FSI DAT Series User manual

INSTRUCTION MANUAL
FSI® DAT® SERIES SHELTERS/SHOWERS
& “QE SERIES”® SHELTERS/SHOWERS
ALL FSI® DAT® & “QE SERIES”®
SHOWERS ARE ANSI # 113
COMPLIANT
311 Abbe Road. Sheffield Lake, Ohio 44054
Phone: [phone]
Fax: [phone]
See us on the web at www.fsinorth.com
12/12/19
IN ACCORDANCE WITH NFPA 1851
ALL FSI SHOWERS ARE IDEAL FOR
FIRE FIGHTER WASH DOWN/DECON
IMMEDIATELY AFTER EXITING
FIRE SCENE AND PRIOR TO
REMOVAL OF ANY PPE.
SERVICE TO THE LIFE SAFETY INDUSTRY WORLDWIDE SINCE 1997

2
FSI® DECON SHOWERS AND SHELTERS
OPERATION / MAINTENANCE MANUAL
PLEASE READ THIS INSTRUCTION MANUAL CAREFULLY
BEFORE ASSEMBLING YOUR FSI DECON SHOWER/SHELTER
CONTENTS
INTRODUCTION …...……………………………….…………………………..……3
SAFETY INSTRUCTIONS……………………………………….………………......4
PRINCIPLES OF OPERATION………………………………………………..…….6
FSI SHOWER/SHELTER PACKING LIST & DIAGRAMS……………………......7
UNPACKING FSI SHOWER/SHELTERS…………………………………….…….8
INFLATING FSI SHOWER/SHELTERS – MAKE READY FOR USE……….…..8
OPERATION FSI SHOWER/SHELTERS………………………………………......9
STOWING FSI SHOWER/SHELTERS AFTER USE…………………………..…10
STORAGE & MAINTENANCE………………………………………….…….…11-12
TROUBLESHOOTING………………………………………………….………..12-14
TECHNICAL SPECIFICATIONS……………………………………….………..15-18
DAT®QE® GENERAL SPECIFICATIONS……………………………..…………..19
DAT®QE® SELTER SET-UP INSTRUCTIONS………………...…….……… 31-33
SHELTER/SHOWER ADDITIONAL OPTIONS……………………….………..34-35
DAT®QE® SHOWER SET-UP INSTRUCTIONS……………………………...36-38
WARRANTY…………………………………………………………….……………..39

3
INTRODUCTION
Thank you for purchasing the FSI® DAT® series portable inflatable/framed shelter/shower unit. They have
been designed for rapid deployment and ease of use in emergency situations, offering a top quality multi
use compact inflatable structure. FSI® showers/shelters are offered as complete -SYS Systems, with
multiple optional items available from FSI including HVAC, water heaters and cooling systems, elevation
grids, bladder tanks, waste pumps, air filtration units, lights, conveyors, backboards, etc. FSI® products
provide reliable operation in demanding conditions and situations when used and maintained correctly.
Important Notes
This operation manual should be thoroughly reviewed and understood prior to initial use of the unit.
If you are new to FSI® Shelters/Decon Showers, for your own comfort and safety, we strongly recommend
you obtain handling and operation experience before assuming command of the unit. Your FSI® authorized
distributor will be pleased to advise and assist you.
PLEASE KEEP THIS MANUAL IN A SECURE PLACE AND KEEP IT WITH THE UNIT PERMANENTLY.
If there are any questions or concerns, please contact FSI® prior to operation.
Please note FSI® cannot be held responsible for any damage and/or equipment malfunction, resulting from
the lack of reviewing and following instruction manual instructions, and/or from lack /absence of proper care
and maintenance.
FSI® operates a policy of continual product development, and as such both the product and this manual
may be subject to technical alterations without notice.
This manual should be made available to the operating personnel for reference purposes in the event of an
operating/technical query.
On scene coordinators are responsible at all times for the correct and proper use, movement, carry/lift
weight per person, cleaning & use in various dangerous environments. FSI® merely supplies set-up, care,
use & maintenance guidelines.
The DAT® Series Inflatable structures get their form, strength and stability by means of inflation with air.
The tent is designed as a temporary shower/shelter for multi purpose uses.
ATTENTION: This warning symbol appears in the operating manual next
to operating and safety instructions dealing with rules, regulations and
instructions for the proper operation of your FSI® unit.

4
SAFETY INSTRUCTIONS
This operation manual should be reviewed and thoroughly
understood prior use of the unit.
FSI Pneumatic showers/shelters require a compressed
air/electric inflator/deflator source to inflate them. Operators
should be familiar with the use of the air source utilized, and
aware of any risks associated with it.
The weight of the FSI units vary dependent on the model
purchased. The units are supplied in a carry sleeve/bag* fitted
with handles to permit two or more people to carry the unit. The
carry sleeve/bag* is not to be dragged-but lifted and carried by
the appropriate number of personnel that on-sight coordinators
may deem appropriate.
When used in a hazmat incident, FSI units may come in contact
with substances ‘hazardous to health’. Should this happen, they
should be thoroughly cleaned to prevent contamination of
personnel and any possible cross contamination of equipment
etc. Operators should be aware of this risk, and wear
appropriate personal protection to avoid coming in contact with
these substances. On scene coordinators must manage and be
completely responsible herein.
ATTENTION: FSI Showers/Shelters (as of 09/01/02) are fitted with an
overpressure valve on the inflatable structure, to prevent the
unit from over-inflating and possibly bursting. This valve is fully
automatic in operation, and must not be blocked or adjusted in
any way. If using compressed air to inflate unit, an operator
must stand by at all times and immediately turn off compressed
air source when the overpressure valve is activated as noted by
the “hissing” sound of escaping air. At all times ensure the high
pressure air fill hose is locked to the supplied O/D ring on the air
berm with the supplied locking wire.

