Task Force Tips XFIH-E11A Manuale di programmazione

TASK FORCE TIPS, Inc. 2800 E. Evans Ave., Valparaiso, IN 46383-6940 USA

800-348-2686 • 219-462-6161 • Fax 219-464-7155

INSTRUCTIONS FOR INSTALLATION, SAFE OPERATION AND MAINTENANCE

MANUAL: Remote Control

HURRICANE RC MONITOR

Read instruction manual before use. Operation of this device without understanding the manual

and receiving proper training is a misuse of this equipment. A person who has not read and

understood all operating and safety instructions is not qualified to operate the Hurricane RC

monitor.

DANGER

This instruction manual is intended to familiarize installers,

firefighters and maintenance personnel with the installation,

operation, servicing, and safety procedures associated with

the Hurricane RC Monitor.

This manual should be kept available to all operating and

maintenance personnel.

Model XFIH-E11A Monitor

Shown With

Model M-ERP-NJ Nozzle

Maximum recommended inlet

pressure is 200 psi. (14 bar)

MADE IN USA • www.tft.com

©Copyright Task Force Tips, Inc. 2004-2006 LIX-300 January 24, 2006 Rev05

The member companies of FEMSA that provide emergency response equipment

and services want responders to know and understand the following:

1. Firefighting and Emergency Response are inherently dangerous activities

requiring proper training in their hazards and the use of extreme caution at all

times.

2. It is your responsibility to read and understand any user’s instructions provided

with any piece of equipment 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 you may be called upon to use.

4. It is your responsibility to be in proper physical condition and to maintain the

personal skill level required to operate any equipment you may be called upon

to use.

5. It is your responsibility to know that your equipment is in operable condition and

has been maintained in accordance with the manufacturer’s instructions.

6. Failure to follow these guidelines may result in death, burns or other severe

injury.

DANGER

PERSONAL RESPONSIBILITY CODE

Fire and Emergency Manufacturers and Services Association, Inc.

