FireStop Handbook - BYKO · PDF fileFireStop Handbook 53579 2011 / 03. 2 ... Effective fire...

FireStop Handbook53579 2011/03

2

Fire

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FireProtection

Fire Prevention is a critical consideration for all those who are responsible for creating the design, specification and construction of new buildings. It also has to be considered in the ongoing maintenance of occupied premesis.

The causes of fire vary and are unpredictable. Often the cause is outside the area of influence of design engineers and planners. But the ability to control the spread of fire once it has started can still be influenced.

Effective fire fighting within a building is generally achieved through a combination of active and passive FireStop systems.

Active FireStop SytemsActive fire prevention systems are designed to react to the outbreak of a fire which is then suppressed with the help of sprinkler systems, halogen installations, fire extinguishers or other proactive machanical systems. The effects of the fire may also be lessened by the removal of smoke from the equation. By including alarms and emergency lighting, active systems also serve to provide escape paths for people inside the building.

Passive Fire Prevention SytemsPassive fire prevention systems are intergrated in the structure of a building ensuring that once the fire starts it is limited to a fire compartment that is composed of fire rated walls, floor and ceilings.

To maintain the FireStopping integrity of walls, floors and ceilings, all gaps, openings and channels are to be sealed to prevent the escape of fire and smoke.

Therefore the Control of Fire Spread and limitation of damage is principally achieved through the compartments of a building. These compartments are bounded by fire resisting elements:• Walls / Floors / CeilingsFire resisting elements are often breached to permit access for services or functional joints.• Cables / Pipes / Ventilation systemsGaps between fire resisting elements around the penetrations must be sealed so that the fire integrity of the fire-resisting element is maintained.

National RegulationsThe following national regulations are published as statutory instruments by Parliament with respect to life safety purposes:

Building Regulations (England & Wales) 1991• These regulations are expressed as functional requirements.• Approved Document B (2000 Edition) Fire Safety, gives non-manditory guidance.

Building Standards (Scotland) 2001• These are expressed as functional requirements.• All of the provisions of Technical Standards Part D and Part E are mandatory.• These provisions are wavered only by means of a relaxation.

Building Regulations (Northern Ireland) 1994Basic functional requirements with approval solutions are given in Technical Booklet E which is similar to England and Wales Approved Document B.

Building Regulations (Republic of Ireland) 1997The building regulations in the republic of Ireland are similar in arrangement and content to the England & Wales Building Regulations and are covered by Technical Guidance Document B.

Q. Why does FireStopping need to be carried out?Approved Document B states the following points with regard to reinstallation of fire rated elements:

“If a fire separating element is to be effective then every joint, or imperfection of fit, or opening to allow services to pass through the element should be adequately protected by sealing or FireStopping so that the fire resistance of the element is not impaired” 11.2

This is quite categorical in its assertion that every opening in a fire rated element needs to be reinstalled.

3

In addition to any other provisions in this document for FireStopping:a. Joints between fire separating elements should be FireStopped and b. All openings for pipes, ducts, conduits or cables to pass through any part of a fire separating element should be:i. kept as few in number as possible andii. kept as small as practical and iii. FireStopped (which in the case of a pipe or duct should allow for thermal movement) 11.12

The final sentence states that FireStopping materials should allow for thermal movement rules when using sand/cement and concrete for filling round services.

Technical Standards (Scotland) state:“A compartment wall and compartment floor must have no openings and must provide a barrier to fire between the parts of a building to be divided including any roof space.”

Except for: Where there is a service opening - i. Which is of suitable construction or where the services are suitably protected so that in the event of a fire the level of fire safety performance required of the compartment wall or compartment floor is maintained, andii. Which is suitably FireStopped” D3.14

BS7671 further adds:“Where a wiring system passes through elements of building construction such as floors, walls, roofs, ceilings, partitions or cavity barriers the openings remaining after passage of the wiring systems shall be sealed according to the degree of fire resistance required of the element concerned.” 527-02-01“where a wiring system such as conduit, cable ducting, cable trunking, busbar or busbar trunking penetrates an element of building construction having specified fire resistance it shall be internally sealed so as to maintain the degree of fire resistance of the respective element as well as being externally sealed to maintain the required fire resistance.” 527-02-01

Q. Why do you have to have all your FireStop products tested?

The building Regulations Approved Document B states the following with regard to testing The product should be in accordance with a specification or design which has been shown by tests to be capable ofmeeting that performance or have been assessed from test evidence against appropriate standards” Appendix ‘A’ 1A

“Provide a propriety sealing system which has been shown by test to maintain fire resistance of the wall, floor or cavity barrier.” B3 11.6

Technical Standards (Scotland) require:“The requirements of D3.14, D4.7, D5.8 and D6.7 for FireStopping of service openings and D6.9 for FireStopping will be met in the case” - “When different movement is anticipated, whether in normal use or during fire exposure by the use of a proprietary sealant or sealing system which has shown by test its ability to maintain the required level of safety performance under the conditions appropriate to its end use” B2.2.1

Fire

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Introduction

FireProtectionContinued

4

BS 476-20:1987Fire tests on building materials and structures. Method for determination of the fire resistance of elements of construction (general principles).

EN13501-3Fire classification of construction products and building elements.

BS EN 1366-3: 2004 Fire resistance tests for service installations - Penetration seals.BS EN 1366-4: 2006Fire resistance tests for service installations - Linear joint seals.

DIN 4102 :Part1Fire behaviour of building material and elements - Part 1: Building materials; concepts, requirements and tests.

AS 1530: Part4: 2005Australianstand-Fireresistancetestsofelementsofconstruction.

BS EN ISO 140-3: 1995BS EN ISO 717-1: 1997The laboratory measurement of airborne sound insulation of building elements.

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

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

Fire-tested fixingFire test classification for anchors up to 120 minutes.

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

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

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

CPDContinual Professional Development. Recognised as CPD accredited seminars.

ISO 9001Quality assurance on systems and processes. ISO 14001is a standard for environmental management systems.

