CERTIFICATE OF APPROVAL No CF 5155 PROMAT UK LIMITED

Transcription

1 CERTIFICATE OF APPROVAL No CF This is to certify that, in accordance with TS General Requirements for Certification of Fire Protection Products The undermentioned products of B The Innovation Centre, Heywood Distribution Park, Pilsworth Road, Heywood, Lancashire, OL TS Tel: 8 88 Fax: Have been assessed against the requirements of the Technical Schedule(s) denoted below and are approved for use subject to the conditions appended hereto: CERTIFIED PRODUCT Pyrosec Fire Resisting TECHNICAL SCHEDULE TS Fire Resistant, Glazing Systems and Glazing Materials Signed and sealed for and on behalf of Exova (UK) Limited trading as Warrington Certification Paul Duggan Certification Manager Issued: st October 3 Reissued: 3 th November 8 Page of 87

2 PYROSEC FIRE RESISTING GLASS CERTIFICATE No CF This Certificate of Approval relates to the fire resistance of the glass products described below when used in the following applications, as defined in BS 76: Part : 987 subject to the undermentioned conditions. Specification Application Fire Resistance Performance (mins) Page Integrity Insulation No. Pyrosec 7/3 Timber doorsets Pyrosec 7/3 Composite doorsets (IGU) 3-9 Pyrosec 7/3 Timber screens 3 - Pyrosec 7/3 Ext Timber screens 3 - Pyrosec 7/3 Timber screens (IGU) 3 - Pyrosec 7/6 Timber doorsets 6-3 Pyrosec 7/6 Timber doorsets 6 - Pyrosec 7/9 Timber doorsets 9-7 Pyrosec 7 and Pyrosec 9 Ext Steel doorsets (IGU) 3-6 Pyrosec 7 and Pyrosec 9 Ext Steel screens 3-7 Pyrosec 9 Ext and 9 Ext IGU Steel screens 3-9 Pyrosec 9 Ext and 9 Ext IGU Steel doorsets 3 - Pyrosec Timber doorsets 3 - Pyrosec Timber doorsets 3 - Pyrosec Steel screens 3-3 Pyrosec (inc. IGU s) Steel screens 3 - Pyrosec Timber screens 3 - Pyrosec Aluminium screen 3-6 Pyrosec /6 Timber doorsets 6-7 Pyrosec Timber doorsets 6-8 Pyrosec Timber Screen 6-9 Pyrosec Steel screens 3-3 Pyrosec Steel screens 6-3 Pyrosec 6 & 6 Ext Timber doorsets Pyrosec 6 & 6 Ext Timber doorsets Pyrosec 6 & 6 Ext Timber doorsets Pyrosec 6 & 6 Ext Timber doorsets Pyrosec 6 & 6 Ext Timber screens Pyrosec 6 & 6 Ext Timber screens Pyrosec 6 & 6 Ext (IGU s) Timber screens Pyrosec 6 Clear Run Timber screens Pyrosec 6 & 6 EXT (IGU s) Timber screen 6 3 Pyrosec 6 & 6 Ext (IGU s) Steel screens 3 3 Pyrosec 6 & 6 (inc. IGU s) Steel doorsets 3 3 Pyrosec 6 Steel screens 6-3 Pyrosec 6 Steel screens 6 3 Pyrosec 6 & 6 Ext Steel screens 3 3 Page of 87 Signed

