smooth-air products ltd - home page
TRANSCRIPT
Due to a policy of continuous development, prices and specifications are subject to change without notice.
77b
Smooth-Air 0800 SMOOTH (0800 766 684) www.smooth-air.co.nz [email protected]: 264 Annex Rd, PO Box 8358, Riccarton Ph +64 3 343 6184 Fax +64 3 343 6004Wellington: 10a Te Puni St, Petone (PO Box 8358, Chch) Ph +64 4 566 7969 Fax +64 4 566 3143Auckland: 6 Stanway Pl, PO Box 12-243, Penrose Ph +64 9 579 3257 Fax +64 9 579 3259
3 June 2014 Technical Catalogue See www.smooth-air.co.nz for most recent pricing
Smooth- Products Ltd
Kilargo Intumescent Dampers
iFDO and in tube
iFD44 before and after exposure to high temperature, expanding the slats, fusing them together to form a stable and resilient fire-resistant barrier, effective against flames and hot smoke.
New Product
Competitive project pricing
available now
77b
Intumescent DampersCreating fire-resistant compartments to subdivide a building is a recognised method to limit the spread of fire and smoke. However, unique solutions are required to ensure that these compartments remain well-ventilated for the health and comfort of its occupants. Both natural and mechanical ventilation often require ductwork to pass through fire resistant walls and floors – and effective fire sealing of these openings is critical.Choosing an appropriate sealing system will ensure fire-resistance levels are
RegulationsBuilding regulations exist to ensure the safety and comfort of building users. In Australia and New Zealand, this is regulated through the provisions outlined in the Building Code.
The Building Code provides detailed guidance on performance and construction requirements for various building types and frequently references applicable AS/NZ Standards. These documents detail specifications and procedures designed to ensure products, services and systems are safe, reliable and consistently perform the way they were intended to. The Code covers several areas that directly relate to our products including Openings for service installations ‘Ventilation & air-conditioning’, and Openings in floors and ceilings for services.
maintained and helps achieve tenable conditions within egress routes, allowing easier evacuation and more effective intervention from fire fighters.The solution is to fit Kilargo intumescent fire dampers at the point where the fire-resistant wall or floor is penetrated. The Kilargo intumescent fire damper incorporates a series of parallel intumescent slats reinforced with impact-resistant steel edging, all housed in a rigid steel framework. Under normal conditions these dampers allow air to pass freely through the building. However, in the event of fire, the slats swell to many times their original thickness, fusing together to form a stable and resilient fire-resistant barrier that forms an effective barrier to flames and hot smoke.
iFDHiFlo in tube
Kilargo System Selector on next page
Kilargo Intumescent Mastic required for every installation
3 June 2014 Technical Catalogue
Due to a policy of continuous development, prices and specifications are subject to change without notice.
77cSee www.smooth-air.co.nz for most recent pricing
Smooth-Air 0800 SMOOTH (0800 766 684) www.smooth-air.co.nz [email protected]: 264 Annex Rd, PO Box 8358, Riccarton Ph +64 3 343 6184 Fax +64 3 343 6004Wellington: 10a Te Puni St, Petone (PO Box 8358, Chch) Ph +64 4 566 7969 Fax +64 4 566 3143Auckland: 6 Stanway Pl, PO Box 12-243, Penrose Ph +64 9 579 3257 Fax +64 9 579 3259
Smooth- Products Ltd
77c
Syst
em S
elec
tor
ww
w.k
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PENE
TRAT
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SYST
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MOU
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Mou
nted
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pen
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1200
mm
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1200
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2 M
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pen
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250
x 25
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IFD
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NO
casi
ng in
pen
etra
tion
600m
m x
>10
m, >
10m
x 6
00m
mW
M4
Mas
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-/
120/
- IF
D44
N
O ca
sing
- su
rfac
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ed o
ver p
enet
ratio
n 60
0 x
600m
m
max
hol
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00m
m x
500
mm
WM
5 M
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0/-
IFD
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in p
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n 35
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-/
240/
- IF
D-O
St
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pen
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150m
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WM
7 M
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IFD
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St
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350m
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8 M
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Mas
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-/
120/
- IF
D-O
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n 25
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M
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IFD
44
NO
casi
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ith va
rious
fixi
ng b
rack
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600m
m x
>10
mW
H1
CSR
Heb
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SS-/
120/
- IF
D44
M
ount
ed in
stee
l cas
ing
in p
enet
ratio
n 12
00 H
x 6
00m
m W
*dua
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400m
m m
ax if
sing
le in
pan
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H2
CSR
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120/
- IF
D-O
St
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350m
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dual
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350m
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sing
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pan
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H5
CSR
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SW-/
120/
- IF
D44
M
ount
ed in
stee
l cas
ing
in p
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ratio
n 12
00 H
x 6
00m
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*dua
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400m
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sing
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pan
