ASSET_DOC_2412696_APC_RAW - Fise Tehnice Sistem Etansare Hilti

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Hilti Firestop Foam CFS-F FX

Hilti Firestop Foam CFS-F FX | Issue 06/2010 page 1

Technicaldatasheet

Hilti Firestop FoamCFS-F FX

Europeantechnical approvalETA No10 / 109

Issue 06 / 2010


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page 2 Hilti Firestop Foam CFS-F FX | Issue 06/2010

Smoketight Sound insulation

Ordering

Order Description Package content Item Number

CFS-F FX incl. 1 mixing nozzle, instructions for use 00000000

Order Description Package content Item Number

MD2000 manual dispenser Manual dispenser with 1 foil pack holder 00000000

ED3500 cordless powered

dispenser kit

Dispenser, C7/24 charger, SFB 121 battery, 3 round brushes,

protective glasses, blow-out pump, 2 foil pack holders,packed in an impact-resistant plastic Hilti toolbox

00000000

ED3500 cordless powered dispenser

basic kit

Dispenser, 3 round brushes, protective glasses, blow-out pump,

2 foil pack holders, packed in an impact-resistant plastic Hilti toolbox

00000000

Firestop Foam

CFS-F FX

Fields of Application

Permanent restop seals in small and medium-sized openings

(optimum size range: 100 x 100 mm to 300 x 300 mm)

Cable trays, single cables, tied cable bundles, small conduits

Openings accommodating pipes and cablesPlastic pipes

Metal pipes (with combustible or non-combustible insulation)

(The seals must comply with ETA No 10 / 109.)

The European Technical Approval

(ETA) can be obtained via your

local Hilti contact.

Technical Data

CFS-F FX

Colour Red

Foil pack volume / foam yield 325 ml / 2.1 liters (freely foamed)Application temperature of

pack / Storage and transport

temperatures

+10C to +35C / +5C to +25C

Curing times Can be shaped afterapprox. 5 min.

Can be cut after approx. 10 min.

Reaction to re, classication

according to EN 13501-1

Class E

Temperature resistance

of the cured foam

30C to +60C

Shelf life 9 months (at 23C and stored

in a dry place)

At 23 C, 50% relative humidity

Features and Benets

3-phase technology with optimum application characteristics

(easily shapeable foam)

Easy installation without need for formwork or other aids

Easily applied using the ergonomically-designed Hilti dispensers

Safety rst: CFS-F FX complies with the requirements ofinternational re protection directives

Neat and tidy application

Very quick and easy to install a reliable restop seal with onlyone product

Easy subsequent installation of additional cables

Outstanding sound insulation properties thanks to exible foam

structure

Smoketightness and restopping with one system


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Installation instructions

Clean the opening to be sealed.The materi-

al around the opening must be dry, in sound

condition and free from dust or grease.

Apply the restop foam in the opening to

be sealed. The mixed components of the

foam react and begin to expand approx. 30

seconds after application (at 23C). Fill the

opening completely with restop foam, inclu-

ding gaps between individual cables, etc.

NOTE:

It is generally best to begin in the middle of

the opening, building up the foam by working

from bottom to top. In openings with access

from only one side, begin at the rear and work

toward the front.

The foam will harden in the mixing nozzle du-

ring pauses (i.e. > 1 minute at 23C; > 20 se-

conds at 35C). The mixing nozzle must

then be changed.Release the pressure fromthe piston rod before changing the mixing

nozzle.

Use formwork made from an air-permeable

material (e.g. perforated cardboard)

when lling openings in ceilings.

The foam can be shaped or smoothed by

hand (if necessary) after approx. 5 minutes (at

23C). Wear protective gloves!After approx.

10 minutes (at 23C) the foam becomes hard

and it can then be cut.

NOTE:

After hardening, any projecting foam can be

trimmed o to the specied minimum depth.

Trimmed-o scraps of hardened foam can be

placed in the next opening and fresh foam ap-

plied around these.

Mount the installation identication

plate beside the correctly sealed opening,

if required.

Subsequent installation of cables or pipes

Additional cables or pipes can be installed in

the opening without diculty. Do not exceed

the approved maximum number and size of

cables or pipes.

1. The cable or pipe may be pushed directly

through the foam. Where necessary, use a

suitable tool (screwdriver or drill bit, etc.) to

make a hole in the foam before pushing the

cable or pipe through. Do not damage exis-ting cables.

2. Seal any remaining gaps carefully with

CFS-F FX

Check the foil pack holder for damage and

ensure that it functions correctly. Slide the foil

pack into the holder. Caution:Never use da-

maged foil packs and/or damaged or badly

soiled foil pack holders.