3 PYROSEC FIRE RESISTING GLASS CERTIFICATE No CF Specification Application Fire Resistance Performance Page (mins) No. Integrity Integrity Pyrosec 6 IGU s Aluminium screens Pyrosec 6 IGU s Aluminium screens Pyrosec 6 & 6 Ext Aluminium screens Pyrosec 7 & 7 Ext Timber screens Pyrosec 7 & 7 Ext Steel screens 6 3 Pyrosec 7 & 7 Ext Steel screens 6 - Pyrosec 7 & 7 Ext Aluminium screens 6 3 Pyrosec & Ext Timber doorsets Pyrosec & Ext Timber screens 6 6 Pyrosec & Ext Timber screens 6 6 Pyrosec & Ext (IGU s) Timber screens Pyrosec & Ext Steel screens Pyrosec & Ext Steel doorsets Pyrosec & Ext (IGU s) Steel doorsets Pyrosec & Ext (IGU s) Steel screens Pyrosec ClearRun (6 mm) Butt Jointed Steel System (with angled panes) Pyrosec 6 Clear Run Steel screens Pyrosec 6 Clear Run Aluminium screens Pyrosec 6 Clear Run Corner joint options Pyrosec & Ext (IGU s) Steel screens Pyrosec & Ext (IGU s) Aluminium screens Pyrosec & Ext (IGU s) Aluminium screens Pyrosec & Ext (IGU s) Aluminium screens Pyrosec & Ext Clear Run Timber screens Pyrosec & Ext Clear Run Steel screens Pyrosec & Ext Clear Run Aluminium screens Pyrosec & Ext Clear Run Corner Joint options Pyrosec 3, 3 Ext and 3 IGU Steel screens Pyrosec 3, 3 Ext and 3 IGU Steel screens Pyrosec 3N & 3N Ext Steel screens 79 Pyrosec 3N & 3N Ext Steel screens 8 Pyrosec -IGU Steel screens 8 Pyrosec 9H Horizontal steel screens Pyrosec 8H Horizontal steel screens Pyrosec glass Glazing bar options Page 3 of 87 Signed

4 PYROSEC FIRE RESISTING GLASS CERTIFICATE No CF This certification is provided to the client for its own purposes and we cannot opine on whether it will be accepted by Building Control authorities or any other third parties for any purpose.this Certificate of Approval must be read in conjunction with CERTIFIRE Technical Schedule TS, Fire Resistant, Glazing Systems and materials. This product is approved on the basis of: i) Initial type testing. ii) A design appraisal against TS. iii) Certification of quality management system to ISO 9: 8. iv) Inspection and surveillance of factory production control. v) Audit testing. General Requirements Where the glass is installed in a timber, steel or aluminium framed screen, the orientation of the screen shall be no more than ±º from the vertical. For horizontal applications, the orientation of the screen shall be no more than ±3º from the vertical There is no restriction to the direction of exposure for the glass. Orientation may, however, be restricted by the requirements of a non-symmetrical framing system. The edge cover to each pane shall be no less than mm minimum. For external application, or in the case of direct solar radiation on the glazing, Pyrosec is available as external grade, with a UV filter. A minimum 6. mm laminated glass must be used as the external pane for IGU s incorporating internal grade Pyrosec. Minimum spacer width in IGU s should be 6 mm. Surface of glass may be lightly sandblasted to a maximum depth of mm. Manifestation films may be applied to the fully insulated glass variants. IGU s may include either aluminium or steel spacer bars and may utilise hot melt butyl edge sealant. Warm edge spacers referenced Edgetech Superspacer, Swissspacer V, Thermobar and Thermix TXN may also be utilised. IGU s comprising Pyrosec glass may incorporate blinds integrally fitted within the IGU. The fitment of such blinds should not necessitate the removal of any framing or beading material and should be operated via a remote system (i.e. operating system may be magnetic). Promat UK Limited should be consulted prior to specifying integral blinds to ensure acceptability. For timber framed glazing systems timber beads may be square. Pyrosec Matelux options are approved throughout the scope. Ash timber species (minimum density 6kg/m 3 ) is acceptable in all applications for up to and including 6 minute applications. Where foam tape or ceramic fibre is specified as a glazing tape, Interdens intumescent strip may be used as an alternative. Timber screens, where the application mentions shared mullion/transoms, multipane screens are approved up to an overall screen height of with unlimited width provided that maximum glass pane sizes are respected. Page of 87 Signed

5 PYROSEC FIRE RESISTING GLASS Shapes CERTIFICATE No CF It is also acceptable to include Pyrosec in shaped apertures, i.e. circles, ovals, arches, quadrants, etc (examples detailed below). within timber door leaves or screens (subject to limitations in the framing systems). For rectilinear apertures angles between adjoining perimeter beads should not be less than. Where shaped apertures are included, only finger jointed glazing beads are acceptable. Maximum linear dimensions or areas as approved should not be exceeded. Approved Closed cell foam tape Where closed cell foam tapes are included as an acceptable glazing gasket, the tapes should comprise one of the following types: Arbostrip F by Arbo Façade Solutions FoamLINK 33H+ by UK Industrial Tapes Ltd. FDP79 Superior F.R.G. Edge tape by Flowstrip Ltd. Scapa 39 by Scapa Ltd Techniseal by Technibond Ltd. Sealmaster Black Glazing Tape by Sealmaster Fire + Acoustic Closed cell foam tape by Fire & Acoustice Seals Ltd. Flowstrip FDP Expanded Polyethylene Foam by AS Rubber Ltd. Vita Cellular Foams Flexitec E Vita Cellular Foams Flexitec HT Illbruck TN3 Avio product 66 Page of 87 Signed

