Firestop Catalogue UK[1]

Keeps fire within Limits.

Fire Stop Catalogue53579 United Kingdom

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The Building - Firestop in Application

fischer Coated Panel System FCPS used in conjuction with FFC2 or FFC4. Use fischer intu-mescent Acoustic Mastic FiAM to edge.

fischer Quickpass FQP.

fischer Cable Firestop FCbS used in conjunction with fischer Coated Panel System FCPS.

fischer Conduit intumescent FCi in conjunction with fischer Firestop Compound FFSC.

Putty Pads FiPP.

fischer Cavity Firestop Expansion FCFex or fischer intumescent Acoustic Mastic FiAM.

fischer Firestop Collar FFC2 or FFC4 used in conjunction with the fischer concrete screw FBS 6X40TZ for solid material and HM 6X37S for a board material.

fischer intumescent Pipe Wrap FiPW 2 of FiPW 4 with fischer Firestop Compound FFSC.

fischer Firestop Compound FFSC.

fischer intumescent Acoustic Mas-tic FiAM to edges.

fischer Cavity Firestop Clad FCFcl to be placed between steel girder and outside facade in conjunction with multi-purpose brackets.

fischer Firestop Strip / Block FCFst.

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FiSCher intumeSCent aCouStiC maStiC - Fiam pageS 5-6

FiSCher intumeSCent putty pad - Fipp pageS 7

FiSCher intumeSCent pillow - Fip pageS 8-9

FiSCher Fire Collar - FFC pageS 10-11

FiSCher intumeSCent pipe wrap - Fipw pageS 12-13

FiSCher FireStop Compound - FFSC pageS 14-15

FiSCher intumeSCent Fire Sleeve - FiFS pageS 16-17

Fire Stop bloCk - Fbb pageS 18

Fire Stop Foam and adheSive - FbS and Fkb pageS 19

FiSCher Coated panel SyStem - FCpS pageS 20-21

FiSCher Cable FireStop - FCbF pageS 22

FiSCher Conduit intumeSCent - FCi pageS 23

FiSCher QuiCkpaSS - FQp pageS 24-25

FiSCher Cavity FireStop Clad - FCFcl pageS 26-27

FiSCher Cavity FireStop Strip - FCFst pageS 28-29

FiSCher Cavity FireStop expanSion - FCFex pageS 30

FireStop Foam pageS 31

b2 Foam and intumeSCent Sealant pageS 32

FixingS guide pageS 33-38

Contents

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VdS CertificateRecognised for the use in local water-based fire extinguisher systems (formerly: Association of Property Insurers, now: VdS Damage Prevention)

FM CertificateRecognised for use in local water-based fire extinguisher systems (Factory Mutual Research Corporation for Property Conservation, American insurance company)

EN1366-3:2004Fire resistance tests for service installations. Penetration seals. (Fire resistance, Fire tests, Building services, Fire safety in buildings, Fire spread prevention, Thermal testing, Seals, Sealing materials, Fire barriers, Penetration tests, Thermal insulation, Performance testing, Partitions, Walls, Floors, Construction)

BS 476-20:1987Fire tests on building materials and structures. Method for determination of the fire resistance of elements of construction (general principles) (Fire tests, Fire resistance, Construction systems parts, Construction materials, Heating tests, Laboratory testing, Testing conditions, Test specimens, Test equipment, Dimensions, Specimen preparation, Reports)

ETA Option 1European Technical Approval Option 1 for cracked concrete.

ETA Option 7European Technical Approval Option 7 for non-cracked concrete.

ZulassungProof of compliance of the building product with the general building authority approval confirmed by a material testing facility.

Approvals

CERTIFICATEThe Certification Body

of TÜV SÜD Management Service GmbHcertifies that

fischerwerke Artur Fischer GmbH & Co. KG Weinhalde 14-18

D-72178 Waldachtal

has established and applies an Environmental Management System for

Development, production and sales ofplastic, metal and chemical fixing systems.

An audit was performed, Report No. 70014264 Proof has been furnished that the requirements

according to

ISO 14001: 2004are fulfilled. The certificate is valid in conjunction

with the main-certificate until 2009-10-12Certificate Registration No. 12 104 20604/01 TMS

Munich, 2006-10-13 EMS-TGA-ZM-07-92

British StandardEN1366-3

British StandardBS 476

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deSCription

fischer intumescent Acoustic Mastic is suitable for sealing joints and service penetrations in fire walls, partitions, fire rated door frames and glazing systems. Tested to BS476 Parts 20 and 22, fischer intumescent Acoustic Mastic provides up to 4 hours fire protection in joints of up to 30mm wide. In addition to the fire rating the mastic may be used to seal joints in party walls to provide an acoustic seal.

fischer intumescent Acoustic Mastic is a high specification, one part water based acrylic sealant, extruded from a cartridge loaded into a standard sealant gun. The depth of the joint will depend on the gap to be filled and the fire rating required. (See Fire Rating)

The mastic is fast curing approximately 20-30 minutes tack free time.

When fully cured the mastic is overpaintable.

Joint Size Depth of Sealant Integrity Insulation Backing Type of Seal

10mm 10mm 240 mins 30 mins Backing Rod Single

15mm 10mm 240 mins 30 mins Backing Rod Single

20mm 15mm 240 mins 120 mins Backing Rod Dual

20mm 20mm 240 mins 60 mins Cavity Firestop Strip Single

30mm 15mm 240 mins 120 mins Backing Rod Dual

30mm 15mm 240 mins 60 mins Cavity Firestop Strip Single

Fire rating

inStallation

fischer intumescent Acoustic Mastic is used to seal gaps of up to 30mm in block walls, partitions and door frames.

▪ Remove all loose debris, oil and grease from the joint. ▪ Mask the adjacent surfaces to the joint. ▪ Ensure that the joint is filled using an appropriate backing material for the fire rating you are trying to achieve. (See Fire Rating) ▪ Remove masking.

Do not apply the sealant if the ambient temperature is below 5˚C as adhesion will be impaired.

fischer intumescent Acoustic Mastic - FiAM

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SpeCiFiCationS

Type Order No. Size

[ml]

Qty. Per Box

FiAM 310 53011 310 25

fischer intumescent Acoustic Mastic - FiAM

Weighted sound reduction Index (Rw) of up to 57db. Please consult our technical office with details of:

Type of construction Required acoustic rating Size of joint

fischer intumescent Acoustic Mastic will provide a cold smoke seal.

fischer intumescent Acoustic Mastic is available in 310ml cartridges. One cartridge will provide the following coverage rates:

Joint Size Depth of Sealant Yield Per Cartridge

10mm 10mm 3.10lin m

20mm 15mm 1.03lin m

30mm 20mm 0.51lin m

aCouStiC rating

Smoke Seal

Coverage

teChniCal data

Density: approx. 1.60-1.65 g/cm3

Cartridge contents: 310 ml

Application temperature: +5˚C to +40˚C

Skin-forming time: approx 20-30 min.

Curing rate: approx. 2mm in 48 hours*

Volume shrinkage: approx. 20%

Movement capability: +/- 10%

Temperature resistance: -25˚C to 80˚C

Shelf-life after production: 12 months (under recommended conditions)

* dependant on substrate, air humidity and weather conditions

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deSCription

fischer intumescent Putty Pads FiPP have been developed to maintain the acoustic integrity and fire resistance of plasterboard partitions, where they are penetrated by plastic electrical socket boxes. Tested to BS476 Part 20:1987 / EN1366:3, the putty pads offer up to 2 hour fire resistance.

FiPP are manufactured from a red, non-setting, silicone based intumescent polymer.

In a fire, the intumescent pad expands to fill the void left by the burnt out electrical socket box, preventing the spread of fire through the plasterboard wall.

FiPP can also be used for upgrading the acoustic performance of partitions where electrical sockets have penetrated the wall.

Shown to maintain the fire resistance of partitions, in both 1 and 2 hour fire rated constructions.

Fire rating

inStallation

FiPP are used to prevent fire penetration in plastic electrical sockets for specified periods up to 2 hours.

▪ Remove the face plates of the electrical socket box.▪ Mould the preformed putty panels into the back of the box and around the cables.▪ Replace the face plate.

fischer intumescent Putty Pads - FiPP

SpeCiFiCationS

Type Order No. Product Dimensions

[mm]

Fire Rating

[hours]

Qty. Per Box

FiPP / 230x230 53013 230x170 2 36

FiPP /180x150 53014 170x170 2 40

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deSCription

Intumescent Pillows are simply packed tightly in between penetrating services and the wall. In a floor, pillows are additionally supported by means of a mesh support system. (See diagram)

Under fire conditions, Intumescent Pillows expand to form an effective seal around service penetrations.