Remove the cap. Screw the mixing nozzle

all the way onto the foil pack and tighten it

securely.Check that the black mixing element

is in place inside the nozzle! Do not use dama-

ged mixing nozzles. Do not, under any circum-

stances, modify or tamper with the mixing

nozzle. The foil pack should only be used to-

gether with the mixing nozzle supplied. A new

mixing nozzle must be used with each new foil

pack.

Insert the holder containing the foil pack

into the dispenser:Press the release button

on the dispenser, pull the piston rod back as

far as it will go and then insert the holder con-

taining the foil pack into the dispenser.

The foil pack opens automatically when dis-

pensing begins. Never pierce a hole in the foil

pack! This will cause the system to malfunc-

tion.

Discard the unevenly mixed initial quantity:

The foam dispensed by the rst stroke of the

dispenser must be discarded, e.g. in the emp-

ty outer packaging material.


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Penetration seal (A) /services (C) Classication

E = Integrity

I = Insulation

Seal depth (tA)

(mm)

Other criteria

Description

Cable

|Cabletray

Small sheathed cables 21 mm

Tied cable bundle 100 mm

EI 120 200 Minimum distances:min S1 = 0 mm (cable tray to seal edge)

min S2 = 50 mm (cable to cable tray)

min S2 = 33 mm (cable to cable bundle)

min S2 = 0 mm (cable to cable)

Framing details see specic drawingsbelow.

EI 60 ; E 120 112

All sheathed cables 80 mm EI 90 ; E 120 200

EI 60 ; E 120 150

Steel conduit 16 mm EI 120 U/U 200EI 90 U/U; E 120 112

Plastic conduit 16 mm EI 120 U/U 112

Blankopening Blank, no services EI 120 200

Cable penetration

Flexible wall | Rigid wall

Cable, cable bundle in flexible wall, rigid wall

Cables on cable tray in flexible wall, rigid wall

exible wall

Hilti Firestop Foam CFS-F FX may be used to form penetration seals of maximum opening size 400 x 400 mm (w x h) in:

Flexible walls / Drywalls (E), minimum thickness 112 mm (tE) with timber or steel studs lined on both faces with minimum

2 layers of 12.5 mm thick boards. For timber stud walls there must be a minimum distance of 100 mm between the seal andany stud, and the cavity must be lled with minimum 100 mm insulation of Class A1 or A2 in accordance with EN 13501-1.

Rigid walls (E) (concrete, aerated concrete or masonry, minimum density of 650 kg/m3), minimum thickness 112 mm (tE).

rigid wall

exible wall rigid wall


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E

tE

A

tA

E1

Blank opening in flexible wall, rigid wall

Aperture framing, seal frames



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Penetration seal (A) /services (C) Classication

E = Integrity

I = Insulation

Seal depth (tA)

(mm)

Other criteria

Description

Cable|Cabletray

Small sheathed cables 21 mm

Tied cable bundle 100 mm,

single cable 21 mm

EI 120 250 Minimum distances:

min S1 = 0 mm (cable tray to seal edge)

min S2 = 50 mm (cable to cable tray)min S2 = 33 mm (cable to cable bundle)

min S2 = 0 mm (cable to cable)

EI 60 150

All sheathed cables 80 mm EI 60; E 120 150

Medium sheathed cables 21 50 mm EI 120 250

Large sheathed cables 80 mm EI 90; E 120 200

EI 60; E 120 150

Conduits|Tube

s Steel conduit 16 mm EI 120 U/U 150

Steel and plastic conduits 16 mm

Cable penetration

Floor


Rigid oors (E) (concrete, minimum density 2200 kg/m3), minimum thickness 150 mm (tE).

Cable, cable bundle in floor Framing floor

Cables tray in floor


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Penetration seal (A) /

services (C)

Pipe insulation (D) Classication

E = Integrity

I = Insulation

Minimum seal

depth (tA) (mm)

Other criteria

Description

Metalpipe

Steel pipe

33.7 mm (dc)

(pipe wall thickness

2.6 14.2 mm (tc))

Mineral wool

(Rockwool RS 800)tD = 30 mm / LD = 500 mm

EI 120 C/U 150 Minimum distances:min S1 = 0 mm

(between pipe and seal edge)

min S2 = 0 mm

(linear arrangement)min S2 = 40 mm

(in a cluster)

Steel pipe

33.7 114.3 mm (dc)(pipe wall thickness

2.6/3.6 14.2 mm (tc))