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H4
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Heb
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120/
- IF
D-O
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leev
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pen
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350m
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dual
pan
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350m
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sing
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pan
elW
H5
CSR
Heb
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SW-/
120/
- IF
D44
M
ount
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stee
l cas
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to u
nder
side
of s
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300m
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300
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WH
6 CS
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IFD
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posi
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und
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0mm
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H7
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120/
- IF
D44
M
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stee
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to u
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S a
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s 30
0mm
x 3
00m
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S1
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Secu
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wal
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90/9
0 IF
D44
M
ount
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stee
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in p
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ratio
n 60
0 x
600m
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Secu
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wal
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IF
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300m
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2 x
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IFD
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Mou
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pen
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600m
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600
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3 la
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-/
120/
- IF
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M
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n 60
0mm
x 6
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-/12
0/-
IFD
-O
Stee
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in p
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ratio
n 35
0mm
dia
met
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P4
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5mm
line
r+ 2
laye
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-/12
0/-
IFD
-O
Stee
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in p
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ratio
n 35
0mm
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met
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P5
FR P
/Boa
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laye
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1 la
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ad
-/12
0/-
IFD
-O
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in p
enet
ratio
n 35
0mm
dia
met
erW
P6
FR P
/Boa
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-/12
0/-
IFD
-O
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n 35
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n 60
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44
Mou
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300
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2 M
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44
Mou
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pac
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90,0
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nted
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ser b
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300m
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- IF
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M
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rise
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tight
to sl
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- IF
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M
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tight
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300
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-/
120/
- IF
D-O
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) 30
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met
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SW7
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IFD
44
Mou
nted
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300
x 30
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or 9
0,00
0mm
2
WSW
8 FR
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2 x
2 la
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-/
120/
- IF
D44
M
ount
ed in
rise
r bra
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(ang
le fr
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stem
) 30
0 x
300m
m o
r 90,
000m
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WSW
9 FR
P/B
oard
2 x
2 la
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-/
120/
- IF
D-O
M
ount
ed in
rise
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(ang
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) 30
0mm
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SRF1
Re
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- IF
D44
Re
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IFD
44
No
casi
ng in
pen
etra
tion
Up
to 12
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m x
>10
m o
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m x
1200
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Conc
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-/
240/
180
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44
Case
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300
x 30
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-/
120/
120
IFD
44
Mou
nted
in st
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pen
etra
tion
600
x 60
0mm
FL4
Conc
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slab
-/
120/
- IF
D-O
St