P.O. Box 147, Lynnfield, MA 01940 • www.FEMSA.org

FEMSA

3.1 SPECIFICATIONS ......................................3-4

3.1.1 MECHANICAL SPECIFICATIONS

3.1.2 ELECTRICAL SPECIFICATIONS

3.2 PART IDENTIFICATION AND MODELS .......................4

3.3 INLETS AND OUTLETS..................................5-6

3.3.1 INLET FLANGE SIZE SPECIFICATIONS

3.4 OVERALL DIMENSIONS ..................................6

3.4.1 OVERALL HEIGHT INCREASE FOR INLET FITTINGS

3.5 ELECTRICAL CONTROLS .................................7

3.5.1 MOTOR CONTROL BOARD (MCB) AUTO CONFIGURE

3.5.2 MOTOR CURRENT LIMITING

3.5.3 MOTOR SOFT STOPS

3.5.4 MOTOR SLOW/FAST SPEED

3.5.5 COMMUNICATION PROTOCOL

3.5.6 OSCILLATE AND STOW FEATURES

4.1 STRUCTURAL REQUIREMENTS FOR MONITOR MOUNTING ....7

4.2 INLET FITTINGS or EXTEND-A-GUN RC INSTALLATION ......8-9

4.3 NOZZLE CONNECTION ..................................10

4.4 HORIZONTAL ROTATION TRAVEL STOPS ................10-11

4.5 PRESSURE GAGE PORT.................................11

4.6 AUTOMATIC DRAIN .....................................11

5.1 PRIMARY MONITOR OPERATOR STATION ...............13-14

5.1.1 MOUNTING

5.1.2 ELECTRICAL WIRING

5.2 OPTIONAL MONITOR OPERATOR STATIONS ................15

5.2.1 MOUNTING

5.2.2 ELECTRICAL WIRING

5.3 TETHER MONITOR OPERATOR STATION ................15-16

5.3.1 HOLSTER MOUNTING

5.3.2 RECEPTACLE MOUNTING

5.3.3 ELECTRICAL WIRING

5.4 WIRELESS MONITOR OPERATOR STATION .................16

5.4.1 MOUNTING RECEIVER

5.4.2 ELECTRICAL WIRING RECEIVER

5.4.3 MOUNTING CHARGING CRADLE

5.4.4 ELECTRICAL WIRING CHARGING CRADLE

5.5 JOYSTICK MONITOR OPERATOR STATION...............17-18

5.5.1 MOUNTING

5.5.2 ELECTRICAL WIRING

5.5.2.1 WIRING TO A COMMUNICATION INTERFACE BOX

5.5.2.2 WIRING TO PRIMARY OPERATOR STATION

5.6 TOGGLE SWITCH MONITOR OPERATOR STATION ...........18

5.6.1 ENCLOSURE MOUNTING

5.6.2 ELECTRICAL WIRING

5.7 COMMUNICATION INTERFACE BOX .......................19

5.7.1 ENCLOSURE MOUNTING

5.7.2 ELECTRICAL WIRING

5.7.3 INPUT SIGNAL CONFIGURATION

5.8 MONITOR POSITION DISPLAY ............................19

5.9 CONNECTING MONITOR CABLE DIRECTLY TO PROTECTED

POWER SUPPLY .......................................19

5.9.1 ELECTRICAL WIRING

5.10 OPERATOR STATION INSTALLATION DIRECTLY TO MONITOR ...20

5.11 HURRICANE RC AERIAL TRUCK INSTALLATION ............20-21

5.11.1 ELECTRONICS ENCLOSURE MOUNTING

5.11.2 ELECTRICAL WIRING

5.11.2.1 LADDER INSTALLATION ELECTRICAL WIRING

5.11.2.2 PLATFORM INSTALLATION ELECTRICAL WIRING

5.12

6.1 MANUAL OVERRIDE HANDWHEELS .........................22

6.2 ELECTRICAL MODEL ...................................22-24

6.2.1 OPERATOR STATIONS

6.2.1.1 MONITOR MOUNTED OPERATOR STATION

6.2.1.2 PRIMARY OPERATOR STATION

6.2.1.3 OPTIONAL OPERATOR STATION

6.2.1.4 TETHER OPERATOR STATION

6.2.1.5 WIRELESS OPERATOR STATION

6.2.1.6 JOYSTICK OPERATOR STATION

6.2.1.7 TOGGLE SWITCH OPERATOR STATION

6.2.2 MASTER OVERRIDE FEATURE

6.2.3 STOW FEATURE

6.2.3.1 PROGRAMMING

6.2.3.2 STOW PROGRAMMING EXAMPLE

6.2.4 OSCILLATE FEATURE

6.2.4.1 PROGRAMMING

6.2.4.2 OSCILLATE PROGRAM RETAIN FEATURE

6.2.5 OPERATOR STATION PANELS

6.3 RECOMMENDED MONITOR STOWING POSITION ..............25

6.5 FLOWS & PRESSURES .................................25-29

6.5.1 STACKED TIPS FLOW AND REACH

6.5.2 AUTOMATIC NOZZLES

6.5.3 HURRICANE RC MONITOR FRICTION LOSS

6.6 STREAM STRAIGHTENERS ................................29

6.6.1 STREAM STRAIGHTENERS WITH STACKED TIP NOZZLES

6.6.2 STREAM STRAIGHTENERS WITH FOG NOZZLES

8.1 LUBRICATION............................................31

8.1.1 ELEVATION CONTROL WORM GEAR

8.1.2 HORIZONTAL ROTATION WORM GEAR

8.2 PERFORMANCE TESTING .................................31

9.1 HURRICANE RC MONITOR ASSEMBLY ....................32-33

9.2 ELEVATION CHAIN DRIVE ASSEMBLY........................34

9.3 GEAR MOTOR ASSEMBLY .................................34

9.4 MONITOR CONTROL BOX ASSEMBLY........................35

1.0 MEANING OF SAFETY SIGNAL WORDS ........................3

2.0 SAFETY ...................................................3

3.0 GENERAL INFORMATION ....................................3

4.0 INSTALLATION 7-8

5.0 ELECTRICAL CONTROLS INSTALLATION......................12

6.0 OPERATION ................................................21

7.0 TROUBLESHOOTING.........................................30

8.0 MAINTENANCE AND INSPECTION ..............................31

9.0 EXPLODED VIEW DRAWINGS AND PARTS LIST ................32-35

10.0 WARRANTY.........................................Back Cover

ELECTRICAL NOZZLE ACTUATOR WIRING ...................21

6.4 AUTOMATIC DRAIN .......................................25

Table of Contents

CAUTION The electric Hurricane RC may be remotely operated. The electric drives are current limited but

may still produce enough force to cause injury. Keep hands and fingers away from pinch points on

the monitor.