Mineral wool


Steel pipe

33.7 114.3 mm (dc)

(pipe wall thickness2.6/3.6 14.2 mm (tc))

Combustible insulation

(synthetic rubber

Armaex)tD = 19 mm / LD = 500 mm

EI 90 C/U; E 120 150 Installed with 2 layers Hilti

Firestop Bandage CFS-B on

both sides (according to ETACFS-B (A2))

Copper pipe

28 88.9 mm (dc)


1.0/2.0 14.2 mm (tc))

Mineral wool

(Rockwool RS 800)

tD = 40 mm / LD = 500 mm

EI 60 C/U; E 120 150

Combustible insulation(synthetic rubber

Armaex)

tD = 19 mm /LD = 500 mm

EI 60 C/U ; E 120 150 Installed with 2 layers HiltiFirestop Bandage CFS-B on

both sides (according to ETA

CFS-B (A2))

Plasticpipe

PVC-U pipe (EN 1452-1,DIN 8061/8062) 50 mm(dc) (pipe wall thickness

3.7 5.8 mm (tc))

EI 120 U/C 150 Minimum distances:min S1 = 30 mm(between pipe and seal edge)

min S2 = 55 mm

(between pipes)PE pipe (EN 1519-1, DIN

8074/8075) 50 mm (dc)(pipe wall thickness

2.9 4.6 mm (tc))

Pipe penetration

Flexible wall | Rigid wall





Metal pipe, mineral wool insulation in flexible wall, rigid wall



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Metal pipe, combustible insulation in flexible wall, rigid wall

Plastic pipe in flexible wall, rigid wall

exible wall

exible wall

rigid wall

rigid wall


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services (C)


E = Integrity

I = Insulation

Minimum seal

depth (tA) (mm)

Other criteria

Description

Metalpipe

Steel pipe

33.7 mm (dc)

(pipe wall thickness2.6 14.2 mm (tc))

Mineral wool

(Rockwool RS 800)

tD = 30 mm / LD = 500 mm

EI 120 C/U 150 Minimum distances:

min S1 oor = 20 mm

(between pipe and seal edge)min S2 oor = 15 mm

(linear arrangement)

min S2 oor = 20 mm

(in a cluster)

Steel pipe

33.7 114.3 mm (dc)


2.6/3.6 14.2 mm (tc))

Mineral wool

(Rockwool RS 800)

tD = 40 mm / LD = 500 mm

Steel pipe

114.3 168 mm (dc)(pipe wall thickness 3.6

14.2 / 14,0 14.2 mm (tc))

Mineral wool


EI 120 C/U 150

Steel pipe

33.7 114.3 mm (dc)(pipe wall thickness

2.6 3.6 mm (tc))


(synthetic rubberArmaex)

tD = 19 mm / LD = 500 mm

EI 120 C/U 150 Installed with 2 layers Hilti

Firestop Bandage CFS-B onboth sides (according to ETA

CFS-B (A2))

Copper pipe

28 88.9 mm (dc)(pipe wall thickness

1.0/2.0 14.2 mm (tc))

Mineral wool


EI 120 C/U 150 Installed with 2 layers Hilti

Firestop Bandage CFS-B onboth sides (according to ETA

CFS-B (A2))


(synthetic rubber

Armaex)

tD = 19 mm /LD = 500 mm

EI 90 C/U; E 120 150 Installed with 2 layers Hilti

Firestop Bandage CFS-B on

both sides (according to ETA

CFS-B (A2))

Plasticpipe

PVC-U pipe (EN 1452-1,

DIN 8061/8062)

50 mm (dc)(pipe wall thickness

3.7 5.6 mm (tc))

EI 120 U/C 150 Minimum distances:

min S1 = 50 mm

(between pipe and seal edge)min S2 = 65 mm

(between pipes)


DIN 8061/8062)

50 mm (dc)


3.7 mm (tc))

EI 120 U/C 150

PE pipe (EN 1519-1, DIN

8074/8075) 50 mm (dc)(pipe wall thickness

2.9 4.6 mm (tc))

EI 120 U/C 150

Pipe penetration

Floor


Rigid oors (E) (concrete, minimum density of 2200 kg/m3), minimum thickness 150 mm (tE).