Intumescent Pillows are suitable for use with:

▪ Metal pipework ▪ Cable trays ▪ Electrical trunking (inside and outside)

Pillows are available in four sizes and the table below outlines approximate quantities of each size to fill one m2

area.

Pillow size (mm) Approximate Number

300 x 50 x 30 660 per m2 opening

300 x 100 x 30 330 per m2 opening

300 x 150 x 30 220 per m2 opening

300 x 200 x 30 165 per m2 opening

Fire rating

inStallation

Installation in Walls

▪ Push the first Intumescent Pillow into the hole to be filled, so that the longest dimension (300mm long) spans across the wall.▪ Pack the pillows in a brick bond fashion, to ensure the joints between the pillows are staggered.▪ For electrical trunking, remove the lid and install a pillow inside so it aligns with the depth of the wall. Replace the lid on the electrical trunking. ▪ Pack the hole tightly with more Intumescent Pillows until it is full. ▪ Ensure that the last row of pillows is tight against the edges.

eStimating QuantitieS

fischer Intumescent Pillows

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Intumescent Pillows will provide 4 hours’ fire integrity and 2 hours’ insulation rating as tested in accordance with BS476 Part 20.

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Installation in Floors

▪ Make a basket using galvanised steel mesh (50 x 50 squares x 2.5mm wire diameter) to sit into the hole in the floor slab. There should be a minimum 50mm overlap onto the surrounding floor slab or wall. Mechanically fix to top of floor slab or wall. ▪ Lay Intumescent Pillows standing on end into the wire basket. Pack the pillows tightly into the basket around the penetrating services. ▪ For electrical trunking, remove the lid and install a pillow inside so that it aligns with the depth of the floor. Replace the lid on the electrical trunking. ▪ Lay a sheet of the galvanised steel mesh over the basket and tie together using steel wire.

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Type Order No. Dimensions Qty. Per Box

FIP / S 53040 300x50x30mm 100

FIP / M 53041 300x100x30mm 50

FIP / L 53042 300x150x30mm 40

FIP / XL 53043 300x200x30mm 25

SpeCiFiCationS

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deSCription

Firestop Collars consist of a powder coated steel sleeve containing a flexible graphite based intumescent liner manufactured to suit the pipework to be firestopped for a 1, 2 or 4 hour fire rating. Integral toggles are opened up and the collar is simply fitted around the pipe. The toggles are closed and the collar is pushed flush to the surface of the wall or underside of the floor: The collar is then securely fastened to the structure by means of fire resistant fixings threaded through fixings tabs (fire rated fixings pg 34-37). Any gaps of up to 10mm wide around the pipework should be filled with Intumescent Acoustic Mastic. For gaps greater than 10mm wide Firestop Compound can be used.

Under fire conditions the intumescent material swells filling the void left by the burnt out plastic.

Outside diameter of Pipework Fire Rating in mins

55 - 250mm 120 or 240

275 - 315mm 180

330 - 355mm 60

Suitable for sealing UPVC, Polypropylene, HDPE and ABS plastic

Installation in Walls

▪ Make the wall around plastic pipe good with either Intumescent Acoustic Mastic, Firestop Compound or Concrete. ▪ Undo the toggle clip on the Firestop Collar and open it out. ▪ Slide the Firestop Collar, with its’ fixing tabs pointing towards the face of the wall, around the plastic pipe. ▪ Lock the Firestop Collar around the pipe closing the toggle clip. Push the Firestop Collar back on to the wall. ▪ Fix the Firestop Collar to the wall by means of 32mm long steel self- tapping screws, through the fixing tabs. ▪ Repeat for the other side of the wall. Installation in Floors

▪ Make the floor around plastic pipe good with either Intumescent Acoustic Mastic, Firestop Compound or Mortar. ▪ Undo the toggle clip on the Firestop Collar and open it out. ▪ Slide the Firestop Collar, with its’ fixing tabs pointing up towards the face of the soffit, around the plastic pipe. ▪ Lock the Firestop Collar around the pipe closing the toggle clip. Push the Firestop Collar back on to the wall. ▪ Fix the Firestop Collar to the soffit by means of 32mm long steel self-tapping screws, through the fixing tabs.

Fire rating

inStallation

fischer Fire Collar - FFC

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SpeCiFiCationS

Type Order No. Outside Diameter of Pipework

[mm]

Fire Rating

[hours]

Qty. Per Box

FFC 2 / 30-32 52456 30-32 2 32

FFC 2 / 38-40 52480 38-40 2 32

FFC 2 / 55 52481 55 2 100

FFC 2 / 63 52482 63 2 50

FFC 2 / 75 52483 75 2 50

FFC 2 / 82 52486 82 2 50

FFC 2 / 90 52487 90 2 40

FFC 2 / 110 52488 110 2 40

FFC 2 / 125 52489 125 2 25

FFC 2 / 160 52500 160 2 10

FFC 2 / 200 52501 200 2 10

FFC 4 / 30-32 52502 30-32 4 32

FFC 4 / 38-40 52503 38-40 4 32

FFC 4 / 55 52532 55 4 75

FFC 4 / 63 52533 63 4 50

FFC 4 / 75 52535 75 4 50

FFC 4 / 82 52536 82 4 50

FFC 4 / 90 52537 90 4 40

FFC 4 / 110 52539 110 4 40

FFC 4 / 125 52540 125 4 25

FFC 4 / 160 52545 160 4 10

fischer Fire Collar - FFC

Inner Diameter

Outside Diameter

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deSCription

Pipe Wraps comprise layers of a graphite based intumescent sheet encapsulated in a polythene sheath. The product is manufactured to be wrapped around the outside diameter of the pipework or trunking and is secured by means of a self-adhesive strip to give a 2 hour or 4 hour fire rating. The Intumescent Pipe Wrap is then positioned within the compartment wall or floor so that the edge of the product is left exposed at the face of the wall or soffit.

The Intumescent Pipe Wrap is then sealed into the structure with Firestop Compound.

Under fire conditions, the intumescent material expands against the structure and fills the void left by the burnt out plastic.

For walls it will be necessary to fit two wraps to prevent fire spread fire spread from either side.

Outside Diamether of Pipework Fire Rating in Hours

55mm 2 or 4

82mm 2 or 4

110mm 2 or 4

160mm 2 or 4

Fire rating

inStallation

fischer Intumescent Pipe Wraps FiPW are used to prevent fire penetration in plastic pipes which pass through walls or floors for specified period up to 4 hours. They are manufactured as a sealed unit to the correct length and width to suit the pipe diameter and fire rating.

▪ Check that pipe surface is clear of mortar.▪ Ensure that the correct pipe band is installed to suit diameter and fire rating. ▪ Wrap around pipe and fix with integral self-adhesive strip. ▪ Slide into position ensuring that the bottom edge is exposed in a floor slab and both edges are exposed in the wall. Two bands need to be used when the wall thickness exceeds 150mm. ▪ Seal the pipe wrap into the structure with fischer Firestop Compound.

fischer intumescent Pipe Wrap - FiPW

approvalS


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SpeCiFiCationS

fischer intumescent Pipe Wrap - FiPW

Type Order No. Outside Diameter of Pipework

[mm]

Fire Rating

[hours]

Qty. Per Pack

FiPW 2 / 30-32 52546 30-32 2 150

FiPW 2 / 38-40 52547 38-40 2 100

FiPW 2 / 55 52548 55 2 100

FiPW 2 / 63 52560 63 2 50

FiPW 2 / 75 52561 75 2 150

FiPW 2 / 82 52562 82 2 150

FiPW 2 / 110 52563 110 2 80

FiPW 2 / 125 52890 125 2 35

FiPW 2 / 160 52891 160 2 10

FiPW 1 / 200 53000 200 1 1

FiPW 4 / 30-32 53002 30-32 4 150

FiPW 4 / 38-40 53003 38-40 4 100

FiPW 4 / 55 53004 55 4 50

FiPW 4 / 63 53005 63 4 50

FiPW 4 / 75 53006 75 4 150

FiPW 4 / 82 53007 82 4 150

FiPW 4 / 110 53008 110 4 50

FiPW 4 / 125 53009 125 4 35

FiPW 4 / 160 53010 160 4 10

Inner Diameter

Outside Diameter

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deSCription

fischer Firestop Compound is used to provide a fire rated seal around service penetrations in fire rated walls and floors.

