Rescue Solutions International ResQmax User manual

Operation Manual
"The Global Leader in intrinsically safe line-throwing equipment"
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Tactical ResQmax Operation ManualTactical ResQmax Operation Manual
2
Service
Any service or maintenance other than items described in this manual must be performed by a technician
certified by the Manufacturer to perform such work. It is the purchaser’s responsibility to register the product
with the Manufacturer. Failure to complete warranty registration will void the warranty. For your convenience
a Service & Maintenance ecord is provided on page 38 of this manual. It is the purchaser’s responsibility to
enter the date of purchase on the Service & Maintenance ecord, and to insure that servicing is done in
accordance with the Manufacturer’s recommendations. escue Solutions International, Inc. offers F EE technical
support. Call 800.709.5018 or 760.727.8998 or email [email protected].
© 2002 escue Solutions International, Inc.
1210-B Keystone Way
Vista, CA 92081 USA
760.727.8998 760.727.8688 fax
http://www.resqmax.com
Warnings
This equipment is intended to be used by professionals trained in the use of this equipment. Misuse of
this equipment may cause bodily injury or death. Manufacturer disclaims all liability resulting from the
use of this equipment in any manner other than that prescribed by the manufacturer.
The Tactical esQmax is extremely powerful and propels a projectile at high speed. It is NOT a firearm,
but the same precautions should be used. If misused, this equipment could cause serious bodily injury or
death. Handle all components with the appropriate care.
DO NOT deploy the Tactical esQmax directly at any person or property. When testing or training
with the Tactical esQmax, make sure that no persons or property are in the vicinity of the target.
The Tactical esQmax requires proper training and servicing. If you are not familiar with this equipment
or unwilling to follow the recommendations as outlined in this Operation Manual, then you should not
operate this equipment. The user must follow recommended servicing and maintenance guidelines to
ensure the long-term integrity and safety of the Tactical esQmax.
Some optional grappling hooks offered are for use to establish a line only – or for recover of mooring
lines - and should not be used for the support of a human being. Only grappling hooks certified for
climbing by the manufacturer should be used for the support of a human being.
Loads imposed on grappling hooks should never exceed the design loads. Any grappling hooks must be
removed from service if any signs of damage or deformity are visible.
It is the responsibility of the purchaser of any grappling hooks to establish a program which provides for
regular examination of each grappling hook for deformation or invisible fractures using a magnetic
particle test or other similar test. Any grappling hook which shows hidden fractures as a result of such
a test should be immediately removed from service. The frequency of this examination is at the discretion
of the purchaser, and should be based upon the use of the grappling hook. It is the purchaser’s responsibility
to insure that all grappling hooks are maintained in a manner which makes them suitable for their
intended use.
If you are uncertain about the proper usage, care, maintenance or any other aspect of this equipment,
call escue Solutions International, Inc. directly at 800.709.5018 or 760.727.8998 or by email at
[email protected].
Note:
See Disclaimer, page
35, for an Important
Note.
35
escue Solutions International Inc. warrants to the original owner, that if used, maintained and
stored according to the manufacturer’s recommendations, that the Tactical esQmax is free
from defects in material and workmanship for twelve (12) months from the date of the sale.
THIS WA ANTY IS LIMITED TO THE EPAI AND EPLACEMENT OF PA TS AS NECESSA Y,
AND ANY NECESSA Y LABO AND SE VICES EQUI ED TO EPAI O EPLACE ANY
PA TS TO ENDE THE DEVICE F EE OF DEFECTS. THE SOLE OBLIGATION OF ESCUE
SOLUTIONS INTE NATIONAL, INC. SHALL BE THE EPAI O EPLACEMENT OF THE
Tactical esQmax AND UNDE NO CI CUMSTANCES SHALL ESCUE SOLUTIONS
INTE NATIONAL, INC., ITS AGENTS, SUCCESSO S, O ASSIGNS, BE LIABLE FO ANY
DI ECT, CONSEQUENTIAL, O OTHE DAMAGES A ISING OUT OF ANY CLAIMED
DEFECT IN THE DEVICE O THE METHOD OF ITS USE. THIS WA ANTY IS IN LIEU OF
ALL OTHE WA ANTIES, EXP ESS O IMPLIED, WHETHE ELATING TO FITNESS,
ME CHANTABILITY, O OTHE WISE.
Except as to the express warranty set forth above, the manufacturer disclaims any and all
warranties and representations relating to the product. This limited warranty shall be governed
by the laws of the State of California.
If you have a problem with your Tactical esQmax, call 760-727-8998 within 90 days of discovery
of the problem. You will be given instructions on where to send your Tactical esQmax for repair
or replacement. If the problem is covered by this warranty, escue Solutions International, Inc.
will repair or replace your Tactical esQmax, or otherwise notify you, within 30 days of receipt
of the Tactical esQmax. Any actions for breach of warranty or breach of contract must be
commenced within one year from the date of discovery of the breach.
LimitedWarranty
Disclaimer
escue Solutions International, Inc. ( SI) has developed the Tactial esQmax and all accessories in
response to strong demand expressed by military, police and special forces teams worldwide. This
product was created to fill an existing need as indicated by personnel and organizations whose
members and employees knowingly and consciously are routinely engaged in very high risk and
often life-threatening activities in the ordinary course of the performance of their duties.
SI manufactures this equipment for use by, and at the discretion of, professionals aware of the
risks associated with the use of this type of equipment, and who are properly trained in its use.
This manual is intended only to educate the user in various aspects of this specific equipment.
This manual does not undertake to teach, train, encourage or condone any activities that may be
associated with the use of this equipment. No equipment, brochure, manual or other materials
produced by SI, nor the offer for sale or the sale itself of this equipment, is intended to induce
any individual or organization to put personnel at personal risk.
escue Solutions International, Inc. has no control over the training in the use of this equipment,
the maintenance and servicing of this equipment, or the conditions under which this equipment
is used. escue Solutions International, Inc. disclaims any and all responsibility for any liability
arising out of the use of this equipment, however caused.

Tactical ResQmax Operation ManualTactical ResQmax Operation Manual 3
Table of Contents
Safety Sheet .............................................................................................. 5
Introduction............................................................................................... 6
Purpose of the Tactical esQmax .................................................................................. 6
Applications......................................................................................................................... 6
ange .............................................................................................................................. 6
Safety Features ................................................................................................................... 7
Multi-Shot Capacity ........................................................................................................... 7
Fueled by Compressed Air .............................................................................................. 7
Main Components &Accessories ............................................................ 8
Launcher .............................................................................................................................. 8
Line Containers .................................................................................................................. 8
Folding Stock ....................................................................................................................... 8
Streamline Filler Hose Assembly .................................................................................... 9
Line Projectile ..................................................................................................................... 9
Grappling Hook Options ............................................................................................... 10
Ascending Ladder ............................................................................................................ 11
Line & Ladder Options ................................................................................................... 11
Kit Carry Bag .................................................................................................................... 11
Pelican igid Transport/Storage Case .......................................................................... 11
Filling & Storage of Projectiles .............................................................. 12
Filling the Projectiles ....................................................................................................... 12
Storing Projectiles ............................................................................................................ 14
Use of Folding Stock............................................................................... 15
Using the Folding Stock .................................................................................................. 15
Packing & Connecting the Line Container........................................... 16
Packing the Line Container ........................................................................................... 16
Packing the Ascending Ladder ....................................................................................... 17
Connecting the Launcher to the Line Container ..................................................... 18
SafetyAssembly & Launcher Bleed Screw ........................................... 19
Safety Push Knob ............................................................................................................. 19
e-Setting the Safety ....................................................................................................... 19
Launcher Bleed Screw Operation ................................................................................ 20
34
Service & Maintenance Record
For your protection, please ensure that this record is kept with your Tactical esQmax and
updated. When sending your esQmax in for service, this record must be included.
Date of Purchase:
esQmax Serial #:
Projectile Serial #: Expiration Date:
Projectile Serial #: Expiration Date:
Projectile Serial #: Expiration Date:
Projectile Serial #: Expiration Date:
Projectile Serial #: Expiration Date:
Service Intervals
The manufacturer recommends a service interval of one year for this product. This interval has
been established based on the best data available to the manufacturer regarding the amount of
use the equipment will receive while in service. However -- Units subjected to more frequent
use -- such as training programs, demonstration equipment, and equipment used as a tool in
commercial applications on a frequent or daily basis, or units subjected to rough use or severe
climatic or environmental conditions may require more frequent service.
It is the responsibility of the end-user of each unit to determine a service interval
consistent with the amount of use and conditions under which this equipment is
used, and to develop an appropriate maintenance protocol. Failure to establish an
appropriate service interval will void the warranty,and may result in an event causing
serious injury or death.
Year 1
Year 2
Year 3
Year 4
Year 5
Year 6
Year 7
Service Location Date
Signature of
Certified Technician