BS EN1366-3: 2004

British Standard

BS 476-20

App

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lsIntroduction

AS1530: Part 4: 2005

BS EN1366-4: 2006

BS EN13501-3

BS EN ISO 140-3: 1995

BS EN ISO 717-1: 1997

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fischer have a dedicated network of approved distributors (fischer FireStop Centres) stragically placed throughout the UK, keeping stock and offering nationwide coverage for the supply of passive FireStop products.

fischer FireStop Centres

fischer are working with a group of Accredited Installers in the field of passive fire protection. All of the fischer installers are members of FIRAS or LPCB Third Party Accreditation Schemes. As members they are able to offer a Certificate of Conformity on all work carried out in the fields of Compartmentation, steel and Concrete Protection, Acoustics and Air Sealing conforming to Approved Documents B, E, &L of Building Regulations.

fischer Accredited Installers

IFC Certification Scheme

fischer and their range of products have been approved by the IFC Certification Scheme. International Fire Consultants Ltd. (IFC), established in 1985, is a multifaceted practice of fire engineers with a wide range of disciplines and expertise, drawn from government scientific establishments, the fire service, manufacturing industry, commercial testing laboratories and the construction sector. IFC was established to provide a source of technical expertise in the field of Fire Safety Engineering. International Fire Consultants Ltd. are committed to the advancement of fire safety engineering and to this end are heavily involved in research and development projects as well as striving to standardise practices throughout the industry. The Installer Certification Schemes are designed to ensure that certificated and tested products are installed within the approved field of application by skilled and competent operatives thus giving confidence to specifiers, users, occupiers, owners and enforcement bodies. It involves auditing of an installer company’s office and site based activities, competence assessment of operatives and supervisors and certificates of conformity.

FIRAS Third Party Certification Scheme

As a requirement of the FIRAS Schemes, certificated companies are required to employ, on a permanent or contract basis, competent Supervisors and Technicians (Operators) whose technical and practical competence is assessed by FIRAS Inspectors in the trade disciplines for which certification scope is held. A register of competent employees is maintained for each certificated company, which is regularly reviewed to ensure that the company maintains a competent workforce whose abilities remain current with the workscope the company provides.Once certificated, all FIRAS Registered Installer Companies are subject to ongoing random inspection of their installation work on ongoing contracts along with an annual audit of their office systems by FIRAS Inspectors to ensure that compliance with FIRAS Scheme Requirements is maintained.

Introduction

6

At fischer our aim is to provide the very best technical support to complement our vast range of quality products. The constant investment in Reasearch & Development has resulted in more than 7000 patents awarded to date. This investment combined with a constant exchange of information between professional users, universities and technical research institutions ensures that fischer remains at the forefront of the very latest developments within the construction industry. The fischer group currently lead the way in producing technically advanced products having gained more European Technical Approvals (ETA’s) than any other fixings manufacturer.All historical developments and subsequent knowledge is available to you via our highly trained Technical Services Team who can offer support, advice and specifications at all stages of the design and construction process.

Tech

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SpecialCatalogues&SubstrateReports

The Technical Handbook provides useful information for specification engineers. It contains in depth information relating to the range of technically advanced steel and resin anchor calculation details, reduction factors, spacings etc. Topics like anchor performance in fire, corrosion and design methods are also included. The Fixing Systems Catalogue provides general technical information on the range of nylon, steel and resin anchors and also information on special product ranges sanitary, foams and sealants, scaffold, insulation fixings. More specialist catalogues are available focusing on topics such as FireStop, M&E Installation Systems, EWI and ACT. Detailed substrate reports available indicating the performance of suitable fixings in specific building materials, including manufacturers such as: • Bison • Knauf • Thermalite • Tarmac Topfloor • Lafarge • Forticrete • Tarmac Topblock • Finlay Concrete Products • Cobiax Deck • Hanson • British Gypsum

Compufix Anchor Design Programme, a must for every specification engineer.Additional features:• Baseplate Design • Approval Details • Installation Details • CAD Database• New post-installed rebar calculation programme

DesignSoftwareCompufix&Rebarfix

• COSHH data sheets available for a full range of chemical products.• Method statemants detailing installation techniques available on request.

MethodStatements&COSHHDataSheetsMethod Statement for installation of

Resin fixings

(applicable for Eurobond glass capsule or injection resin systemwith RG M resin studs into solid substrates)

or

• Premark the hole positions by using your fixture as a template.• Drill directly to the substrate on centreline of premarked fixing position, using a correct drill diameter to the required

depth. (fig 1)• Thoroughly clean the hole of dust and drill debris, using ABG blow-out pump and cleaning brushes. Blow-out Twice,

Brush Twice, Blow-out Twice. (fig 1-3)• Place the cartridge in the applicator gun and discharge resin until the colour becomes evenly mixed. • Inject the resin into the hole, starting with the nozzle at the bottom of the hole. If Eurobond system is used, simply

insert glass capsule in the hole (fig 4)• Insert RG M rod. If injection resins are used, rod is inserted by hand, with pushing and twisting action. If glass

capsule is used, insertion must be done with an impact drilling machine. (fig 5)• Leave resin to cure completely before applying any load. Curing time is dependant on the temperature and the

correspondent table can be found on the cartridge.• Tighten the stud, not exceeding the recommended torque. (fig 6)

For correct dimensions and torque values please always refer to information on product packaging or fischer literature! If in any doubt, please call fischer helpline 01491 827 920

fig 1 fig 2 fig 3 fig 4

fig 5 fig 6

SpecificationAdvisoryAssistance

• Calculations• Method Statements• Health & Safety Data Sheets• Technical Data Sheets• Full Product Support

Technical Help Line Phone: 01491 827 920Fax: 01491 827 950Email: [email protected]

Introduction

Fixings Systems Catalogue MMVII-1

Fixi

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789

Fixings Test Report for

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Compartmentation Guide

fischer FireStop Compound FFSC.

fischer intumescent Acoustic Mastic 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.

fischer coated panel system FCPS used in conjunction with FFC2 or FFC4. Use fischer Intumescent 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.

