Hen Nozzles
Hen Nozzles
  • Видео 17
  • Просмотров 19 864
HEN Blade 265 on Garage Fire in Quapaw OK
Watch as the HEN Blade 265 (265gpm@50psi) attacks a well involved two car garage. Also watch as the nozzle firefighter easily handles the line.
Просмотров: 3 883

Видео

HEN Turbo - reduces hose and nozzle whip
Просмотров 7273 месяца назад
HEN Turbo - reduces hose and nozzle whip
Massive Gas Contraction and Lift
Просмотров 2103 месяца назад
Massive Gas Contraction and Lift
Burn 4 Transitional attack
Просмотров 2254 месяца назад
Burn 4 Transitional attack
Quapaw OK VES Room View
Просмотров 954 месяца назад
HEN Nozzles demonstration burn in Quapaw Ok. Here we get a view from where the VES team is entering to see if the HEN Blade 160@50 nozzle makes conditions worse as they push down the hallway.
Is HEN TURBO self flushing?
Просмотров 2034 месяца назад
Is HEN TURBO self flushing?
HEN Turbo
Просмотров 1 тыс.4 месяца назад
World's first back pressure increaser - Disassociate nozzle pressure from back pressure
HEN Demonstration Burn - Large area fire
Просмотров 3,8 тыс.8 месяцев назад
@HenNozzles Large area fire Nozzles used: HEN Blade 160GPM@50PSI Nozzle man: Kyle Romagus Burn planning: Ray McCormack, Ian Bennet, Dennis LeGear
HEN Demonstration Burn - 2 room fire transitional attack
Просмотров 3,9 тыс.8 месяцев назад
@HenNozzles Two room fire transitional attack Nozzles used: HEN Blade 160GPM@50PSI Nozzle man: Kyle Romagus Burn planning: Ray McCormack, Ian Bennet, Dennis LeGear
HEN Demonstration Burn - One room fire Unvented
Просмотров 4698 месяцев назад
@HenNozzles One room fire - unvented Nozzles used: HEN Blade 160GPM@50PSI Nozzle man: Kyle Romagus Burn planning: Ray McCormack, Ian Bennet, Dennis LeGear
HEN Demonstration Burn - One room fire with vent
Просмотров 5798 месяцев назад
@HenNozzles One room fire - vented Nozzles used: HEN Blade 160GPM@50PSI Nozzle man: Kyle Romagus Burn planning: Ray McCormack, Ian Bennet, Dennis LeGear
HEN Demonstration Burn - 2 room fire with vent
Просмотров 1,5 тыс.8 месяцев назад
@HenNozzles Two room fire - One room vented Nozzles used: HEN Blade 160GPM@50PSI Nozzle man: Kyle Romagus Burn planning: Ray McCormack, Ian Bennet, Dennis LeGear
HEN Blade vs. HEN Tight mode
Просмотров 3469 месяцев назад
Here you will see the difference between HEN's Blade pattern and tight pattern. See how the Solid Blade pattern lays down a thick blanket of water without stirring up the debris (potential embers), while the tight pattern (AKA smoothbore tip) sends debris flying. The Solid Blade pattern is the game changer when it comes to Wildland Firefighting.
HEN Blade-45 for exposure control
Просмотров 4859 месяцев назад
HEN Blade-45 (45GPM@100PSI) being used for exposure control on an acquired structure burn.
Acquired structure burn - HEN Blade 160
Просмотров 1,6 тыс.9 месяцев назад
Acquired structure burn - HEN Blade 160
Dennis LeGear - HEN Blade Nozzles
Просмотров 4569 месяцев назад
Dennis LeGear - HEN Blade Nozzles

Комментарии

  • @Rescue-mt7fl
    @Rescue-mt7fl 2 месяца назад

    It’s still a modified fog line. Droplets of water move air. We can entrain air with a solid bore nozzle moved around in o and a patterns. We can get conventional fog nozzles that run at 50 psi with low back pressure. We can get solid bore lines that will open to really good fog patterns. None of which are really going to be used in mocking down a structural fire. A bladed stream is still a flat fog that when spun around entrains as much air as any other broken stream. To think this is a stream without air entrainment for those looking at it as such, is foolish at best. So if we are going to reduce the amount of air entrainment during attack and a solid bore provides the best ability to reduce that. Then I fail to see what problem this is trying to correct.