Tactical ResQmax Operation ManualTactical ResQmax Operation Manual
4
Valve Key.................................................................................................. 21
Opening the Nozzle Valve to Pressurize the Launcher ........................................... 21
Closing the Nozzle Valve in the Launcher .................................................................. 21
Projectiles ................................................................................................ 22
Using the Line Projectile ................................................................................................ 22
Protecting the Cylinder or Projectile .......................................................................... 22
Installing Projectile in Launcher .................................................................................... 22
Attaching the Mooring Line Grappling Hook to the Projectile ............................. 23
Using the Grappling Hook ............................................................................................. 23
Using the Ascending Ladder .......................................................................................... 24
Checking Projectile Pressure ........................................................................................ 25
emoving a Charged Projectile from the Launcher ................................................. 25
Operation ................................................................................................ 26
Deploying the Tactical esQmax .................................................................................. 26
Maintenance ............................................................................................ 27
Care of the Projectile(s) ................................................................................................. 27
eplacement of O- ings in Nozzle Valve .................................................................... 28
eplacement of the Nozzle Pressure elief Assembly ............................................ 29
Service .................................................................................................... 30
FrequentlyAsked Questions .................................................................. 31
Service & Maintenance Record ............................................................. 34
LimitedWarranty ................................................................................... 35
Disclaimer................................................................................................ 35
33
A
Q
I accidentally tried to fire the launcher
without disengaging the safety. I then tried
to disengage the safety but it seems
“jammed.”
When you prepare to fire the launcher
the mechanism is under pressure. If you
apply strong finger pressure against the
trigger prior to releasing the safety, the air
pressure in the mechanism will maintain
your finger pressure against the Safety
mechanism – even after you remove fingers
from trigger — preventing it from
disengaging.
To “free” the Safety and permit it to
operate as intended:
•Push Trigger forward to relieve
pressure
•RELEASE SAFETY,
•and you are all set to fire.
Manufacturer:
Model Name:
Year CE Marked:
Max Working
Pressure:
escue Solutions International, Inc.
1210-B Keystone Way , Vista, CA 92081 / USA
Phone: [phone] Fax: [phone]
[e-mail] www.resqmax.com
esQmax
Tactical esQmax
2005
207 Bar / 3,000psi.
Kit#
Serial No.
Kit#
Serial No.
Distributed by:
Land and Marine Products Ltd
32 Woolmer Way , Bordon, Hampshire
GU35 9QF , UK
Tel: [phone] Fax: [phone]
www.landandmarine.co.uk

Tactical ResQmax Operation ManualTactical ResQmax Operation Manual 532
A
Q
How do I know whether or not the
Nozzle Valve is open on a loaded
projectile?
Why is the pressure in the Projectile lower
when I load it in the launcher than it was
when I filled it?
I installed a Projectile Cylinder and
opened the Nozzle Valve, and I hear a
hissing from inside the Launcher Housing
– how do I stop this loss of air pressure?
The Valve Key will only depress fully when
the stem of the Valve Key is aligned with
the stem of the Nozzle Valve. Depress the
Valve Key in the vertical and horizontal
positions. Which ever position permits the
Key to fully depress will represent the
position of the Nozzle Valve. If horizontal
the Valve is Open. If vertical, the Valve is
closed. (fig 16a - d)
When you are filling the projectile with
air it will get warm. This causes the
pressure to rise and you will reach your
target pressure with the air in the bottle
at a temperature higher than ambient.
Once air in the projectile has cooled down
the air will contract and lower the
pressure.
This problem is addressed by two steps:
1. Fill the Projectile Cylinder VE Y
SLOWLY.
2. “Overfill” the Projectile by 200 psi./15 Bar
– to allow for the inevitable cooling of
the air after filling. See Filling, page 12)
In order of probability, you need to do the
following;
•Tighten Bleed Screw on Launcher
Housing. (fig 14a)
•Check to insure nylon insert is attached
to Bleed Screw. (fig 14b)
•Check Nozzle Valve O-rings. (fig 23b)
If none of these steps solves the problem
contact your escue Solutions
International distributor.
A
Q
A
Q
Safety Sheet
CAUTION:
The use of any other compressed gas - either flammable and/or combustible, may result in a
spontaneous explosion causing severe injuries or death.
CAUTION:
If projectiles are subjected to extreme heat the pressure could rise sufficiently to rupture the
Pressure elief Assy., and allow the air to escape, preventing use of the equipment. efer to page
29 for instructions on removing and replacing the Pressure elief Assy.
IMPORTANT NOTE:
The beveled surface of the neck of the nozzle is subject to wear at the moment of launching. In
normal conditions this part is suitable for 150 or more discharges. Carefully inspect this surface
for excessive wear after each use. If there is any question regarding suitability of this part for
continued use it must be removed from service and inspected by a qualified technician.
NOTE:
Inexpensive replacement cylinders are readily available from the manufacturer. DO NOT use
a visibly damaged cylinder!
NOTE:
DO NOT coil or loop the line, EVE ! If you coil the line you may build in tension that will
cause snarls the next time you use it resulting in poor performance during deployment.
NOTE:
Some initial resistance may be experienced when trying to turn the Valve Key. However once
the Key begins to rotate it will turn easily. Be certain to rotate the Key a full 90 degrees.
Remember
If immersed in seawater, all lines and projectiles must be rinsed with fresh water and dried
thoroughly after use, and prior to being refilled or stored.
ATTENTION:
On firing, the unit exhibits a sound level in excess of 110 dB, which rapidly decays to background
levels within one minute. It is therefore recommended that ear defences systems are used during
operation of the product
The internal mechanism in this appliance is complex – and any maintenance or
repair other than that described in this manual should be performed by a
technician trained by the manufacturer in the repair of this equipment.Please
contact your Rescue Solutions International distributor for more information,call
1-800-709-5018 or e-mail at [email protected].