Tested to BS476 Part 20, Firestop Compound provides up to 6 hours fire protection.

Firestop Compound is a specially formulated gypsum based mortar, which is mixed with water to be trowelled or poured around service penetrations.

In walls, Firestop Compound is mixed into a stiff consistency for trowelling into openings.*

Firestop Compound sets in 30-45 minutes and is capable of accommodating foot traffic in approximately 72 hours.

*Plastic pipework must be protected with either fischer Fire Collars or Intumescent Pipe Wraps.

Thickness of Compound Fire Rating

75mm 1 - 2 hours

100mm 3 - 6 hours

Fire rating

inStallation

fischer Fire Stop Compound is used to seal service penetration openings against the spread of fire. When used in floor openings it is capable of taking light foot traffic e.g. For maintenance purposes.

▪ Remove all loose material from opening of fire barrier. ▪ Fit shuttering or temporary plywood or similar material. ▪ Add the Compound to clean water, and mix either by hand or with a power mixer. ▪ Keep dry and protect bag from impact damage. ▪ Clean all tools and equipment immediately after use with water.

fischer Firestop Compound - FFSC

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SpeCiFiCationS

Type Order No. Weight

[KG]

Qty. Per Box

FFSC / 22Kg 53012 22 1

Thickness of Compound Weighted Sound Reduction Index (Rw)

75mm 39db

100mm 46db

150mm 51db

aCouStiC

Thickness of Compound Number of Bags/m2

75mm 3.15

100mm 4.2

150mm 6.5

These are approximate calculations based on 22kg bags. The coverage does not take into account the percentage of the hole filled with services.

Coverage

Thickness of Compound Load Bearing Area Free of Services

75mm 500 x 500mm*

100mm 750 x 750mm*

The open area free of services: thickness of seal ratios for non-reinforced seals give above, allow an ample safety margin for normal foot traffic; e.g loads of two men plus equipment with a combined wight up to 200kg.

* As a further safety margin, we would recommend that all floor seals with clear areas of greater than 750mm x 750mm must be reinforced.

load bearing

▪ Floor Openings ▪ Pouring: Mix compound with water in 2.5:1 parts by volume. Do not mix weaker than 2:1. ▪ Set the shuttering into the opening ensuring a tight fit so that once the required depth of Compound is installed it finishes flush with the floor slab/screed unless otherwise specified. ▪ Mix and pour Compound until the required thickness is achieved. ▪ Reinforcing requires 12mm dia. bars placed at a maximum of 200mm centres across the shortspan only. The bars may be either recessed into the surrounding structure by a minimum of 50mm on both sides or supported on an angle securely fixed to the structure, all positioned approximately 30 mm above the bottom surface of the compound to ensure adequate fire protection from below. Existing compound installations can be easily drilled or sawn to allow the provision of additional or replacement sercvices, and subsequently re-sealed. Recommended minimum clearance between services and surrounding strucutre - 50mm or hals the diameter, whichever is greater.

▪ Wall Openings ▪ Trowelling: 1 bag of Compound to 10 litres water (3:1). (Guide only. Varies with site conditions). ▪ Trowel the Compound, starting at the base of the opening ensuring the correct thickness of material is installed. Work progressively towards the top of the opening until the barrier is complete. If shuttering panel is set at the centre repeat process on other side.

inStallation

fischer Firestop Compound - FFSC

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deSCription

fischer insulated Fire Sleeves are a unique combination of Rockwool and Graphite intumescent that provide all the benefits of Rockwool’s thermal, noise and fire benefits with an added intumescent effect.

For insulated pipes it is normally necessary to remove the insulation at point of penetration to enable standard pipe collars to close plastic pipes. This removal of insulation results in condensation on cold pipes and loss of thermal performance on hot pipes.

fischer insulated Fire Sleeves avoids this problem by providing both fire stopping and thermal insulation.

fischer insulated Fire Sleeves are intended for use on Copper, Mild Steel, Polypropylene and PVC pipes and can provide 1 /2, 1 and 2 hour fire resistance.

Pipe Description - Dia 2 Hour Batt 2 Hour Brickwork 2 hour Plasterboard 2 Hour Solid Floor

Steel 22-165mm X X X

Copper 12-160mm X X X

Polypropylene 12-28mm X X X X

PPVC 55-160mm X X X X

Fire rating

inStallation

fischer insulated Fire Sleeves are supplied 300mm long and are simply cut to the desired length. The sleeve must fully cover the part of the pipe that is located within the depth of the compartment wall or floor. The sleeve may be flush fitting or may protrude from the wall/floor by 25mm (typ.) to facilitate sealing of the outer foil facing onto adjacent insulation.

All joints to be taped with self-adhesive foil tape, including the joints where the insulated fire sleeve butts to existing insulation.

No specialist tools or ancillary materials are required for the fitting of fischer insulated Fire Sleeves.

fischer insulated Fire Sleeves can accommodate irregularities in the annular gap between the wall and the pipe O.D. up to 15mm.

Multiple pipe penetations can be accommodated in conjunction with fischer Coated Panel System.

fischer insulated Fire Sleeves - FiFS

approvalS


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aCouStiCS

The use of fischer insulated Fire Sleeves can considerably reduce the noise emission from noisy pipework.

fischer insulated Fire Sleeves - FiFS

ServiCe temperatureS

fischer insulated Fire Sleeves are used to fire stop pipe work operating at temperatures between 0ºC and 180ºC. At low temperatures, care should be taken to maintain the vapour barrier.

Compatibility

fischer insulated Fire Sleeves are compatible with most materials with which it is likely to come into contact in normal building and industrial applications.

Precautions should be taken when insulating austenitic stainless steel, regardless of insulation type.

biologiCal

fischer insulated Fire Sleeves offer no sustenance to vermin and does not encourage the growth of fungi, moulds or bacteria.

SpeCiFiCationS

Type Order No. Dimensions

[mm]

Qty. Per Box

FiFS / 17 53051 300mm x 80mm 6

FiFS / 21 53052 300mm x 80mm 6

FiFS / 27 53130 300mm x 83mm 6

FiFS / 34 53171 300mm x 85mm 6

FiFS / 42 53172 300mm x 100mm 6

FiFS / 48 53174 300mm x 107mm 6

FiFS / 54 53175 300mm x 113mm 6

FiFS / 60 53176 300mm x 120mm 6

FiFS / 67 53177 300mm x 128mm 6

FiFS / 76 53181 300mm x 133mm 6

FiFS / 80 53186 300mm x 140mm 6

FiFS / 89 53190 300mm x 145mm 6

FiFS / 108 53195 300mm x 158mm 6

FiFS / 114 53230 300mm x 160mm 6

FiFS / 140 53231 300mm x 195mm 6

FiFS / 169 53232 300mm x 225mm 6

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deSCription

Fire stop blocks made from 2-component special polyurethane foam. Highly elastic moulded parts (similar to foam with high density).

Normal flammability according to DIN 4102 B2, density ≥ 225 kg/m2, foams in case of fire; Z-19.11-1808.

Fire stop blocks are placed in running bond in the component opening or fitted around installations and can be cut using a knife.

inStallation

▪ Max. degree of use of the seal 60 %.▪ The installation of the seal is to be carried out according to the approval Z-19.15-1826 and Z-19.15-1827.▪ According to the approval, retrofitting of the system is only allowed with fischer products.▪ If the wall thickness < the required seal thickness, a reinforc ing strip must be built (materials: glass-reinforced

plastic, fibre-plastic boards, or calcium silicate boards).▪ The fire stop blocks should be installed according to the requirement and along the joints.▪ Seals in the ceiling must be secured against breaching using fencing or grating.▪ Fire stop adhesive FBK is to be used as joint adhesive when the reinforcing strip is attached and to be used

to completely coat the embrasure in light partition walls with embrasures made of sheet steel sections.

Firestop Block - FBB


FBB 45986 230 x 130 x 60mm 10

SpeCiFiCationS

Cable bulkhead according to DIN 4102, part 9 in walls S90/S120 and ceilings S90;

Z-19.15-1826 and Z-19.15-1827.

approvalS

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deSCription

inStallation

▪ Max. degree of use of the seal 60%.▪ The installation of the seal is to be carried out according to the approval Z-19.15-1829.▪ According to the approval, retrofitting of the system is only allowed with fischer products.▪ If the ceiling thickness < the required seal thickness, a reinforcing strip must be built (see installation data).▪ When building up the reinforcing strip, fire stop adhesive should be used as joint adhesive.▪ We recommend that you attach formwork on the underside for ceiling seals.▪ Use fire stop adhesive to completely coat the embrasure in light partition walls with embrasures made of

sheet steel sections.