6 PYROSEC FIRE RESISTING GLASS In the case of Pyrosec laminated to a 7.mm anti bandit or anti bullet glass pane to one or both sides using a single PVB interlayer, this construction can also be used to form one side of an Insulating Unit (IGU) and it can be glazed either way around provided the second pane is a float or toughened glass. However, If the second pane is constructed with a non fire resistant laminated glass, then the IGU must be glazed with this pane to the fire side and the laminated Pyrosec pane to the non fire side. Alternatively, there may be no need to laminate an anti bandit or anti bullet glass pane to the Pyrosec pane to achieve the required security performance as this can be achieved by manufacturing the IGU with Pyrosec and a separate non fire resistant laminated glass pane of the required thickness. Glazing System /Materials - alternatives The applications in this CERTIFIRE certificate describe generic glazing systems that have achieved the relevant period of integrity when tested in conjunction with Pyrosec glass. There are a number of alternative glazing systems available listed in the CERTIFIRE Product Register which may be suitable for use with these glass products up to the maximum sizes listed for the specific glazing system but may not have specific test evidence. When the glazing system is determined as suitable using this method, and the system shows sizes smaller than allowable by this certificate, the aperture sizes specified in the system certificate shall take precedence. When both ceramic fibre based glazing tape and closed cell foam glazing tape are detailed in the table under the application heading, these tapes are interchangeable without any detrimental effect on the performance. Framing Systems - alternatives The applications in this CERTIFIRE certificate describe generic framing systems that have achieved the relevant period of integrity when tested in conjunction with Pyrosec glass. This approval relates to on going production. The product and/or its immediate packaging is identified with the manufacturer s name, the product name or number, the CERTIFIRE name or name and mark, together with the CERTIFIRE certificate number and application when appropriate. Page 6 of 87 Signed

7 Pyrosec 7/3 in timber based doorsets for periods of 3 minutes integrity The glass shall be glazed within a previously fire tested or CERTIFIRE approved timber based doorset utilising the following basic specification: Pyrosec 7/3 or 7/3 Ext with clear or Matelux acid etched or sandblasted glass Neutral silicone capping 3 mm wide by mm thick ceramic fibre based glazing tape or closed cell foam glazing tape mm high by 9. mm wide (including mm high by mm wide bolection with o chamfer) hardwood or MDF glazing beads, minimum density 6 kg/m 3 Non-combustible / hardwood setting blocks 6 6 mm thick hardwood aperture liner 7 Hardwood beads can be screw fixed with mm long steel screws at mm centres (3 o to glass) see fig or pin fixed with mm long steel pins at mm centres ( to glass) see fig 3. MDF beads can be pin fixed with mm long steel pins at mm centres ( to glass) fig. 8 Nominally mm thick FD3 door leaf The doorset shall be CERTIFIRE approved or have test evidence for the inclusion of apertures of the proposed dimensions. This Certificate of Approval relates to the sizes of Pyrosec 7/3 or 7/3 Ext glass shown in Figure and below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions. 3 Figure. Maximum Permitted Dimensions for Screw fixed Hardwood Beads or Pin Fixed MDF Beads Maximum Area.m Page 7 of 87 Signed Width

8 Pyrosec 7/3 in timber based doorsets for periods of 3 minutes integrity (continued) Figure. Maximum Permitted Dimensions for Pin Fixed Hardwood Beads Maximum Area.3m Maximum Area.3m Maximum Area.6m Width Page 8 of 87 Signed

9 Pyrosec 7/3 (IGU s) in timber based composite doorsets for periods of 3 minutes integrity Approval of Pyrosec 7/3 or 7/3 Ext IGU s is approved, at the dimensions given in Figure 3 below, for use in certain specific designs of composite doorset. There is no limit regarding glass orientation. should be contacted for further information on suitable applications. 979 Figure 3. Maximum Permitted Maximum Area. m Dimensions Page 9 of 87 Signed