Tactical ResQmax Operation ManualTactical ResQmax Operation Manual
631
FrequentlyAsked Questions
Why will the projectile not engage when I
push it into the barrel?
How can I tell if the Projectile has any air
in it?
How do I re-engage the safety if I do not
want to shoot after pushing in the safety
button?
How do I adjust the range if I only want
to shoot a short distance?
QA
Two possible reasons:
1. The “V” groove on the Nozzle Protector
is not being properly aligned with the
mechanism. (Hold “V” upward – slide
projectile into the barrel and rotate
gently.) (fig 17a)
2. The Trigger has been manually moved
forward since the last time a cylinder
was removed – effectively leaving the
Safety “on” even though the Launcher
is empty. (Press the Safety Knob to
release the Safety, and re-insert the
projectile as described in 1.)
If you have a projectile with the valve
closed and are not sure if it is charged,
you can check this by loading it into the
launcher and opening the Nozzle Valve. If
the gauge shows pressure, then it is
charged and you may proceed to shoot
or close the valve and remove the
projectile. It is a good idea to develop a
system to insure that full and empty
bottles are kept separately or marked with
a label. (page 25)
e-set the Safety Assembly by rotating the
Safety Push Knob in a clockwise direction
for a few degrees. The Knob will “pop out”
to re-set. (page 19)
The range can be adjusted by allowing
some air to escape from the projectile
before shooting. Open the valve and allow
the mechanism to be pressurized. Carefully
open the bleed screw until you hear the
air slowly escaping. Watch the gauge until
the pressure has dropped to the level you
require, and then tighten up the bleed
screw and fire. (page 20)
A
Q
A
Q
A
Q
Purpose of theTactical ResQmax
The Tactical esQmax is a new generation tactical line-throwing appliance fuled by compressed
air, specifically designed to deploy:
• a line only, or
• a grappling hook and line
• a grappling hook and ascending ladder
to an otherwise inaccessible point in both land-based and maritime environments.
Your Tactical esQmax comes completely assembled and ready for operation, except for filling
with compressed air. Adequate training in all aspects of the use of this equipment is essential in
order to familiarize yourself with its safe operation and capabilities. Review all instructions in
this manual prior to first use.
Applications
Some applications of the Tactical esQmax include:
• line deployment to establish a
messenger or load line
• ship to ship line deployment
• ship to shore line deployment
Range
The range of the Tactical esQmax varies depending on:
• Type and weight of line used
• Type of projectile and/or accessories used
• Air pressure in projectile at time of deployment
This chart provides conservative distances achieved when used by trained personnel in reasonably
calm conditions at 3000psi / 207bar service pressure:
In special circumstances additional distances may be achieved by using the equipment at higher
pressures. There is a significant safety margin engineered into each unit – permitting safe operation
of the units at pressures equal to 120% of rated service pressure on a case-by-case basis.
Part # Description
801 7mm Nylon/Spectra Climbing Line
802 5.5mm Nylon/Spectra Climbing Line
735 40ft / 12m Ascending Ladder
190
250
55
75
80
110
40
25
33
12
Conservative Distances
with line
projectile
with Grappling
Hook
ft m ft m
HORIZONTAL VERTICAL
All Data based on 3,000psi / 207bar press re nless noted otherwise
Introduction
• retrieval of mooring lines
• deployment of spill containment booms
• deployment of grappling hook and line
• deployment of grappling hook and ascending ladder
Note:
The Fig res in this
man al show the
Tactical ResQmax in
a dark grey color
rather than its act al
black color. This has
been done for clarity
of ill stration. All
Tactical ResQmax
nits are black.

Tactical ResQmax Operation ManualTactical ResQmax Operation Manual 730
Service
Wear on the components in this system are controlled by
•The number of uses,and
•The storage conditions and care the unit receives by the end user.
With good care and proper storage conditions the serviceability of the unit is predictable.
However if subjected to rough use, or if not kept clean and free from contaminants by the end
user, the need for service can be dramatically accelerated.
Due to the high pressure of the compressed air used in this system the components of principal
concern are the projectiles (see pages 8 & 9), the nozzle valve assembly, and the launcher.
In order to observe recommended service intervals it is imperative that the end user maintain
a log tracking the number of uses of:
•each launcher firing, and
•each discharge of a cylinder & nozzle assembly
The Manufacturer recommends that this equipment be serviced, by technicians trained and
certified by the Manufacturer in the maintenance and repair of this equipment, at the earliest of
the following events to occur:
For the Launcher:
•Thefirst indication that there is anyproblem with the operation of the equipment,
•or when 300 shots have been logged, or
•three years from the date of purchase.
For the Projectile:
•The first indication of any physical external damage to the cylinder, or
•At the 5th year anniversary of the date of cylinder manufacture, as stamped on
the neck of the cylinder.
For the Nozzle Valve Assy:
•The first indication that there is any problem with the operation of the equipment
that cannot be corrected by the replacements of the o-rings (see page 28),or
•When excessive wear becomes evident on the beveled surface of the nozzle body,
(see margin- Important Note: page 28),or
•When 150 shots have been logged on the nozzle valve assy.
This Line Throwing & escue Appliance may need to be depended on in a variety of emergency
situations. It is possible that in many of those emergency situations a human life may depend on
the reliable operation and performance of this equipment.
In order to insure that the equipment is at all times operationally ready the Manufacturer
recommends that the purchaser takes the following actions:
•Provide adequate and frequent training in the operation of this equipment in
actual field conditions
•Implement and maintain a program for the regular review of the equipment to
insure that it is intact and complete,that projectiles are pressurized,and that the
equipment is ready in all regards for use to respond to an emergency situation.
The internal mechanism in this appliance is very complex –and any maintenance
or repair other than that described in this manual should be performed by a
techniciantrainedbythemanufacturer in the repairofthisequipment.Please contact
your Rescue Solutions International distributor for more information, call 1-800-
709-5018 or e-mail [e-mail].
Note:
As with all
eq ipment, lack of
se can often ca se
more damage to
the la ncher than
reg lar, or even
excessive se. At a
minim m every
la ncher sho ld be
inspected by a
technician trained in
the maintenance of
this eq ipment at
36 month intervals.
Note:
When installed in the
La ncher, the
Projectile Nozzle
Valve sho ld remain
closed at all times
except immediately
prior to discharge.
Safety Features
The launcher Safety Assembly automatically engages each time a projectile is inserted, preventing
accidental launch of a projectile. An audible “Click” is heard as the projectile engages, signaling
that the projectile is safely engaged with the firing mechanism.
A Pressure elief Assembly is installed in the nozzle of each projectile. Its purpose is to prevent
any unsafe pressure build up in a filled projectile, whether in the launcher or not, if exposed to
extreme heat such as from a fire. This Pressure elief Assembly will rupture if the air pressure
goes over a safe limit. The Pressure elief Assembly is not reusable and must be replaced if it
should ever fail.
A second Pressure elief Assembly is installed on the launcher mechanism and is active at all
times when the mechanism is pressurized.
Multi-Shot Capacity
Our patented Nozzle-Valve Assembly permits any number of projectiles to be pre-charged and
stored with each unit allowing deployment of multiple projectiles in rapid succession.
Fueled by Compressed Air
The intended fuel for this system is compressed air - which is non-flammable and non-
combustible.
CAUTION:The use of any other compressed gas - either flammable and/or
combustible,may result in a spontaneous explosion causing severe injuries or death.

Tactical ResQmax Operation ManualTactical ResQmax Operation Manual
829
Note Position
6. Install the O-ring on the face of the Nozzle Plug, pressing it into place inside the groove
around the opening.
7. Lubricate the bore of the Nozzle and the Nozzle Plug with a light film of petroleum jelly.
To reinstall the NozzleValve Plug:
1. Orientate the Nozzle Valve Plug so that it is in an open position – with the Face O-ring on the
Nozzle Valve Plug turned at 90 degrees to the normal flow of air through the nozzle.(Figure 23c)
2. Gently insert the Nozzle Valve Plug into the opening, taking care not to cut the o-rings against
the edges of the opening on the Nozzle Body.
3. otate the Nozzle Valve Plug slightly from side to side as you insert it to assist the o-rings to
seat properly.
4. Once fully inserted, reinstall the Nozzle Valve etaining Clip. ( eplace the etaining Clip if it
shows any sign of damage.)
5. Slide the Nozzle Protector over the Nozzle Body – taking care to insure that the aligning
notch on the Nozzle Protector is engaged with the matching shape on the Nozzle Body.
6. e-install the Pressure elief Assy.
7. Place the O- ing around the threaded end of the Nozzle and screw the assembly back into
the projectile cylinder.
Fig re 23c -- Reinstalling the Nozzle Valve Pl g
Replacement of the Nozzle Pressure Relief Assembly
If the projectile is left exposed to extreme temperatures while charged, the Pressure elief Assy.
may rupture and need to be replaced.
1. emove the Pressure elief Assy by turning counterclockwise using a T-30 Torx driver.
2. Clear the opening and lightly lubricate with Corrosion Block
3. Install a new Pressure elief Assy.
(See Figure 23a for reference.)
Main Components andAccessories
Launcher
Folding Stock 703
Gauge 507
Handle 501 Trigger 503
Safety 505
Barrel 502
Valve Key 510
Large Line Container 770
Bleed Screw
Compact Line Container 771
Line Containers
Standard lines offered with the Tactical esQmax use the Compact Line Container (fig 2). The
Large Line Container (fig 1) is available for special applications and the ascending ladders.
Folding Stock
The Tactical esQmax has been designed to be used with a folding stock. This will enhance the
operator’s ability to aim the projectile more accurately. (fig. 2 – above) When in the folded
position the stock becomes a convenient carrying handle. (fig. 1 above)
Fig re 1. La ncher, right side view
Fig re 2. La ncher, left side view