5
TEMPERATURE USE GUIDELINES FOR
PNEUMATIC DAT SERIES SHOWERS AND SHELTERS
Hot air expands and cold air compresses and so the weather
impacts the air berms of your DAT series product in use.
COLD WEATHER USE:
Recommended for use in temperatures to -30 C (-22 F)
Fully inflate to the point of the over pressure valve almost being
activated (if activated cease air fill immediately) if being used in
extreme cold weather since the cold air will actually contract
inside the berms and the air berms may feel slightly ‘soft’ to the
touch.
WARM WEATHER USE:
Recommended for use in temperatures to +40 C (+104 F)
When temperatures during use are to exceed 30 degrees C (86 F)
be aware hot air expands and so manually reduce the air
pressure in the air berms or allow over pressure valves to
activate. As the evening shift arrives in continued use, and air
temperature drops re-inflate the unit as colder air causes
internal air pressure to decrease.
AT THE COMMENCEMENT OF EACH SHIFT FSI STRONGLY
ENCOURAGES AND RECOMMENDS THAT THE AIR PRESSURE
INTERNALLY BE CHECKED AND ADDRESSED AS ABOVE, AND
THAT A COMPLETE SYSTEMS CHECK OCCUR ON ALL ITEMS IN
USE WITH THE DAT SERIES SHOWER OR SHELTER SYSTEM.
When removing FSI showers/shelters from the carry sleeve/bag,
ensure there are no sharp objects or glass on the floor that might
tear or puncture the inflatable structure. Avoid dragging the unit
over rough surfaces. The use of a tarp/groundsheet is strongly
recommended for inexpensive protection and maximum
longevity of the floor and berms.
ATTENTION:
ATTENTION:

6
PRINCIPLES OF OPERATION
FSI® Pneumatic showers/shelters are inflated via the use of a compressed air source/electric inflator/deflator
and inflation time is approximately 45 seconds to 5+ minutes (size of unit dependent).
Over-inflation of the structure is designed to be prevented via the inclusion of a pressure relief valve fitted to
the unit. If using compressed air to inflate unit, an operator must stand by at all times and immediately
turn off compressed air source when the overpressure valve is activated as noted by the “hissing”
sound of escaping air. At all times ensure the high pressure air fill hose is locked to the supplied O/D
ring on the air berm with the supplied locking wire.
The structure has reinforced air inflated berms and is usually fitted with two external zipped doors, the first is
the entrance door, and the second is the exit door at the other end as determined by on-scene coordinators.
To deflate the unit an inflation/deflation valve is so equipped to release the air in the structure via a quarter
turn ‘push in’ stem, allowing the FSI® shower/shelter to deflate. Use the supplied inflator/deflator to ’suck’ all
air out of the unit until flat to the naked eye. The unit can then be carefully folded, as it was received, and
packed into the carry sleeve/bag supplied for safe transportation and storage.
REMOVABLE
CANOPY
TIE DOWN ROPES AT
EACH CORNER TO
TIE FSI® SHELTER
OFF TO FIXED ITEMS
SUCH AS VEHICLES/
FENCES/POSTS/
POLES/OTHER IN
STRONG WINDS
DIRTY ENTRANCE DOOR
(CLEAN EXIT DOOR FROM
SHOWER AT OTHER END)
BUILT IN GROUNDSHEET
ATTACHED YET
REMOVABLE
FLOOR
INFLATABLE
STRUCTURE
FSI SHOWER/SHELTER DIAGRAMS
AIR BOTTLE INLET
ELECTRIC INFLATOR / DEFLATOR
INLET AND DUMP VALVE
INFLATION: Push in and quarter turn clockwise to lock
valve open. When unit fully inflated push in and quarter
turn counter clockwise to allow valve to pop up and
close. Your shower/shelter is now ready for use.
DEFLATION: To deflate, push in and quarter turn
clockwise to lock valve open. Air will rush out and unit
will begin to deflate. Ensure the tie down ropes are used
to assist the unit in returning to the ground by pulling
them toward each other allowing the unit to collapse into
its’ own footprint. Use the deflation end of the electric
inflator/deflator to ‘such’ the remaining air out of the
unit until flat to the naked eye. Then push in and quarter
turn counter clockwise to allow valve to pop up and
close.
SAFETY OVER
PRESSURE VALVE
O/D RING

7
FSI® SHOWER/SHELTER PACKING LIST
FSI showers/shelters consist of the following items:
Showers/Shelters
in carry sleeve/bag
High Pressure Air inlet
hose and SCBA fitting
to fit all known scba air
cylinders and repair
material swatches
Full instructions for use, repair kit,
stakes, tie down ropes, inflator/deflator
(size depends on size of unit), and ham-
mer.
FSI® SHOWERS/SHELTERS
FSI showers/shelters are offered with multiple optional items with
a few examples as below:
Air Heaters
(F-ZHAF and
F-ZHAFD)
Waste Water
Pump
(F-WSP33AA)
Elevation
Grid
(F-TDMSPC)
Conveyor Systems
(F-RS shown)
Detergent Injection
System
(FSI HEAT 201)
Hand Sprayer
(F-HSP)
Water Heater
(FSI Heat 200A)
F-GH (50’) HOSES
F-GH35 F-GH503510
F-GH25 F-GH5025
F-GH10
F-MX1
(Spine Board/
Transfer Board)
HVAC
(F-DI35HP0100CM)
Manifolds
(F-MMU153,
F-MMU253,
F-MMU156,
F-MMU256) Stringable Lights
F-125-0500-STL
Heavy Duty Bladder Tanks
(F-HD150BT,
F-HD300BT,
F-HD600BT)
Ground Tarps
Asst. sizes
Water Heater
(F-ECC150WH)