10 6 7 CERTIFICATE No CF Pyrosec 7/3 in timber framed screens for periods of 3 minutes integrity The glass shall be glazed utilising the following basic specification: 3 Pyrosec 7/3 or 7/3 Ext with clear or Matelux acid etched or sandblasted glass Neutral silicone capping 3 mm wide by mm thick ceramic fibre based glazing tape or mm wide by mm thick closed cell foam glazing tape mm wide by 3 mm high (with o chamfer) hardwood or softwood glazing beads, minimum density 7 kg/m 3 Non-combustible setting blocks 6 Hardwood or softwood beads can be pinned or screw fixed with 38 mm long steel screws at 7 mm centres (3 o to glass) or mm long steel pins at a maximum of mm centres and angled at 7 67 mm by 33 mm (minimum) hardwood or softwood perimeter frame, minimum density 7 kg/m mm by 6 mm (minimum) hardwood or softwood transoms/mullions, minimum density 7 kg/m 3 This Certificate of Approval relates to the sizes of Pyrosec 7/3 or 7/3 Ext glass shown in Figure below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions and may be utilised in multi-paned screen systems with shared transoms and mullions. 9 Maximum Area 3.9m 87 7 Figure. Maximum Permitted Dimensions 78 Maximum Area 3.9 m 8 Maximum Area.6 m Page of 87 Signed Width

11 Pyrosec 7/3 Ext in timber framed screens for periods of 3 minutes integrity The glass shall be glazed utilising the following basic specification: Pyrosec 7/3 Ext Neutral silicone capping 3 mm wide by mm thick ceramic fibre based glazing tape or closed cell foam mm wide by 7 mm high (with o chamfer or square) hardwood glazing beads, minimum density 9 kg/m 3 Non-combustible setting blocks 6 mm long steel screws at mm centres (3 o to glass) centres or mm long steel pins at mm centres (3 o to glass) 7 7 mm by 33 mm (minimum) hardwood perimeter frame, minimum density 9kg/m 3. 7 mm by 6 mm (minimum) hardwood transoms/mullions, minimum density 9 kg/m 3. This Certificate of Approval relates to the sizes of Pyrosec 7/3 Ext glass shown in Figure below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions. May be utilised in multipaned screen systems with shared transoms and mullions. Maximum Area 3.73m Figure Maximum Permitted Dimensions Maximum Area.6 m Width Page of 87 Signed

12 Insulating Units (IGU s) including Pyrosec 7/3 in timber framed screens for periods of 3 minutes integrity The IGU shall be glazed utilising one of the following specifications: IGU comprising Pyrosec 7/3 or 7/3 Ext glass Pyrosec 7/3 or 7/3 Ext with clear or Matelux acid etched or sandblasted glass, minimum mm wide cavity and minimum 6 mm thick non-fire rated glass (toughened, float, laminated, coated, tinted)* Neutral silicone capping 3 mm wide by mm thick ceramic fibre based glazing tape or mm wide by mm thick closed cell foam glazing tape mm wide by 3 mm high (with o chamfer) hardwood glazing beads, minimum density 7 kg/m 3 Non-combustible setting blocks 6 Hardwood beads can be pinned or screw fixed with mm long steel screws at 7 mm centres (3 o to glass) or mm long steel pins at a maximum of mm centres, angled at 7 86 mm by 33 mm (minimum) hardwood frame, minimum density 7 kg/m 3 * A minimum 6.8 mm laminated glass must be used as the external pane for IGU s incorporating internal grade Pyrosec 7/3. This Certificate of Approval relates to the sizes of IGU s including Pyrosec 7/3 or 7/3 Ext glass shown in Figure 6 below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions. 9 3 Maximum Area 3. m Figure 6. Maximum Permitted Dimensions Width 79 Page of 87 Signed

13 Pyrosec 7/6 in timber based doorsets for periods of 6 minutes integrity The glass shall be glazed within a previously fire tested or CERTIFIRE approved timber based doorset utilising the following basic specification: Pyrosec 7/6 with clear or Matelux acid etched or sandblasted glass. mm wide by mm thick Therm-A-Bead glazing tape or mm wide by mm thick closed cell foam glazing tape or mm thick ceramic fibre tape capped of with neutral silicone 3 3 mm high by mm wide (including mm high by mm wide bolection with o chamfer) hardwood glazing beads, minimum density 6 kg/m 3 Non-combustible / hardwood setting blocks mm thick by mm wide Therm-A-Line aperture liner 6 Hardwood beads can be screw fixed with 6 mm long steel screws at mm centres (3 o to glass) or mm long steel pins at a maximum of mm centres, mm from corners, angled at 7 Nominally mm thick FD6 door leaf The doorset shall be CERTIFIRE approved or have test evidence for the inclusion of apertures of the proposed dimensions. This Certificate of Approval relates to the sizes of Pyrosec 7/6 glass shown in Figure 7 below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions Figure 7. Maximum Permitted Dimensions Maximum Area.39m Maximum Area.m Width Page 3 of 87 Signed