Tactical ResQmax Operation ManualTactical ResQmax Operation Manual 928
Replacement of O-Rings in NozzleValve
If the projectile is unable to hold air the O-rings on the Nozzle Plug in the Nozzle Valve may
have become worn or damaged. It will be necessary to replace them. Only use the O-rings
supplied by escue Solutions International. These O-rings are of a special composition and
hardness, and are specially selected for this purpose.
Projectile Cylinder
Bottle O-ring Nozzle Protector
Nozzle Valve
Retaining Clip
Nozzle Body Valve
Nozzle Valve Pl g O-Rings
Nozzle Press re
Relief Assembly
Fig re 23a -- Nozzle Valve Assembly 604
To Remove the Nozzle Plug:
1. emove the Nozzle Assembly from the projectile by unscrewing it in a counter-clockwise
direction.
2. emove the O-ring from the Nozzle threads, and slide the Nozzle Protector off of the
Nozzle Body
3. emove the Nozzle Plug etaining Clip from the Nozzle Valve Plug using circlip pliers.
4. Push the Nozzle Valve Plug downward, out of the Nozzle Body.
Once the NozzleValve Plug has been removed:
1. emove and discard the old O-rings.
2. emove and inspect the Pressure elief Assy.
3. Thoroughly clean the Nozzle Valve Plug as well
as the bore of the Nozzle Body.
4. Lubricate the new O-rings with O-ring
lubricant.
5. Slide the Nozzle Plug upper &lower O-rings into
place on the Plug – using care.
Face O-Ring
Upper/Lower
O-Rings
Fig re 23b -- Nozzle Valve Pl g
Note:
The Nozzle Pl g
“Face O-ring” is
easily identified by its
bl e/green color. No
s bstit te O-ring will
provide adeq ate
service or
performance.
Important
Note
The beveled s rface
of the neck of the
nozzle is s bject to
wear at the moment
of la nching. In
normal conditions
this part is s itable
for 150 or more
discharges. Caref lly
inspect this s rface
for excessive wear
after each se. If
there is any q estion
regarding s itability
of this part for
contin ed se it m st
be removed from
service and inspected
by a q alified
technician.
wear surface
Streamline Filler Hose Assembly
available with different adapters:
SCBA 911-S
SCUBA 912-S
DIN/Euro 913-S
Japan / 914-S
South Korea
Hose
SCBA Adapter
Wrench
Bleed Screw
Gauge
Filler Block
SCUBA Adapter
DIN Adapter
Streamline Filler HoseAssembly
The Streamline Filler Hose Assy. is used to deliver compressed air from a compressor, SCBA
bottle or SCUBA bottle to the projectile cylinder. This provides the “charge” for the launcher.
Specific fittings must be used for interfacing with each of the following – North American SCBA
– European SCBA (Din) – Japanese SCBA – and SCUBA. Please insure that your Streamline
Filler Hose is equipped properly for your source of compressed air.
Line Projectile
The line projectile will deploy a variety of line over a range of distances, depending on the service
pressure and the type of line used. The PVC foam protector is intended to protect the projectile
cylinder from damage on contact. If the protector shows signs of damage after use it must be
removed, the cylinder must be inspected, and the projectile cover must be replaced.
Fig re 3. Streamline Filler Hose Assembly
Fig re 4. Line Projectile 300
PVC Foam Projectile Cover
Line Projectile Cylinder
Q ick-connect
Bridle Lines
Nozzle Assembly
Note:
If the projectile
cylinder shows signs
of damage, it m st
be removed from
service
immediately.

Tactical ResQmax Operation ManualTactical ResQmax Operation Manual
10 27
Maintenance
Care of the Projectile(s)
The projectile can be used over and over again if cared for properly. Any visible damage to the
projectile on the exterior is cause for immediate replacement. DO NOT ATTEMPT TO EFILL
A DAMAGED CYLINDE . This may cause an accident resulting in bodily injury or death.
If discharged into water, after use and before filling again to be stored, the projectile should have
the Nozzle Assembly removed and be allowed to completely dry inside. Often, especially if
deployed into seawater, there will be water residue in the cylinder that may give rise to corrosion
if not removed.
Each projectile cylinder is intended to have a maximum service life of five years from the date of
manufacture – and must be removed from service at that time – or sooner if there is any visible
evidence of damage. Each cylinder is date stamped. It is the responsibility of the purchaser to
insure that the projectile cylinder is not used after the service life has expired.
Off
On
Fig re 21
To dry the inside of the projectile cylinder;
1. Unscrew the Nozzle Assembly from the end
of the projectile in a counter-clockwise
direction. (fig. 21)
2. Flush all parts, including the nozzle, with fresh
water and let dry.
3. Inspect the inside and outside for any
damage or corrosion.
4. Once dried, replace the Nozzle Assembly,
rotating in a clockwise direction by hand
until snug. DO NOT OVE TIGHTEN.
(fig. 21)
There is an “O” ring on the projectile nozzle
which is re-usable unless damaged. A
replacement “O” ring is included. Do NOT use
any sealant or tape on the thread of the nozzle.
Apply a small amount of Corrosion Block on
the threads, and use inside the projectile
cylinder. Install the Nozzle Assembly tightly,
using hand pressure. Do not over tighten the
nozzle. Use Corrosion Block on any part of
the projectile. (fig 22)
Fig re 22 -- Corrosion Block
Note:
Inexpensive
replacement cylinders
are readily available
from the
man fact rer. DO
NOT use a visibly
damaged cylinder!
Note:
No ser serviceable
parts on the trigger
mechanism, please
ret rn to
man fact rer
Grappling Hook Options
The grappling hook is manufactured from titanium to provide the best balance between strength
and weight. The fixed Grappling Hook (fig. 5a) is certified by the manufacturer. Loads imposed on
the hook should never exceed the design loads.
Fig re 5a. Grappling Hook 750
Design Rating -- Ultimate Strength of 2,200lbs / 1,000kg.
Recommended loads not to exceed 730lbs / 330kg
Note:
The types of ses
that the Grappling
Hook is s bjected to
are beyond the
control of the
Man fact rer. It is
the responsibility of
the p rchaser to
ins re that the Hook
is inspected and
maintained sing
methods that will
ins re that it remains
s itable for its
intended se.
NOTE:Additional Special Purpose Grappling Hooks are available on a special order basis.
“Pelican”Transport/Storage Case
An unbreakable, watertight, dustproof, chemical
resistant and corrosion proof transport/storage
case made of Ultra Impact structural copolymer.
Dimensions: 22 x 12 x 33 in / 56 x 30 x 84 cm.
Approx Weight of a Typical Kit with Case:
50Lb / 23kg
Fig re 5b