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leev
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pen
etra
tion
300m
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iam
eter
FL5
Conc
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-/
120/
-IF
D44
N
O ca
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- su
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ver o
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n 60
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500
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1200
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1 FR
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60/6
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D44
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Boar
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60 m
in R
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Inci
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600
x 60
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P/Bo
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enc
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0 m
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Inci
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300m
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300
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haus
ting
into
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3 FR
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-/
90/9
0 IF
D-O
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nel &
IFD
(90
min
RIS
F In
cipi
ent r
ated
) 15
0mm
dia
met
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4 FR
P/B
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2 p
ly ce
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-/
90/9
0 IF
D H
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P/
Boar
d cl
ad 3
way
enc
losu
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0 m
in R
ISF
Inci
pien
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Inco
rpor
ates
150m
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I-Fio
DOO
RFD
1 IF
D-D
in F
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re d
oors
-/
120/
30
IFD
-D
Fitt
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max
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ini fi
re d
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60
0 x
300m
m o
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x 4
50m
mFD
2 IF
D-D
in P
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fire
doo
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-/12
0/30
IFD
-D
Fitt
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pan
dor,
FR &
pyr
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fire
doo
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600
x 60
0mm
, 600
x 3
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m, 4
50 x
450
mm
FD3
IFD
-D in
Traf
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ore
door
s -/
120/
30IF
D-D
Fi
tted
to m
axi &
min
i fire
doo
rs
600
x 30
0mm
or 4
50 x
450
mm
(up
to 2
off
per
leaf
)
Syst
em S
elec
tor
ww
w.k
ilarg
o.co
m.a
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PENE
TRAT
ION
SYST
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BUIL
DING
ELE
MEN
T FR
L PR
ODUC
T AP
PLIC
ATIO
N /
MOU
NTIN
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TAIL
M
AX. S
IZE
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ALL
WM
1 M
ason
ry
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0/-
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44
Mou
nted
in st
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asin
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pen
etra
tion
1200
mm
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1200
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WM
2 M
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ry
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44
Case
d st
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pen
etra
tion
250
x 25
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44
NO
casi
ng in
pen
etra
tion
600m
m x
>10
m, >
10m
x 6
00m
mW
M4
Mas
onry
-/
120/
- IF
D44
N
O ca
sing
- su
rfac
e m
ount
ed o
ver p
enet
ratio
n 60
0 x
600m
m
max
hol
e si
ze 5
00m
m x
500
mm
WM
5 M
ason
ry
-/12
0/-
IFD
-O
Stee
l sle
eve
in p
enet
ratio
n 35
0mm
dia
met
erW
M6
Mas
onry
-/
240/
- IF
D-O
St
eel s
leev
e in
pen
etra
tion
150m
m d
iam
eter
WM
7 M
ason
ry
-/12
0/-
IFD
-OSS
St
ainl
ess s
teel
slee
ve in
pen
etra
tion
350m
m d
iam
eter
WM
8 M
ason
ry
-/12
0/-
IFD
-O
Spira
l duc
t sle
eve
grou
ted
into
pen
etra
tion
(ang
le fr
ee)
300m
m d
iam
eter
WM
10
Mas
onry
-/
120/
- IF
D-O
H
i-Flo
stee
l sle
eve
in p
enet
ratio
n 25
0mm
dia
met
erW
M11
M
ason
ry
-/12
0/-
IFD
44
NO
casi
ng w
ith va
rious
fixi
ng b
rack
ets
600m
m x
>10
mW
H1
CSR
Heb
el75
SS-/
120/
- IF
D44
M
ount
ed in
stee
l cas
ing
in p
enet
ratio
n 12
00 H
x 6
00m
m W
*dua
l pan
el
400m
m m
ax if
sing
le in
pan
elW
H2
CSR
Heb
el75
SS-/
120/
- IF
D-O
St
eel s
leev
e in
pen
etra
tion
350m
m d
ia. *
dual
pan
el
350m
m m
ax if
sing
le in
pan
elW
H5
CSR
Heb
el75
SW-/
120/
- IF
D44
M
ount
ed in
stee
l cas
ing
in p
enet
ratio
n 12
00 H
x 6
00m
m W
*dua
l pan
el
400m
m m
ax if
sing
le in
pan
elW
H4
CSR
Heb
el75
SW-/
120/
- IF
D-O
St
eel s
leev
e in
pen
etra
tion
350m
m d
ia. *
dual
pan
el
350m
m m
ax if
sing
le in
pan
elW
H5
CSR
Heb
el75
SW-/
120/
- IF
D44
M
ount
ed in
stee
l cas
ing
to u
nder
side
of s
lab
300m
m x
300
mm
WH
6 CS
R H
ebel
75SW
-/12
0/-
IFD
-O
Stee
l sle
eve
posi
tione
d tig
ht to
und
ersi
de o
f sla
b 15
0mm
dia
met
erW
H7
CSR
Heb
el75
SW-/
120/
- IF
D44
M
ount
ed in
stee
l cas
ing
to u
nder
side
of s
lab
with
S a
ngle
s 30
0mm
x 3
00m
mW
S1
CSR
Secu
rity
wal
l -/
90/9
0 IF
D44
M
ount
ed in
stee
l cas
ing
in p
enet
ratio
n 60
0 x
600m
mW
S2
CSR
Secu
rity
wal
l -/
90/-
IF
D-O
St
eel s
leev
e in
pen
etra
tion
300m
m d
iam
eter
WP1
FR
P/B
oard
2 x
1 la
yer
-/12
0/-
IFD
44
Mou
nted
in st
eel c
asin
g in
pen
etra
tion
600m
m x
600
mm
WP2
FR
P/B
oard
3 la
yers
-/
120/
- IF
D44
M
ount
ed in
stee
l cas
ing
in p
enet
ratio
n 60
0mm
x 6
00m
mW
P3
FR P
/Boa
rd 2
x 2
laye
rs
-/12
0/-
IFD
-O
Stee
l sle
eve
in p
enet
ratio
n 35
0mm
dia
met
erW
P4
FR P
/Boa
rd 2
5mm
line
r+ 2
laye
rs
-/12
0/-
IFD
-O
Stee
l sle
eve
in p
enet
ratio
n 35
0mm
dia
met
erW
P5
FR P
/Boa
rd 3
laye
rs +
1 la
yer p
ad
-/12
0/-
IFD
-O
Stee
l sle
eve
in p
enet
ratio
n 35
0mm
dia
met
erW
P6
FR P
/Boa
rd 3
laye
rs
-/12
0/-
IFD
-O
Stee
l sle
eve
in p
enet
ratio
n 35
0mm
dia
met
erW
P7
FR P
/Boa
rd 2
x 2
~rs
-/
120/
- IF
D44
N
O ca
sing
in p
enet
ratio
n 60
0mm
x 6
00m
mSH
AFTW
ALL
DUCT
WSW
1 M
ason
ry
-/12
0/-
IFD
44
Mou
nted
in ri
ser b
ranc
h (a
ngle
free
syst
em)
300
x 30
0mm
or 9
0,00
0mm
2
WSW
2 M
ason
ry
-/12
0/-
IFD
44
Mou
nted
in ri
ser b
ranc
h tig
ht to