CAUTION

Do not use the manual override handwheels while the electric controls are in operation. The

electric drives produce enough torque to cause injury.

Maximum pressure is 200 psi (14 bar). Damage or injury may result if the monitor is operated

beyond these limits.

1.0 MEANING OF SAFETY SIGNAL WORDS

A safety related message is identified by a safety alert symbol and a signal word to indicate the level of risk involved with a

particular hazard. Per ANSI standard Z535.4-1998, the definitions of the three signal words are as follows:

DANGER

CAUTION

WARNING

DANGER indicates an imminently hazardous situation which, if not avoided, will result in death or

serious injury.

WARNING indicates a potentially hazardous situation which, if not avoided, could result in death

or serious injury.

CAUTION indicates a potentially hazardous situation which, if not avoided, may result in minor or

moderate injury.

The stream exiting a monitor is very powerful and capable of causing injury and property damage.

Make sure the monitor is securely attached to the base and pointing in a safe direction before water

to the monitor is turned on. Use care in directing the stream.

Injury can result from an inadequately supported monitor. The monitor mount must be capable of

supporting 1500 lbs (700 kg) of nozzle reaction force.

2.0 SAFETY

3.0 GENERAL INFORMATION

WARNING

The operation of this monitor can be dangerous. The following must be observed at all times.

The Task Force Tips’ HURRICANE RC is an electric remote monitor, with a single low-profile waterway discharge. It has high flow and

low friction loss characteristics. Capable of flowing 1250 gpm (4500 l/min) while maintaining a FULL450° of rotational travel (225° either

side of center position). Maximum operating pressure is 200 psi (14 bar). Field changeable horizontal rotation stops at 45°, 90° and 135°

either side of center position. Elevation range is 90° above horizontal and 45° below. Designed for field changeable 12 or 24 VDC

operation. The Hurricane RC comes with a factory installed control panel mounted on the monitor for controlling horizontal rotation,

elevation and nozzle pattern. See Task Force Tips’ Price List and Product Specifications for additional control stations. Unit comes with

30 feet of ultra-flexing robotic cable, enclosed in a unique wire guide, already wired to the monitor so installation effort is minimized.

Large handwheels are provided on the horizontal rotation and elevation drive for manual override. TFT's Master Stream 1250 nozzle

plugs into the factory installed nozzle power wire. All electrical components affecting water tightness are a minimum of NEMA 4 (IP65).

Motors and control boxes are factory tested for water tightness. Available with various inlet adapters for flanges and thread fittings. Inlet

also made for direct connection to TFT's Extend-A-Gun RC3 or RC4. Standard outlet is 2-½” National Hose male (65mm). Other outlets

are available (see figure 3.3). A threaded port (0.25” NPT) (6.4mm) is provided for pressure gauge. The monitor is made from hardcoat

anodizedANSI 356.0-T6 aluminum and silver powder coat finish inside and out.

3.1 SPECIFICATIONS

Weight 39 lbs 17.7 kg

Min. Flow Area 7.07 in 45.6 cm - 3” inlets

Max Flow 1250 gpm 4500 l/min

Max Operating Pressure 200 psi 14 bar

Materials Used ANSI 356.0-T6 Aluminum, Stainless, Nylon

3.1.1 MECHANICAL SPECIFICATIONS

On many vehicle installations the monitor is the highest point on the apparatus. Often it is critical that the monitor be properly stowed

before driving to avoid damage to overhead obstructions such as door openings. In these cases the use of a switch wired into the

apparatus "door open" circuit is highly recommended. The switch should be wired to give a "door open" signal if the monitor is not in the

stowed position. Due to the variety of possible mountings and nozzles, it is the installer's responsibility to supply the appropriate switch

with mounting and wire it into the system.Always check stowed position of the monitor before moving the apparatus.