Tactical ResQmax Operation ManualTactical ResQmax Operation Manual 1126
Operation
Deploying theTactical ResQmax
1. Conduct a visual inspection to insure that the bridle lines (if used) are properly connected to the
“live end” of the line – and that the “dead end” of the line is connected to the eyelet on the
launcher or otherwise secured. (fig 11c - d)
2. Fully depress the Valve Key in the vertical position, and rotate the Valve Key 90 degrees
clockwise to the horizontal position. elease the Valve Key. (fig 15b - c)
3. Check the pressure gauge to verify pressure. (No pressure reading on the gauge may indicate
that you did not successfully open the valve in the nozzle or that your projectile was not
charged with air when loaded in the launcher.)
4. Press the Safety Push Knob to the “off” position to release the mechanism. (fig 13b)
Fig re 20a
5. For horizontal line deployment hold the butt of the
stock against your shouler as you would a firearm,
at a 35 degree angle aiming OVE the intended
target. (fig 20a)
5a.For maximum vertical deployment of a Line & Hook
hold the stock of the launcher against your shoulder
and aim approximately 10 degrees clear of the
intended target and at 80 degrees to a horizontal
plane.(fig 20b)
6. Using two fingers, squeeze the trigger. Hold the Tactical
esQmax steady as the projectile leaves the launcher
and the line or ascending ladder “pays out.” Fig re 20b
Note:
A Line intended for vertical deployment is too short to deploy
horizontally at f ll service press re. A Line deployed
horizontally at f ll service press re will reach f ll extension
in approximately one second -- and apply a concentrated
force on the “dead end” of the line -- which may res lt in the
loss of the la ncher eq ipment and inj ry to the operator.
Note:
Once deployed, the Line and Hook arrangement will descend
toward the operator very q ickly if the Hook does not
engage the targeted area. Extreme care m st be taken by
the operator to avoid being str ck by the Line and Hook
d ring its downward descent.
Note:
Adeq ate training in
all aspects of the
se of this
eq ipment is
essential in order to
familiarize yo rself
with its safe
operation and
capabilities -- and to
deploy it with
acc racy.
Note:
The sec rity of the
engagement point
of the grappling
hook is beyond the
man fact rer’s
control. It is the
responsibility of the
p rchaser and/or
operator of the
Tactical ResQmax
to ins re that the
grappling hook is
properly fixed and
safe for a h man
being to ascend. The
first ser of any
ascent team is
responsible for
lashing the line to a
fixed point. The hook
is intended to be
ascended by a single
ser per se. ATTENTION:
On firing, the unit exhibits a sound level in excess of 110 dB, which rapidly decays to background
levels within one minute. It is therefore recommended that ear defences systems are used
during operation of the product
Line & Ladder Options
In addition to the line options shown customized lines & ladders are available to suit specific
applications.
Carry Bag - Black
The Kit Carry Bag measures 13"w x 27"l x
18"h (35 cm x 70 cm x 45 cm) is made from
1000 denier Cordura fabric, with 2 external
zippered pockets and one internal zippered
pocket, and has a weatherproof membrane over
the entire footprint.
Fig re 7. Carry Bag 906
Ascending Ladder
Lightweight and durable! (fig 6) Constructed of nylon webbing with injection
molded elastomer rungs at 12in / 30cm o.c., this ladder is available in 40ft /
12m lengths that can be fully deployed vertically. Side members have a
combined breaking strength of 7,500lbs / 3,400 kg.
This unit is conveniently packed for deployment in a line container which
attaches to the launcher to form an integral part of the assembly.
NOTE: Custom lengths available.
Fig re 6.
Ascending Ladder 730 / 735
Minimum Weight
Part # Description Break Load per Length Length
lbs kg lbs kg ft m
801 7mm Nylon/Spectra Line
802 5.5mm Nylon/Spectra Line
735 40ft / 12m Ascending Ladder
5780
3200
7500
2622
1194
3400
3.96
2.60
5.2
1.8
1.2
2.35
165
328
40
50
100
12

Tactical ResQmax Operation ManualTactical ResQmax Operation Manual
12 25
Checking Projectile Pressure
All stored projectiles should be checked on a regular basis to ensure that the service pressure is
maintained. To check the projectile pressure, do as follows:
1. Load it into the launcher,
2. Open the Nozzle Valve
3. Confirm the projectile pressure using the reading on the Pressure Gauge,
4. Close the NozzleValve,
5. Loosen the bleed screw to release the air from the mechanism – Pressure Gauge must read “0”
6. elease safety device by depressing the Safety Push Knob
7. elease the projectile by pulling the trigger and return the projectile to storage
Removing a Charged Projectile from the Launcher
If you wish to remove a charged projectile from the launcher without firing it:
With NO pressure indicated on the launcher gauge:
1. Push in the safety button.
2. Pull the trigger, releasing the projectile.
With Pressure indicated on the launcher gauge:
If yo have the la ncher ready to fire and have p shed in the Safety P sh Knob b t change yo r mind
abo t firing for some reason OR if yo are handed a la ncher with press re indicated on the ga ge:
1. eengage the safety by rotating the Safety Push Knob a few degrees in a clockwise direction
while pushing it in with your thumb. It will then spring out again. Do not over rotate, only
a few degrees of movement are necessary. (fig. 13c)
2. Close the Nozzle Valve by depressing the Valve Key in the horizontal position and rotating it
counter-clockwise 90 degrees – to the vertical position. elease the Valve Key. (fig 15d)
3. Open the Bleed Screw and allow the air in the mechanism to escape. (fig 14a)
The Pressure Gauge will drop to a reading of “0”.
4. Push in the Safety Push Knob.
5. Pull the trigger to release the projectile.
Note:
Repeated press re
checks of a
projectile will
res lt in a grad al
lessening of
press re. It will be
necessary to top it
p sing the
proced re as
described on page
11. This is also a
good opport nity
to have a practice
la nch.
Note:
If the Press re
Ga ge on the
La ncher does not
show “0” press re –
T rn the Bleed
Screw in a co nter-
clockwise direction,
and allow the
press re from the
Mechanism to
escape before
attempting to
remove the
projectile.
Filling and Storage of Projectiles
Note:
Use Compressed
Air Only.The se of
any flammable or
comb stible
compressed gases,
especially at high
press res, may res lt
in a spontaneo s
explosion ca sing
severe inj ries or
death.
Note:
The operating/service
press re of the
projectile sho ld only
be exceeded in
response to a life-
threatening
emergency -- and
nder no
circ mstances sho ld
it be exceeded by
more than 20%.
Ignoring this advice
may ca se an
accident that co ld
res lt in bodily inj ry
or death.
Filling the Projectiles
To properly fill the projectile you need a source of compressed air that is at least capable of
reaching the service pressure of the projectile. The standard projectile has a service pressure of
3000 psi / 207 Bar.
The Streamline Filler HoseAssembly is required to recharge the projectiles with compressed
air. It consists of a Filler Block that includes a Pressure Gauge and Bleed Screw as well as the
connecting hose from the compressed air source.
Begin by attaching one end of the Streamline Filler Hose Assembly to your compressed air
source using the appropriate fitting (see fig 3)
Next, check that the valve key on the projectile to be filled is in the open position. When the
valve key is in- line with the flow of air, the valve is open (fig 8a).
When perpendicular to the flow of air the valve is closed (fig 8b).
perpendicular closed position
Fig re 8b
Fig re 8c Fig re 8d
To charge the Projectile Cylinder:
1. apply finger-pressure on the collar of
the filler-valve assembly and retract it
back (fig 8c)
2. then insert the neck of the nozzle into
the collar. Insure that the red bleed
screw on the Streamline Filler Hose
assembly is closed. (fig 8d)
in-line open position
Fig re 8a

Tactical ResQmax Operation ManualTactical ResQmax Operation Manual 1324
Using the Ascending Ladder
The Ascending Ladder is stored in, and deploys from the conventional launcher line container.
The compact line container is suitable for the 30ft / 9m length of ladder. The 40ft / 12m ladder
length (and any custom length) is stored in the large line container.
The Ascending Ladder is provided with a permanently fixed tether, with a looped end attached
to the top of the Ladder Assembly. The looped fixed end of the tether also includes a cut-away
pin, to fasten the door of the line container.
The permanently fixed tether is used to fasten the Ascending Ladder to the Grappling
Hook.
To attach the Ascending Ladder to the
Grappling Hook for deployment:
1. Pack the ladder into the line container
leaving only the looped end of the Ascending
Ladder and the attached tether protruding
from the container. (fig. 19e)
2. Fasten the door of the line container closed
using the cut-away pin attached to the
looped end of the tether.
3. Follow steps 1 through 7 on the preceeding
page (page 23) to lash the “live end” of the
tether to the Grappling Hook and install
the projectile with Grappling Hook into the
launcher.
The launcher is then ready for discharge,
following the steps outlined on page 26 for
vertical deployment of the Grappling Hook.
Fig re 19e
drain port
o
p
en the bleed screw
8. Next, locate the drain port adjacent to the red bleed screw (fig 8h).
9. Point the drain hole down and away from the operator and open the bleed screw, draining
pressure from the filler assy.
Note:
Attempting to fill the
projectile with the
Nozzle-Valve closed
will res lt in damage
to, or loss of the O-
ring on the face of
the Nozzle Pl g. This
m st be replaced
prior to proceeding.
See Fig re 23b.
perpendicular to air flow
to close valve key
in-line open position
Fig re 8e
Fig re 8f
Fig re 8g
3. Insure that the Nozzle-Valve is in the
OPEN position – with the valve “in line”
with the flow of air (fig 8e)
Fig re 8h
4. Open the air-supply and VERY SLOWLY fill the projectile bottle to 3,200 psi./220 Bar (If
you hear air escaping the O-ring in the Filler Block or Nozzle needs to be replaced.)
5. Close the air supply.
6. emove the wrench from the
Streamline Filler Hose assembly and
close the valve key in the projectile
by turning it 90 degrees (fig 8f).
7. Insure that the valve key is
perpendicular to the flow of air (fig
8g). Always replace the Filler Hose
wrench back in the lanyard on the
Filler Hose.