8
UNPACKING FSI® SHOWERS/SHELTERS
To unpack FSI® shower/shelter and if a pneumatic unit, make ready for inflation
Undo carry bag/sleeve and remove unit. If no groundsheet
or tarp is readily available, the carry sleeve/bag fully
flattened out can be used as a partial emergency
groundsheet to protect the shower/shelter.
Ensure surface is flat and free of sharp objects, place
groundsheet / tarp on ground (FSI® offers as an option),
then unroll FSI® unit either onto groundsheet or onto
ground carefully.
NOTE! LIFT - Do not drag on ground!
Place FSI® unit to suit all site and incident requirements,
ensuring entry/exit doors are aligned in right direction.
On-scene coordinator must make these decisions.
INFLATING FSI® SHOWERS/SHELTERS FOR USE
Follow all instructions located above the fill
valves on every unit EXACTLY.
If using an SCBA cylinder and the
supplied black color high pressure fill
hose with locking clip and fitting please
review those instructions carefully and
follow them exactly.
Follow all instructions located above the fill valves on every
unit EXACTLY.
If using the supplied inflator deflator use in the manner as
shown herein following all instructions located on the berms
of the unit.
Allow a steady, clean flow of air to inflate the unit. It will take approx. 45 seconds to 5+
minutes to inflate the unit (size of unit dependent) from an SCBA cylinder, and slightly
longer if using a compressor or the electric inflator/deflator. Remove/disconnect inflat-
or/deflator once unit is fully inflated.
NOTE! Support roof of FSI shelter as it inflates! (help unit stand) . In deflation mode en-
sure the tie down ropes are used to assist the unit in returning to the ground by pulling
them toward each other allowing the unit to collapse into its’ own footprint.

9
With on-scene coordinator oversight, carefully attach hose
to scba/dive air cylinder and lock hose to air berm D ring
using supplied locking clip. Then turn on cylinder air VERY
slowly. Then inflate unit until overpressure valve
operates - indicated by sound of escaping air (escaping air
can also be easily felt by hand. IMMEDIATELY turn off
compressed air supply. The overpressure valve will close
automatically when excess air has escaped from unit.
NOTE! Never cover/block the overpressure valve, as
the unit may become over pressurized and fail.
Make the following final checks:
Check that the unit is upright, that all valves are closed,
and no leaking is occurring. If, in the unlikely event a leak
is discovered, deflate unit and repair before using. (See
instructions for notes on how to repair punctures.)
In the event of/in case of windy conditions, always tie
off unit to the ground using supplied tie down ropes
and stakes, and/or lash to solid objects (e.g., vehicles).
OPERATING FSI UNIT - WATER INLET PRESSURE GUIDELINES
FSI Shower systems have all been designed to handle a maximum
incoming water pressure of approx. 55 psi (3.6 Bar). If the water
pressure coming into the FSI shower unit is unknown or will exceed
55 psi – FSI requires the use of a water pressure reducer – available
from FSI.
** INLET WATER PRESSURES in FSI Decon Shower Systems:
Each and every section of spray nozzle heads and multiple function
trigger guns is equipped with a shut off valve and a quick disconnect
feature. If you find the inlet water pressure is not capable of feeding
all water outlets with sufficient water pressure to provide a proper
shower – then shut off all shower heads not currently being used .
This will best ensure maximum water pressure is available where it
is needed.
INFLATION USING HIGH PRESSURE COMPRESSED AIR:
FSI® DAT® AND DAT® ‘QE SERIES’® DECON SHOWERS ARE ANSI 113 COMPLIANT.

10
FSI units have been designed for use by personnel with some knowledge or training in
decontamination procedures. On-scene coordinators must always determine correct use.
Proceed as follows:
Unzip / separate velcro closure doors at the entrance to the unit. The entrance is normally
the location nearest to the inflation/overpressure valves but this must be as determined by
on-scene coordinator.
At night, the relatively translucent construction and reflective striping above the doors and on
the berms of the FSI unit will allow light from external sources to illuminate the interior and
clearly show the entry and exit points.
STOWING FSI® SHOWER/SHELTERS:
If using Accessories such as air/water heaters/ decon
showers, disconnect and remove all showers, heating , air
cooling units, lights, elevation grids, and so forth from inside
the shower/shelter or in close proximity to.
Wipe up any residual water inside the unit, and make sure
interior is completely dry.
To deflate unit, make sure the entrance and exit doors are
unzipped and rolled up.
Ideally place one person or more at each end of FSI shelter;
then open the deflation/dump valve.
The FSI shower/shelter will rapidly deflate (usually within 1
minute or so). As the unit collapses, each person should pull
inwards on the end pillars, so the roof collapses neatly
on top of the lower part of the unit.
Ideally fold the shower/shelter back up exactly as received.
Failing that, fold the shower/shelter in three or more sections
starting at the end furthest from the deflation/dump valve.
This will further squeeze air from the unit.
HINT: It is best to use the supplied electric/inflator/deflator to
fully remove air from the unit, but not essential.
Place the carry bag/sleeve over the top of the folded unit,
then roll the unit over so the bag/sleeve is now the right side
up. Alternately fold the unit so the final melon roll fold places
the unit largely in the fully laid out carry bag/sleeve. Center
unit in carry bag/sleeve and pull/cinch straps tightly.
The FSI unit is now ready for transport and storage.