slab
with
pac
ker
90,0
00m
m2
WSW
3 M
ason
ry
-/12
0/-
IFD
-O
Mou
nted
in ri
ser b
ranc
h (a
ngle
free
syst
em)
300m
m d
iam
eter
WSW
4 FR
P/B
oard
3 la
yers
-/
120/
- IF
D44
M
ount
ed in
rise
r bra
nch
tight
to sl
ab w
ith p
acke
r 30
0 x
300m
m o
r 90,
000m
m2
WSW
5 FR
P/B
oard
3 la
yers
-/
120/
- IF
D44
M
ount
ed in
rise
r bra
nch
tight
to sl
ab w
ith IB
S ro
d &
mas
tic
300
x 30
0mm
or 9
0,00
0mm
2
WSW
6 FR
P/B
oard
3 la
yers
-/
120/
- IF
D-O
M
ount
ed in
rise
r bra
nch
(ang
le fr
ee sy
stem
) 30
0mm
dia
met
erW
SW7
FR P
/Boa
rd 3
laye
rs
-/12
0/-
IFD
44
Mou
nted
in ri
ser b
ranc
h (a
ngle
free
syst
em)
300
x 30
0mm
or 9
0,00
0mm
2
WSW
8 FR
P/B
oard
2 x
2 la
yers
-/
120/
- IF
D44
M
ount
ed in
rise
r bra
nch
(ang
le fr
ee sy
stem
) 30
0 x
300m
m o
r 90,
000m
m2
WSW
9 FR
P/B
oard
2 x
2 la
yers
-/
120/
- IF
D-O
M
ount
ed in
rise
r bra
nch
(ang
le fr
ee sy
stem
) 30
0mm
dia
met
erW
SRF1
Re
trofi
t sha
ftw
all o
ptio
n -/
120/
- IF
D44
Re
trofi
t fixi
ng ta
bs in
exi
stin
g da
mpe
r hou
sing
s 30
0 x
300m
mFL
OOR
/ SL
ABFL
1 Co
ncre
te sl
ab
-/12
0/-
IFD
44
No
casi
ng in
pen
etra
tion
Up
to 12
00m
m x
>10
m o
r >10
m x
1200
mm
FL2
Conc
rete
slab
-/
240/
180
IFD
44
Case
d st
eel c
asin
g in
pen
etra
tion
300
x 30
0mm
FL3
Conc
rete
slab
-/
120/
120
IFD
44
Mou
nted
in st
eel c
asin
g in
pen
etra
tion
600
x 60
0mm
FL4
Conc
rete
slab
-/
120/
- IF
D-O
St
eel s
leev
e in
pen
etra
tion
300m
m d
iam
eter
FL5
Conc
rete
slab
-/
120/
-IF
D44
N
O ca
sing
- su
rfac
e m
ount
ed o
ver o
r und
er p
enet
ratio
n 60
0 x
600m
m
max
hol
e si
ze 5
00m
m x
500
mm
FL6
Conc
rete
slab
-/
120/
-IF
D-O
N
O st
eel s
leev
e in
pen
etra
tion
250m
m d
iam
eter
FL7
Conc
rete
slab
-/
120/
-IF
D44
St
eel c
asin
g, m
odul
ar b
anke
d to
geth
er
1200
mm
x 12
00m
mCE
ILIN
GCE
1 FR
P/B
oard
2 p
ly ce
iling
-/
60/6
0 IF
D44
P/
Boar
d cl
ad e
ncl. (
60 m
in R
ISF
Inci
pien
t rat
ed)
600
x 60
0mm
CE2
FR P
/Boa
rd 2
ply
ceili
ng
-/60
/60
IFD
44
P/Bo
ard
clad
enc
l. ope
n en
d (6
0 m
in R
ISF
Inci
pien
t rat
ed)
300m
m x
300
mm
ex
haus
ting
into
ceili
ng vo
idCE
3 FR
P/B
oard
2 p
ly ce
iling
-/
90/9
0 IF
D-O
P/
Boar
d pa
nel &
IFD
(90
min
RIS
F In
cipi
ent r
ated
) 15
0mm
dia
met
erCE
4 FR
P/B
oard
2 p
ly ce
iling
-/
90/9
0 IF
D H
i-Flo
P/
Boar
d cl
ad 3
way
enc
losu
re (9
0 m
in R
ISF
Inci
pien
t rat
ed)
Inco
rpor
ates
150m
m H
I-Fio
DOO
RFD
1 IF
D-D
in F
ireco
re fi
re d
oors
-/
120/
30
IFD
-D
Fitt
ed to
max
i & m
ini fi
re d
oors
60
0 x
300m
m o
r 450
x 4
50m
mFD
2 IF
D-D
in P
yrop
anel
fire
doo
rs
-/12
0/30
IFD
-D
Fitt
ed to
pan
dor,
FR &
pyr
olite
fire
doo
rs
600
x 60
0mm
, 600
x 3
00m
m, 4
50 x
450
mm
FD3
IFD
-D in
Traf
alga
r E-c
ore
door
s -/
120/
30IF
D-D
Fi
tted
to m
axi &
min
i fire
doo
rs
600
x 30
0mm
or 4
50 x
450
mm
(up
to 2
off
per
leaf
)
Syst
em S
elec
tor
ww
w.k
ilarg
o.co
m.a
u
PENE
TRAT
ION
SYST
EM
BUIL
DING
ELE
MEN
T FR
L PR
ODUC
T AP
PLIC
ATIO
N /
MOU
NTIN
G DE
TAIL
M
AX. S
IZE
COND
ITIO
NW
ALL
WM
1 M
ason
ry
-/12
0/-
IFD
44
Mou
nted
in st
eel c
asin
g in
pen
etra
tion
1200
mm
x >
10m
, >10
m x
1200
mm
WM
2 M
ason
ry
-/24
0/-
IFD
44
Case
d st
eel c
asin
g in
pen
etra
tion
250
x 25
0mm
WM
3 M
ason
ry
-/12
0/-
IFD
44
NO
casi
ng in
pen
etra
tion
600m
m x
>10
m, >
10m
x 6
00m
mW
M4
Mas
onry
-/
120/
- IF
D44
N
O ca
sing
- su
rfac
e m
ount
ed o
ver p
enet
ratio
n 60
0 x
600m
m
max
hol
e si
ze 5
00m
m x
500
mm
WM
5 M
ason
ry
-/12
0/-
IFD
-O
Stee
l sle
eve
in p
enet
ratio
n 35
0mm
dia
met
erW
M6
Mas
onry
-/
240/
- IF
D-O
St
eel s
leev
e in
pen
etra
tion
150m
m d
iam
eter
WM
7 M
ason
ry
-/12
0/-
IFD
-OSS
St
ainl
ess s
teel
slee
ve in
pen
etra
tion
350m
m d
iam
eter
WM
8 M
ason
ry
-/12
0/-
IFD
-O
Spira
l duc
t sle
eve
grou
ted
into
pen
etra
tion
(ang
le fr
ee)
300m
m d
iam
eter
WM
10
Mas
onry
-/
120/
- IF
D-O
H
i-Flo
stee
l sle
eve
in p
enet
ratio
n 25
0mm
dia
met
erW
M11
M
ason
ry
-/12
0/-
IFD
44
NO
casi
ng w
ith va
rious
fixi
ng b
rack
ets
600m
m x
>10
mW
H1
CSR
Heb
el75
SS-/
120/
- IF
D44
M
ount
ed in
stee
l cas
ing
in p
enet
ratio
n 12
00 H
x 6
00m
m W
*dua
l pan
el
400m
m m
ax if
sing
le in
pan
elW
H2
CSR
Heb
el75
SS-/
120/
- IF
D-O
St
eel s
leev
e in
pen
etra
tion
350m
m d
ia. *
dual
pan
el
350m
m m
ax if
sing
le in
pan
elW
H5
CSR
Heb
el75
SW-/
120/
- IF
D44
M
ount
ed in
stee
l cas
ing
in p
enet
ratio
n 12
00 H
x 6
00m
m W
*dua
l pan
el
400m
m m
ax if
sing
le in
pan
elW
H4
CSR
Heb
el75
SW-/
120/
- IF
D-O
St
eel s
leev
e in
pen
etra
tion
350m
m d
ia. *
dual
pan
el
350m
m m
ax if
sing
le in
pan
elW
H5
CSR
Heb
el75
SW-/
120/
- IF
D44
M
ount
ed in
stee
l cas
ing
to u
nder
side
of s
lab
300m
m x
300
mm
WH
6 CS
R H
ebel
75SW
-/12
0/-
IFD
-O
Stee
l sle
eve
posi
tione
d tig
ht to
und
ersi
de o
f sla
b 15
0mm
dia
met
erW
H7
CSR
Heb
el75
SW-/
120/
- IF
D44
M
ount
ed in
stee
l cas
ing
to u
nder
side
of s
lab
with
S a
ngle
s 30
0mm
x 3
00m
mW
S1
CSR
Secu
rity
wal
l -/
90/9
0 IF
D44
M
ount
ed in
stee
l cas
ing
in p
enet
ratio
n 60
0 x
600m
mW
S2
CSR
Secu
rity
wal
l -/
90/-
IF
D-O
St
eel s
leev
e in
pen
etra
tion
300m
m d
iam
eter
WP1
FR
P/B
oard
2 x
1 la
yer
-/12
0/-
IFD
44
Mou
nted
in st
eel c
asin
g in
pen
etra
tion
600m
m x
600
mm
WP2
FR
P/B
oard
3 la
yers
-/
120/
- IF
D44
M
ount
ed in
stee
l cas
ing
in p
enet
ratio
n 60
0mm
x 6
00m
mW
P3
FR P
/Boa
rd 2
x 2
laye
rs
-/12
0/-
IFD
-O
Stee
l sle
eve
in p
enet
ratio
n 35
0mm
dia
met
erW
P4
FR P
/Boa
rd 2
5mm
line
r+ 2
laye
rs
-/12
0/-
IFD
-O
Stee
l sle
eve
in p
enet
ratio
n 35
0mm
dia
met
erW
P5
FR P
/Boa
rd 3
laye
rs +
1 la
yer p
ad
-/12
0/-
IFD
-O
Stee
l sle
eve
in p
enet
ratio
n 35
0mm
dia
met
erW
P6
FR P
/Boa
rd 3
laye
rs
-/12
0/-
IFD
-O
Stee
l sle
eve
in p
enet
ratio
n 35
0mm
dia
met
erW
P7
FR P
/Boa
rd 2
x 2
~rs
-/
120/
- IF
D44
N
O ca
sing
in p
enet
ratio
n 60
0mm
x 6
00m
mSH
AFTW
ALL
DUCT
WSW
1 M
ason
ry
-/12
0/-
IFD
44
Mou
nted
in ri
ser b
ranc
h (a
ngle
free
syst
em)
300
x 30
0mm
or 9
0,00
0mm
2
WSW
2 M
ason
ry
-/12
0/-
IFD
44
Mou
nted
in ri
ser b
ranc
h tig
ht to
slab
with
pac
ker
90,0
00m
m2
WSW
3 M
ason
ry
-/12
0/-
IFD
-O
Mou
nted
in ri
ser b
ranc
h (a
ngle
free
syst
em)
300m
m d
iam
eter
WSW
4 FR
P/B
oard
3 la
yers
-/
120/
- IF
D44
M
ount
ed in
rise
r bra
nch
tight
to sl
ab w
ith p
acke
r 30
0 x
300m
m o
r 90,
000m
m2
WSW
5 FR
P/B
oard
3 la
yers
-/
120/
- IF
D44
M
ount
ed in
rise
r bra
nch
tight
to sl
ab w
ith IB
S ro
d &
mas
tic
300
x 30
0mm
or 9
0,00
0mm
2
WSW
6 FR
P/B
oard
3 la
yers
-/
120/
- IF
D-O
M
ount
ed in
rise
r bra
nch
(ang
le fr
ee sy
stem
) 30
0mm
dia
met
erW
SW7
FR P
/Boa
rd 3
laye
rs
-/12
0/-
IFD
44
Mou
nted
in ri
ser b
ranc
h (a
ngle
free
syst
em)
300
x 30
0mm
or 9
0,00
0mm
2
WSW
8 FR
P/B
oard
2 x
2 la
yers
-/
120/
- IF
D44
M
ount
ed in
rise
r bra
nch
(ang
le fr
ee sy
stem
) 30
0 x
300m
m o
r 90,
000m
m2
WSW
9 FR
P/B
oard
2 x
2 la
yers
-/
120/
- IF
D-O
M
ount
ed in
rise
r bra
nch
(ang
le fr
ee sy
stem
) 30
0mm
dia
met
erW
SRF1
Re
trofi
t sha
ftw
all o
ptio
n -/
120/
- IF
D44
Re
trofi
t fixi