Tactical ResQmax Operation ManualTactical ResQmax Operation Manual
14 23
Attaching the Mooring Line Grappling Hook to the Projectile
The Mooring Line Grappling Hook is a fixed hook with three non-barbed tines fabricated from
lightweight titanium. It is intended to be used for establishing a line, such as across a river or
stream, or to recover a mooring line from the water.
Using the Grappling Hook Assemblies
The Grappling Hook is a light-weight titanium hook intended to be used for deploying and
establishing a Line. This hook must be used in conjunction with the appropriate lines, (part #’s
801 & 802). Lines & Ascending Ladders are equipped with a permanently fixed attachment
tether. The Line or ascending ladder tether is intended to be connected directly to the shaft of
the Grappling Hook – insuring a direct connection from the fixed point of the Hook to the user.
The Grappling Hook may not be used with a projectile protector. Attach the Grappling Hook to
a Projectile, as follows:
1. emove the bridle lines together with the
quick-disconnect from the projectile.
2. Lash the tether at the “live end” of the Line
(or Ascending Ladder) to the line eyelet on
the shaft of the Grappling Hook, using a
bowline or similar secure knot.
3. Install the Grappling Hook Assy. over the blunt
end of the Line Projectile cylinder.
4. un the tether along the side of the charged
Line Projectile to the neck of the cylinder, and
at 90 degrees to the “V” groove on the Nozzle
Protector.
5. Fasten the Line to the neck of the Projectile
cylinder with velcro strap provided, and return
the Line to the blunt end of the projectile
along the opposite side of the cylinder.
6. Press the “Safety Push Knob” to insure that
the safety is in the “off” position internally
7. Insert the line projectile into the launcher with
the “V” in the Nozzle Protector upward,
keeping the Line tether tight and uncrossed
along each side of the projectile. otate the
projectile as necessary until you feel the “V”
groove engage with the mechanism – and apply
pressure to the projectile. An audible “Click”
will signal that the projectile is engaged with
the mechanism.
Fig re 19a
Fig re 19b
Fig re 19c
Fig re 19d
Note:
The Mooring Line
Grappling Hook
offered with the
ResQmax is for se
to establish a line
only -- or for
recovery of mooring
lines -- and sho ld
not be sed for the
s pport of a
h man being.
Storing Projectiles
Projectiles that are charged and ready for use should be stored in a constant temperature
environment and protected from the elements. Charged projectiles should be so marked. Pressure
in stored projectiles should be checked periodically to verify that the desired service/operating
pressure is being maintained.
Caution: If projectiles are s bjected to extreme heat the press re co ld rise s fficiently to r pt re the
Press re Relief Assy., and allow the air to escape, preventing se of the eq ipment. Refer to page 29 for
instr ctions on removing and replacing the Press re Relief Assy.
10. etract the spring-loaded collar on the Streamline Filler Hose assy. (fig 8i) and detach the
filler hose assembly from the projectile (fig 8j).
11.Store the re-charged projectile in a safe location.
Fig re 8i
Fig re 8j

Tactical ResQmax Operation ManualTactical ResQmax Operation Manual
Align
1522
Projectiles
Using the Line Projectile
A black, molded PVC foam projectile cover
(protector) (fig. 16) is recommended when
deploying a line with the esQmax. Each line
projectile is supplied with a protector slipped
over the projectile cylinder. The protector may
be removed to inspect the projectile cylinder
for damage and can be re-installed. A lubricant
may be required to remove the protector from
the cylinder.
Molded PVC Foam Projectile Cover 610
Fig re 16
Installing Projectile In Launcher
The bridle lines are used to connect the projectile to the line for line deployment only. Connect
the bridle lines and install the projectile in the launcher as follows:
1. Pull the quick-connect that connects the bridle lines to allow the projectile to find the center-
point of the bridle lines.(fig. 17a)
2. Press the “Safety Push Knob” to insure that the safety is in the “off” position internally
3. Insert the line projectile into the launcher with the “V” in the Nozzle Protector upward,
keeping the bridle lines tight and uncrossed along each side of the projectile. otate the
projectile as necessary until you feel the “V” groove engage with the mechanism – and apply
pressure to the projectile. An audible “Click” will signal that the projectile is engaged with the
mechanism.
4. Connect the quick-connect holding the bridle line loops to the loop in the “live end” of the
line – protruding through the notch on the line container door. Use care not to disengage the
Cut-Away Pin which fastens the line container door closed.
"V" Groove
Bridle Lines
Q ick-connect
Fig re 17a
Fig re 17b
Protecting the Cylinder or Projectile
All practice deployments SHOULD BE INTO WATE . The projectile is primarily a compressed
air cylinder. IF THE CYLINDE SUSTAINS ANY VISIBLE DAMAGE F OM CONTACT WITH A
HA D SU FACE THEN IT MUST NOT BE E-USED. If deployed into water, the projectile can
be used over again hundreds of times. Use caution when pulling the projectile back to avoid
damaging it. Always wash in fresh water. emove all water from inside cylinder and allow to dry
before storage or re-filling.
Note:
Any damage to the
projectile protector
may indicate
damage to the
cylinder. If the
protector is
damaged the
cylinder m st be
vis ally inspected
for damage.
Damaged
protectors sho ld
be replaced to
protect the
projectile cylinder.
Note:
If yo do not get
the Nozzle
Protector lined p
properly the nozzle
will not be able to
slide into the
mechanism. An
a dible “Click”
indicates the Safety
Assembly is
engaged.
Step 3
Step 1
Step 2
Using the Folding Stock
To extend the stock from the collapsed position (to the firing position) push downward at the
butt of the Stock and apply pressure with your thumb on the butt to release the Stock (fig. 9 --
Step 1). otate the Stock to the rear of the launcher(fig. 9 -- Step 2). The Stock Catch Plate will
automatically engage.
To fold the stock into the collapsed position (for use as a handle) pull back on the Stock Catch Plate
with your thumb to disengage the catch (fig. 10 -- Step 1). Fold the stock over the top of the Barrel
(fig. 10 -- Step 2) and engage the butt of the Stock with the sighting hook on the front of the Barrel
(fig. 10 -- Step 3).
Step 2
Step 1
Fig re 9. Using the Folding Stock
Use of Folding Stock
Fig re 10. Using the Folding Stock