1

2

3

4

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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 oR FiPW 4 with fischer FireStop Compound FFSC.

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Image Description Testing BS EN IFC AS DIN Pages

fischer Intumescent Acoustic Mastic - FiAM ■ ■ 9

fischer Intumescent Graphite Mastic - FiGM ■ ■ 11

fischer Silicone Sealant - FFRS ■ 13

fischer Intumescent Putty - FiPP ■ 16

fischer Intumescent Pillow - FiP ■ ■ ■ 17

fischer Fire Collar - FFC ■ ■ ■ 19

fischer Intumescent Pipe wrap - FiPW ■ ■ ■ 21

fischer FireStop Compound - FFSC ■ ■ 23

fischer Intumescent Fire Sleeve - FiFS ■ ■ 26

FireStop Block - FBB ■ 28

FireStop foam and Ahesive - FBS ■ ■ 29

fischer Coated Panel System - FCPS ■ ■ 30

fischer Cable FireStop - FCbF ■ ■ 31

fischer Conduit Intumescent - FCi ■ ■ ■ 32

fischer Cast in Device - FCiD ■ ■ 33

fischer cavity FireStop clad - FCFcl ■ ■ 35

fischer Ventilated Fire Barrier - FVFB ■ 36

fischer Cavity FireStop Strip - FCFst ■ 37

fischer Cavity FireStop Epansion - FiLS ■ ■ 38

FireStop Foam 39

Fxings Guide 40

acoustic testing smoke sealair seal FireStop

ContentsP

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9

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

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) ▪ Apply mastic to required depth and width.▪ Remove masking.

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

British Standard

BS 476-20

fischer Intumescent Acoustic Mastic is a one part water based acrylic sealant.

fischer Intumescent Acoustic Mastic is suitable for sealing joints and service penetrations in fire walls, partitions, fire rated door frames, glazing systems and linear gap seals. Tested to BS476 Parts 20, fischer Intumescent Acoustic Mastic provides up to 4 hours fire protection and up to 40db acoustic rating.

600ml foil cartridge for productivity savings and sustainability / reduced waste disposal.

The mastic is fast curing approximately 20-30 minutes tack free time. Once fully cured the mastic can be painted over.

High movement of +/- 10%.

Description

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FireRating Approvals

Installation

Acoustic Mastic - FiAM

BS EN ISO 717-1: 1997

The laboratory measurement of airborne sound insulation of building elements

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Type Order No. Size[ml]

Qty. Per Box Suitable for use with

FiAM 310 53011 310 25 -

FiAM 600 56006 600 25 -

KP M2 Applicator gun 53117 - 1 FiAM 310

Applicator gun 600ml 97967 - 1 FiAM 600

Weighted sound reduction Index (Rw) of up to 40 db. Please consult our technical office for more details.

AcousticRating

fischer Intumescent Acoustic Mastic will provide a cold smoke seal.

SmokeSeal

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

Coverage

TechnicalData

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

Acoustic Mastic - FiAM

11

fischer Intumescent Graphite Mastic is used to seal service penetrations in fire rated walls.

▪ 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) ▪ Apply mastic to required depth and width.▪ Remove masking. ▪ All services must be adequately supported so as not to disrupt the seal during a fire. This can be achieved with the fischer Quick-Fix system which was used as part of the approval testing.


fischer Intumescent Graphite Mastic is one part water based flexible acrylic emulsion which contains a high pressure intumescent graphite, extruded from a cartridge loaded into a standard sealant gun.

The fischer Intumescent Graphite Mastic is suitable for sealing around service penetrations which pass through fire rated walls.

Tested to EN1366-3

The fischer Intumescent Graphite Mastic will provide up to 4 hours integrity and 4 hours insulation.

The mastic is fast curing approx 40-60 min tack free.

Description

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Installation

Service Type Depth of Sealant Integrity Insulation

Cable tray configuration 1 2 x 40mm 250mins 250mins

Cable tray configuration 2 50mm BR* sealed to edge 250mins 61mins

Up to 75mm Ø cable bunch 2 x 40mm 250mins 250mins

Up to 32mm Ø MDPE water pipe 2 x 40mm 250mins 250mins

Up to 50mm Ø ABS pipe 2 x 40mm 250mins 250mins

Up to 110mm Ø PVC waste pipe 2 x 40mm 250mins 250mins

*All application carried out into 140mm block wall with a mineral fibre backing material – FCP Coated Panel.

BS EN1366-3

Graphite Mastic - FiGM

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Type Order No. Size[ml]

Qty. Per Box Suitable for use with

FiGM 310 508765 310 25 -

KP M2 Applicator gun 53117 310 1 FiGM 310

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fischer Intumescent Graphite Mastic will provide a cold smoke seal.

Specifications

SmokeSeal

Graphite Mastic - FiGM

TechnicalData

Form: Readt to use thixotropic

Cure System: Water based

Colour: Dark grey

Specific Gravity: 1.5

Extrusion Rate: 350g / min

Sag: <3mm

Open Time: 30 minutes

Tack Free Time: 60 minutes

Curing Time: 3 to 5 days

Shore (A) Hardness 50

Solids: >80%

Application Temperature Range: +4˚C to +30˚C

Service Temperature Range: -15˚C to +70˚C

Expansion Rate: In a recent test, the expansion was measured at 25 to 30 original depth

Shelf-life: Up to 12 months when stored in unopened car-tridges in and cool, dry conditions. Avoid extremes of temperature

* dependant on substrate, air humidity and weather conditions

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


10mm 10mm 3.10lin m

20mm 15mm 1.03lin m

30mm 20mm 0.51lin m

Coverage

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Description

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Silicone Sealant - FFRS


fischer Fire Rated Silicone Sealant is a one part silicone sealant. It is suitable for sealing joints and service penetrations in fire walls, partitions, fire rated door frames, glazing systems and linear gap seals. It provides primerless adhesion to a wide range of substrates such as glass, anodised and mill-finished aluminum, steel, st.steel, rigid PVC, concrete and other porous surfaces. Once cured, the sealant offers superb long-term resistance to heat and fire as well as all other general weather elements.