BUILT IN

STREAM

STRAIGHTENER

ELEVATION DRIVE

HOUSING

(SECT. 9.2)

HORIZONTAL

ROTATION TRAVEL

STOPS 5 PLACES

(SECT. 4.4)

AUTOMATIC

DRAIN

(SECT. 4.6 & 6.4)

OUTLET

(FIGURE 3.3)

GREASE ZERK

(SECT. 8.1)

PRODUCT NAME LABEL

WITH

SERIAL# & MODEL #

POWER CABLE

ELEVATION

MOTOR (SECT. 9.3)

WIRE SKIRT/CABLE GUIDE

(SECT. 9.1)

INLET

(FIGURE 3.3)

STRAIGHT BACK

REFERENCE MARK

(SECT. 4.2)

PORT FOR

PRESSURE GAGE

(SECT. 4.5)

HORIZONTAL

ROTATION

HANDWHEEL

(SECT. 6.1)

ELEVATION

HANDWHEEL

(SECT. 6.1)

CONTROL STATION BOX

WITH CONTROL BUTTONS

(SEE SECT. 6.2.1.1)

GREASE ZERK

(SECT. 8.1)

HORIZONTAL

MOTOR (SECT. 9.3)

Nominal Operating voltage: 12 or 24 VDC

(field changable)

Motor current: Nominal* Limit

Elevation motor: 6 amps 15 amps

Horizontal rotation motor: 6 amps 10 amps

Nozzle motor: 1 amp 5 amps

*with rated water pressure applied

At rest current: .25 amps

Recommended fuse or circuit breaker size: 15 amps @ 12 volts, 7.5 amps @ 24 volts

Operating temperature range: -30°F to +120°F (-34°C to +49°C)

Environmental Rating: All components designed to meet minimum rating of NEMA 4 (IP65).

3.2 PART IDENTIFICATION AND MODELS

The Hurricane RC Monitor as shown in Figure 3.2 along with the names of some various parts and controls.

FIG 3.2

Part Identification

3.1.2 ELECTRICAL SPECIFICATIONS

Charging Cradle

Nominal Operating Voltage 12 or 24 VDC

Operating Current 0.15 amps

Recommended Fuse or Circuit Breaker 2 amps

Transmitter Batteries Uses four (4) AA NiCad Batteries

Transmitter Power 5mW

Operating Frequency 2.4 GHz

Agency Approvals FCC Part 15 - United States

ISC - Canada

CE - European Union

Wireless Operator Station

3.3 INLETS AND OUTLETS

The standard Hurricane RC Monitor inlet is CODE-RLF for direct connection to TFT's Extend-A-Gun RC3. Monitor inlet CODE-RPF is

available for direct connection to Extend-A-Gun RC4. The standard outlet is 2-½”-6 National Hose male. Various other inlet and oputlet

fittings are available as shown in Figure 3.3.

FIG 3.3

Inlets And Outlets

2.5"-7.5 NH

(65mm) MALE

2.5"-11 BSP

(65mm) MALE

2.5"-11.5 NPSH

(65mm) MALE

SPECIAL

THREADS

CODE-RLF FEMALE

CODE-RPF FEMALE

3.0" NPT FEMALE (Y4440NL)

4.0" NPT FEMALE (Y4450NP)

EXTEND-A-GUN RC3

EXTEND-A-GUN RC4

3.0"ANSI 150 (Y4410A)

4.0"ANSI 150 (Y4415A)

DN80, PN16 (Y4423A)

DN100, PN16 (Y4425A)

FLANGE

3.0"BSP MALE (Y4420A)

4.0"BSP MALE (Y4430A)

3.4 OVERALL DIMENSIONS

FIG 3.4

Overall Dimensions

3.4.1 OVERALL HEIGHT INCREASE FOR INLET FITTINGS

MODEL INLET FITTING TYPE ADDITIONAL HEIGHT OVERALL HEIGHT

XFIH-E1*A

XFIH-E2*A

XFIH-E4*A

XFIH-E5*A

XFIH-E6*A

XFIH-E7*A

XFIH-E8*A

XFIH-E9*A

3” ANSI 125/150 .75” 16.18”