Tactical ResQmax Operation ManualTactical ResQmax Operation Manual
Note:
Some initial
resistance may be
experienced when
trying to t rn the
Valve Key. However
once the Key begins
to rotate it will t rn
easily. Be certain to
rotate the Key a f ll
90 degrees..
Note
16 21
Opening the NozzleValve to Pressurize the Launcher
The Valve in the Nozzle of each Projectile is intended to be opened using the Valve Key attached
to the Launcher Housing. The “V” groove on the Nozzle Protector properly aligns the Nozzle
Valve with the Valve Key. The Valve Key is not engaged with the Nozzle Valve when fully extended
(fig. 15a). The Valve Key is engaged with the Nozzle Valve when fully depressed.(fig. 15b)
When installed in the Launcher, a freshly charged Projectile
will have the Nozzle Valve in the vertical position.
To OPEN the Nozzle Valve on the Projectile, do as follows
(fig. 15c);
1. Fully depress the Valve Key, in the vertical position, and
maintain a constant pressure
2. otate the Valve Key 90 degrees – in a clockwise direction
3. elease the Valve Key allowing it to extend fully
Valve Key
Fig re 15a
Fig re 15c
Closing the NozzleValve in the Launcher
If the Valve in the Nozzle of a Projectile is open the Nozzle
Valve will be in the horizontal position.
To CLOSE the Nozzle Valve on the Projectile, do as
follows;
1. Fully depress the Valve Key, in the horizontal position,
and maintain a constant pressure
2. otate the Valve Key 90 degrees – in a counter-
clockwise direction
3. elease the Valve Key allowing it to extend fully (see
fig. 15a-- above) Fig re 15d
"V" Groove
Note
Note
Note
Fig re 15b
Note:
The eyelet on the
la ncher is not
intended to be sed
in the recovery of a
victim from the
water, or in
conj nction with a
messenger line. P ll
directly on the line.
Note:
DO NOT coil or loop
the line, EVER! If yo
coil the line yo may
b ild in tension that
will ca se snarls the
next time yo se it
res lting in poor
performance d ring
deployment.
Fig re 11a.
Packing and Connecting the Line Container
Packing the Line Container
All lines used with the esQmax may be re-packed in the field by hand as necessary, without the
use of any special equipment. Each line has a dedicated “dead end” & a “live end”.
The “dead end” of the line is formed by a loop with a snap shackle attached. This “dead end” is
intended to be attached to the launcher before or during deployment. The line may be secured
to any fixed point prior to or after firing – to secure one end of the line while the launcher is
being prepared for the next shot. This “dead end” does not travel.
The “live end” of the line is formed by a loop with a Cut-Away Pin permanently attached. This
end is intended to be attached to the bridle lines of the Line or Sling Projectile and does travel
with the projectile towards the target. The Cut-Away Pin holds the door closed until the point of
firing – and then automatically releases the door of the line container to allow the line to follow
the projectile without resistance.
When packing the line container, the easiest method is as follows:
1. Disconnect the line container from the launcher, and hold it vertically, with the door open
toward you.
2. Allow 12inches / 30cm of the “dead end” of the rope (fitted with the snap shackle) to hang
freely outside of the right side of the line container (fig 11a) and begin dropping the line inside
the container.
3. Pull the line from over your shoulder so that you can push it down into the container hand
over hand, using short strokes (fig 11b).
4. Allow the line to ‘fall’ into the container in a random, criss-cross pattern to avoid any snarls when
it is deployed. Periodically push the line down into the bag more tightly to make more room.
Fig re 11b.

Tactical ResQmax Operation ManualTactical ResQmax Operation Manual 1720
Launcher Bleed Screw Operation
Each Launcher is equipped with a Bleed Screw – located near the Tactical esQmax label on the
Launcher. (see fig. 2) The Bleed Screw Handle swivels over the Bleed Screw Bolt, to permit the
Bleed Screw to be turned without interfering with the Folding Stock.
One purpose of the Bleed Screw is to:
•Permit the operator, if necessary, to reduce the operating pressure of the Projectile prior to
discharge, as follows:
1. Open the Nozzle Valve to pressurize the Launcher (see page 20), then
2. otate the Bleed Screw Handle in a counter-clockwise direction until you hear air
escaping (fig 14a open),and
3. Monitor the Pressure Gauge until the desired operating pressure is achieved, then
4. otate the Bleed Screw Handle in a clockwise direction to stop the escape of air (fig
14a close).
The second purpose of the Bleed Screw is to:
•Permit the operator to bleed off the pressure in the Mechanism in order to remove a charged
Projectile, as follows:
1. Close the Nozzle Valve in the Launcher (fig 15d), then
2. otate the Bleed Screw Handle in a counter-clockwise direction until you hear air
escaping, and
3. Monitor the Pressure Gauge until the reading is at “0”, then
4. otate the Bleed Screw Handle in a clockwise direction to tighten.
5. The Projectile may now be removed by pressing the Safety Knob and pulling the
Trigger.
Fig re 14a
CLOSE
OPEN
Fig re 14b
CLOSE
OPEN
BLEED
SC EW
Note:
There is a small
nylon insert pressed
into the threaded
end of the Bleed
Screw, which acts to
seal the opening
when the Bleed
Screw is tightened. If
the Bleed Screw is
removed entirely, for
maintenance or any
other reason, ins re
that the nylon insert
remains fixed to the
Bleed Screw prior to
ret rning the Tactical
ResQmax nit to
service. See Fig 14b.
Note:
The main line and
bridle lines sho ld
be inspected after
each se for fraying
or damage before
storing for later se.
If immersed in
seawater d ring se
all lines (and
projectiles) sho ld
be rinsed with fresh
water and dried
thoro ghly. Inspect
the line before
packing and then
pack as instr cted in
this packing section.
Any damaged or
frayed line or bridle
lines m st be
permanently
removed from
service.
Remember:
If immersed in
seawater, all lines
and projectiles m st
be rinsed with fresh
water and dried
thoro ghly after se,
and prior to being
refilled or stored.
Note:
See page 24 for
connection detail to
grappling hook
5. When all of the line is packed inside the
container close the container door – leave
the “live end” of the rope – with the Cut-
Away Pin permanently attached - through
the notch on the left hand side of the door
catch, and the “dead end” of the rope
through the notch on the right hand side.
6. Fasten the line container door closed by
inserting the Cut-Away Pin (fixed to the “live
end” of the line) through the black elastic
retaining loop that protrudes through the
line container door in the closed position.
Fig re 11c.
7. e-install the line container on the launcher
(fig 12a) – and connect the snap shackle
on the “dead end” of the line to the molded
eyelet behind the inverted “T” bracket of
the launcher.
8. Connect the quick-connect link attached
to the bridle lines of the projectile, to the
“live end” of the line protruding from the
line container, and your unit is ready to fire.
(see more detailed instructions on page 21)
Fig re 11d.
Packing the Ascending Ladder
1. To pack the ascending ladder, begin with the
bottom rung of the ladder and progressively
pack rungs into the container, taking care
not to allow the side rails to twist (fig 11e).
Fig re 11e. Fig re 11f.
2. When all rungs have been packed close the
container door -- allowing fixed point of
ladder and tether to remain outside
container door for attachment to the
grappling hook (fig11f).

Tactical ResQmax Operation ManualTactical ResQmax Operation Manual
18
Note
SafetyAssembly & Launcher Bleed Screw
Safety Push Knob
The Safety Push Knob is a circular black button
located on the same side of the launcher as
the Valve Key, and directly above the trigger.
This Safety Push Knob is at rest when
protruding slightly from the side of the launcher
housing. (fig. 13a)
The Safety Assembly engages automatically each
time that a projectile is inserted into the
launcher. An audible “Click” indicates that the
safety has engaged.
Press the Safety Push Knob to the “off” position
immediately before firing the launcher. When in
the “off” position the Safety Push Knob remains
recessed inside the cavity about ¼” or 6 mm.
(fig. 13b)
After firing the launcher the Safety Assembly
will re-set itself to accept the next projectile.
When a new projectile is loaded the trigger
will automatically move forward once the safety
is engaged.
Re-Setting the Safety
If the Safety Push Knob has been pressed to
the “off” position – and for any reason it
becomes necessary to re-set the Safety without
firing the launcher – reach inside the cavity
holding the Safety Push Knob and rotate the
Safety Push Knob clockwise. A rotation of only
a few degrees is required. (fig. 13c) The Safety
Push Knob will return to its rest position,
protruding slightly from the side of the launcher
housing – indicating that the Safety Assembly
has been re-engaged, and is in the “on” position.
(fig 13a)
Fig re 13a
Note
Fig re 13b
Note
Fig re 13c
Note:
If the trigger is
moved forward
man ally prior to
another projectile
being inserted, it is
necessary to press
the Safety P sh
Knob to release the
safety internally,
prior to inserting
another porjectile
19
Step 5
Step 4
Connecting the Launcher to the Line Container
1. Place the inverted “T” bracket (on the bottom of the Barrel at the front) on top of the line
container, just behind the inverted “T” groove on the upper portion of the front of the line
container. (fig 12a -- Step 1)
2. Locate the bottom of the handle so that notches on the handle will engage with the flange at
the rear of the line container. (fig 12a -- Step 2)
3. Slide the launcher forward inside both the front and rear grooves of the line container
simultaneously. Push firmly forward until the catch on the launcher automatically engages in
the locking hole in the line container. (fig 12a -- Step 3)
4. Attach the “dead end” of the line (with snap shackle) to the eyelet behind the “T” Bracket on
the underside of the barrel casing. (see Figure 11d). This will insure that the line does not
separate from the launcher after discharge. Alternatively, the dead end may be lashed to a
secure anchor prior to or after discharge, while the launcher is readied for subsequent shots.
5. Attach the quick-connect link on the projectile bridle lines to the “live end” of the line.
To Disconnect the Line Container from the Launcher push down on the Line Container Catch
located at the front of the Launcher, just below the barrel opening, and slide the launcher rearward
(fig 12b -- Steps 4 & 5).
Step 3
Step 1
Step 2
Fig re 12a. Connecting the La ncher to the Line Container
Fig re 12b. Disconnecting the La ncher from the Line Container
Note:
If there is line in the
container it is first
necessary to
disconnect the “live
end” from the bridle
lines and the “dead
end” from the
la ncher eyelet..