Firestop Foam and Adhesive - FBS and FKB

Type Order No. Contents Qty. Per Box

FBS 0.5 45987 180g 12

FKB 0.5 45989 500g 12

SpeCiFiCationS

Cable bulkhead S90 according to DIN 4102, part 9, in ceilings and walls;

Z-19.15-1829.

approvalS

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FBS FKB

FBS

Two-component polyurethane foam. Normal flammability ac-cording to DIN 4102 B2, P-3169/784/07-MPA BS, high yield is dependant on application temperature (cartridge contents yield 650 ml at 18˚C; up to 1000 ml at 23˚C).

FKB

Environmentally-friendly, non-flammable special adhesive with a mineral base. Normal flammability according to DIN 4102 B2, P-3169/784/07-MPA BS, high yield is dependant on application temperature (cartridge contents yield 650 ml at 18˚C; up to 1000 ml at 23˚C).

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deSCription

fischer Coated Panel System is used to firestop mechanical and electrical services where they pass through fire rated walls and floors. Tested to BS476 Parts 20 and 22, fischer Coated Panel System provides up to 4 hours’ fire protection.

fischer Coated Panel System comprises three elements:

▪ fischer Coated Panel (FCPS) ▪ fischer intumescent Acoustic Sealant (FiAM) ▪ fischer Panel Coating (FPC)

fischer Coated Panels are manufactured by spraying high-density rock fibreboard with a fire rated ablative coating.

Construction Tested Panel Configuration Fire Rating Integrity Fire Rating Insulation

Block Wall 1 x 50mm 4 hours 1 hour

Concrete Floor 1 x 50mm 4 hours 1 hour

Plasterboard Partition 2 x 50mm 1 hours 19 mins

Fire rating

FIRE S

TOP

FIRE S

TOP

FIRE S

TOP

FIRE S

TOP

FIRE S

TOP

FIRE S

TOP

FIRE S

TOP

FIRE S

TOP

inStallation

The coated panels are simply cut and friction fitted between the services and the edges of the structure.* The fire rated coating is used as an adhesive to bond sections of panel together into a barrier and to the surrounding structure. All joints in the barrier are pointed in with intumescent Acoustic Sealant to form a monolithic layer.

*(Plastic pipework needs to be sleeved with fischer Fire Collars prior to installation of the coated panel system.)

In plasterboard partitions, fischer Coated Panel System must be fitted to both sides of the wall to fire protect the studs.

In floor applications, fischer Coated Panel has to be protected from physical damage by foot traffic (e.g. with a ply board or chequer plate platform).

For large floor openings we would advise using fischer Firestop Compound

fischer Coated Panel System - FCPS

approvalS


21

SpeCiFiCationS

Type Order No. Size of Product Qty. Per Box

FCPS 53252 1200mmx600mmx50mm 1

FPC / 5lt 53253 5 Litres 1

FiAM 310 53011 310 ml 25

fischer Coated Panel System - FCPS

aCouStiC

Weighted sound reduction Index (Rw) of up to 57db. Please consult our sales office with details of:

▪ Wall construction ▪ Acoustic rating required

Smoke Seal

fischer Coated Panel System will provide a smoke seal around services penetrating through compartment walls and floors.

Fibre migration

fischer Coated Panel System will not allow fibre migration as all exposed edges of mineral fibre are encapsulated with an acrylic based polymer.

22

deSCription

fischer Cable Firestop has been developed to effectively seal cable bunches in electrical trunking and cable trays where they pass through fire rated walls and floors. Tested to BS476 Part 20, fischer Cable Firestop will provide up to 4 hours’ fire protection.

fischer Cable Firestop is a compressible fire retardant foam which is laminated both sides with a graphite based intumescent polymer. fischer Cable Firestop is supplied in sections measuring 60mm wide x 25mm thick x 1m long.

Service Penetration Fire Rating

Cable Tray 4 hours

Electrical Trunking 4 hours

Fire rating

inStallation

fischer Cable Firestop will give up to 4 hours fire rating with cable bunches, electrical trunking and cable trays where they pass through compartment walls and floors

▪ Remove all loose debris from around the tray. ▪ Cut fischer Cable Firestop along it’s length to fill the width of tray to be filled. ▪ Compress fischer Cable Firestop immediately under (if neccessary) and on top of cable runs. ▪ Add further layers of fischer Cable Firestop untill tray is full. ▪ Create a good seal around cable tray with fischer Panel Coating or Firestop Compond.

Installation in electrical Trunking.▪ Unscrew lid of trunking. ▪ Cut length to fill the width of the trunking to be filled. ▪ Compress fischer Cable Firestop into the bottom of the trunking. ▪ Lay Cable runs over the fischer Cable Firestop ▪ Add further layers of fischer Cable Firestop untill the trunking is filled ▪ Replace lid of trunking

fischer Cable Firestop - FCbF

SpeCiFiCationS

Type Order No. Dimensions

[mm]

Qty. Per Box

FCbF 53015 60 x 30 x 1000 35

approvalS


23

deSCription

fischer Intumescent Conduit is designed to provide a firestop cable management system for passing electrical and telecommunications cables through fire rated walls and floors. Tested to BS 476 and EN1366:3 the product has achieved up to 4 hours fire rating.

fischer Intumescent Conduit (FCi) allows electrical contractors to partially or completely fill the product or install and leave it empty ready for future cable installation.

Percentage Cable Fill Plasterboard Partition 100mm Wide

Masonry Wall Concrete Floor

100% 120 mins 120 mins 240 mins

50% 120 mins 120 mins 240 mins

0% 120 mins 120 mins 240 mins

Fire rating

inStallation

Core drill a hole in plasterboard, masonry or concrete to suit the outside diameter of the conduit. For masonry and concrete substrates, cut the fischer Intumescent Conduit (FCi) to suit the thickness of the wall/floor and simply push through the hole. For plasterboard applications, cut the fischer Intumescent Conduit (FCi) leaving 12.5mm of the Conduit exposed on both sides of the wall.

fischer Intumescent Conduit (FCi) can then be linked with standard couplings to ordinary electrical conduit.

For a cold smoke seal, gun fischer Intumescent Acoustic Mastic (FiAM) into the Conduit to a depth of 10mm.

fischer Conduit intumescent - FCi

Type Order No. Outside Diameter

[mm]

Internal Diameter

[mm]

Wall Thickness

[mm]

Qty. Per Box

FCi / 20 53016 20 16 2 1

FCi / 25 53017 25 21 2 1

FCi / 32 53019 32 26 3 1

SpeCiFiCationS

approvalS



24

deSCription

fischer Quickpass provides a dependable, engineered, firestopping solution for cable management, in fire rated walls and floors. Tested to BS476 Part 20:EN1366:3, fischer Quickpass has been shown to provide up to 2 hours fire protection.

fischer Quickpass consists of a red metallic tube, lined with a rigid intumescent material. In a retro-fit scenario, where cabling already passes through walls or floors, both the metallic and intumescent components of this system are simply eased apart and reassembled around the cable bunches.

fischer Quickpass can then be sealed within the wall or floor using Firestop Compound or in core drilled holes with annular gaps of up to 10mm wide with Intumescent Acoustic Mastic, leaving a robust and permanent firestop.

Currently, the integrity of firestopping seals is often breached during cable maintenance and upgrade works. fischer Quickpass can be installed empty or completely full of cables. This flexibility allows cables to be pulled at a later date without any of these worries!

Fire rating

Dimensions Fire Rating in hours

Length 273 mm Outside Diameter 90 mm Internal Diameter 63 mm

2

fischer Quickpass - FQP

inStallation

approvalS

SpeCiFiCationS


FQP 53251 390x120x95mm 1



25

inStallation

fischer Quickpass - FQP

▪ Using a 90mm coring tool or saw, core a hole into the wall or floor.

▪ Walls / Floors ▪ For wall applications, add 25mm to the depth of the wall and mark this value on the fischer Quickpass shell. ▪ Using a chop saw, hack saw or any other appropriate means of cutting the metallic shell, cut the fischer Quickpass at the marked point. ▪ Center the fischer Quickpass unit in the wall such that 12.5 mm protrudes from each side of the wall. ▪ Wrap the supplied fastening device around each of the protruding ends of the fischer Quickpass unit and secure. ▪ Place a 10mm bead of fischer Intumescent Mastic around the perimeter of the fischer Quickpass unit, on each side of the wall, at the point where the shell and wall / floor meet. ▪ If installing the fischer Quickpass as a device to be used in the future, install supplied plugs flush to each end of the unit. ▪ If installing cabling through the fischer Quickpass, use the foamed portion of the plugs or backer rod, to fill space between the inner intumescent liner and the cables. To be completed on both sides of the wall.

