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©Copyright Task Force Tips LLC   2018 - 2020 

LIS-045 May 5, 2019 Rev02

5

3.0  GENERAL INFORMATION

The TFT VORTEX Nozzles enhance the use of smooth bore nozzles. They are intended for installation behind a smooth bore nozzle 
for use with water or 

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 re 

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 ghting foam solutions. Six short vanes in the bore of the VORTEX reduce turbulence in straight stream. 

Actuating a VORTEX nozzle from “STREAM” to “VORTEX” causes the vanes to pivot proportionally. This induces a gentle spin in 
the water to create a uniformly dispersed VORTEX stream pattern. The vanes are less obtrusive than a typical stream straightener, 
resulting in virtually no friction loss regardless of which stream pattern is selected. The vanes also allow large debris to easily pass 
through the VORTEX. Pattern selection is controlled with an electric drive on VORTEX ER nozzles. A manual actuation crank turned 
by hand is used to change the pattern on manually operated versions.

3.1 VARIOUS MODELS AND TERMS

VORTEX 2 and 2 ER models are con

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 gured with a 2.5” female coupling and 2.5” male threads on the outlet for use with stacked tips.

VORTEX 3 and 3 ER models are con

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 gured with a 3.5” female coupling and 3.5” male threads on the outlet for use with stacked tips.

VORTEX 6 ER models are con

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 gured with a 6”NH female 

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 xed coupling and 6”NH male threads on the outlet for use with connecting 

to Tsunami Stacked Tips.

VORTEX

VORTEX ER

INLET COUPLING

OUTLET THREADS

MANUAL 

ACTIVATION 

CRANK

SERIAL NUMBER

ELECTRICAL QUICK 

CONNECT FOR TFT 

MONITORS

ELECTRIC ACTUATOR

MANUAL OVERRIDE 

5/16" HEX

Figure 3.1

3.2 SPECIFICATIONS

VORTEX 2

VORTEX 2 ER

VORTEX 3

VORTEX 3 ER

VORTEX 6 ER

Maximum Flow Rate

1250 gpm (4500 l/min) 

2500 gpm (9500 l/min)

8000 gpm (30,000 l/min)

Maximum Operating Pressure

300 psi (21 bar)

Hydrostatic Test Pressure

900 psi (62 bar)

Actuation Time for Full Travel*

4 seconds

8 seconds

14 seconds

Electrical Requirements*

12V / 24V

Waterway Diameter

2.5” (64 mm)  

3.5” (89 mm)

6” (152 mm)

Standard Inlet/Outlet

2.5” NH, BSP, NPSH

2.5” NH, BSP, NPSH

6” NH

Overall Length

8.4” (213 mm)  

9.0” (229 mm)

11” (279 mm)

Operating temperature of 

fl

 uid

33° to 120°F (0° to 50°C)

Storage temperature range

-40° to 150°F (-40° to 65°C)

Materials used

Aluminum 6000 series hard anodized MIL8625 class 3 type 2, 

stainless steel 300 series, nitrile rubber

* For ER Models Only

Figure 3.2

Summary of Contents for VORTEX 2 ER

Page 1: ...personnel for firefighting All personnel using this equipment shall have completed a course of education approved by the Authority Having Jurisdiction AHJ This instruction manual is intended to famil...

Page 2: ...t you may be called upon to use 3 It is your responsibility to know that you have been properly trained in Firefighting and or Emergency Response and in the use precautions and care of any equipment y...

Page 3: ...R FLOW CHARACTERISTICS AND CHARTS 4 2 VORTEX 3 AND 3 ER FLOW CHARACTERISTICS AND CHARTS 4 3 VORTEX 6 ER FLOW CHARACTERISTICS AND CHARTS 5 0 INSTALLATION 5 1 VORTEX 2 AND 2 ER INSTALLATION 5 2 VORTEX 3...

Page 4: ...to reduce risk of injury WARNING Equipment may be damaged if frozen while containing significant amounts of water Such damage may be di cult to detect visually Subsequent pressurization can lead to i...

Page 5: ...reads on the outlet for use with stacked tips VORTEX 3 and 3 ER models are configured with a 3 5 female coupling and 3 5 male threads on the outlet for use with stacked tips VORTEX 6 ER models are con...

Page 6: ...milar metals coupled together can cause galvanic corrosion that can result in the inability to uncouple the connection or complete loss of engagement over time Failure could cause injury Per NFPA 1962...

Page 7: ...32 mm 35 mm 38 mm 44 mm 2 0 Tip 51 mm Figure 4 1 2 5 65 mm Stacked Tip Flow Tables Nozzle Diameter inches Nozzle Pressure PSI 50 60 80 100 Flow GPM Reaction lbf Flow GPM Reaction lbf Flow GPM Reactio...

Page 8: ...3 3 ER with Smoothbores 2 Tip 51 mm 2 25 Tip 57 mm 2 5 Tip 64 mm 2 75 Tip 70 mm Figure 4 2 3 5 89 mm Stacked Tip Flow Tables Nozzle Diameter inches Nozzle Pressure PSI 50 60 80 100 Flow GPM Reaction...

Page 9: ...0 25 50 75 100 125 150 175 200 Figure 4 3 6 157 mm Stacked Tip Flow Tables Nozzle Diameter inches Nozzle Pressure PSI 50 60 80 100 Flow GPM Reaction lbf Flow GPM Reaction lbf Flow GPM Reaction lbf Flo...

Page 10: ...ER INSTALLATION The VORTEX 2 VORTEX 2 ER is intended to be installed on the outlet of a monitor and paired with stacked tips or smooth bores MST 3NJ 3 STACKED TIPS VORTEX 2 ER MST 4NJ 4 STACKED TIPS...

Page 11: ...out 2 turns using a 5 32 hex key 3 Turn the VORTEX until it is oriented to the desired position 4 Tighten the set screw to 45 in lb 5 Fully tighten the Vortex on the monitor SET SCREW CAUTION Failure...

Page 12: ...rsed Pattern Figure 6 0B Pivoting the vanes has virtually no e ect on the flow area or ability to pass large debris As a result discharge pressure and flow rate remain constant regardless of stream pa...

Page 13: ...Elevation loss in PSI This Safety Manual is not intended as a substitute for proper training in the use of rescue systems as taught from credible sources such as the National Fire Protection Associat...

Page 14: ...ge of its obligations under this limited warranty If TFT makes this election claimant shall return the equipment to TFT free and clear of any liens and encumbrances This is a limited warranty The orig...

Page 15: ...he moving parts When used in moderation as directed the solvents quickly evaporate without adversely swelling the O Rings 10 2 SERVICE TESTING In accordance with NFPA 1962 equipment must be tested a m...

Page 16: ...djusts pattern through full range with electric and manual control BEFORE BEING PLACED BACK IN SERVICE equipment must be inspected to this list 1 All controls and adjustments are operational 2 There a...

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