It cross links at room temperature to give a flexible seal of low modulus which will withstand movement of + 25% in constant service throughout a wide temperature range.

Joint Size Depth of Sealant

Integrity Insulation Backing Type of Seal

15mm 10mm 264 233 Mineral Fiber Dual

15mm 10mm 262 264 Polyethylene Single

25mm 15mm 264 138 Backing Rod Single

40mm 25mm 264 264 Mineral Fiber Dual

BS EN 1366-3

BS EN1366-4

Installation

fischer FFRS Sealant is used to seal gaps of up to 40mm 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) ▪ Apply mastic to required depth and width.▪ Smooth surface with a clean wet spatula to ensure maximum adhesion to substrate.▪ Remove masking.


Type Order No. Size [ml] Qty. Per Box Suitable for use with

FFRS 310 512374 310 25 -

KP M2 Applicator gun 53117 - 1 FFRS 310

Specifications

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Silicone Sealant - FFRS

fischerFFRSSealantwillprovideacoldsmokeseal.

fischer FFRS sealant is available in 310 and 600ml cartridges. One 310ml cartridge will provide the following coverage rates (Left).

Coverage

TechnicalData

Cure System: Alcoxy

Specific Gravity: 1.35-1.38

Skinning Time: 5/10 minutes approx. (at 23oC and 50% relative humidity)

Tack Free Time: 25 min approx. (at 23oC and 50% relative humidity)

Full Cure: 2-3mm approx. per 24hrs (at 23oC and 50% relative humidity)

Shore A Hardness: 22

Extrudability g/min: 55 (standard NMRPS 495A 3mm/3 bars)

Movement accomodation: + 25%

Mechanical Properties on a 2mm thick film (NF T 46002)

Modulus at 100% elongation: 0.37 Mpa

Elongation at break: 550%

Tensile strength: 1.5 Mpa

Mechanical Proporeties on glass slabs (EN 28339)

Modulus at 100% elongation: 0.32 Mpa

Elongation at break: 260%

Tensile strength 0.55 Mpa

Application Temp Range: +5oC to +40oC ServiceTemp Range: -50oC to +150oC Must not be stored above 35oC

Range: -50oC to +150oC Must not be stored above 35oC

Shelf Life: Up to 12 months when stored in unopened cartridges under cool, dry conditions.

Life Expectancy: When used and applied correctly the sealant will perform in excess of 20 years.

Chemical Resistance: The cured sealant is unaffected by water, dilute acids and alkalis, soap and household deter-gents. Certain solvents may soften and swell the cured rubber on prolonged contact.


30mm 20mm 1.0 l/m

20mm 15mm 2.0 l/m

15mm 8mm 2.5 l/m

10mm 10mm 6.0 l/m

6mm 6mm 8.5lin m

15

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How to calculate consumption

a = Hole Diameter in mmb = Depth of Sealant in mm (See recommendations)c = Pipe or Bunched Cables diameter in mmd = Annular space in mm (See recommendations)e = Area of hole in mm2

f = Area of pipe in mm2

g = Amount of mastic needed per hole in mlh = Cartridge size in mln = Number of Pipe/Bunched Cable Penetrations or Linear holes to be sealed

Round Holes Square Hole Linear Hole / Sealant length

No.ofcartridgesneeded= n x (g

) hl x w Slot width (w) =20mm

Area of hole in mm2 = π x (a ÷ 2)2 Slot depth (j) = 10mm

Area of pipe in mm2 = π x (c ÷ 2)2 Slot length (k) = 3 Meters

Volume of mastic per hole in ml = ((e - f) x b) ÷ 1000 Area = w x j

a = 90mm l = 90 = 20 x10

b = 40mm w =100 = 200mm2

c = 50mm

h = 310ml

n = 20

e = π x (a ÷ 2)2 e = l x w Volume = Area x k (cm3)

= π x 452 = 200 x 3

= 6361.73 mm2 = 90000mm2÷1000 = 600 cm3

f = π x (c ÷ 2)2

= π x 252 As1 cm3 = 1 ml

= 1963.50 mm2 then 600 cm3 = 600ml

= ((6361.73 - 1963.50) x 40) ÷ 1000 = ((9000 - 1963.50) x 40) ÷ 1000

= 175,929.2 ÷ 1000 = 281.460÷1000

= 175.92 ml = 281.46ml

n x (

g )

h n x

( 600

)

310

= 20 x (

175.92 )

310= 20 x

( 281.46

)

310= 20 x 1.94

= 20 x 0.56 =20 x 0.91 = 38.7

= 11.35 cartridges =18.1 cartridges = 38.7 cartridges

Calculations

16

FiPP is manufactured from a red, non-setting, silicone based intumescent polymer and tested in accordance with the BS EN 1366-3 for a 2 hour fire rating and 2 hour insulation.

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 and cables. Tested to BS EN1366:3.

FiPP can also be used for upgrading the acoustic performance of partitions where electrical sockets have penetrated the wall with an acoustic rating of 66dB.

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

FiPP / I

FiPP / E

Type Order No. Product Dimensions[mm]

Fire Rating[hours]

Qty. Per Box

FiPP / I-S 53578 170x170 2 20

FiPP / I-D 54757 230x170 2 20

FiPP / E-S 506261 155x155 2 20

FiPP / E-D 506262 210x180 2 20

Description

Installation


BS EN1366-3

FiPP are used to prevent fire penetration in plastic electrical sockets and cable bundles for specified periods up to 2 hours. FiPP are available for internal and external use.

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

External▪ Mould the preformed putty pads into the back of the box and around the cables.

Specification

1. 2.

3. 4.

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Intumescent Putty Pads - FiPPfi

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The FiPP has been accepted by Robust Details Ltd as an alternative mechanism of sealing the rear of electrical service penetrations, such as sockets, in Robust Detail timber frame and metal frame seperating walls, as published in the Robust Details Part E Handbook.