Tactical ResQmax Operation ManualTactical ResQmax Operation Manual
18
Note
SafetyAssembly & Launcher Bleed Screw
Safety Push Knob
The Safety Push Knob is a circular black button
located on the same side of the launcher as
the Valve Key, and directly above the trigger.
This Safety Push Knob is at rest when
protruding slightly from the side of the launcher
housing. (fig. 13a)
The Safety Assembly engages automatically each
time that a projectile is inserted into the
launcher. An audible “Click” indicates that the
safety has engaged.
Press the Safety Push Knob to the “off” position
immediately before firing the launcher. When in
the “off” position the Safety Push Knob remains
recessed inside the cavity about ¼” or 6 mm.
(fig. 13b)
After firing the launcher the Safety Assembly
will re-set itself to accept the next projectile.
When a new projectile is loaded the trigger
will automatically move forward once the safety
is engaged.
Re-Setting the Safety
If the Safety Push Knob has been pressed to
the “off” position – and for any reason it
becomes necessary to re-set the Safety without
firing the launcher – reach inside the cavity
holding the Safety Push Knob and rotate the
Safety Push Knob clockwise. A rotation of only
a few degrees is required. (fig. 13c) The Safety
Push Knob will return to its rest position,
protruding slightly from the side of the launcher
housing – indicating that the Safety Assembly
has been re-engaged, and is in the “on” position.
(fig 13a)
Fig re 13a
Note
Fig re 13b
Note
Fig re 13c
Note:
If the trigger is
moved forward
man ally prior to
another projectile
being inserted, it is
necessary to press
the Safety P sh
Knob to release the
safety internally,
prior to inserting
another porjectile
19
Step 5
Step 4
Connecting the Launcher to the Line Container
1. Place the inverted “T” bracket (on the bottom of the Barrel at the front) on top of the line
container, just behind the inverted “T” groove on the upper portion of the front of the line
container. (fig 12a -- Step 1)
2. Locate the bottom of the handle so that notches on the handle will engage with the flange at
the rear of the line container. (fig 12a -- Step 2)
3. Slide the launcher forward inside both the front and rear grooves of the line container
simultaneously. Push firmly forward until the catch on the launcher automatically engages in
the locking hole in the line container. (fig 12a -- Step 3)
4. Attach the “dead end” of the line (with snap shackle) to the eyelet behind the “T” Bracket on
the underside of the barrel casing. (see Figure 11d). This will insure that the line does not
separate from the launcher after discharge. Alternatively, the dead end may be lashed to a
secure anchor prior to or after discharge, while the launcher is readied for subsequent shots.
5. Attach the quick-connect link on the projectile bridle lines to the “live end” of the line.
To Disconnect the Line Container from the Launcher push down on the Line Container Catch
located at the front of the Launcher, just below the barrel opening, and slide the launcher rearward
(fig 12b -- Steps 4 & 5).
Step 3
Step 1
Step 2
Fig re 12a. Connecting the La ncher to the Line Container
Fig re 12b. Disconnecting the La ncher from the Line Container
Note:
If there is line in the
container it is first
necessary to
disconnect the “live
end” from the bridle
lines and the “dead
end” from the
la ncher eyelet..

Tactical ResQmax Operation ManualTactical ResQmax Operation Manual 1720
Launcher Bleed Screw Operation
Each Launcher is equipped with a Bleed Screw – located near the Tactical esQmax label on the
Launcher. (see fig. 2) The Bleed Screw Handle swivels over the Bleed Screw Bolt, to permit the
Bleed Screw to be turned without interfering with the Folding Stock.
One purpose of the Bleed Screw is to:
•Permit the operator, if necessary, to reduce the operating pressure of the Projectile prior to
discharge, as follows:
1. Open the Nozzle Valve to pressurize the Launcher (see page 20), then
2. otate the Bleed Screw Handle in a counter-clockwise direction until you hear air
escaping (fig 14a open),and
3. Monitor the Pressure Gauge until the desired operating pressure is achieved, then
4. otate the Bleed Screw Handle in a clockwise direction to stop the escape of air (fig
14a close).
The second purpose of the Bleed Screw is to:
•Permit the operator to bleed off the pressure in the Mechanism in order to remove a charged
Projectile, as follows:
1. Close the Nozzle Valve in the Launcher (fig 15d), then
2. otate the Bleed Screw Handle in a counter-clockwise direction until you hear air
escaping, and
3. Monitor the Pressure Gauge until the reading is at “0”, then
4. otate the Bleed Screw Handle in a clockwise direction to tighten.
5. The Projectile may now be removed by pressing the Safety Knob and pulling the
Trigger.
Fig re 14a
CLOSE
OPEN
Fig re 14b
CLOSE
OPEN
BLEED
SC EW
Note:
There is a small
nylon insert pressed
into the threaded
end of the Bleed
Screw, which acts to
seal the opening
when the Bleed
Screw is tightened. If
the Bleed Screw is
removed entirely, for
maintenance or any
other reason, ins re
that the nylon insert
remains fixed to the
Bleed Screw prior to
ret rning the Tactical
ResQmax nit to
service. See Fig 14b.
Note:
The main line and
bridle lines sho ld
be inspected after
each se for fraying
or damage before
storing for later se.
If immersed in
seawater d ring se
all lines (and
projectiles) sho ld
be rinsed with fresh
water and dried
thoro ghly. Inspect
the line before
packing and then
pack as instr cted in
this packing section.
Any damaged or
frayed line or bridle
lines m st be
permanently
removed from
service.
Remember:
If immersed in
seawater, all lines
and projectiles m st
be rinsed with fresh
water and dried
thoro ghly after se,
and prior to being
refilled or stored.
Note:
See page 24 for
connection detail to
grappling hook
5. When all of the line is packed inside the
container close the container door – leave
the “live end” of the rope – with the Cut-
Away Pin permanently attached - through
the notch on the left hand side of the door
catch, and the “dead end” of the rope
through the notch on the right hand side.
6. Fasten the line container door closed by
inserting the Cut-Away Pin (fixed to the “live
end” of the line) through the black elastic
retaining loop that protrudes through the
line container door in the closed position.
Fig re 11c.
7. e-install the line container on the launcher
(fig 12a) – and connect the snap shackle
on the “dead end” of the line to the molded
eyelet behind the inverted “T” bracket of
the launcher.
8. Connect the quick-connect link attached
to the bridle lines of the projectile, to the
“live end” of the line protruding from the
line container, and your unit is ready to fire.
(see more detailed instructions on page 21)
Fig re 11d.
Packing the Ascending Ladder
1. To pack the ascending ladder, begin with the
bottom rung of the ladder and progressively
pack rungs into the container, taking care
not to allow the side rails to twist (fig 11e).
Fig re 11e. Fig re 11f.
2. When all rungs have been packed close the
container door -- allowing fixed point of
ladder and tether to remain outside
container door for attachment to the
grappling hook (fig11f).