ng ta
bs in
exi
stin
g da
mpe
r hou
sing
s 30
0 x
300m
mFL
OOR
/ S
LAB
FL1
Conc
rete
slab
-/
120/
- IF
D44
N
o ca
sing
in p
enet
ratio
n U
p to
1200
mm
x >
10m
or >
10m
x 12
00m
mFL
2 Co
ncre
te sl
ab
-/24
0/18
0 IF
D44
Ca
sed
stee
l cas
ing
in p
enet
ratio
n 30
0 x
300m
mFL
3 Co
ncre
te sl
ab
-/12
0/12
0 IF
D44
M
ount
ed in
stee
l cas
ing
in p
enet
ratio
n 60
0 x
600m
mFL
4 Co
ncre
te sl
ab
-/12
0/-
IFD
-O
Stee
l sle
eve
in p
enet
ratio
n 30
0mm
dia
met
erFL
5 Co
ncre
te sl
ab
-/12
0/-
IFD
44
NO
casi
ng -
surf
ace
mou
nted
ove
r or u
nder
pen
etra
tion
600
x 60
0mm
m
ax h
ole
size
500
mm
x 5
00m
mFL
6 Co
ncre
te sl
ab
-/12
0/-
IFD
-O
NO
stee
l sle
eve
in p
enet
ratio
n 25
0mm
dia
met
erFL
7 Co
ncre
te sl
ab
-/12
0/-
IFD
44
Stee
l cas
ing,
mod
ular
ban
ked
toge
ther
12
00m
m x
1200
mm
CEIL
ING
CE1
FR P
/Boa
rd 2
ply
ceili
ng
-/60
/60
IFD
44
P/Bo
ard
clad
enc
l. (60
min
RIS
F In
cipi
ent r
ated
) 60
0 x
600m
mCE
2 FR
P/B
oard
2 p
ly ce
iling
-/
60/6
0 IF
D44
P/
Boar
d cl
ad e
ncl. o
pen
end
(60
min
RIS
F In
cipi
ent r
ated
) 30
0mm
x 3
00m
m
exha
ustin
g in
to ce
iling
void
CE3
FR P
/Boa
rd 2
ply
ceili
ng
-/90
/90
IFD
-O
P/Bo
ard
pane
l & IF
D (9
0 m
in R
ISF
Inci
pien
t rat
ed)
150m
m d
iam
eter
CE4
FR P
/Boa
rd 2
ply
ceili
ng
-/90
/90
IFD
Hi-F
lo
P/Bo
ard
clad
3 w
ay e
nclo
sure
(90
min
RIS
F In
cipi
ent r
ated
) In
corp
orat
es 15
0mm
HI-F
ioDO
ORFD
1 IF
D-D
in F
ireco
re fi
re d
oors
-/
120/
30
IFD
-D
Fitt
ed to
max
i & m
ini fi
re d
oors
60
0 x
300m
m o
r 450
x 4
50m
mFD
2 IF
D-D
in P
yrop
anel
fire
doo
rs
-/12
0/30
IFD
-D
Fitt
ed to
pan
dor,
FR &
pyr
olite
fire
doo
rs
600
x 60
0mm
, 600
x 3
00m
m, 4
50 x
450
mm
FD3
IFD
-D in
Traf
alga
r E-c
ore
door
s -/
120/
30IF
D-D
Fi
tted
to m
axi &
min
i fire
doo
rs
600
x 30
0mm
or 4
50 x
450
mm
(up
to 2
off
per
leaf
)
Syst
em S
elec
tor
ww
w.k
ilarg
o.co
m.a
u
PENE
TRAT
ION
SYST
EM
BUIL
DING
ELE
MEN
T FR
L PR
ODU
CT
APPL
ICAT
ION
/ M
OUNT
ING
DETA
IL
MAX
. SIZ
E CO
NDIT
ION
WAL
LW
M1
Mas
onry
-/
120/
- IF
D44
M
ount
ed in
stee
l cas
ing
in p
enet
ratio
n 12
00m
m x
>10
m, >
10m
x 12
00m
mW
M2
Mas
onry
-/
240/
- IF
D44
Ca
sed
stee
l cas
ing
in p
enet
ratio
n25
0 x
250m
mW
M3
Mas
onry
-/
120/
- IF
D44
N
O ca
sing
in p
enet
ratio
n 60
0mm
x >
10m
, >10
m x
600
mm
WM
4 M
ason
ry
-/12
0/-
IFD
44
NO
casi
ng -
surf
ace
mou
nted
ove
r pen
etra
tion
600
x 60
0mm
m
ax h
ole
size
500
mm
x 5
00m
mW
M5
Mas
onry
-/
120/
- IF
D-O
St
eel s
leev
e in
pen
etra
tion
350m
m d
iam
eter
WM
6 M
ason
ry
-/24
0/-
IFD
-O
Stee
l sle
eve
in p
enet
ratio
n 15
0mm
dia
met
erW
M7
Mas
onry
-/
120/
- IF
D-O
SS
Stai
nles
s ste
el sl
eeve
in p
enet
ratio
n 35
0mm
dia
met
erW
M8
Mas
onry
-/
120/
- IF
D-O
Sp
iral d
uct s
leev
e gr
oute
d in
to p
enet
ratio
n (a
ngle
free
)30
0mm
dia
met
erW
M10
M
ason
ry
-/12
0/-
IFD
-O
Hi-F
lo st
eel s
leev
e in
pen
etra
tion
250m
m d
iam
eter
WM
11
Mas
onry
-/
120/
- IF
D44
N
O ca
sing
with
vario
us fi
bra
cket
s 60
0mm
x >
10m
WH
1 CS
R H
ebel
75SS
-/12
0/-
IFD
44
Mou
nted
in st
eel c
asin
g in
pen
etra
tion
1200
H x
600
mm
W *d
ual p
anel
40
0mm
max
if si
ngle
in p
anel
WH
2 CS
R H
ebel
75SS
-/12
0/-
IFD
-O
Stee
l sle
eve
in p
enet
ratio
n 35
0mm
dia
. *du
al p
anel
35
0mm
max
if si
ngle
in p
anel
WH
5 CS
R H
ebel
75SW
-/12
0/-
IFD
44
Mou
nted
in st
eel c
asin
g in
pen
etra
tion
1200
H x
600
mm
W *d
ual p
anel
40
0mm
max
if si
ngle
in p
anel
WH
4 CS
R H
ebel
75SW
-/12
0/-
IFD
-O
Stee
l sle
eve
in p
enet
ratio
n 35
0mm
dia
. *du
al p
anel
35
0mm
max
if si
ngle
in p
anel
WH
5 CS
R H
ebel
75SW
-/12
0/-
IFD
44
Mou
nted
in st
eel c
asin
g to
und
ersi
de o
f sla
b 30
0mm
x 3
00m
mW
H6
CSR
Heb
el75
SW-/
120/
- IF
D-O
St
eel s
leev
e po
sitio
ned
tight
to u
nder
side
of s
lab
150m
m d
iam
eter
WH
7 CS
R H
ebel
75SW
-/12
0/-
IFD
44
Mou
nted
in st
eel c
asin
g to
und
ersi
de o
f sla
b w
ith S
ang
les
300m
m x
300
mm
WS1
CS
R Se
curit
y w
all
-/90
/90
IFD
44
Mou
nted
in st
eel c
asin
g in
pen
etra
tion
600
x 60
0mm
WS2
CS
R Se
curit
y w
all
-/90
/-
IFD
-O
Stee
l sle
eve
in p
enet
ratio
n 30
0mm
dia
met
erW
P1
FR P
/Boa
rd 2
x 1
laye
r -/
120/
- IF
D44
M
ount
ed in
stee
l cas
ing
in p
enet
ratio
n 60
0mm
x 6
00m
mW
P2
FR P
/Boa
rd 3
laye
rs
-/12
0/-
IFD
44
Mou
nted
in st
eel c
asin
g in
pen
etra
tion
600m
m x
600
mm
WP3
FR
P/B
oard
2 x
2 la
yers
-/
120/
- IF
D-O
St
eel s
leev
e in
pen
etra
tion
350m
m d
iam
eter
WP4
FR
P/B
oard
25m
m li
ner+
2 la
yers
-/
120/
- IF
D-O
St
eel s
leev
e in
pen
etra
tion
350m
m d
iam
eter
WP5
FR
P/B
oard
3 la
yers
+ 1
laye
r pad
-/
120/
- IF
D-O
St
eel s
leev
e in
pen
etra
tion
350m
m d
iam
eter
WP6
FR
P/B
oard
3 la
yers
-/
120/
- IF
D-O
St
eel s
leev
e in
pen
etra
tion
350m
m d
iam
eter
WP7
FR
P/B
oard
2 x
2 ~
rs
-/12
0/-
IFD
44
NO
casi
ng in
pen
etra
tion
600m
m x
600
mm
SHAF
TWAL
L DU
CTW
SW1
Mas
onry
-/
120/
- IF
D44
M
ount
ed in
rise
r bra
nch
(ang
le fr
ee sy
stem
) 30
0 x
300m
m o
r 90,
000m
m2
WSW
2 M
ason
ry
-/12
0/-
IFD
44
Mou
nted
in ri
ser b
ranc
h tig
ht to
slab
with
pac
ker
90,0
00m
m2
WSW
3 M
ason
ry
-/12
0/-
IFD
-O
Mou
nted
in ri
ser b
ranc
h (a
ngle
free
syst
em)
300m
m d
iam
eter
WSW
4 FR
P/B
oard
3 la
yers
-/
120/
- IF
D44
M
ount
ed in
rise
r bra
nch
tight
to sl
ab w
ith p
acke
r 30
0 x
300m
m o
r 90,
000m
m2
WSW
5 FR
P/B
oard
3 la
yers
-/
120/
- IF
D44
M
ount
ed in
rise
r bra
nch
tight
to sl
ab w
ith IB
S ro
d &
mas
tic
300
x 30
0mm
or 9
0,00
0mm
2
WSW
6 FR
P/B
oard
3 la
yers
-/
120/
- IF
D-O
M
ount
ed in
rise
r bra
nch
(ang
le fr
ee sy
stem
) 30
0mm
dia
met
erW
SW7
FR P
/Boa
rd 3
laye
rs
-/12
0/-
IFD
44
Mou
nted
in ri
ser b
ranc
h (a
ngle
free
syst
em)
300
x 30
0mm
or 9
0,00
0mm
2
WSW
8 FR
P/B
oard
2 x
2 la
yers
-/
120/
- IF
D44
M
ount
ed in
rise
r bra
nch
(ang
le fr
ee sy
stem
) 30
0 x
300m
m o
r 90,
000m
m2
WSW
9 FR
P/B
oard
2 x
2 la
yers
-/
120/
- IF
D-O
M
ount
ed in
rise
r bra
nch
(ang
le fr
ee sy
stem
) 30
0mm
dia
met
erW
SRF1
Re
trofi
t sha
ftw
all o
ptio
n -/
120/
- IF
D44
Re
trofi
t fixi
ng ta
bs in
exi
stin
g da
mpe
r hou
sing
s 30
0 x
300m
mFL
OOR
/ S
LAB
FL1
Conc
rete
slab
-/
120/
- IF
D44
N
o ca
sing
in p
enet
ratio
n U
p to
1200
mm
x >
10m
or >
10m
x 12
00m
mFL
2 Co
ncre
te sl
ab
-/24
0/18
0 IF
D44
Ca
sed
stee
l cas
ing
in p
enet
ratio
n 30
0 x
300m
mFL
3 Co
ncre
te sl
ab
-/12
0/12
0 IF
D44
M
ount
ed in
stee
l cas
ing
in p
enet
ratio
n 60
0 x
600m
mFL
4 Co
ncre
te sl
ab
-/12
0/-
IFD
-O
Stee
l sle
eve
in p
enet
ratio
n 30
0mm
dia
met
erFL
5 Co
ncre
te sl
ab
-/12
0/-
IFD
44
NO
casi
ng -
surf
ace
mou
nted
ove
r or u
nder
pen
etra
tion
600
x 60
0mm
m
ax h
ole
size
500
mm
x 5
00m
mFL
6 Co
ncre
te sl
ab
-/12
0/-
IFD
-O
NO
stee
l sle
eve
in p
enet
ratio
n 25
0mm
dia
met
erFL
7 Co
ncre
te sl
ab
-/12
0/-
IFD
44
Stee
l cas
ing,
mod
ular
ban
ked
toge
ther
12
00m
m x
1200
mm
CEIL
ING
CE1
FR P
/Boa
rd 2
ply
ceili
ng
-/60
/60
IFD
44
P/Bo
ard
clad
enc
l. (60
min
RIS
F In
cipi
ent r
ated
) 60
0 x
600m
mCE
2 FR
P/B
oard
2 p
ly ce
iling
-/
60/6