RobustDetails BS EN ISO 717-1: 1997


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Description

EstimatingQuantities


Installation

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The Pillows are an Intumescent Graphite based product contained in a woven fibreglass bag. The 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

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.

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Intumescent Pillows will provide 4 hours fire integrity and 2 hoursinsulation rating as tested in accordance with BS476 Part 20 and EN 1366-3.

Suitable for sealing PVC, cPVC, uPVC, PE, PP, MDPE, HDPE and ABS > 5mm.

British Standard

BS 476-20

BS EN1366-3

Intumescent Pillows - FiP

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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.

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

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Installation

Specification

Intumescent Pillows - FiPP

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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 or fischer Intumescent Graphite Mastic. For gaps greater than 10mm wide FireStop Compound can be used.

Outside diameter of Pipework Fire Rating in mins

55 - 250mm 120 or 240

275 - 315mm 180

330 - 355mm 60

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, Ø8mm steel self- tapping screws, through the fixing tabs. ▪ Repeat for the other side of the wall.

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Description


Installation

Suitable for sealing PVC, cPVC, uPVC, PE, PP, MDPE, HDPE and ABS > 5mm.

British Standard

BS 476-20

BS EN1366-3

Fire Collar - FFC

Installation in Floors ▪ Make the floor around the 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, Ø8mm steel self-tapping screws, through the fixing tabs.

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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

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.

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Specification

Fire Collar - FFC

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Pipe Wraps comprise of layers of a graphite based intumescent sheets 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 fire side 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. If the thickness of the wall is smaller than the width of the wrap, then only 1 wrap is needed.

Outside Diamether of Pipework Fire Rating in Hours

55mm 2 or 4

82mm 2 or 4

110mm 2 or 4

160mm 2 or 4

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.

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Description


Installation

British Standard

BS 476-20

BS EN1366-3

Pipe Wrap - FiPW

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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

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Pipe Wrap - FiPW

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FireStop Compound is a specially formulated gypsum based mortar, which is mixed with water to be trowelled or poured around service penetrations.Tested to BS476 Part 20, FireStop Compound provides up to 6 hours fire protection. fischer FireStop Compound is used to provide a fire rated seal around service penetrations in fire rated walls and floors.In walls, FireStop Compound is mixed into a stiff consistency for trowelling into openings. Plastic pipework must be protected with either fischer Fire Collars or Intumescent Pipe Wraps. FireStop Compound sets in 30-45 minutes and is capable of accommodating foot traffic in approximately 72 hours.

Thickness of Compound Fire Rating

75mm Up to 2 hours

100mm Up to 6 hours

fischer FireStop 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 like FCPS. ▪ 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.

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Description

Installation

ApprovalsFireRating

British Standard

BS 476-20 fisc

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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 short span 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 30mm 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 servises, and subsequently re-sealed. Recommended minimum clearance between services and surrounding strucutre - 50mm or half the diameter, which ever is greater.

Compound - FFSC

BS EN ISO 717-1: 1997


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Wall Openings ▪ Trowelling: 1 bag of Compound to 7 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.

Mechanical:

Compressive Strength: (MPA) 8 (80kg/cm2)

Surface Hardness: Cyl/diam 20 (MPA) 8 (Load 4kn)

Cyl/diam 20 (MPA) 13 (Load 15kn)

Thermal:

Specific Heat at 20oC (j/kgoC) 575 (0.14kcal/kgoC)

at 1000oC (j/kgoC) 986 (0.14kcal/kgoC)

at 20oC (W/MoC) 0.19 (0.22kcal/kgoC)



Maximum Working Temperature:FireCombustion (according to ISO 1182 and NT Fire 001) Non-combustible: Corrosive Fumes NoneToxicity Nil

PhysicalDensity (Specific Gravity) (g/cm3) 0.8-0.9Expansion during curing 1.1(No explosive effect) -Curing Time (Hardneing) 1-3 days

ChemicalResistance to: Water Good Mineral/Oil/Petrol/Solvents Good Acids GoodHalogen content (trace elements):Chlorine, Flourides, Bromine Negligible (les than 38 ppm)Ageing No known effect of age

Miscellaneous Colour Beige Bonding to: Concrete 1.0 (10kg/cm2) Steel 0.35 (3.5kg/cm2)Blast resistance: (Bar) 7 Air & Gas permeability coefficient (10-14m2) 3.5 as concrete Sound Insulation very good 10cm / 50dB

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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

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.

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 given 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.

Specifications

Acoustic Coverage

LoadBearing

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British Standard

BS 476-20

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fischer Insulated Fire Sleeves are a unique combination of Mineral Wool and Intumescent Graphite that provide all the benefits of Mineral Wool’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 FireStopping and thermal insulation.fischer Insulated Fire Sleeves are intended for use on Copper, Mild Steel, Polypropylene and PVC pipes and can provide ½, 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

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 fischerinsulated 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 penetrations can be accommodated in conjunction with fischer Coated Panel System.

Description

Installation

ApprovalsFireRating

Insulated Sleeve - FiFS

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

Specifications

BS EN ISO 717-1: 1997


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

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

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.

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


Qty. Per Box

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

Specifications

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Acoustics ServiceTemperature

Compatibility Biological

Insulated Sleeve - FiFS

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FireStop 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.

FireStop Blocks are placed in running bond in the component opening or fitted around installations and can be cut using a knife.Quick, easy removable FireStop solution.

▪ Max. degree of use of the seal 60 %.▪ The installation of the seal is to be carried out according to the approvals Z-19.15 -1826 & 1827.▪ According to the approval, retrofitting of the system is only permitted 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 FireStop Blocks should be installed according to the requirement and along the joints.▪ Seals in the ceiling must be secured against breaking out using fencing or grating.

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FBB 45986 230 x 130 x 60mm 10

Cable bulkhead according to DIN 4102, part 9 in walls S90/S120 and ceilings S90; Z-19.15 -1826 and Z-19.15 - 1827.

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Description

FireStop Block - FBB

Approvals

Installation

Specification

29

▪ 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 permitted 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, FireStop adhesive should be used as joint adhesive.▪ We recommend that you attach formwork on the underside for ceiling seals.▪ Use FireStop adhesive to completely coat the embrasure in light partition walls with embrasures made of sheet

steel sections.