(metric DN8 PN20) 20 mm 412 mm

4” ANSI 150 .94” 16.37”

(metric DN100 PN20) 23 mm 415 mm

metric DN80, PN16 2.80” 18.23”

22 mm 414 mm

metric DN100, PN16 2.80” 18.23”

22 mm 414 mm

3” NPT Female 2.00” 14.43”

51 mm 443 mm

4” NPT Female 1.75” 17.18”

45 mm 436 mm

3” BSP Male 2.30” 17.73”

58 mm 450 mm

4” BSP Male 2.30” 17.73”

58 mm 450 mm

* The second to last digit in the model number refers to exit thread size and type.

18.64

[473MM]

15.43

[392MM]

7.90

[201MM]

10.74

[273MM] 5.89

[150MM]

3.64

[93MM]

SHOWN

WITHOUT

INLET FITTING

(SEE TABLE

IN SECT. 3.4.1

FOR

ADDITIONAL

HEIGHTS)

3.3.1 INLET FLANGE SIZE SPECIFICATIONS

MODEL FITS FLANGE OUTSIDE THICKNESS BOLT HOLE

HOLES BOLTS

XFIH-E1*A 3” ANSI 125/150 7.5” .75" 6.0" 4 5/8" 76-80 FT-LBF

(metric DN8 PN20) 190mm 20mm 152.5mm 4 M16 100-110 Newton Meters

XFIH-E2*A 4" ANSI 150 9.0" .94" 7.5" 8 5/8"

NO. BOLT SIZE OF TORQUE ON BOLTS

DIAMETER CIRCLE

76-80 FT-LBF

(metric DN100 PN20) 230mm 23mm 190.2mm 8 M16 100-110 Newton Meters

XFIH-E4*A metric DN80, PN16 200 mm 22 mm 160 mm 8 16 mm 100-110 Newton Meters

XFIH-E5*A metric DN100, PN16 220mm 22 mm 180 mm 8 16 mm 100-110 Newton Meters

* The second to last digit in the model number refers to exit thread size and type.

3.5 ELECTRICAL CONTROLS

The electric Hurricane RC monitor is controlled by a very powerful, state-of-the-art electronics system. The key components of the

system are the motor control boards and a communication board. Each motor control board has its own microprocessor and a

sophisticated motor control chip. The communication board also has a microprocessor, which handles the interface to the operator

stations. All the components on these boards are solid state; there are no relays or electro-mechanical devices to wear out over time.

The hardware and software have been designed with several key features:

3.5.1 MOTOR CONTROL BOARD (MCB) AUTO CONFIGURE

Each monitor has three MCBs, one for each motor, which controls motor movement and direction for horizontal rotation, elevation, and

nozzle pattern. In the unlikely event of a MCB failure, the failed board can be removed and one of the other two remaining MCBs can be

moved into that position. This MCB will then auto configure itself to take over the control of that axis, so that the monitor can continue to

be used, with two of the three motors. This is also a helpful benefit when troubleshooting and requires fewer spare parts to be stocked.

3.5.2 MOTOR CURRENT LIMITING

The microprocessor on the MCB continuously monitors the motor current. As the motor reaches an end stop or if there is an obstruction,

the motor current rises very quickly and the motor control chip automatically shuts down the motor in a few milliseconds. This eliminates

the need for any type of external limit switches and the associated wiring. The microprocessor also locks the operator from moving in the

stopped direction again, until the operator first moves in the opposite direction.

3.5.3 MOTOR SOFT STOPS

The horizontal and vertical motors are equipped with feedback encoders, which allow the microprocessor to know the motor position at

all times. The first time a motor reaches an end stop or strikes an obstruction, the microprocessor sets a new soft stop position just

before the end stop. From that point on, when the axis approaches the stop, the MCB automatically slows down the motor until the end

stop is reached. This significantly reduces the wear on the motor, gearbox, and external gears.