▪ Retrofit Application ▪ For retrofit applications, the fischer Quickpass Sleeve is designed in semi circular sections to allow for such installations. ▪ Disassemble the fischer Quickpass unit into the 2 intumescent halves and the 2 metallic shell halves. Reassemble the intumescent halves around the existing cabling. Any tape can be used to help keep the intumescent halves together. ▪ Slide the metallic steel halves together overtop the intumescent portion, using the appropriate grooves. ▪ Continue with installation as noted above.

26

deSCription

FCFcl provides firestopping between edge of a floor slab and curtain walling/cladding system, or within a cavity wall construction. Tested to BS476 Part 20, FCFcl gives up to 2 hours’ fire protection in cavities of up to 600mm wide fitted vertically and horizontally.

FCFcl are manufactured from a high density, low phenolic binder content, rock fibre. FCFcl is supplied in one metre lengths to suit the size of the cavity to be filled. The depth of the product is dependant on the fire rating required. (See fire rating)

For cavities in excess of 100mm wide, FCFcl multi purpose brackets must be fitted to provide additional support.

It is recommended that a fixing rail is positioned as close as possible to the cavity barrier to restrict movement/expansion of the cladding or curtain walling.

Cavity Size Fire Integrity Rating Fire Insulation Rating Depth of Product

10 - 100 120 minutes 30 minutes 80mm

101 - 1000 120 minutes 30 minutes 100mm

Fire rating

inStallation

▪ Keep material dry and protect from impact damage. ▪ Ensure correct width is installed to suit the required Fire Rating. ▪ Horizontal Fire Stop ▪ Apply adhesive to edge of concrete slab and push FCFcl into position, or if using multi purpose brackets spike into material at 500mm centres, insert into cavity and fix to concrete if instructed. ▪ Ensure tight butt joints. ▪ If using fischer Cavity Firestop Strip FCFst profiled blocks to cladding, coat edges with adhesive and compress and fit making sure blocks are in line with FCFcl. ▪ Where applications require a total smoke seal, coat with fischer Panel Coating as directed. ▪ For brick/block cavities insert a damp-proof membrane (DPM) between outer skin and FCFcl. ▪ Vertical ▪ Adhere FCFcl to blockwork. Ensure DPM is in place as outer skin is constructed. ▪ Ensure tight joints.

fischer Cavity Firestop Clad - FCFcl

approvalS

firestop clad

Multi Purpose Bracket


27


FCFcl 53046 Size on Application 1

Multi Purpose Bracket 58577 300 x 29 x 1mm 2

SpeCiFiCationS

FCFcl has been acoustically assessed in a variety of constructions. Two FCFcl (220 wide x 75mm thick) com-pressed into a 210mm gap between edge of slab and a 46mm insulated wall cladding. The product must be coated with fischer Panel Coating. Weighted Sound Reduction Index (Rw) of up to 48db.

FCFcl can provide a smoke seal by either:

Painting the exposed faces with fischer Panel Coating FPCUsing foil encapsulated FCFcl and sealing joints with Foil faced tape

Fibre migration can be prevented by the use of:

fischer Panel Coating FPCShrink wrapping cross sections up to 250mm thick x 150mm wide Foil facing

aCouStiC rating

Smoke Seal

Fibre migration

fischer Cavity Firestop Clad - FCFcl

28

deSCription

fischer Cavity Firestop Strips provide firestopping for vertical and horizontal construction joints and at the interface between compartment walls and soffits. Tested to BS476 Part 20, fischer Cavity Firestop Strips provide up to 6 hours fire protection.

fischer Cavity Firestop Strip is used for firestopping joints which are reasonably uniform in size and may be subject to movement. fischer Cavity Firestop Strip is manufactured from a high density, low phenolic binder, rock fibre. fischer Cavity Firestop Strip is supplied in one metre lengths to suit the size of the joint to be filled. The width of the strip is dependent on the fire rating required. (See Fire Rating) fischer Cavity Firestop Strip thickness is slightly oversized compared to the joint size so that the Firestop Strip is fitted or installed under slight compression.

Fire Rating Minimum Widths

1 hour 75mm

2 hour 100mm

3 hour 150mm

4 hour 175mm

6 hour 200mm

Fire rating

inStallation

fischer Cavity Firestop Strips are used to prevent fire penetration at the junction of compartment walls and floors/roofs for a specified period up to 6 hours. They are generally supplied to fit under slight compression.

▪ Remove all loose debris and mortar from the gap. ▪ Ensure correct width is installed to suit the required Fire Rating. ▪ Keep material dry and protect from impact damage. ▪ Firestop Strip ▪ Gaps up to 25mm. It is easier to install prior to completion of the last course of brick/blockwork wall. ▪ Larger gaps. Compress and insert the strip ensuring tight butt joints.

fischer Cavity Firestop Strip - FCFst

fischer Cavity Firestop Strips being a component of structure satisfies both integrity and insulation requirements as shown in the table opposite.

approvalS


29


FCFst 53045 Size on Application 1

SpeCiFiCationS

fischer Cavity Firestop Strips have been acoustically assessed in a variety of applications.

Two number fischer Cavity Firestop Strips 30mm thick by 60mm wide compressed into a 25mm joint in 140mm thick (2000 kg) block wall is capable of providing a Weighted Sound Reduction Index (Rw) of 46db, if coated both sides with fischer Panel Coating.

fischer Cavity Firestop Strips provide a smoke seal if external faces are coated with fischer Panel Coating.

Fibre migration is prevented by either:

▪ Shrink wrapping ▪ Painting the exposed faces of the product with Flexi-coat paint

aCouStiC rating

Smoke Seal

Fibre migration

fischer Cavity Firestop Strip - FCFst

30

deSCription

fischer Cavity Firestop Expansion is a compressible product to fill fire rated joints in compartment floors and walls. Tested to BS476 Part 20, fischer Cavity Firestop Expansion provides up to 4 hours’ fire protection.

fischer Cavity Firestop Expansion is a highly compressible strip formed by laminating fire retardant foam to a graphite based intumescent polymer.

fischer Cavity Firestop Expansion is delivered to site in pre-formed sections. The section size depends on the joint size and the fire rating that needs to be achieved (See Fire Rating).

fischer Cavity Firestop Expansion is simply compressed by hand and is then pushed into the gap. Adjacent pieces of the product are simply butted together. There is no need to use any adhesives or intumescent sealant in conjunction with the product.

In a fire, the graphite based intumescent material swells to form a hard char which prevents the passage of fire and smoke through the joint.

Joint Size Integrity Insulation Size of Product

1 - 10mm 240 mins 235 mins 14 x 12mm

11 - 25mm 120 mins 16 mins 29 x 12mm

11 - 25mm 240 mins 145 mins 29 x 25mm

26 - 50mm 120 mins 23 mins 56 x 25mm

Fire rating

inStallation

fischer Cavity Firestop Expansion is used to prevent fire penetration through movement joints and gaps in walls and concrete floors for a specified period up to 6 hours. They are manufactured oversize to fit under compression.

▪ Remove all loose debris and mortar from the gap. ▪ Ensure correct width is installed to suit the required Fire Rating. ▪ Where the gap varies in the length to be sealed, ensure that the correct thickness is installed under compression. ▪ Do not remove sleeving. ▪ Keep material dry and protect from impact damage. ▪ Compress and insert the strip into the gap ensuring tight butt joints.

fischer Cavity Firestop Expansion - FCFex


FCFex / 12x12 53047 1000mmx12mmx12mm 1

FCFex / 25x12 53048 1000mmx25mmx12mm 1

FCFex / 25x25 53049 1000mmx25mmx25mm 1

FCFex / 50x25 53050 1000mmx50mmx25mm 1

SpeCiFiCationS

approvalS


31

Fire stop hand foam

Fire stop gunfoam

Installation information - Hand Foam▪ Shake cartridge before use▪ Hold cartridge upside down when extruding foam.▪ Foam yield (free foaming) up to 45 litres.▪ Resistance to temperature of hardened foam: -30° C to +80° C.▪ Non-tacky after approx. 8 minutes, load-bearing after approx.

6-12 hours, fully hardened after 24 hours (all details based on temperature of +20° C).