11
DIS-ASSEMBLY /STORAGE/MAINTENANCE/CLEANING MAINTENANCE:
All equipment should be stored dry, with no water left in/on the unit. It is important to dry off
the unit completely before final packing into the carry bag/sleeve. This may not be feasible
immediately after use, and might be better done back at the storage site.
While all canopy fabrics have been heavily impregnated with mildew resistant antibacterial
agents that meet and exceed US Fed. Test MIL.STD.810E 508 please note that storing fabric
shelters/ showers ‘wet’ with either water and/or detergent residue on the canopies may result
in the growth of surface mold and an accompanying mold odor on the surface of the cano-
pies. The canopies themselves will not rot or mildew, but the growth of surface mil-
dew/mold in/on the residue is a given if stored ‘wet’.
• Before storage, check that all parts are present, and replace any missing items at the earli-
est opportunity.
• Inflate at regular intervals to allow air through the unit, and to check there are no leaks in
the structure.
• Should a minor leak or rip be discovered - repair it using the repair kit provided, or return
to FSI® if significant damage has occurred. Instructions on undertaking minor repairs are
shown in section 10 of the manual.
• For major repairs, contact either FSI® or your local Agent / Representative. It is possible
the entire unit may need to be returned to FSI®. On reporting the nature of the damage, we
will be able to advise the best course of action.
• After checking, ensure FSI® shelter is dry before repacking and storing.
DISASSEMBLY:
• Remove all loose items such as equipment and furniture and thoroughly clean the floor.
• Remove all stakes and fittings and accessories.
• Push and turn the center valve core 1/4 clockwise. The air will come out automatically.
• Deflate
• Depress the tubing manually to remove remaining air.
Folding:
The object is to observe the folding sequence when the unit is new and first unpacked to
ensure unit can be returned to the carry bag/sleeve.
Ensure all air has been evacuated from frame.
Close the valve.
Fold as below.
Roll from end.
Put it in supplied
carry bag/sleeve
and fasten it.

12
Storage:
Allow your air tent to dry thoroughly in the shade or inside before storing, never in bright
sunlight. Store your air tent, while drying, in a cool, flat and dry place (in as close to room
temperature conditions as possible) with some air in the air berms if at all possible. If the
above is not possible, empty the air tent of air completely and roll it up loosely, to allow for
drying.
Cleaning:
The surface of the unit should be cleaned with a solution of mild soap and fresh water after
each use. To avoid abrasion and wear, be sure that all the sand, small rocks, oil and dirt have
been removed from the air berm surfaces, with attention paid to the floor areas nearest the
vertical air berms.
** WARNING: NEVER USE PETROL OR SOLVENT FOR CLEANING
TROUBLESHOOTING / REPAIRS
Your FSI shower/shelter should provide a long and trouble free operational life span. It
has been designed such that no spares need be kept other than consumable items and
accessories you may elect to purchase. However, under certain circumstances the
potential exists for issues to occur; and their identification and possible rectification are as
listed below:
INFLATABLE BERM LEAKS:
Identified by the FSI unit collapsing with time. A “hissing” sound might be heard if leak is
severe.
Maintenance:
Clean your unit with fresh water and a mild detergent soap.
When you intend to store the unit for a long time without use, we would recommend you
establish a protocol to inflate it monthly and check if it all is as originally left.

13
TO FIND A LEAK:
1. Listen for “hissing” sound of air escaping.
2. Check likely sources of leaks, such as all valves. Check
overpressure valve and both high and low pressure air inflation
valves for the sound of escaping air.
3. Remove closure cap and check that the low pressure infla-
tion/deflation valve is closed and not leaking.
4. If valves are OK, check the inflatable structure for obvious
signs of damage.
5. If leak cannot be traced, mix a solution of soap and water.
Using a brush, paint solution onto welding joints, around valves,
etc., until solution forms bubbles. This is the source of the leak.
IF HIGH AND/OR LOW PRESSURE INFLATION/DEFLATION
VALVE LEAKS:
Valve may have dirt or dust contamination, preventing valve
spring from closing the valve completely. Carefully LIFT/PULL
center of valve with hand or small blunt object, and clean with
high pressure compressed air.
IF OVERPRESSURE VALVE LEAKS:
Valve may have dirt or dust contamination, preventing valve
spring from closing the valve completely. Carefully LIFT center
of valve with small blunt object, and clean with high pressure
compressed air.