0 IF
D44
P/
Boar
d cl
ad e
ncl. o
pen
end
(60
min
RIS
F In
cipi
ent r
ated
) 30
0mm
x 3
00m
m
exha
ustin
g in
to ce
iling
void
CE3
FR P
/Boa
rd 2
ply
ceili
ng
-/90
/90
IFD
-O
P/Bo
ard
pane
l & IF
D (9
0 m
in R
ISF
Inci
pien
t rat
ed)
150m
m d
iam
eter
CE4
FR P
/Boa
rd 2
ply
ceili
ng
-/90
/90
IFD
Hi-F
lo
P/Bo
ard
clad
3 w
ay e
nclo
sure
(90
min
RIS
F In
cipi
ent r
ated
) In
corp
orat
es 15
0mm
HI-F
ioDO
ORFD
1 IF
D-D
in F
ireco
re fi
re d
oors
-/
120/
30
IFD
-D
Fitt
ed to
max
i & m
ini fi
re d
oors
60
0 x
300m
m o
r 450
x 4
50m
mFD
2 IF
D-D
in P
yrop
anel
fire
doo
rs
-/12
0/30
IFD
-D
Fitt
ed to
pan
dor,
FR &
pyr
olite
fire
doo
rs
600
x 60
0mm
, 600
x 3
00m
m, 4
50 x
450
mm
FD3
IFD
-D in
Traf
alga
r E-c
ore
door
s -/
120/
30IF
D-D
Fi
tted
to m
axi &
min
i fire
doo
rs
600
x 30
0mm
or 4
50 x
450
mm
(up
to 2
off
per
leaf
)
Syst
em S
elec
tor
ww
w.k
ilarg
o.co
m.a
u
PENE
TRAT
ION
SYST
EM
BUIL
DING
ELE
MEN
T FR
L PR
ODUC
T AP
PLIC
ATIO
N /
MOU
NTIN
G DE
TAIL
M
AX. S
IZE
COND
ITIO
NW
ALL
WM
1 M
ason
ry
-/12
0/-
IFD
44
Mou
nted
in st
eel c
asin
g in
pen
etra
tion
1200
mm
x >
10m
, >10
m x
1200
mm
WM
2 M
ason
ry
-/24
0/-
IFD
44
Case
d st
eel c
asin
g in
pen
etra
tion
250
x 25
0mm
WM
3 M
ason
ry
-/12
0/-
IFD
44
NO
casi
ng in
pen
etra
tion
600m
m x
>10
m, >
10m
x 6
00m
mW
M4
Mas
onry
-/
120/
- IF
D44
N
O ca
sing
- su
rfac
e m
ount
ed o
ver p
enet
ratio
n 60
0 x
600m
m
max
hol
e si
ze 5
00m
m x
500
mm
WM
5 M
ason
ry
-/12
0/-
IFD
-O
Stee
l sle
eve
in p
enet
ratio
n 35
0mm
dia
met
erW
M6
Mas
onry
-/
240/
- IF
D-O
St
eel s
leev
e in
pen
etra
tion
150m
m d
iam
eter
WM
7 M
ason
ry
-/12
0/-
IFD
-OSS
St
ainl
ess s
teel
slee
ve in
pen
etra
tion
350m
m d
iam
eter
WM
8 M
ason
ry
-/12
0/-
IFD
-O
Spira
l duc
t sle
eve
grou
ted
into
pen
etra
tion
(ang
le fr
ee)
300m
m d
iam
eter
WM
10
Mas
onry
-/
120/
- IF
D-O
H
i-Flo
stee
l sle
eve
in p
enet
ratio
n 25
0mm
dia
met
erW
M11
M
ason
ry
-/12
0/-
IFD
44
NO
casi
ng w
ith va
rious
fixi
ng b
rack
ets
600m
m x
>10
mW
H1
CSR
Heb
el75
SS-/
120/
- IF
D44
M
ount
ed in
stee
l cas
ing
in p
enet
ratio
n 12
00 H
x 6
00m
m W
*dua
l pan
el
400m
m m
ax if
sing
le in
pan
elW
H2
CSR
Heb
el75
SS-/
120/
- IF
D-O
St
eel s
leev
e in
pen
etra
tion
350m
m d
ia. *
dual
pan
el
350m
m m
ax if
sing
le in
pan
elW
H5
CSR
Heb
el75
SW-/
120/
- IF
D44
M
ount
ed in
stee
l cas
ing
in p
enet
ratio
n 12
00 H
x 6
00m
m W
*dua
l pan
el
400m
m m
ax if
sing
le in
pan
elW
H4
CSR
Heb
el75
SW-/
120/
- IF
D-O
St
eel s
leev
e in
pen
etra
tion
350m
m d
ia. *
dual
pan
el
350m
m m
ax if
sing
le in
pan
elW
H5
CSR
Heb
el75
SW-/
120/
- IF
D44
M
ount
ed in
stee
l cas
ing
to u
nder
side
of s
lab
300m
m x
300
mm
WH
6 CS
R H
ebel
75SW
-/12
0/-
IFD
-O
Stee
l sle
eve
posi
tione
d tig
ht to
und
ersi
de o
f sla
b 15
0mm
dia
met
erW
H7
CSR
Heb
el75
SW-/
120/
- IF
D44
M
ount
ed in
stee
l cas
ing
to u
nder
side
of s
lab
with
S a
ngle
s 30
0mm
x 3
00m
mW
S1
CSR
Secu
rity
wal
l -/
90/9
0 IF
D44
M
ount
ed in
stee
l cas
ing
in p
enet
ratio
n 60
0 x
600m
mW
S2
CSR
Secu
rity
wal
l -/
90/-
IF
D-O
St
eel s
leev
e in
pen
etra
tion
300m
m d
iam
eter
WP1
FR
P/B
oard
2 x
1 la
yer
-/12
0/-
IFD
44
Mou
nted
in st
eel c
asin
g in
pen
etra
tion
600m
m x
600
mm
WP2
FR
P/B
oard
3 la
yers
-/
120/
- IF
D44
M
ount
ed in
stee
l cas
ing
in p
enet
ratio
n 60
0mm
x 6
00m
mW
P3
FR P
/Boa
rd 2
x 2
laye
rs
-/12
0/-
IFD
-O
Stee
l sle
eve
in p
enet
ratio
n 35
0mm
dia
met
erW
P4
FR P
/Boa
rd 2
5mm
line
r+ 2
laye
rs
-/12
0/-
IFD
-O
Stee
l sle
eve
in p
enet
ratio
n 35
0mm
dia
met
erW
P5
FR P
/Boa
rd 3
laye
rs +
1 la
yer p
ad
-/12
0/-
IFD
-O
Stee
l sle
eve
in p
enet
ratio
n 35
0mm
dia
met
erW
P6
FR P
/Boa
rd 3
laye
rs
-/12
0/-
IFD
-O
Stee
l sle
eve
in p
enet
ratio
n 35
0mm
dia
met
erW
P7
FR P
/Boa
rd 2
x 2
~rs
-/
120/
- IF
D44
N
O ca
sing
in p
enet
ratio
n 60
0mm
x 6
00m
mSH
AFTW
ALL
DUCT
WSW
1 M
ason
ry
-/12
0/-
IFD
44
Mou
nted
in ri
ser b
ranc
h (a
ngle
free
syst
em)
300
x 30
0mm
or 9
0,00
0mm
2
WSW
2 M
ason
ry
-/12
0/-
IFD
44
Mou
nted
in ri
ser b
ranc
h tig
ht to
slab
with
pac
ker
90,0
00m
m2
WSW
3 M
ason
ry
-/12
0/-
IFD
-O
Mou
nted
in ri
ser b
ranc
h (a
ngle
free
syst
em)
300m
m d
iam
eter
WSW
4 FR
P/B
oard
3 la
yers
-/
120/
- IF
D44
M
ount
ed in
rise
r bra
nch
tight
to sl
ab w
ith p
acke
r 30
0 x
300m
m o
r 90,
000m
m2
WSW
5 FR
P/B
oard
3 la
yers
-/
120/
- IF
D44
M
ount
ed in
rise
r bra
nch
tight
to sl
ab w
ith IB
S ro
d &
mas
tic
300
x 30
0mm
or 9
0,00
0mm
2
WSW
6 FR
P/B
oard
3 la
yers
-/
120/
- IF
D-O
M
ount
ed in
rise
r bra
nch
(ang
le fr
ee sy
stem
) 30
0mm
dia
met
erW
SW7
FR P
/Boa
rd 3
laye
rs
-/12
0/-
IFD
44
Mou
nted
in ri
ser b
ranc
h (a
ngle
free
syst
em)
300
x 30
0mm
or 9
0,00
0mm
2
WSW
8 FR
P/B
oard
2 x
2 la
yers
-/
120/
- IF
D44
M
ount
ed in
rise
r bra
nch
(ang
le fr
ee sy
stem
) 30
0 x
300m
m o
r 90,
000m
m2
WSW
9 FR
P/B
oard
2 x
2 la
yers
-/
120/
- IF
D-O
M
ount
ed in
rise
r bra
nch
(ang
le fr
ee sy
stem
) 30
0mm
dia
met
erW
SRF1
Re
trofi
t sha
ftw
all o
ptio
n -/
120/
- IF
D44
Re
trofi
t fixi
ng ta
bs in
exi
stin
g da
mpe
r hou
sing
s 30
0 x
300m
mFL
OOR
/ SL
ABFL
1 Co
ncre
te sl
ab
-/12
0/-
IFD
44
No
casi
ng in
pen
etra
tion
Up
to 12
00m
m x
>10
m o
r >10
m x
1200
mm
FL2
Conc
rete
slab
-/
240/
180
IFD
44
Case
d st
eel c
asin
g in
pen
etra
tion
300
x 30
0mm
FL3
Conc
rete
slab
-/
120/
120
IFD
44
Mou
nted
in st
eel c
asin
g in
pen
etra
tion
600
x 60
0mm
FL4
Conc
rete
slab
-/
120/
- IF
D-O
St
eel s
leev
e in
pen
etra
tion
300m
m d
iam
eter
FL5
Conc
rete
slab
-/
120/
-IF
D44
N
O ca
sing
- su
rfac
e m
ount
ed o
ver o
r und
er p
enet
ratio
n 60
0 x
600m
m
max
hol
e si
ze 5
00m
m x
500
mm
FL6
Conc
rete
slab
-/
120/
-IF
D-O
N
O st
eel s
leev
e in
pen
etra
tion
250m
m d
iam
eter
FL7
Conc
rete
slab
-/
120/
-IF
D44
St
eel c
asin
g, m
odul
ar b
anke
d to
geth
er
1200
mm
x 12
00m
mCE
ILIN
GCE
1 FR
P/B
oard
2 p
ly ce
iling
-/
60/6
0 IF
D44
P/
Boar
d cl
ad e
ncl. (
60 m
in R
ISF
Inci
pien
t rat
ed)
600
x 60
0mm
CE2
FR P
/Boa
rd 2
ply
ceili
ng
-/60
/60
IFD
44
P/Bo
ard
clad
enc
l. ope
n en
d (6
0 m
in R
ISF
Inci
pien
t rat
ed)
300m
m x
300
mm
ex
haus
ting
into
ceili
ng vo
idCE
3 FR
P/B
oard
2 p
ly ce
iling
-/
90/9
0 IF
D-O
P/
Boar
d pa
nel &
IFD
(90
min
RIS
F In
cipi
ent r
ated
) 15
0mm
dia
met
erCE
4 FR
P/B
oard
2 p
ly ce
iling
-/
90/9
0 IF
D H
i-Flo
P/
Boar
d cl
ad 3
way
enc
losu
re (9
0 m
in R
ISF
Inci
pien
t rat
ed)
Inco
rpor
ates
150m
m H
I-Fio
DOOR
FD1
IFD
-D in
Fire
core
fire
doo
rs
-/12
0/30
IF
D-D
Fi
tted
to m
axi &
min
i fire
doo
rs
600
x 30
0mm
or 4
50 x
450
mm
FD2
IFD
-D in
Pyr
opan
el fi
re d
oors
-/
120/
30IF
D-D
Fi
tted
to p
ando
r, FR
& p
yrol
ite fi
re d
oors
60
0 x
600m
m, 6
00 x
300
mm
, 450
x 4
50m
mFD
3 IF
D-D
in Tr
afal
gar E
-cor
e do
ors
-/12
0/30
IFD
-D
Fitt
ed to
max
i & m
ini fi
re d
oors
60
0 x
300m
m o
r 450
x 4
50m
m (u
p to
2 o
ff p
er le
af)
Smooth- Products Ltd
Due to a policy of continuous development, prices and specifications are subject to change without notice.