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Metal pipe with mineral wool insulation in floor

Metal pipe, combustible insulation in floor

Plastic pipe in floor


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services (C)


E = Integrity

I = Insulation

Minimum seal

depth (tA) (mm)

Other criteria

Description

Mixedpenetration|cable|bundle|tray|metal|plasticpipe

All sheathed cables 80 mm(e.g. power, control, signal,

telecommunication, data,

optical bre cables)Tied cable bundle ( 100 mm),maximum diameter of single

cable 21 mm

EI 60 / E 120 150 Cable support constructionperforated metal cable tray

minimum distances:

min S1 = 0 mm(cable to seal edge)min S2 = 35 mm

(between cable and pipe)

min S1 = 0 mm (between metal

pipe and seal edge)min S2 = 0 mm (between metal

pipe and linear arrangement)

min S2 = 40 mm(cluster arrangement)

min S1 = 30 mm (between

plastic pipe and seal edge)

min S2 = 55 mm (betweenplastic pipe and metal pipe)

Steel conduits or tubes

16 mm

Steel pipe 33.7 114.3 (dc)(pipe wall thickness

2.6/3.6 14.2 mm)

Mineral wool(Rockwool RPS 800)

tD = 40 mm / LD = 500 mm

Copper pipe

28 88.9 mm (dc)(pipe wall thickness

1.0/2.0 14.2 mm)

Mineral wool

(Rockwool RPS 800)tD = 40 mm / LD = 500 mm

Steel pipe

33.7 114.3 mm (dc)(pipe wall thickness2.6/3.6 14.2 mm)


(synthetic rubberArmaex)tD = 19 mm /LD = 500 mm

Installed with 2 layers Hilti

Firestop Bandage CFS-B onboth sides (according to ETACFS-B (A2))

Copper pipe

28 88.9 mm (dc)

(pipe wall thickness1.0/2.0 14.2 mm)


(synthetic rubber

Armaex)tD = 19 mm /LD = 500 mm

PE pipe (EN 1519-1,

DIN 8074/8075) 50 mm (dc)

(pipe wall thickness (tc)

2.9 4.6 mm)


DIN 8061/8062) 50 mm (dc)

(pipe wall thickness (tc)

3.7 5.6 mm)

Mixed penetration

Flexible wall | Rigid wall | Floor






Rigid oors (E) (concrete, minimum density of 2200 kg/m3), minimum thickness 150 mm (tE).

Mixed penetration

exible wall rigid wall oor


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Charecteristics Assessment of charecteristics Norm, standard, test

Health and the environment

Air permeability(gas thightness)

p 50 Pa 0.0007 q/A [m3/(h x m2)]

(174 mm thickness of layer)

p 250 Pa 0.0007 q/A [m3/(h x m2)]

Permeability regarding gases N2,

CO2, CH4: tested

EN 1026

Dangerous substances below any respective occupationalexposure limits as far as such limits exist

Material safety data sheet

Safety in use

Resistance to impact / movement /

Mechanical resistance and stability /

Adhesion

Soft body impact: Energy 1200 Nm

Hard body impact: Energy 10 Nm

EOTA Technical Report

TR001, A1

fulllls requirements of zones Type I, II, III

and IV

maximum opening 400 x 400 mm

Protection against noise

(Air borne sound insulation)

Rw(C; Ctr) = 47 (1; 6) dBDn,e,w(C; Ctr) = 54 (0; 5) dB

EN ISO 140-3EN ISO 20140-10

EN ISO 717-1

Durability and serviceability Category Y2 (suitable for penetration seals

intended for use at temperatures between 20 C and + 70 C) no exposure to rain

or UV

EOTA Technical Report TR024

ETAG 026-2

May be coated with acrylic dispersion, alkyd

resin, polyurethan / acrylic and epoxy resin)

Reaction to re Class E EN 13501-1

Characteristics of CFS-F FX

Additional Attributes

Hilti Firestop products are comprehensively tested and individually tailored to

the technical requirements of a buildings mechanical and electric installations.

In addition to their superior behaviour in passive re protection, Hilti Firestopproducts also meet the requirements in building technology that continue to gain

signicance and also help the designer and installer in meeting these additional

requirements. The assessment of tness for use has been made in accordance

with EOTA ETAG No 026 Part 2.

Service

With more than 20 years of experience worldwide, Hilti is one of the leading suppliers of

firestop systems. We actively help you manage your firestop projects better by providing:

Quick engineering judgements

Extensive technical literature

On-site training and demonstration

Sophisticated jobsite logistics

Assurance of conformity with specific application requirements

International network of Hilti firestop specialists

Our network of experienced sales representatives, field engineers, firestop specialists

and customer service representatives is just a phone call away (use the local toll-free

Hilti number).


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Hilti. Outperform. Outlast.

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ASSET_DOC_2412696_APC_RAW - Fise Tehnice Sistem Etansare Hilti

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