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Type Order No. Contents Qty. Per Box

FBS 0.5 45987 180g 12

Applicator Gun 503115 1 1

FBS 0.5 503114 45oz 1

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fischer FireStop Graphite Foam is an innovative two-component polyurethane expanding fire seal. Offering fast FireStop solutions for small to medium applications. Normal flammability according to DIN 4102 B2, P-3169/784/07-MPA BS. Yield is dependant on application temperature (cartridge contents yield 650 ml at 18˚C; up to 1000 ml at 23˚C).

FireStop Graphite Foam - FBS

Description

Approvals

Installation

Specification

British Standard

BS 476-20

Cable bulkhead S90 according to DIN 4102, part 9, in ceilings and walls; Z-19.15-1829.

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Coated Panel System - FCPS

fischer Coated Panel System consists of a 50mm thick mineral fibreboard coated both sides with a white ablative coating, 1mm thick.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)

Construction Tested Panel Configuration Fire Rating Integrity Fire Rating Insulation

Block Wall 1 x 50mm 4 hours 1 hour

Block Wall 2 x 50mm 4 hours 2 hour

Concrete Floor 1 x 50mm 4 hours 1 hour

Concrete Floor 2 x 50mm 4 hours 2 hour

Plasterboard Partition 2 x 50mm 1 hours 30 mins

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The Coated Panels are simply cut and friction fitted between the services and the edges of the structure. FiAM or FiGM is then used to seal the joints and it is coated with FPC. * 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 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, for walls, openings (unsupported) max 1200 x 600mm. Refer to fischer FireStop specialist for larger openings.fischer Coated Panel System can be used as a double board system for enchanced acoustic and insulation ratings.

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Approvals

Installation

FireRating

British Standard

BS 476-20

Weighted sound reduction Index (Rw) of up to 52db. Please consult our sales office with details of:▪ Wall construction ▪ Acoustic rating required

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

Acoustic SmokeSeal FibreMigration

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


FCPS / 50 53252 1200 x 600 x 50 1

FPC / 5lt 53253 5 litres 1

FiAM 310 53011 310 ml 25

Specification

BS EN ISO 717-1: 1997


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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.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.

Service Penetration Fire Rating

Cable Tray 4 hours

Electrical Trunking 4 hours

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 Coated Panel System or FireStop Compound.

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.

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Qty. Per Box

FCbF 53015 60 x 30 x 1000 35

Cable FireStop - FCbF

Description

Approvals

Installation

FireRating

Specifications

British Standard

BS 476-20

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British Standard

BS 476-20

Conduit Intumescent - FCi

Description

Approvals

Installation

FireRating

Specifications

fischer Conduit Intumescent 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 Conduit Intumescent (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

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

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

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

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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

BS EN1366-3

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FCID is a cast-in-place device designed for plastic pipe applications in solid and other concrete floor assemblies.

The plastic fastening flange and extension sleeve are designed to be rugged enough to withstand the force of a concrete pour yet lightweight enough to permit easy placement and handling.

It has been tested with various uPVC and HDPE pipes achieving a fire resistance of up to 4 hours in accordance with BS 476.20 : 1987 & BS 476.22 : 1987. is 250mm high which is suitable for most RC slabs. Where slabs are less thick the the FCID can be cut flush to size and resealed using fischer FCID-CP caps.

For Podium / Transfer slabs over 250mm thick the fischer FCID-E/1000 Fibreboard Extension Sleeves & FCID-E/C Extension Caps should be used to extend the devices as required.

Position the Cast-In Device on the formwork. Nail the Cast-in Device into position through the holes provided. Do not skew the nails. Pour concrete to required depth. After form work has been stripped and the pipe is ready to be placed into position, knock out the cap from the top of the collar and insert the pipe through the collar.

It should be noted that if the pipe is pushed in from the top, the rubber seal will be forced downwards. Lift the pipe slightly to ensure that the rubber seal projects upwards.

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Cast-In Device - FCID

Description

Approvals

Installation

British Standard

BS 476-20

Production:▪ Quick installation, with only 4 nails required to fix.▪ No timber boxes to form & less waste.▪ Sealed cap helps provides water tightness at earlier stage.Health & Safety:▪ No power or power tools required – Reduction in HAV Exposure.▪ Reduction in number of trip hazards.▪ Reduction in working at height.▪ Less bending and cropping of heavy rebar.Financial:▪ No further collars or wraps required - Savings!▪ One operation instead of 3-4 = Big savings over traditional methods.Innovation: ▪ Greater tolerances mean less risk of misalignment when setting out.▪ NEW Hi-Vis Colour to reduce risk of trips & falls.▪ Easily extended with NEW FCID-E/1000 Extension Sleeves.▪ Increased base opening allows for connections within the device.

SystemAdvantages

1 2 3 4 5 6

AS1530: Part 4: 2005

34

Type Order No. Pipe Dia. (Inches) Height x Dia (mm) Base Width x Depth (mm) Fire Rating (hours) Qty. Per Box

FCID 65 509532 3” 250 x 95 154 x 154 4 1

FCID 100 506324 4” 250 x 140 198 x 198 4 1

FCID 150 509533 6” 250 x 194 253 x 253 4 1

FCID 65-E/1000 509791 3” 1000 x 95 N/A N/A 1

FCID100-E/1000 509792 4” 1000 x140 N/A N/A 1

FCID150-E/1000 509793 6” 1000 x194 N/A N/A 1

FCID 65 E/C 511450 3” 19 x 95 N/A N/A 1

FCID100E/C 509794 4” 25 x140 N/A N/A 1

FCID150E/C 511451 6” 25 x194 N/A N/A 1

FCID 65-CP 510878 3” 19 x 92 N/A N/A 1

FCID100-CP 510879 4” 25 x136 N/A N/A 1

FCID150-CP 510880 6” 25 x194 N/A N/A 1

Suitable for uPVC and HDPE pipes. Provides a smoke and water seal.