Installation information - Gun Foam▪ Extrude with a choice of foam gun (refer to page)▪ Foam yield (free foaming) up to 45 litres.▪ Resistance to temperature of hardened foam: -30° C to +80° C.▪ Non-tacky after approx. 8 minutes, load-bearing after approx.


deSCription

inStallation

Firestop Foam


Hand Foam 42757 750ml 12

Gun Foam 43712 750ml 12

Note: Fire retardent foam can be used in situations where a joint must conform to fire ratings DIN 4102 GRADE B2 BS476.

SpeCiFiCationS

WArrINgToN FIrE rESEArCh TESTED To BS476: PArT 20

UP To 4 hoUrS FIrE rATINg

approvalS

▪ Fast curing with fire retardant properties for use in situations where a joint must conform to a fire rating approved to BS476:Part 20

▪ Capable of achieving a 4hr fire rating depending on joint dimensions

Advantages/benefits▪ High foam yield.▪ Professional application with use of gun▪ High pressure,shear and weather resistant▪ Can be rendered, Cut, painted and sanded▪ No post shrinkage or expansion▪ CFC-free propellant

Wall Depth Gap Width Sealant Depth Backing Integrity Insulation

100mm 31mm 100mm None 50 mins 50 mins




Fire rating

32

Fire rated hand foam b2

Installation information - Hand Foam▪ Shake cartridge before use▪ Hold cartridge downwards when extruding foam.▪ Foam yield (free foaming) up to 45 litres.▪ Resistance to temperature of hardened foam: -30° C to +80° C.▪ Non-tacky after approx. 8 minutes, load-bearing after approx.


Fire rated gunfoam b2

Installation information - Gun Foam▪ Extrude with a choice of foam gun (refer to page)▪ Foam yield (free foaming) up to 45 litres.▪ Resistance to temperature of hardened foam: -30° C to +80° C.▪ Non-tacky after approx. 8 minutes, load-bearing after

approx. 6-12 hours, fully hardened after 24 hours (all details based on temperature of +20° C).

Fire retardent foam can be used in situations where a joint must conform to fire ratings DIN 4102 GRADE B2 BS476.It is essential to use fischer B2 foam containing fire retardent additives.In addition the foam MUST be protected from direct contact with flames by means of an acrylic sealant from the fischer Fire Barrier range.

Intumescent AcrylicFire barrier

deSCription

inStallation

Fire rated Foam B2


Hand Foam B2 42755 750ml 12

Gun Foam B2 42754 750ml 12

SpeCiFiCationS

▪ Single-component polyurethane foam▪ The foam is easily extruded either by hand or gun and hardens

via chemical reaction with atmospheric humidity.

Advantages/benefits▪ Rapid-hardening foam reduces processing time.▪ Professional application with use of gun▪ No pre-moistening of surface▪ CFC-free propellant▪ Noise-reducing properties▪ Long storage life▪ Resistant to rotting▪ Resistant to ageing▪ Foam is coloured grey to differenciate from standard foams


Intumescent Acrylic 42756 310ml 12

Fire barrier SyStem

WArrINgToN FIrE rESEArCh TESTED To BS476: PArT 20

UP To 4 hoUrS FIrE rATINg

approvalS

Wall Depth Gap Width Sealant Depth Backing Integrity Insulation

100 21 20 25mm Polyethylene 210 240

100 11 10 15mm Polyethylene 187 240

200 20 20 25mm Polyethylene 240 240* The fire rating is related only to the Intumescent Acrylic

Fire rating*

33

exampleS oF anChor appliCationS

The following examples will help you to find the anchors intended for fire protection of your application range.

Application Regulations for use Information about anchoring Suitable fixing/anchor

Fire-proofed ventilation conduits and installa-tion equipment L 30 to L 120

DIN 4102, part 4,8.5.7.5

Building regulation approved steel anchors ≥ M8, double depth, 6 cm minimum anchoring depth, calculated load: max. 500 N per anchor, and max. 6 N/mm2 based on the steel cross-section or fire test certificate from a rec-ognised test centre.

fischer Zykon anchor FZAfischer Zykon hammerset anchor FZEA IIfischer anchor bolt FAZ II + FAZ A4/Cfischer nail anchor FNA IIfischer injection mortar FIS Vfischer high performance anchor FH IIfischer ceiling nail FDNfischer concrete screw FBS

Sprinkler systems Guidelines for sprin-kler/water spray systems from VdS [Vertrauen durch Sicherheit Schadenver-hütung – German Loss Prevention Safety and Security Institution](new guidelines will appear in 2008)

Made of non-flammable material and tested and approved by VdS; minimum M8.

fischer Zykon anchor FZAfischer Zykon hammerset anchor FZEA IIfischer anchor bolt FAZ II + FAZ A4/Cfischer hammerset anchor EA IIfischer high performance anchor FH IIfischer hollow-ceiling anchor FHY

General pipelines DIN 4102, part 4, 8.5.7.5

Building regulation approved steel anchors ≥ M8, double depth, 6 cm mini-mum anchoring depth, calculated load: max. 500 N per anchor, and max. 6 N/mm2 based on the steel cross-section or fire test certificate from a recog-nised test centre.

fischer nail anchor FNA IIfischer Zykon hammerset anchor FZEA IIfischer anchor bolt FAZ II + FAZ A4/Cfischer hammerset anchor EA IIfischer concrete screw FBSfischer hollow-ceiling anchor FHYfischer ceiling nail FDN

Cable trays DIN 4102, part 4, 8.5.7.5 and DIN 4102, part 12 for functional endurance


fischer Zykon anchor FZAfischer Zykon hammerset anchor FZEA IIfischer anchor bolt FAZ II + FAZ A4/Cfischer high performance anchor FH IIfischer hollow-ceiling anchor FHYfischer hammerset anchor EA IIfischer nail anchor FNA IIfischer concrete screw FBSfischer injection mortar FIS V

Heavy pipelines and cable trays

DIN 4102, part 4, 8.5.7.5


fischer anchor bolts FAZ II + FAZ A4/Cfischer high performance anchor FH IIfischer Zykon hammerset anchor FZEA IIfischer highbond anchor FHB IIfischer Zykon anchor FZAfischer injection mortar FIS V

Fire protection in fixing technology

34

overview oF CertiFied FixingS and anChorS From FiSCher and upat

Fire testing according to din 4102 and tr 020 applications in the concrete tensile zone

Description Fixing type Material Max. permitted load in case of a fire [kN] Test reportApproval no. *

Certificate Applicationgvz A4 C

(1.4529)F30 F60 F90 F120 VdS FM

Tensileloads

Transverseloads

Tensileloads

Transverseloads

Tensileloads

Transverseloads

Tensileloads

Transverseloads

fischer highbond anchor FHB II FHB II 8 x 60 ▯ ▯ ▯ 2.3 2.8 1.8 2.1 1.2 1.4 0.9 1.0 PB III /B-06-065

(18.04.2006)

Cracked and non-cracked concreteFHB II 10 x 60 ▯ ▯ ▯ 3.4 4.1 2.4 2.9 1.4 1.8 0.9 1.2

FHB II 10 x 95 ▯ ▯ ▯ 3.6 4.3 2.7 3.3 1.8 2.4 1.4 1.9FHB II 12 x 75 ▯ ▯ ▯ 4.4 4.9 3.5 4.0 2.6 3.1 2.1 2.7FHB II 12 x 120 ▯ ▯ ▯ 5.1 6,1 3.8 4.9 2.4 3.6 1.7 3.0FHB II 16 x 95 ▯ ▯ ▯ 8.3 9.2 6.6 7.5 4.8 5.9 4.0 5.0FHB II 16 x 160 ▯ ▯ ▯ 9.5 11.4 7.0 9.1 4.5 6.8 3.3 5.6FHB II 20 x 210 ▯ ▯ ▯ 14.9 17.8 11.0 14.2 7.1 10.6 5.2 8.8FHB II 24 x 170 ▯ ▯ ▯ 18.7 20.8 14.8 17.0 10.9 13.3 8.9 11.4

fischer highbond anchor dynamic FHB dyn FHB-A dyn 12 x 100/25 ▯ 7.0 – 4.0 – 2.5 – – – 3038/8141-1(of 12.10.2001)

Cracked and non-cracked concreteFHB-A dyn 12 x 100/50 ▯ 7.0 – 4.0 – 2.5 – – –

FHB-A dyn 16 x 125/25 ▯ 15.0 – 7.0 – 5.0 – 4.0 –FHB-A dyn 16 x 125/50 ▯ 15.0 – 7.0 – 5.0 – 4.0 –FHB-A dyn 20 x 170/50 ▯ 2.0 – 9.5 – 7.0 – 5.0 –FHB-A dyn 24 x 220/50 ▯ 25.0 – 12.0 – 9.5 – 7.5 –FHB-A dyn 16 x 125/50C ▯ 15.0 – 7.0 – 5.0 – 4.0 –

fischer Zykon anchor FZA FZA M6 ▯ 1.0 – 0.5 – 0.35 – 0.25 – 3277/0531-1(of 23.11.2001)