3.5.4 MOTOR SLOW/FAST SPEED

When an operator presses one of the buttons, the associated motor starts in slow speed mode so that the operator can accurately

control the water stream. After approximately 1-2 seconds the motor automatically ramps up to a fast speed, for quickly moving into

position. When quickly changing directions, monitor retains speed from prior move. If low speed is selected, monitor does not ramp to

high speed but remains in slow speed.

3.5.5 COMMUNICATION PROTOCOL

The communication from the monitor to the operator stations is performed over two wires using RS-485 serial protocol. Multiple

operator stations can be added with only two wires for power and two wires for the RS-485 protocol between each station.

4.1 STRUCTURAL REQUIREMENTS

FOR MONITOR MOUNTING

The structure that the Hurricane RC Monitor is mounted to must

withstand the internal pressure of the monitor as well as shear and

bending forces due to nozzle reaction. Nozzle reaction can be as

high as 1,050 lbs (480 kg) (1250 gpm at 200 psi).

For flanged connections, the use of flat flanges without raised faces

is recommended. Use a full-face gasket as defined in SME 16.21 or

ISO 7483. Tighten flange bolts in an alternating sequence as shown

in figure 4.1. Tighten to 76-80 ft-lb (100-110 Newton-Meters).

4.0 INSTALLATION

Injury can result from an inadequately supported monitor. The monitor mount must be capable of

supporting the nozzle reaction force which can be as high as 1500 lbs (700 kg). Flanges and pipe

made from plastic are inadequate for monitor mounting and must not be used. This monitor is not

recommended for portable use.

WARNING

FIG 4.1 - Flange Bolt Tightening Sequence

Tighten sequentially each bolt three times.

3 4

3.5.6 OSCILLATE AND STOW FEATURES

The OSCILLATE feature allows the user to program up to 65 points of continuous movement of the horizontal and vertical axes. The

OSCILLATE pattern can be programmed from any operator station that has the OSC button.

The STOW feature allows the user to move the monitor, with one touch of a button, to a safe position before moving the fire truck. The

monitor will always move to two end stops to verify the correct position. During the programming procedure, the user has the ability to

select which axis moves first. This is helpful to avoid lights, hoses, obstructions, etc. The user can program up to 10 points of movement

to reach the final STOW position. The STOW pattern can be programmed from any operator station that has the STOW button.

See section 6.2.3 and 6.2.4 for programming instructions.

4.2 INLET FITTINGS OR EXTEND-A-GUN RC INSTALLATION

The Hurricane RC Monitor is available with various inlet fittings as shown in figure 3.3. The Hurricane RC Monitor also connects directly

to TFT's Extend-A-Gun RC3 or RC4. The fittings and Extend-A-Gun RC are attached to the monitor by means of a threaded joint with an

o-ring seal. Once in the proper orientation, the threaded joint is locked from rotation by two ¼-28 button head cap screws as shown in

figure 4.2A. This makes for easy removal of the monitor, since the large threads of the joint are not tightened and do not have any thread

locking compounds on them. It is best to install the inlet fitting or Extend-A-Gun RC to the apparatus and than install the monitor to the

inlet fitting or Extend-A-Gun RC. This gives more room to install the bolts in the case of flanged fittings. Referring to figures 4.2A and

4.2B, the installation sequence is as follows:

1) Install inlet adapter or Extend-A-Gun RC to apparatus.

• Mount so that 180 degree apart threaded cross holes will give desired direction relative to the “Straight Back Reference Mark”

when the monitor is installed.

2) Screw monitor onto inlet adapter or Extend-A-Gun RC until threaded joint bottoms out.

• Do not use pipe dope or Loctite on the inlet base threads. These threads are sealed with an o-ring. The use of thread locking

compounds will make removal difficult.

3) Unscrew monitor slightly until a pair of 90 degrees apart slots line up with the 180 degrees apart threaded cross holes in the inlet

adapter or Extend-A-Gun RC.

• Orient monitor so that the Straight Back Reference Mark is facing the desired direction.

• Slots will line up with threaded cross holes every 90 degrees of rotation.

• Monitor may be unscrewed up to one full turn from the bottomed out position.

4) Install ¼-28 by ½ long button head cap screws and washers in the two threaded cross holes.

FIG 4.2A

3” Inlet Fitting Connection

(This view shown without power cable guide for purposes of illustration.)