Specifications

Slab less than 250mm thick

Prior to installation this proceedure must be approved by a H&S Advisor. Secure the Cast-In Device on formwork. Pour concrete to required depth, leaving FCID protruding.

Where a flush finish is required, prior to installing FCID, cut device to suit required slab depth & reseal with fischer FCID-CP, as indicated right, then follow installation proceedure as previous.

Podium/Transfer Slabs Greater Than 250mm ThickSet out & secure Cast-In Device on formwork, as per previous instruction steps 1 – 2, then remove cap. Calculate Extension Sleeve length using Cutting Guide and cut to size using a fine toothed saw. Slide Extension Sleeve over FCID until it is stopped by tops of ‘ribs’ and seal off with FCID-E/C Extension Cap. Pour concrete to required depth, filling cap if flush finish is required. Remove Extension Cap when pipe is ready to be installed.

FCID extension sleeveand FCID-E/C cap

FCID and FCID-CP cap

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Cast-In Device - FCID

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Cavity FireStop Clad - FCFcl

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).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.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

▪ Keep material dry and protect from impact damage. ▪ Ensure correct width is installed to suit the required Fire Rating. Horizontal FireStop ▪ 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.

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FireStop Clad

Multi Purpose Bracket

Description

ApprovalsFireRating

Installation

British Standard

BS 476-20


FCFcl 53046 Size on Application 1

Multi Purpose Bracket 58577 300 x 29 x 1mm 2

AcousticRating SmokeSeal FibreMigration

FCFcl has been acoustically assessed in a variety of constructions. Two FCFcl (220 wide x 75mm thick) compressed 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 FPC.Using foil encapsulated FCFcl and sealing joints with foil faced tape.

FCFcl can provide a smoke seal by either: Painting the exposed faces with fischer Panel Coating FPC, Using foil encapsulated FCFcl and sealing joints with foil faced tape.

Specification

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FVFB 102/25 & FVFB 102/50 have self adhesive on the back for initial positioning and should then be mechanically fixed along their centre line of the cladding system with 25 mm long small headed tacks at 250 mm centres.

FVFB 109/125 & FVFB + Sytems should be mechanically fixed within the cavity. The seal should be fixed along its centre line onto steel installation spikes or fischer Multi-Purpose brackets at 250 mm centres.

Care should be taken when fixing not to restrict the product from expanding in a fire situation. Adjacent Fire Barriers should be butt jointed together. All fixings used on fire systems should be fire rated as per page 34-37.

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Type Order No. Cavity Size (mm) Dimensions (mm) Fire Rating (hours)

Qty. Per Box

FVFB 102/25 513203 upto 25 4 x 35 x 1000 1 TBC

FVFB 102/50 513204 upto 50 6 x 75 x 1000 1 TBC

FVFB + System *505250 upto 450 >125 x 100 x 1000 1 TBC*Made to size - please quote reference 505250/FVFB+For larger cavities, please contact the fischer technical department on 01491 827 920 for more solutions.

▪ Creates a fire barrier behind the rainscreen.▪ Fire Tested for up to 60 minutes▪ Intumescent Material expands to fill the cavity.▪ Suitable for cavities up to 450mm.▪ Simple & quick installation - time saving of up to 50% over other fire barriers.▪ Tested in the most demanding of combustible rainscreen designs.▪ Fire tested both horizontally and vertically.▪ Allows ventilation and moisture dissipation thus preventing damp problems.▪ Cost effective.▪ Supplied in 1 metre lengths - can easily be cut with a knife.▪ All Fire Barriers are sealed to offer excellent weather protection and are unaffected by moisture.

fischer Ventilated Fire Barriers are designed to maintain the open cavity where the external facade/rainscreen is suspended away from the building structure. The fire barriers will expand to seal the cavity in a fire situation. The Fire Barriers are suitable for a variety of cavity depths.

fischer Ventilated Fire Barriers have been tested in both combustible timber frame and non-combustible constructions unlike other Fire Barrier products.

FVFB + System

Cavity Size (mm) Fire Rating (hours)

up to 25 1

up to 50 1

up to 125 1

up to 450 1

Ventilated Fire Barrier - FVFB

Description

ApprovalsFireRating

Benefits

British Standard

BS 476-20

Installation

Installation

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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

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.

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

Description

ApprovalsFireRating

Installation

British Standard

BS 476-20


FCFst 53045 Size on Application 1

AcousticRating SmokeSeal FibreMigration

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

Specification

Cavity FireStop Strip - FCFst

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Intumescent Linear Seal - FiLS

fischer Intumescent Linear Seal is a highly compressible strip formed by laminating fire retardant foam to a graphite based intumescent polymer.fischer Intumescent Linear Seal 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 Intumescent Linear Seal 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 Intumescent Linear Seal 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

fischer Intumescent Linear Seal 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.

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FiLS / 12x12 53047 14 x 12mm 1

FiLS / 25x12 53048 29 x 12mm 1

FiLS / 25x25 53049 29 x 25mm 1

FiLS / 50x25 53050 56 x 25mm 1

Description

ApprovalsFireRating

Installation

Specification

British Standard

BS 476-20

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FireStop Hand & Gun Foam

Description

Approvals

BenefitsInstallation

Specification

FireStop Hand Foam

FireStop Gun Foam

Installation information - Hand Foam▪ Shake cartridge before use.▪ Hold cartridge upside down when extruding foam.▪ Foam yield (free foaming) up to 35 litres / 750ml can.▪ 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. ▪ 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).

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Hand Foam 42757 750ml 12

Gun Foam 43712 750ml 12

Standard Gun 62400 n/a 1

Professional Gun 33208 n/a 1

The fischer FireStop Foam is a one component polyurethane foam which is self curing via the absorbtion of moisture from the atmosphere. The foam has excellent adhesive properties joining wood, brick, stone, cement. plaster wall boards, hard board and metal surfaces. Foam sets in a semi-ridged structure, fixes firmly, yet yields to movement and vibration. It is ideal for areas where up to 4hour FireStop performance is required.