77d
Smooth-Air 0800 SMOOTH (0800 766 684) www.smooth-air.co.nz [email protected]: 264 Annex Rd, PO Box 8358, Riccarton Ph +64 3 343 6184 Fax +64 3 343 6004Wellington: 10a Te Puni St, Petone (PO Box 8358, Chch) Ph +64 4 566 7969 Fax +64 4 566 3143Auckland: 6 Stanway Pl, PO Box 12-243, Penrose Ph +64 9 579 3257 Fax +64 9 579 3259
3 June 2014 Technical Catalogue See www.smooth-air.co.nz for most recent pricing
AIR FLOW RATE (l/s)
NOMINALDIAMETER
(mm)
SOUNDPOWER LEVEL
LW A (dB)
TOTALPRESSURE
LOSS∆Pt (Pa)
Chamber A
3De 4De
1.5De
1000
Chamber B
De
DifferentialPressure (Pa)
IntumescentDamper
DP
1001000900
800
700
600
500
400
300
200
100
50
20
200
300
400
500
600
100
50
10
5
60
50
40
30
15 Wentworth Place, Banyo Qld 4014T 1300 858 010 F +61 7 3861 9266 E [email protected] www.kilargo.com.au
Kilargo IFD-O Circular Intumescent Fire Damper Selection Nomogram
Example:Determine the total pressure drop ∆Pt (Pa) and the radiated sound power level Lw,A (dB) for a Kilargo 250 Ø intumescent damper for a volume flow rate of 300 (l/s).
On the chart, draw a straight line from 250 Ø on the nominal diameter axis to 300 (l/s) on the flow rate axis. The radiated sound power Lw,A (dB) and total pressure drop ∆Pt (Pa) may now be read directly.
Type: Kilargo IFD-O 250 Ø
Flow rate (l/s): 300
Total pressure drop ∆Pt (Pa): 33
Radiated sound power Lw,A (dB): 51
Pressure & Acoustic Characteristics
77d
AIR FLOW RATE (l/s)
NOMINALDIAMETER
(mm)
SOUNDPOWER LEVEL
LW A (dB)
TOTALPRESSURE
LOSS∆Pt (Pa)
Chamber A
3De 4De
1.5De
1000
Chamber B
De
DifferentialPressure (Pa)
IntumescentDamper
DP
1001000900
800
700
600
500
400
300
200
100
50
20
200
300
400
500
600
100
50
10
5
60
50
40
30
15 Wentworth Place, Banyo Qld 4014T 1300 858 010 F +61 7 3861 9266 E [email protected] www.kilargo.com.au
Kilargo IFD-O Circular Intumescent Fire Damper Selection Nomogram
Example:Determine the total pressure drop ∆Pt (Pa) and the radiated sound power level Lw,A (dB) for a Kilargo 250 Ø intumescent damper for a volume flow rate of 300 (l/s).
On the chart, draw a straight line from 250 Ø on the nominal diameter axis to 300 (l/s) on the flow rate axis. The radiated sound power Lw,A (dB) and total pressure drop ∆Pt (Pa) may now be read directly.
Type: Kilargo IFD-O 250 Ø
Flow rate (l/s): 300
Total pressure drop ∆Pt (Pa): 33
Radiated sound power Lw,A (dB): 51
Pressure & Acoustic Characteristics
Smooth- Products Ltd
3 June 2014 Technical Catalogue
Due to a policy of continuous development, prices and specifications are subject to change without notice.
77eSee www.smooth-air.co.nz for most recent pricing
Smooth-Air 0800 SMOOTH (0800 766 684) www.smooth-air.co.nz [email protected]: 264 Annex Rd, PO Box 8358, Riccarton Ph +64 3 343 6184 Fax +64 3 343 6004Wellington: 10a Te Puni St, Petone (PO Box 8358, Chch) Ph +64 4 566 7969 Fax +64 4 566 3143Auckland: 6 Stanway Pl, PO Box 12-243, Penrose Ph +64 9 579 3257 Fax +64 9 579 3259
15 Wentworth Place, Banyo Qld 4014T 1300 858 010 F +61 7 3861 9266 E [email protected] www.kilargo.com.au
Kilargo Hi Flo Series Intumescent Fire DampersPressure Characteristics
Stat
ic P
ress
ure
(Pa)
Duct Air Flow (L/S)
Fire Damper – 150mm diameter
10 100 1000 10000
100
10
1
Data reproduced from Vi pac Report 30B-06-0173-TRP-216267 -1, dated June 2007 in accordance with AS1682.1-1990 (Fire Dampers).
77e
15 Wentworth Place, Banyo Qld 4014T 1300 858 010 F +61 7 3861 9266 E [email protected] www.kilargo.com.au
Kilargo Hi Flo Series Intumescent Fire DampersPressure Characteristics
Stat
ic P
ress
ure
(Pa)
Duct Air Flow (L/S)
Fire Damper – 150mm diameter
10 100 1000 10000
100
10
1
Data reproduced from Vi pac Report 30B-06-0173-TRP-216267 -1, dated June 2007 in accordance with AS1682.1-1990 (Fire Dampers).
Smooth- Products Ltd
Due to a policy of continuous development, prices and specifications are subject to change without notice.
77f
Smooth-Air 0800 SMOOTH (0800 766 684) www.smooth-air.co.nz [email protected]: 264 Annex Rd, PO Box 8358, Riccarton Ph +64 3 343 6184 Fax +64 3 343 6004Wellington: 10a Te Puni St, Petone (PO Box 8358, Chch) Ph +64 4 566 7969 Fax +64 4 566 3143Auckland: 6 Stanway Pl, PO Box 12-243, Penrose Ph +64 9 579 3257 Fax +64 9 579 3259
3 June 2014 Technical Catalogue See www.smooth-air.co.nz for most recent pricing
15 Wentworth Place, Banyo Qld 4014T 1300 858 010 F +61 7 3861 9266 E [email protected] www.kilargo.com.au
Kilargo IFD-D Series Door Mounted Intumescent Fire Damper Selection Nomogram
AIR FLOW RATE (l/s)
PIVO
T
LIN
E
NOMINALHEIGHT
(mm)
NOMINALWIDTH
(mm)
SOUNDPOWER LEVEL
LW A (dB)
TOTALPRESSURE
LOSS∆Pt (Pa)
50mm
Chamber BChamber A
Differential Pressure (Pa)
∆P
Optional steel cover grille
IntumescentDamperIntumescentDamper
3000
2000
1000900800700
600
500
400
300
200
100
50
20
60
50
40
30
200
100
50
10
5
100
200
300
400
500
600
100
200
300
400
500
600
Example:Determine the total pressure drop ∆Pt (Pa) and the radiated sound power level Lw,A (dB) for a 600 x 300 Kilargo IFD-D series Intumescent damper for a volume flow rate of 300 (l/s).
On the chart, draw a straight line from 600 on the nominal width axis to 300 on the nominal height axis. At the intersection point with the pivot line, draw a line to 300 (l/s) on the flow rate axis. The radiated sound power Lw,A (dB) and total pressure drop ∆Pt (Pa) may now be read directly.
Type: Kilargo IFD-D series 600 x 300
Flow rate (l/s): 300
Total pressure drop ∆Pt (Pa): 17
Radiated sound power Lw,A (dB): 41
Performance Criteria:The acoustic and aerodynamic performance of a Kilargo IFD-D Series Intumescent fire damper.