Cracked and non-cracked concreteFZA M8 ▯ 1.5 – 0.8 – 0.5 – 0.4 – ▯

FZA M10 ▯ 4.5 – 2.2 – 1.3 – 0.9 – ▯ ▯FZA M12 ▯ 8.5 – 3.5 – 2.0 – 1.5 – ▯ ▯FZA M16 ▯ 13.5 – 6.5 – 4.0 – 3.0 – ▯ ▯FZA M6 A4/C ▯ ▯ 2.1 – 1.2 – 0.85 – 0.7 –FZA M8 A4/C ▯ ▯ 10.0 – 4.0 – 1.8 – 1.0 – ▯FZA M10 A4/C ▯ ▯ 18.0 – 7.0 – 3.5 – 2.0 – ▯ ▯FZA M12 A4/C ▯ ▯ 22.0 – 9.0 – 5.0 – 3.5 – ▯ ▯FZA M16 A4/C ▯ ▯ 24.0 – 12.0 – 7.5 – 6.0 – ▯ ▯

fischer Zykon through anchor FZA-D FZA M8 D ▯ 1.5 – 0.8 – 0.5 – 0.4 – 3277/0531-1(of 23.11.2001)

▯ Cracked and non-cracked concreteFZA M10 D ▯ 4.5 – 2.2 – 1.3 – 0.9 – ▯ ▯

FZA M12 D ▯ 8.5 – 3.5 – 2.0 – 1.5 – ▯ ▯FZA M16 D ▯ 13.5 – 6.5 – 4.0 – 3.0 – ▯ ▯FZA M8 D A4/C ▯ ▯ 10.0 – 4.0 – 1.8 – 1.0 – ▯FZA M10 D A4/C ▯ ▯ 18.0 – 7.0 – 3.5 – 2.0 – ▯ ▯FZA M12 D A4/C ▯ ▯ 22.0 – 9.0 – 5.0 – 3.5 – ▯ ▯FZA M16 D A4/C ▯ ▯ 24.0 – 12.0 – 7.5 – 6.0 – ▯ ▯

fischer internally-threaded anchor FZA-I FZA M6 I ▯ 1.0 – 0.5 – 0.35 – 0.25 – 3277/0531-1(of 23.11.2001)

Cracked and non-cracked concreteFZA M8 I ▯ 1.5 – 0.8 – 0.5 – 0.4 – ▯

FZA M10 I ▯ 4.5 – 2.2 – 1.3 – 0.9 – ▯ ▯FZA M12 I ▯ 8.5 – 3.5 – 2.0 – 1.5 – ▯ ▯FZA M6 I A4/C ▯ ▯ 2.1 – 1.2 – 0.85 – 0.7 –FZA M8 I A4/C ▯ ▯ 10.0 – 4.0 – 1.8 – 1.0 – ▯FZA M10 I A4/C ▯ ▯ 18.0 – 7.0 – 3.5 – 2.0 – ▯ ▯FZA M12 I A4/C ▯ ▯ 22.0 – 9.0 – 5.0 – 3.5 – ▯ ▯

fischer ZYKON hammerset anchor FZEA-II FZEA II 10 x 40 M8 ▯ ▯ ▯ 1.0 0.9 0.9 0.8 0.8 0.7 0.7 0.6 ETA-06/0271 ▯Cracked and non-cracked concrete

FZEA II 12 x 40 M10 ▯ ▯ ▯ 1.8 2.3 1.8 1.7 1.6 1.1 1.2 0.9 ▯FZEA II 14 x 40 M12 ▯ ▯ ▯ 1.8 2.3 1.8 2.1 1.8 1.4 1.5 1.0 ▯

fischer anchor bolt FAZ FAZ II M8 ▯ 1.25 1.8 1.2 1.6 0.9 1.3 0.8 1.2 PB III/B-05-001(from 10.02.2005)

ETA-05/0069

▯ Cracked and non-cracked concreteFAZ II M10 ▯ 2.25 3.6 2.25 2.9 1.9 2.2 1.6 1.9 ▯ ▯

FAZ II M12 ▯ 4.0 6.3 4.0 4.9 3.2 3.5 2.8 2.8 ▯ ▯FAZ II M16 ▯ 9.4 11.7 7.7 9.1 6.0 6.6 5.2 5.3 ▯ ▯FAZ 8 A4/C ▯ ▯ 1.7 – 1.7 – 1.7 – 1.7 – PB III/B-02-316

(of 31.01.2003)▯

FAZ 10 A4/C ▯ ▯ 2.5 – 2.5 – 2.5 – 2.5 – ▯ ▯FAZ 12 A4/C ▯ ▯ 4.5 – 4.5 – 4.5 – 4.5 – ▯ ▯FAZ 16 A4/C ▯ ▯ 8.0 – 8.0 – 8.0 – 8.0 – ▯ ▯

fischer high performance anchor FH/FH IIFH 10 B / S / H ▯ 0.4 – 0.4 – 0.4 – – –

3355/0530-2 (25.5.00)

Cracked and non-cracked concrete

FH II 12 B / S / H /SK ▯ 0.4 0.4 0.3 0.3 0.3 0.3 0.2 0.2 ETA-07/0025 ▯FH II 15 B / S / H /SK ▯ 0.9 0.9 0.8 0.8 0.6 0.6 0.5 0.5 ▯FH II 18 B / S / H ▯ 1.7 1.7 1.3 1.3 1.1 1.1 0.8 0.8 ▯FH II 24 B / S / H ▯ 3.1 3.1 2.4 2.4 2.0 2.0 1.6 1.6 ▯

fischer concrete screw FBS FBS 8 ▯ – – – – 0.8 – 0.8 – 902 070 000(of 25.06.2002)

Cracked and non-cracked concreteFBS 10 ▯ – – – – 1.0 – 1.0 –

FBS 10 A4/C ▯ ▯ – – – – 1.5 – 1.5 –

* Detailed information regarding test reports and approvals is available at: www.fischer.de → Fixing systems → Products → Product online catalogue . .

FHB II-P 12 x 75


35


applications in the concrete pressure area (for more anchors for concrete pressure area, see page 58)


Cerificate Applicationgvz A4 C

(1.4529) F30 F60 F90 F120 VdS FM

fischer bolt FBN FBN 8 ▯ 0.5 0.5 0.5 – 3355/0530-4(of 23.06.2000)

Non-cracked concreteFBN 10 ▯ 1.3 1.3 1.3 –

FBN 12 ▯ 1.8 1.8 1.8 –FBN 16 ▯ 4.0 4.0 4.0 –FBN 20 ▯ 7.0 7.0 7.0 –

Upat EXA express anchor EXA M8 ▯ 0.8 0.8 0.7 0.5 3268/1095-3(of 21.02.1996)

▯ Non-cracked concreteEXA M10 ▯ 0.8 0.8 0.8 0.8 ▯

EXA M12 ▯ 0.8 0.8 0.8 0.8 ▯

Upat UPM 44 Chemical mortar UPM 44 M8 ▯ 1.9 0.8 0.3 0.15 3253/0291-3(of 10.01.2002)

Non-cracked concreteUPM 44 M10 ▯ 4.5 2.1 1.0 0.6

UPM 44 M12 ▯ 8.5 3.6 2.1 1.5UPM 44 M16 ▯ 13.5 6.4 4.0 3.0UPM 44 M20 ▯ 21.0 10.0 6.0 4.5UPM 44 M24 ▯ 30.0 14.0 9.0 6.5UPM 44 M30 ▯ 45.0 22.0 14.0 10.0UPM 44 M8 A4/C ▯ ▯ 4.3 0.8 0.3 0.15UPM 44 M10 A4/C ▯ ▯ 7.5 2.1 1.0 0.6UPM 44 M12 A4/C ▯ ▯ 11.0 5.7 3.9 3.0UPM 44 M16 A4/C ▯ ▯ 25.0 10.0 5.8 4.0UPM 44 M20 A4/C ▯ ▯ 32.0 15.0 9.0 6.0UPM 44 M24 A4/C ▯ ▯ 45.0 22.0 13.0 9.0UPM 44 M30 A4/C ▯ ▯ 70.0 35.0 20.0 14.0

fischer injection mortar FIS V FIS A M8 ▯ 1.9 0.8 0.3 0.15 3038/8141-3(of 10.01.2002)