90 DEGREE

APART SLOTS

180 DEGREE APART

THREADED HOLES

INLET BASE

INLET FITTING MOUNTED TO APARATUS

3.0" ANSI 150 SHOWN, OTHERS SIMILAR

1/4-28 X 1/2LONG

BUTTON HEAD

CAP SCREW

2 PLACES

(TFT# VT25Y28BH504)

WASHER 2 PLACES

(TFT# VW687X281-50)

STRAIGHT BACK

REFERENCE MARK

FIG 4.2B

Possible Extend-A-Gun RC Mounting Orientations

The Extend-A-Gun RC manual override knob may be mounted

in any one of four possible orientations (90 degrees apart).

STRAIGHT BACK

REFERENCE MARK

(SEE FIGURE 4.2A)

MANUAL OVERRIDE

KNOB ON

EXTEND-A-GUN

1-1/4 TURNS

APPROX. 34 IN.

1 TURN

APPROX. 33 IN.

3/4 TURNS

APPROX. 33 IN.

1-1/2 TURNS

APPROX. 37 IN.

The Extend-A-Gun manual override knob may be mounted in any of four possible orientations (90 degrees apart) relative to the Straight

Ahead Reference Mark on the monitor.

NOTE: Hurricane RC monitor, for use with Extend-A-Gun RC, comes with the wire installed in a nylon tube. The nylon tubing gives the

wire additional stiffness so it better follows as the Extend-A-Gun RC extends or retracts. A fitting is also supplied and is to be used where

the nylon tubing and wire pass though the deck.

4.3 NOZZLE CONNECTION

The Hurricane RC monitor outlet thread types are as shown in figure 3.3. The nozzle is simply screwed onto the Hurricane RC monitor's

exit threads. Insure that the nozzle's coupling does not make contact with the elevation drive housing when the monitor is in its highest

elevation position.

For nozzles with electric pattern control, a waterproof connector wire is provided at the bottom outlet of the Hurricane RC's control

station box. This wire attaches directly to TFT's electric Masterstream 1250 nozzle. The electric actuator box of nozzle must be oriented

to the top side of nozzle for the connection wire to extend 90° above horizontal and 45° below elevation movement. (see figure 4.3 and

refer to Sections 5.12 and 6.6.2 for properly attaching female to male connectors). Any other nozzle should have the corresponding

male electrical connector installed and long enough wire to extend of the

nozzle.

90° above horizontal and 45° below elevation movement

DO NOT CUT OFF THE FEMALE CONNECTOR ON THE MONITOR. THIS CONNECTOR IS MOLDED ONTO THE WIRE

AND MUST REMAIN ON TO MAINTAIN THE WATER TIGHTNESS OF THE ELECTRICAL SYSTEM.

CAUTION The nozzle threads must match the threads on the Hurricane RC in both size and type.

Mismatched or damaged threads may cause the nozzle to leak or uncouple under pressure and

could cause injury.

CAUTION Do not connect aluminum to brass or brass to aluminum. Dissimilar metals coupled together can

cause galvanic corrosion that will freeze the threaded joint or cause complete loss of thread

engagement. If dissimilar metals must be coupled together, the effects of corrosion can be greatly

delayed by various coatings on the metal such as powder paint, hard anodizing or silicone grease.

FIG 4.3

Correct ER Nozzle Install Orientation

CAUTION:

TFT's Master Stream 1250 ER Nozzle

Electric Actuator Box must be on the Top

Side for its Edge to line up with Monitor

Waterway Top Body as shown.

4.4 HORIZONTAL ROTATION TRAVEL STOPS

The range of Horizontal (left-right) travel for the Hurricane RC monitor is limited to 450 degrees or 225 degrees from either side of a

nozzle discharge position. Horizontal (left-right) travel stop bolts may be installed in the monitor to limit travel as shown in figure 4.4A and

4.4B. Note that left and right are relative to the “Straight Back Reference Mark” shown in figure 4.4A, and refer to the operator's position

behind the monitor, opposite the nozzle's discharge direction. Also, Figure 4.4A shows the range of travel for the various stop bolt

locations along with installation notes as shown in Figure 4.4B.

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