14
TO REPAIR A LEAK:
Once leak has been found, deflate unit fully, and lay unit out flat on
the ground.
Ensure area around leak is dry and free of dirt or contaminants.
Clean area around leak, or LIGHTLY rub area with fine abrasive
paper.
Cut a patch approximately 25mm (1”) larger, on all four sides, than
the size of the hole. Spare material is included in the repair kit
provided with every shower/shelter unit.
Apply adhesive from the tube provided to
BOTH surfaces, ensuring all areas are adequately covered with
glue. Leave for 2–3 minutes until adhesive is “tacky” to the touch.
** With each use of your FSI shelter or shower, or at least 2X per
year, also check the glue in the tube provided in the repair kit. This
small amount of glue can cure/dry out very quickly and may need
to be replaced periodically as a standard operating procedure.
Purchase orders may be placed for part # F-STMEKG.
Place the patch over the hole, and apply pressure or heavy weight
to both surfaces. Maintain pressure for several minutes, until adhe-
sive is dry.
Once dry, inflate unit and check for leaks. If at all possible, allow all
patch work to cure for at least 24 hours before fully re-inflating and
using the unit.
SEE DETAILS BELOW
SMALL TEARS, CUTS AND PUNCTURE REPAIRS DESCRIPTION:
Use the enclosed repair kit for small punctures. Clean the fabric around the area to be
repaired using M.E.K or acetone, then re-clean as before. Apply a coat of glue to the
damaged area and to the patch material, allowing it to dry for 2 - 3 minutes. It is strongly
recommended that all patch work be allowed to cure at least 24 hours before re-inflating the
unit.
Large Repairs of Berms and Seams Description:
It is recommended that the air shelter/shower be returned to FSI or an authorized FSI dealer
for all large repairs.

15
FSI® DAT® SERIES PNEUMATIC SHELTERS
All Shelters have full privacy zipper closure and full screen zipper closure slip in and out dirty entry/clean exit doors,
high pressure and low pressure inflation deflation valves and pressure relief valves based on size of unit as
detailed below, one high pressure compressed air inflation hose with SCBA adapter w. safety cord, tie down ropes
and D-rings to tie off to, 2 upper air vents, repair kit, manual, shelter carry sleeve/bag, and a hammer. All canopy
walls are velcro’d to the floor air berms for air lock, and reflective striping is found on the upper air vents above
entry and exit doors. Units can attach to a second FSI shelter or shower, if so ordered and specified. Simply inflate
the unit and commence use in approx. 1 -15 minutes (size of shelter dependent).
Every shelter with a width of over 11 ft. - regardless of length and overall size offers a top center air berm
running the entire length of the unit at the roof line and secondary full center length air berms running on
either side of the main center berm approx. 18 - 24" off center. FSI offers a total of five 8” - 12" diameter
lateral roof support air berms - size of shelter dependent. FSI shelters lead the industry in terms of weight/
snow bearing capabilities/strength. Whatever the specification at hand FSI meets and exceeds herein.
Every FSI® DAT® series shelter comes complete with electric inflator/deflator, and high pressure compressed air
fill hose and universal high pressure scba fitting.
All units supplied w. no charge redundant features allowing for - hanging undress/redress kits etc. on the inlet and
outlet side; or for use as handles in the event a victim is in such need.
All DAT® series shelters available with cross and center divider curtains, side doors, extra windows, skylights,
HVAC/clothing ducts with ties, etc. as per published FSI literature/pricing/specs.
Multiple optional accessories available inclusive of air heaters, air coolers, elevation grids, waste water pumps, etc.
available. Visit www.fsinorth.com
FSI Valves Quantity for different units 021616
PART NUMBER INFLATE / DEFLATE VALVE RELIEF VALVE HIGH PRESSURE VALVE *
SHOWERS
DAT1010S - DAT2020S -
DAT3030S - DAT2525S
111
DAT3535S - DAT3060S -
DAT4070S - DAT4099S
212
SHELTERS / ISOLATION SHELTERS / FIELD HOSPITAL SHELTERS OF SAME SIZE
DAT3030 - DAT3015 111
DAT3060 - DAT3370 -
DAT4070 - DAT5672
212
DAT6000 - DAT6012 222
DAT7500 333
INFLATE / DEFLATE VALVE
HIGH PRESSURE VALVE *
RELIEF VALVE
* FSI supplied high pressure valve to
be filled with compressed air using
only FSI supplied high pressure air fill
hose with locking connector and
universal scba adapter."

16
SHELTER SPECIFICATONS
FSI PART
NUMBER APPROX. SIZE SQ.
FT.
SIDE
WIN-
DOWS
SKY-
LIGHT
WIN-
DOWS
HVAC/CLOTHES
INLET/OUTLETS
WITH TIE
CLOSURES
STAKES
TIE
DOWN
ROPES
AP-
PROX.
AIR
VOLUME
AP-
PROX.
ROOF
LOAD
# OF
BEDS
PER
UNIT
AP-
PROX.
UNIT
WEIGHT
CARTON SIZE
APPROX.
SHIPPING
WEIGHT
DAT1530 10'W X 5'L X 9'H 50 2 (1EA.
SIDE) 216430 CU. 500 LBS 168 LBS 54"L X 31"W X 31"H 143 LBS
DAT2020 7'W X 7'L X 8'H 50 2 (1EA.
SIDE) 214430 CU. 500 LBS N/A 60 LBS 54"L X 31"W X 31"H 135 LBS
DAT3030 10'W X 17'L X 9'H 100 2 (1EA.
SIDE) 24 (2EA. ON OPPO-
SITE SIDES) 10 (6) 460 CU. 1,000
LBS 2130 LBS 54"L X 31"W X 31"H 205 LBS
DAT3015 10'W X 15'L X 9'H 150 2 (1EA.
SIDE) 24 (2EA. ON OPPO-
SITE SIDES) 10 (8) 490 CU. 1,000
LBS 4200 LBS 54"L X 31"W X 31"H 275 LBS
DAT3370 13'W X 17' L X 9'H 221 4 (2EA.
SIDE) 24 (2EA. ON OPPO-
SITE SIDES) 14 (8) 4125 CU. 1,800
LBS 6240 LBS 61"L X 33"W X 33"H 315 LBS
DAT3060 11'W X 31'L X 9'H 230 4 (2EA.
SIDE) 24 (2EA. ON OPPO-
SITE SIDES) 14 (10) 4125 CU. 1,600
LBS 6243 LBS 61"L X 33"W X 33"H 318 LBS
DAT4070 13'W X 23'L X 9'H 300 4 (2EA.
SIDE) 24 (2EA. ON OPPO-
SITE SIDES) 16 (10) 4165 CU. 2,200
LBS 7280 LBS 61"L X 33"W X 33"H 355 LBS
DAT4360 17' W X 21'L X 9'H 357 4 (2EA.
SIDE) 24 (2EA. ON OPPO-
SITE SIDES) 16 4175 CU. 2,200
LBS 8320 LBS 61"L X 33"W X 33"H 395 LBS
DAT6624 20' DIAM. X 9'H 400 4 (2EA.
SIDE) 24 (2EA. ON OPPO-
SITE SIDES) 14 4195 CU. 2,300
LBS 10 400 LBS 61"L X 33"W X 33"H 475 LBS
DAT5672 18'W X 24'L X 9'H 432 4 (2EA.
SIDE) 24 (2EA. ON OPPO-
SITE SIDES) 14 4195 CU. 2,300
LBS 11 430 LBS 61"L X 33"W X 33"H 505 LBS

