stream, which offers lower nozzle reaction characteristics. The handline barrel portion of the nozzle utilizes 1½-inch couplings; the master stream has 2½-inch couplings. The barrel has air intake ports at the base similar to a foam nozzle designed to introduce air into the fire stream, which creates large droplets of water.

There are four Vindicator nozzle models:

  • Light Attack: 90- to 200-gpm flow range and nozzle pressure range of 50 psi at 95 gpm to 100 psi at 200 gpm.
  • Heavy Attack: 175- to 425-gpm flow range and nozzle pressure range of 50 psi at 250 gpm to 100 psi at 425 gpm.
  • Blitz Attack: 250- to 500-gpm flow range and nozzle pressure range of 50 psi at 325 gpm to 100 psi at 500 gpm.
  • Master Attack: 675- to 1,000-gpm flow range and nozzle pressure range of 65 to 85 psi.

The following flow tests were done by an independent agency to compare the performance capabilities of a Vindicator Heavy Attack nozzle against a 15⁄16-inch smooth bore tip. The tests included flow delivery, nozzle reaction, and flow impact.

Shown here is a Vindicator Master Attack nozzle flowing 1,000 gpm.
Shown here is a Vindicator Master Attack nozzle flowing 1, Read more
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