Pressure & Acoustic Characteristics
77f
15 Wentworth Place, Banyo Qld 4014T 1300 858 010 F +61 7 3861 9266 E [email protected] www.kilargo.com.au
Kilargo IFD-D Series Door Mounted Intumescent Fire Damper Selection Nomogram
AIR FLOW RATE (l/s)
PIVO
T
LIN
E
NOMINALHEIGHT
(mm)
NOMINALWIDTH
(mm)
SOUNDPOWER LEVEL
LW A (dB)
TOTALPRESSURE
LOSS∆Pt (Pa)
50mm
Chamber BChamber A
Differential Pressure (Pa)
∆P
Optional steel cover grille
IntumescentDamperIntumescentDamper
3000
2000
1000900800700
600
500
400
300
200
100
50
20
60
50
40
30
200
100
50
10
5
100
200
300
400
500
600
100
200
300
400
500
600
Example:Determine the total pressure drop ∆Pt (Pa) and the radiated sound power level Lw,A (dB) for a 600 x 300 Kilargo IFD-D series Intumescent damper for a volume flow rate of 300 (l/s).
On the chart, draw a straight line from 600 on the nominal width axis to 300 on the nominal height axis. At the intersection point with the pivot line, draw a line to 300 (l/s) on the flow rate axis. The radiated sound power Lw,A (dB) and total pressure drop ∆Pt (Pa) may now be read directly.
Type: Kilargo IFD-D series 600 x 300
Flow rate (l/s): 300
Total pressure drop ∆Pt (Pa): 17
Radiated sound power Lw,A (dB): 41
Performance Criteria:The acoustic and aerodynamic performance of a Kilargo IFD-D Series Intumescent fire damper.
Pressure & Acoustic Characteristics
AIR FLOW RATE (l/s)
NOMINALWIDTH
(mm)
NOMINALHEIGHT
(mm)
PIVO
T
LIN
E
SOUNDPOWER LEVEL
LW A (dB)
TOTALPRESSURE
LOSS∆Pt (Pa)
3000
2000
1000900800
700
600
500
400
300
200
100
50
100
200
300
400
500
600
700
800
900
1000
100
50
10
5
60
50
40
30
Chamber A
3De 4De
1.5De
1000
Chamber B
De
DifferentialPressure (Pa)
Intumescent AirTransfer Grille
DP
100
200
300
400
500
600
700
800
900
1000
15 Wentworth Place, Banyo Qld 4014T 1300 858 010 F +61 7 3861 9266 E [email protected] www.kilargo.com.au
Kilargo IFD-44 Intumescent Fire Damper Selection Nomogram
Example:Determine the total pressure drop ∆Pt (Pa) and the radiated sound power level Lw,A (dB) for a 200 x 200 Intumescent damper for a volume flow rate of 200 (l/s).
On the chart, draw a straight line from 200 on the nominal width axis to 200 on the nominal height axis. At the intersection point with the pivot line, draw a line to 200 (l/s) on the flow rate axis. The radiated sound power Lw,A (dB) and total pressure drop ∆Pt (Pa) may now be read directly.
Type: Kilargo IFD44 200 x 200
Flow rate (l/s): 200
Total pressure drop ∆Pt (Pa): 20
Radiated sound power Lw,A (dB): 48
Pressure & Acoustic Characteristics
15 Wentworth Place, Banyo Qld 4014T 1300 858 010 F +61 7 3861 9266 E [email protected] www.kilargo.com.au
Kilargo IFD-D Series Door Mounted Intumescent Fire Damper Selection Nomogram
AIR FLOW RATE (l/s)
PIVO
T
LIN
E
NOMINALHEIGHT
(mm)
NOMINALWIDTH
(mm)
SOUNDPOWER LEVEL
LW A (dB)
TOTALPRESSURE
LOSS∆Pt (Pa)
50mm
Chamber BChamber A
Differential Pressure (Pa)
∆P
Optional steel cover grille
IntumescentDamperIntumescentDamper
3000
2000
1000900800700
600
500
400
300
200
100
50
20
60
50
40
30
200
100
50
10
5
100
200
300
400
500
600
100
200
300
400
500
600
Example:Determine the total pressure drop ∆Pt (Pa) and the radiated sound power level Lw,A (dB) for a 600 x 300 Kilargo IFD-D series Intumescent damper for a volume flow rate of 300 (l/s).
On the chart, draw a straight line from 600 on the nominal width axis to 300 on the nominal height axis. At the intersection point with the pivot line, draw a line to 300 (l/s) on the flow rate axis. The radiated sound power Lw,A (dB) and total pressure drop ∆Pt (Pa) may now be read directly.
Type: Kilargo IFD-D series 600 x 300
Flow rate (l/s): 300
Total pressure drop ∆Pt (Pa): 17
Radiated sound power Lw,A (dB): 41
Performance Criteria:The acoustic and aerodynamic performance of a Kilargo IFD-D Series Intumescent fire damper.
Pressure & Acoustic Characteristics
Smooth- Products Ltd
3 June 2014 Technical Catalogue
Due to a policy of continuous development, prices and specifications are subject to change without notice.
77gSee www.smooth-air.co.nz for most recent pricing
Smooth-Air 0800 SMOOTH (0800 766 684) www.smooth-air.co.nz [email protected]: 264 Annex Rd, PO Box 8358, Riccarton Ph +64 3 343 6184 Fax +64 3 343 6004Wellington: 10a Te Puni St, Petone (PO Box 8358, Chch) Ph +64 4 566 7969 Fax +64 4 566 3143Auckland: 6 Stanway Pl, PO Box 12-243, Penrose Ph +64 9 579 3257 Fax +64 9 579 3259
AIR FLOW RATE (l/s)
NOMINALWIDTH
(mm)
NOMINALHEIGHT
(mm)
PIVO
T
LIN
E
SOUNDPOWER LEVEL
LW A (dB)
TOTALPRESSURE
LOSS∆Pt (Pa)
3000
2000
1000900800
700
600
500
400
300
200
100
50
100
200
300
400
500
600
700
800
900
1000
100
50
10
5
60
50
40
30
Chamber A
3De 4De
1.5De
1000
Chamber B
De
DifferentialPressure (Pa)
Intumescent AirTransfer Grille
DP
100
200
300
400
500
600
700
800
900
1000
15 Wentworth Place, Banyo Qld 4014T 1300 858 010 F +61 7 3861 9266 E [email protected] www.kilargo.com.au
Kilargo IFD-44 Intumescent Fire Damper Selection Nomogram
Example:Determine the total pressure drop ∆Pt (Pa) and the radiated sound power level Lw,A (dB) for a 200 x 200 Intumescent damper for a volume flow rate of 200 (l/s).
On the chart, draw a straight line from 200 on the nominal width axis to 200 on the nominal height axis. At the intersection point with the pivot line, draw a line to 200 (l/s) on the flow rate axis. The radiated sound power Lw,A (dB) and total pressure drop ∆Pt (Pa) may now be read directly.
Type: Kilargo IFD44 200 x 200
Flow rate (l/s): 200
Total pressure drop ∆Pt (Pa): 20
Radiated sound power Lw,A (dB): 48
Pressure & Acoustic Characteristics
77g
AIR FLOW RATE (l/s)
NOMINALWIDTH
(mm)
NOMINALHEIGHT
(mm)
PIVO
T
LIN
E
SOUNDPOWER LEVEL
LW A (dB)
TOTALPRESSURE
LOSS∆Pt (Pa)
3000
2000
1000900800
700
600
500
400
300
200
100
50
100
200
300
400
500
600
700
800
900
1000
100
50
10
5
60
50
40
30
Chamber A
3De 4De
1.5De
1000
Chamber B
De
DifferentialPressure (Pa)
Intumescent AirTransfer Grille
DP
100
200
300
400
500
600
700
800
900
1000
15 Wentworth Place, Banyo Qld 4014T 1300 858 010 F +61 7 3861 9266 E [email protected] www.kilargo.com.au
Kilargo IFD-44 Intumescent Fire Damper Selection Nomogram
Example:Determine the total pressure drop ∆Pt (Pa) and the radiated sound power level Lw,A (dB) for a 200 x 200 Intumescent damper for a volume flow rate of 200 (l/s).
On the chart, draw a straight line from 200 on the nominal width axis to 200 on the nominal height axis. At the intersection point with the pivot line, draw a line to 200 (l/s) on the flow rate axis. The radiated sound power Lw,A (dB) and total pressure drop ∆Pt (Pa) may now be read directly.
Type: Kilargo IFD44 200 x 200
Flow rate (l/s): 200
Total pressure drop ∆Pt (Pa): 20
Radiated sound power Lw,A (dB): 48
Pressure & Acoustic Characteristics