17
DAT5699 15'W X 30'L X 9'H 450 4 (2EA.
SIDE) 24 (2EA. ON OPPO-
SITE SIDES) 14 4195 CU. 2,300
LBS 11 430 LBS 61"L X 33"W X 33"H 505 LBS
DAT5700SP 22'W X 23'L X 10'H 506 4 (2EA.
SIDE) 24 (2EA. ON OPPO-
SITE SIDES) 14 4215 CU. 2,350
LBS. 12 399 LBS 61"L X 33"W X 33"H 474 LBS
DAT5800 20'W X 26'L X 9'H 520 4 (2EA.
SIDE) 24 (2EA. ON OPPO-
SITE SIDES) 14 4215 CU. 2,400
LBS 12 499 LBS 61"L X 33"W X 33"H 574 LBS
DAT6000 20'W X 30'L X 9'H 600 6 (3EA.
SIDE) 38 (2EA. PER END
PER SIDE) 16 12 300 CU. 2,600
LBS 15 570 LBS 61"L X 33"W X 33"H 645 LBS
DAT6500 25'W X 26'L X 9'H 650 6 (3EA.
SIDE) 38 (2EA. PER END
PER SIDE) 12 4305 CU. 2,600
LBS 16 590 LBS 61"L X 33"W X 33"H 665 LBS
DAT6600 20'W X 33'L X 10'H 660 6 (3EA.
SIDE) 38 (2EA. PER END
PER SIDE) 12 4305 CU. 2,600
LBS 17 600 LBS 61"L X 48"W X 48"H 675 LBS
DAT6012 20'W X 40'L X 11'H 800 6 (3EA.
SIDE) 38 (2EA. PER END
PER SIDE) 16 12 400 CU. 4,000
LBS 20 710 LBS 61"L X 48"W X 48"H 785 LBS
DAT7500 24'W X 40'L X 11'H 960 6 (3EA.
SIDE) 38 (2EA. PER END
PER SIDE) 20 12 500 CU. 4,800
LBS 25 925 LBS 61"L X 48"W X 48"H 1,000 LBS
DAT9018 30'W X 50'L X 13'H 1,500 8 (4EA.
SIDE) 48 (2EA. PER END
PER SIDE) 12 20 750 CU. 4,800
LBS 35 1,299
LBS 61"L X 48"W X 48"H 1,374 LBS
DAT9099 20'W X 75'L X 11'H 1,500 8 (4EA.
SIDE) 48 (2EA. PER END
PER SIDE) 34 12 750 CU. 4,800
LBS 35 1,299
LBS 61"L X 48"W X 48"H 1,374 LBS
DAT10800 37'W X 50'L X 13'H 1850 8 (4EA.
SIDE) 48 (2EA. PER END
PER SIDE) 28 12 850 CU. 4,800
LBS 50 1,599
LBS 61"L X 48"W X 48"H 1,674 LBS
ALL UNITS HAVE A WIND RESISTANCE OF 70 MPH.