Non-cracked concreteFIS A M10 ▯ 4.5 2.1 1.0 0.6

FIS A M12 ▯ 8.5 3.6 2.1 1.5FIS A M16 ▯ 13.5 6.4 4.0 3.0FIS A M20 ▯ 21.0 10.0 6.0 4.5FIS A M24 ▯ 30.0 14.0 9.0 6.5FIS A M30 ▯ 45.0 22.0 14.0 10.0FIS A M8 A4/C ▯ ▯ 4.3 0.8 0.3 0.15FIS A M10 A4/C ▯ ▯ 7.5 2.1 1.0 0.6FIS A M12 A4/C ▯ ▯ 11.0 5.7 3.9 3.0FIS A M16 A4/C ▯ ▯ 25.0 10.0 5.8 4.0FIS A M20 A4/C ▯ ▯ 32.0 15.0 9.0 6.0FIS A M24 A4/C ▯ ▯ 45.0 22.0 13.0 9.0FIS A M30 A4/C ▯ ▯ 70.0 35.0 20.0 14.0

fischer hollow-ceiling anchor FHY FHY M6 ▯ 1.0 0.45 0.28 0.2 3566/3321(of 21.06.2002)

Prestressed concrete andhollow plate

ceilings

FHY M8 ▯ 1.6 1.0 0.75 0.6 ▯FHY M10 ▯ 2.5 1.65 1.3 1.1 ▯

fischer Universal frame fixing FUR FUR 101) ▯ ▯ 1.6 – 0.8 – 3705/4711(of 23.11.2001)

Non-cracked concreteFUR 102) ▯ ▯ 1.6 – 1.4 0.8

FUR 103) ▯ ▯ 1.6 – 1.6 0.8

* Detailed information regarding test reports and approvals is available at: www.fischer.de → Fixing systems → Products → Product online catalogue . . 1) Load angle 10°2) Load angle 70°3) Load angle 90°


36


applications for suspended ceilings and for manifold fixing of non-load-bearing systems

Facade fire tests

applications in masonry


Cerificate Applicationgvz A4 C

(1.4529) F30 F60 F90 F120 VdS FM

fischer concrete screw FBS FBS 5 ▯ – – 0.2 0.2 902 070 000(of 25.06.2002)

Suspended ceilingsFBS 6 ▯ – – 0.5 0.3

FBS 8 ▯ – – 0.8 0.8fischer ceiling nail FDN FDN 6/35 ▯ – 0.4 0.25 – Z-21.1-1731

(of 05.07.2002)Suspended

ceilingsFDN 6/65 ▯ – 0.4 0.25 –

fischer nail anchor FNA II FNA II 6 x 25 ▯ 0.61) 2) 0.61) 2) 0.61) 2) 0.51) 2) PB III/B-06-267(of 18.09.2006)

Manifold fixing of non-load-bearing

systemsFNA II 6 x 25 M6 ▯ 0.41) 2) 0.31) 2) 0.31) 2) 0.31) 2)

FNA II 6 x 25 M8 ▯ 0.61) 2) 0.61) 2) 0.61) 2) 0.51) 2)

FNA II 6 x 25 OE ▯ 0.41) 2) 0.31) 2) 0.21) 2) 0.21) 2)

FNA II 6 x 30 ▯ ▯ ▯ 0.91) 2) 0.91) 2) 0.71) 2) 0.51) 2)

FNA II 6 x 30 M6 ▯ ▯ ▯ 0.41) 2) 0.31) 2) 0.31) 2) 0.31) 2)

FNA II 6 x 30 M8 ▯ ▯ ▯ 0.71) 2) 0.61) 2) 0.61) 2) 0.51) 2)

fischer hammerset anchor EA EA M63) ▯ ▯ – – – 0.1 Z-21.1-1619(of 01.01.1998)

Suspended ceilings and non-cracked concrete

EA M8 x 40 ▯ – – 0.8 0.7 ▯EA M10 ▯ – – 0.8 0.8 ▯ ▯EA M12 ▯ – – 0.8 0.8 ▯ ▯

* Detailed information regarding test reports and approvals is available at: www.fischer.de → Fixing systems → Products → Product online catalogue . . .1) The loads apply for tensile, transverse tensile, and oblique tensile load directions at various angles and with an edge distance of at least 100 mm.

For smaller edge distances, it is necessary to reduce loads according to approval no. ETA-06/0175, ETA-06/0176 and ETA-06/0177 and test report no. PB III / B-06-267.2) Permitted load per fixing point. A fixing point can consist of a single fixing, a group of two with s ≥ 50 mm or a group of four with s ≥ 50 mm.3) GU III/B-02-035 (from 12.08.2002)


Applicationgvz A4 C

(1.4529) F30 F60 F90 F120

fischer universal frame fixing FUR FUR 8 ▯ ▯ – – 0.8 – Z-21.2-1204(of 10.04.2000)

FacadeFUR 10 ▯ ▯ – – 0.8 –

– –– –

fischer long-shaft fixing SXS SXS 10 ▯ ▯ – – 0.8 – Z-21.2-1695(of 23.03.2001)

Facade

fischer frame fixing S-R S 8 R ▯ ▯ – – 0.51) – Z-21.2-9(of 02.08.2000)

FacadeS 10 R ▯ ▯ – – 0.81) –S 12 R ▯ ▯ – – 1.01) –S 14 R ▯ ▯ – – 1.21) –

fischer frame fixing S-H-R S 10 H-R ▯ ▯ – – 0.42) – Z-21.2-9(of 02.08.2000)

FacadeS 14 H-R ▯ ▯ – – 0.62) –

* Detailed information regarding test reports and approvals is available at: www.fischer.de → Fixing systems → Products → Product online catalogue . . . 1) Values for concrete. Values for other building materials according to approval !2) Values for perforated sand-lime brick. Values for other building materials according to approval !


Applicationgvz A4 C

(1.4529) F30 F60 F90 F120

fischer injection mortar FIS V FIS V M8 ▯ ▯ 1.91) 0.81) 0.51) 0.41) 3355/0530-5(of 21.05.2001)

MasonryFIS V M10 ▯ ▯ 4.01) 1.81) 1.01) 0.71)

FIS V M12 ▯ ▯ 5.01) 2.71) 1.51) 1.01)

Upat UPM 44 chemical mortar UPM 44 M8 ▯ ▯ 1.91) 0.81) 0.51) 0.41) 3354/0520-5(of 21.05.2001)

MasonryUPM 44 M10 ▯ ▯ 4.01) 1.81) 1.01) 0.71)

UPM 44 M12 ▯ ▯ 5.01) 2.71) 1.51) 1.01)

* Detailed information regarding test reports and approvals is available at: www.fischer.de → Fixing systems → Products → Product online catalogue . . . 1) Values apply to sand lime brick 12, clay brick 12, vertically perforated brick 12, and perforated sand-lime brick (ventilating) 12


37


Fire testing in accordance with Ztv-tunnel [additional technical contractual conditions and regulations for the construction of road tunnels]


Applicationgvz A4 C

(1.4529) F30 F60 F90 F120

fischer highbond anchor FHB II FHB II 8 x 60 C ▯ 1.0 PB III/B-06-139 Cracked and non-cracked concreteFHB II 10 x 95 C ▯ 1.7

FHB II 12 x 120 C ▯ 2.8FHB II 16 x 160 C ▯ 5.0FHB II 20 x 210 C ▯ 7.2

fischer anchor bolt FAZ FAZ 8 C ▯ 1.2 PB III/B-04-289(of 23.09.2004)

Cracked and non-cracked concreteFAZ 10 C ▯ 2.3

FAZ 12 C ▯ 3.2FAZ 16 C ▯ 6.2

fischer nail anchor FNA II C

In preparation

* Detailed information regarding test reports and approvals is available at: www.fischer.de → Fixing systems → Products → Product online catalogue . . .

FHB II-P 12 x 75


38

39

The information in this catalogue is non-binding. Our application engineering department can provide you with additional information and concrete advice. To do so, we need an accurate description of your particular application. All information in this catalogue must be adjusted to local conditions and the materials used.

If individual items and types are not provided with detailed performance specifications, contact your responsible fischer representation for further consultation.

Subject to errors, technical and product line changes. Liability for printing errors and omissions is excluded.

The fischer FIRE STOP product line is available from specialized dealers.

© fischer UK Ltd - Printed in the UK

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Documents

Firestop Catalogue UK[1]