TestedtoBSEN13501&BSEN1366-4,thefoamisperfectforsealinglineargapsinwalls,ceilingsandfloors.Insulatingpipesandelectricalinstallation,sealingwindow/doorjoints,sillsandframes.

Wall Depth Gap Width Sealant Depth Backing Integrity Insulation

100mm 31mm 100mm None 50 mins 50 mins




▪ 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.

FireRating

British Standard

BS 476-20

BS EN1366-4: 2006

BS EN ISO 140-3: 1995

DIN4102:Part1

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Air Seal Gun Foam

Description

Approvals

Benefits

Installation

Specification


Air Seal Gun Foam 512377 750ml 12

Gun 1 m for further information please call 01491 827 900

The fischer Air Seal GunFoam is a B2 rapid curing, highly elastic gun grade polyurethane foam. fischer Air Seal is ideal for use as an air tight gap filler and water resistant seal around windows and doors. It is also suitable for sealing floor to wall and wall to ceiling joints; the movement accommodation factor (MAF) of 35% ensures that the integrity of the seal is maintained in the event of movement and settlement.

• A high performance PU foam with excellent acoustic and airtight performance.

• B2 Foam Rating• Airtight formulation - tested to

EN1026 0.1 m³/h @10 Pa.• Acoustic dampening - up to 58 dB

joint insulation index.• Up to 35% movement

accomodation ensures integrity of the seal in the event of movement.

• Sub-zero formulation - can still be used at temperatures as low as -3˚C.

Installation information - Gun Foam▪ Shake the canister vigorously at least 20 times before use.▪ Screw the gun carefully onto the canister. Invert can and gently press

on the trigger for correct flow rate.▪ The foam will be tack free in approximately 10 minutes, trimmable

within 45-60 minutes and loadable within 24 hours (depending on thickness temperature and humidity).

▪ This foam is not UV resistant. Once cured, foam should be covered with fischer FFRS sealant, Intumescent Acrylic or Fire Rated Paint. For further information check the product data sheet.

Air SealGun Foam

Airtight formulation - tested to EN10260.1 m³/h @10 Pa

41

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 ventila-tion conduits and in-stallation 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 recognised 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 sprinkler/water spray systems from VdS [Vertrauen durch Sicherheit Schadenverhütung–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 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 recognised 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

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 recognised test centre.

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 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 recognised test centre.

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

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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 1.2FHB 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)


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)


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)


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 II 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 II 8 A4/C ▯ ▯ 1.7 – 1.7 – 1.7 – 1.7 – PB III/B-02-316

(of 31.01.2003)▯

FAZ II 10 A4/C ▯ ▯ 2.5 – 2.5 – 2.5 – 2.5 – ▯ ▯FAZ II 12 A4/C ▯ ▯ 4.5 – 4.5 – 4.5 – 4.5 – ▯ ▯FAZ II 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 www.fischer.co.uk → Fixing Systems → Products → Product online catalogue

FHB II-P 12 x 75

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Applications in the concrete pressure area Description Fixing type Material Max. permitted load in case of a fire [kN] Test report

Approval no. *Cerificate Application

gvz A4 C(1.4529) F30 F60 F90 F120 VdS FM

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

Non-cracked concreteFBN II 10 ▯ 1.3 1.3 1.3 –

FBN II 12 ▯ 1.8 1.8 1.8 –FBN II 16 ▯ 4.0 4.0 4.0 –FBN II 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.co.uk → Fixing Systems → Products → Product online catalogue.1) Load angle 10°2) Load angle 70°3) Load angle 90° O

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Fixing Technology

Applications for suspended ceilings and for manifold fixing of non-load-bearing systemsDescription Fixing type Material Max. permitted load in case of a fire [kN] Test report

Approval no. *Cerificate Application

gvz A4 C(1.4529) F30 F60 F90 F120 RWS 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 II EA II M63) ▯ ▯ – – – 0.1 Z-21.1-1619(of 01.01.1998)

Suspended ceilings and non-cracked concrete

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

* Detailed information regarding test reports and approvals is available at: www.fischer.co.uk → 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)

Facade fire tests

Applications in masonry


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.co.uk → 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.co.uk → Fixing Systems → Products → Product online catalogue.1) Values apply to sand-lime brick HL

Z12, clay brick MZ12, vertically perforated brick HL

Z12, and perforated sand-lime brick (ventilating) KSL12

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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 FNA II 6 x 30 M6 A4/C ▯ 0.1 PB III/B-07-114 multiple fixings of non-structural applications

FNA II 6 x 30 A4/C ▯ 0.1 FNA II 6 x 30 A4 ▯ 0.1

Efectis 2006 R0561(90 min)

FNA II 6 x 30 M6 A4 ▯ 0.1 FNA II 6 x 40 ▯ 0.1 FNA II 6 x 40 M6 ▯ 0.1

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

FHB II-P 12 x 75

Fixing Technology

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type Art.-No. qty pcs. length [mm]

profile profilethickness [mm]

Quick-fix strap 1m 42975 10 1000 3/50 3

Quick-fix strap 2m 48179 10 2000 3/50 3

Quick-fix back plates 42974 50 50 x 70 3/50 3

Quick-fix pliers 42976 1 - - -

Certified fischer bracket system

46

FireStop Handbook

47

The information in this catalogue is non-binding. Our Technical Services Department can provide you with additional information and advice however you will need to provide 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 listed with detailed performance specifications, please contact your local fischer representative for further consultation.

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

Product details are correct at time of going to print.

The fischer FireStop product line is available from specialised dealers.

© fischer UK Ltd - Printed in the UK

FireStop Handbook

FireStopHandbook2011/03

www.fischer.co.uk

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fischerfixings(UK)Ltd.WhitelyRoadWallingford,Oxon,OX109AT

Tel:01491827900Fax:01491827953

[email protected]

Technical Service:ToarrangeavisitfromoneofourTechnicalFieldEngineerspleasecontacttheTechnicalServicesDepartment:Phone:01491827920.Fax:01491827950Email:[email protected]

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