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FSI Hazmat Decontamination Quality Conformance Certificate
FSI is pleased to so advise and state that all FSI DAT ® Series Hazmat Decontamination Shower and Shelter
Systems are produced with the finest materials and using the finest current technologies in the world to produce
leading edge Hazmat Decontamination products suitable for use by Fire Brigades, Hospitals, Military, Emergency
Management Agencies, Industry, other.
All FSI products are thoroughly tested to ensure proper performance in accordance with the FSI specifications –
based on the FSI DAT ® Series product procured.
All Accessories offered with FSI DAT® series Shower and Shelter Systems have been manufactured by or for FSI in
accordance with all existing and known North American and accepted World standards, if any. In any case all such
products are thoroughly tested to ensure proper performance in accordance with Manufacturer and FSI
specifications.
FSI Decon showers meet and exceed the ANSI # 113 portable hazmat decon shower standard and FSI utilizes only
CPAI84 and NFPA701/702. FR rated fabrics.
FSI self certifies all products as being of the highest quality and have so offered same since our inception.
Other standards FSI products do meet and exceed are as follows:
FSI® DAT® SERIES PNEUMATIC SHELTER SYSTEMS
GENERAL SPECIFICATIONS
Frame/ All Shower Pools: Heavy Duty 1100 Dtex* polyester coated w. plastomer on both sides, UV/Chemical re-
sistant, quadruple overlapped and glued.
Air pressure internally once inflated = 4.3 psi (0.3 bar) USA Federal Standard FS # 191 5041/5102/5134/5970 and
DIN EN ISO 2060/1409-2/2286-1 AND DIN 53354/53363/53357/53361 Test method structural test results.* Total
Weight (g/m2) – 1055 Thickness (mm) – 0.90 Cut strip tensile strength (lbs. /in.) – Warp = 440 - Weft = 380 Elonga-
tion (%) – Warp = 27 - Weft = 30 Tongue tear (lbs.) – Warp = 30– Weft = 35 Adhesion (lbs. /in.) – Warp = 21 – Weft =
21 Density = 28 X 26. Meets NFPA 701 and DIN4102-B1, M-2. *Production lot runs can result in variances and all
results are approx.
Canopy: Heavy duty 100% nylon twill (3/5) w. PU white pigment inner coating, ABT. 0 23mm X 57/58. Wt. 230GR/
Sq. M + or - 5 % (approx. 192.3gr/sq. yard - 6.78 ounce) - UV/chemical resistant/fire retardant – Rated Ultra Violet
Protection (UPF) of 50+ where ASTM D6603 states a UPF of 40+ is rated Excellent; and water repellent w. a hydro-
static resistance of 250 psi + - Anti fungus/Mildew resistant to meet and exceed US Fed. Test MIL.STD.810E 508
and ASTM G 21-96 (2002); Water Resistance (ISO 811 (E) 1981, hydrostatic pressure test at water pressure 600 m/
min. = 5540; Tensile Strength (ISO 13934-2: 1999 C.R.E. Method in N) - warp = 1300 - weft = 1500; Tear Strength
(ISO 13937-1:2000, Pendulum method) - Warp = 25 Weft = 43; Burst Strength (ASTM 0 3787:2001, C.R.E. Ball
bursting method N) = 1620; Seam Strength (ISO 13935-2: 1998, Grab method N) Sewing threads fail at 710; Burst
Strength 4020 kPa per ASTM D3786/D3786-13; Fire resistance meets and exceeds CPAI 84 SECTION 5 1995, US
Fed. Test CFR.1610, meets NFPA701 Flammability Test method 1 (2004), NFPA 701: 2015 Test Method 2 (plat)
Large Scale, NFPA 702 w. ‘A’ burn scale rating, Japan JIS A 1322: 1966, Meth-od A. All seams double stitched and
coated both sides.
Inner Canopy: If applicable - of 100% NYLON 210T ANTRON W/R, POLYURE-THANE COATED 57/58”, Color:
White - Flame Retardant to meet ‘NFPA-701 TM-1’, Anti-fungus/Anti-mildew, opaque
Floor: 1,000 dtex 0.58mm Nylon coated w. PU, tensile strength: 2545N/2360, Tear Strength: 106/102N, weight: 660
grams per sq. mm 60” W.
Standard color is ‘FSI Blue’® exterior w. high visibility white inside color. Red/Green/White/Sand exterior canopy
color also available as standard. Other colors optional P.O.A.