  • @Rescue-mt7fl
    @Rescue-mt7fl 2 месяца назад

    It’s still a broken stream. Water droplets entrain air. Moving the nozzle increases the entrainment. It’s still an attempt to create a better fog nozzle. The NIST UL studies pretty much spell out the science.

  • @dennislegear8690
    @dennislegear8690 4 месяца назад

    The HEN Nozzles TURBO BPI is A Revolutionary Advancement, Disassociating Nozzle Pressure from Back Pressure. We have been working on this for a while, get 160gpm@50psi a 60lbs Nozzle Reaction and a 75psi hose Back Pressure, now that sounds like heaven, because it is: Stay up to date on what's now possible, from rig to nozzle, and pattern to seat. HEN is Building the Most Advance & Balanced Handline Attack Package Systems in the World. Back Pressure vs Nozzle Reaction GPM & Pattern Types. A New Trifecta is Now Possible From Pump Operator to Back -up to Nozzles. TURBO Charge All 1.75-inch Handlines with 50psi Nozzles Pressure The Turbo between 150 to 185 gpm, increases Back Pressure an additional 25 to 30psi in the handline stretch from Rig to Nozzles on top of the 50psi Nozzle Pressure in both Flowing and non-Flowing Conditions. Boost 1.75-inch hose performance when using a 50psi NP with impressive benefits in all essential metrics from Higher Pressure Hose to Premium Low-Pressure hose design. Streamline essential members tasks in handline fire stream development on the fire ground, while enhancing suppression and safety: Pump Operator: 1) Higher Initial PDP = Less Kinks On-Charge 2) Simplifies all Transfers to Positive Pressure Source (Tank to Hydrant Transfer & Booster Back-up) 3) No to Less Gating Discharges 4) Governor Functions as Designed when Net Pump Pressure < Discharge Pressure Back-up(s): 1) Entire Stretch Possesses a Back Pressure Enhancement from Rig to Nozzle 2) Appropriately Rigid Line is easier to Feed and Push on Advance 3) Appropriately Rigid Line is easier to Pull on Advance 4) 75psi BP = Less Kink Formation in the IDLH and Outside Nozzles: 1) Achieve proper NP quicker upon call for Water, more Mechanical Force Knocking Dry Kinks Out 2) Reduces to Eliminates Hose and Nozzle Whip Issues 3) Ensures an Arm Length Nozzle Bite, Improving Water Mapping with Less Arm Movement 4) Low reaction force 50psi Nozzle Pressure remains intact. Turbo plus all Blades ready for purchase at www.hennozzles.com/shop-all

  • @JB91710
    @JB91710 5 месяцев назад

    That was just a demonstration of Fountain Statue Firefighting. You don't squirt water on one spot endlessly and call that firefighting.

    • @robert5344
      @robert5344 5 месяцев назад

      pretty sure they did that just to show what the nozzle can do

    • @JB91710
      @JB91710 5 месяцев назад

      @robert5344 They could do that and also show how it could get the job done. Most humans don't think and understand. They watch and mimic, and so, the Fountain Statue comment.

    • @Rescue-mt7fl
      @Rescue-mt7fl 2 месяца назад

      While you wouldn’t hold water in one spot “endlessly” a water stream flowing 150-180 gpm or greater will cling to the surfaces and perform as good of a job if not better than whipping the nozzle around as we were taught for decades. Water mapping (see FSRI) studies show us that we can effectively knock down a fire as demonstrated here with limited nozzle movement. Many times we can accomplish this through hitting ceiling at high center from just outside the doorway or window and then moving it left for a few second then right for a few seconds. Coming in and whipping the nozzle around in various patterns, simply makes us feel better, it makes us think we are actually doing something, vs knowing what the water is actually doing and conserving our energy. That being said, this nozzle fails to demonstrate what problem they are trying to fix. It’s still a broken stream. Broken streams still entrain more air than straight streams. If you’re simply saying it’s a fog that entrains less air. Why wouldn’t you simply use a straight stream or solid stream to accomplish the task and have less air entrainment. Another reason for not whipping the hen nozzle around vs keeping centered is also because as a broken stream, whipping the nozzle around would cause it to entrain air at the same or close the same rate as a conventional full fog.