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FSI # DAT® QE SERIES® Patent Pending ‘Quick Erect’ SHELTER SYSTEMS
GENERAL SPECIFICATIONS
Canopy: Heavy duty 100% nylon twill (3/5) w. PU white pigment inner coating, ABT. 0 23mm X 57/58. Wt. 230GR/Sq. M + or - 5 % (approx.
192.3gr/sq.y ard - 6.78 ounce) - UV/chemical resistant/fire retardant – Rated Ultra Violet Protection (UPF) of 50+ where ASTM D6603 states a
UPF of 40+ is rated Excellent; and water repellent w. a hydrostatic resistance of 250 psi + - Anti fungus/Mildew resistant to meet and exceed
US Fed. Test MIL.STD.810E 508 and ASTM G 21-96 (2002); Water Resistance (ISO 811 (E) 1981, hydrostatic pressure test at water pressure
600 m/min. = 5540; Tensile Strength (ISO 13934-2: 1999 C.R.E. Method in N) - warp = 1300 - weft = 1500; Tear Strength (ISO 13937-1:2000,
Pendulum method) - Warp = 25 Weft = 43; Burst Strength (ASTM 0 3787:2001, C.R.E. Ball bursting method N) = 1620; Seam Strength (ISO
13935-2: 1998, Grab method N) Sewing threads fail at 710; Fire resistance meets and exceeds CPAI 84 SECTION 5 1995, US Fed. Test
CFR.1610, meets NFPA701 Flammability Test method 1 (2004), NFPA 702 w. ‘A’ burn scale rating, Japan JIS A 1322: 1966, Meth-od A. All
seams double stitched and coated both sides.
Inner Canopy: If applicable - of 100% NYLON 210T ANTRON W/R, POLYURE-THANE COATED 57/58”, Color: White - Flame Retardant to
meet ‘NFPA-701 TM-1’, Anti-fungus/Anti-mildew, opaque
Floor: 1,000 dtex 0.58mm Nylon coated w. PU, tensile strength: 2545N/2360, Tear Strength: 106/102N, weight: 660 grams per sq. mm 60” W.
Standard color is ‘FSI Blue’®. Red, Green, White and Tan/Sand also available as standard. Other colors offered P.O.A.
Frame/Hub: New patent pending Hub design that is far more durable, and stable, and easier to assemble or replace as needed. DAT QE
Frame/Hub Material Specifications:
Hub is of forged high density poly-fibers
Frame Dimensions:
Outer Diameter: 15.72±0.25
Wall Thickness: 1.68±0.25
Carbon Content: 25±2.0%
Specific Gravity: 1.8~2.1
*All testing below use ASTM and National Test standards
Mechanical Properties:
Tensile Strength (ASTM D638, National GB1447-83): L=3000~5200 KG/Cm²; T=2000~5000 KG/Cm²
Tensile Modulus (ASTM D638, National GB1447-83): L= 3.8~6.7×105 ; T= 1.5~6.0×105 KG/Cm²
Flexural Strength (ASTM D790, National GB1449-83): L= 3000~6200; T=2500~5000 KG/Cm²
Flexural Modulus (ASTM D790, National GB1449-83): L=4.9~12.6X105 ; T=1.8~10.6X105 KG/Cm²
Compressive Strength (ASTM D695, National GB1448-83): L=2000~4000; T=1480~3480 KG/Cm²
Shear Strength (ASTM D732, National GB1450-83): L=4540~8600; T=2540~6600 KG/Cm²
Izod Impact Strength (V Type) (ASTM D256, National GB1451-83): L=250~900; T=200~700 KG.CM/ Cm²
Electrical Properties:
Volume Resistance (ASTM D257, National GB1410-78): 1012~1015 Ω.CM
Surface Resistance (ASTM D257, National GB1470-78): 1012~1015 Ω
Dielectric Constant (ASTM D150, National GB1409-79): 3~5
Dissipation Factor (ASTM D150, National GB1409-79): 0.05
Breakdown Voltage (ASTM D149, National GB1408-78): 13~40 KV/mm
Arc Resistance (ASTM D495, GB1411-78): 60~80(S)
QE SERIES® ‘Quick Erect’ General Set up and Tear down Instructions:
All parts are pre-assembled with no special tools required. All components are of interconnected scissor type connected expansion frame
components.
To ‘Quick Erect’ simply have 2-4 support personnel grip side frame on each side. Pull the width support frames slowly – and then ease roof
frame upwards with the push poles until locked in place. Check and final position canopy and floor. Commence use.
Standard color is ‘EMS’ Blue exterior w. high visibility white inside color. Green, White, and Tan/Sand exterior canopy color also available at no
extra cost. Other colors available P.O.A.
All Shelters have full privacy zipper closure and full screen zipper closure slip in and out dirty entry/clean exit doors, tie down ropes and 4
D-rings to tie off to, repair kit, manual, shelter sleeve, 2 upper air vents, and a hammer. All canopy walls are above and attached to the frame
and flooring for air lock, and reflective striping is found on the upper air vents above doors. Units can attach to a second shower or FSI shelter.
Simply unfold/pop up the unit and commence use in less than 5 minutes (size of shelter dependent).
Every FSI DAT® QE series® shelter comes complete w. no charge redundant features allowing for - hanging undress/redress kits etc. on the
inlet and outlet side.
All DAT® QE series® shelters available with cross and center divider curtains, side doors, extra windows, skylights, HVAC/clothing ducts with
ties, etc. as offered in published FSI price lists and at www.fsinorth.com Multiple optional accessories available inclusive of air heaters, air
coolers, elevation grids, waste water pumps, etc. available.
FSI DAT® QE series® shelter MODEL DETAILS AS BELOW
Measured inside to inside - outside to outside add approx. 1.5 Ft. per dimension.
Patent pending retractable carbon composite tubing shelter with canopies, floors, carry sleeves/bags just as with FSI DAT® series air inflatable
products -- see detailed specifications

20
DAT® ‘QE SERIES’® ‘QUICK ERECT’ SHELTER
Step 1: Spread groundsheet
Step 2: Place shelter bag/sleeve in the middle of
groundsheet.
Step 3: Remove shelter bag/sleeve. You should arrive at the picture on the left. It is
important to spread the groundsheet first to protect the shelter from possible dam-
age.
Step 4: With 2/4 persons (size and shelter dependent), stand at each corner of the
shelter.
Step 7: With equal force on each side, lift the shelter upwards until the
frame is fully extended and locked in place.
Step 8: Attach shelter floor by attaching supplied floor straps to frame.
Take note to watch the posture of lifting to prevent back injuries. Small
QE SERIES® Shelters/Showers may be deployed with as few as 2
personnel while larger units may require 4 or even 6 personnel to
deploy. The on-scene coordinator must determine the number of
personnel required based on size, weight and organization rules and
regulations.
Step 6:Support the shelter halfway. Lift the shelter slightly on both sides so that a
person can go beneath and place a push pole inside as per picture on left. Lock the
push pole into roof frame slots as available.
Step 5: Spread/pull the shelter frame apart. Take note not to step on the canopy
fabric. Also take note that the spreading/pulling should be done uniformly, with equal
speed.
SET UP TIPS:
1. An important tip for setting up the struts correctly is to push the shelter
together upwards. If one side pushes and the other does not, there
will be applied stress on one side as the frame is articulating.
2. Make sure the push rods do not slide off while pushing upwards—this
can be achieved by having the push rod tip fitted inside the wire hubs.