14 Pyrosec 7/6 in timber based doorsets for periods of 6 minutes integrity The glass shall be glazed within a previously fire tested or CERTIFIRE approved timber based doorset utilising the following basic specification: Pyrosec 7/6 Neutral silicone capping 3 mm wide by mm thick 'Fire and Acoustic closed cell foam tape (see page 6 for approved tapes) mm high by 3 mm wide (including mm high by mm wide bolection with min. o chamfer or square) MDF or hardwood glazing beads Non-combustible / hardwood setting blocks 6 mm thick by wide Therm-A-Line aperture liner 7 mm long,.8 mm diameter steel pins or screws ( mm long) at mm centres (3 o to glass) 8 Nominally mm thick FD6 door leaf The doorset shall be CERTIFIRE approved or have test evidence for the inclusion of apertures of the proposed dimensions. This Certificate of Approval relates to the sizes of Pyrosec 7/6 glass shown in Figure 8 below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions. Maximum Area. m Figure 8. Maximum Permitted Dimensions Page of 87 Signed

15 Pyrosec 7/9 in timber based doorsets for periods of 9 minutes integrity The glass shall be glazed within a previously fire tested or CERTIFIRE approved timber based doorset utilising the following basic specification: Pyrosec 7/9 with clear or Matelux acid etched or sandblasted glass. mm wide by mm thick Therm-A-Bead glazing tape. 3 3 mm high by mm wide (including mm high by mm wide bolection with o chamfer) hardwood glazing beads, minimum density 6 kg/m 3 Non-combustible / hardwood setting blocks mm thick by mm wide Therm-A-Line aperture liner 6 Hardwood beads can be screw fixed with 6 mm long steel screws at mm centres (3 o to glass) 7 Nominally mm thick FD9 door leaf The doorset shall be CERTIFIRE approved or have test evidence for the inclusion of apertures of the proposed dimensions. This Certificate of Approval relates to the sizes of Pyrosec 7/9 glass shown in Figure 9 below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions Figure 9. Maximum Permitted Dimensions Maximum Area.m 6 8 Width Page of 87 Signed

16 Insulating Units (IGU s) including Pyrosec 7 & Pyrosec 9 Ext in Steel Doorsets for periods of 3 minutes integrity The glass shall be glazed within a previously fire tested (see example below) or a CERTIFIRE approved steel profiled doorleaf framing system.. IGU comprising Pyrosec 7 & Pyrosec 9 3 Ext glass, a minimum 6 mm wide air cavity and minimum mm thick non-fire rated glass (toughened, float, laminated, coated, tinted)*. Neutral silicone capping 3. Ceramic fibre based glazing tape. Neoprene seal. Steel bead 6. Steel section, stile and rail 7. Steel section, jamb and head Lining board to partition 9. Framework to partition * A minimum 6.8 mm laminated glass must be used as the external pane for IGU s incorporating internal grade Pyrosec 7. The steel profiled door framing system shall have test evidence (such as RP Technik Hermetic ) or be CERTIFIRE approved for the inclusion of apertures of the proposed dimensions. If the proposed doorset is to be used in double-leaf configuration, the test or assessment evidence should be applicable to double-leaf configurations. Likewise, if the proposed doorset is to be used in the unlatched configuration, the available evidence should be applicable to unlatched doorsets. When used to glaze CERTIFIRE approved doorsets which have smaller apertures than allowed in this certificate, the aperture sizes specified in the doorset certificate shall take precedence. This Certificate of Approval relates to the sizes of Pyrosec 7 & Pyrosec 9 Ext glass shown in Figure below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions. 86 Maximum Area.7 m Figure. Maximum Permitted Dimensions Page 6 of 87 Signed

17 Pyrosec 7 & Pyrosec 9 Ext in steel framed screens for periods of 3 minutes integrity The glass shall be glazed within a previously fire tested (see example below) or a CERTIFIRE approved steel framing system Pyrosec 7 & Pyrosec 9 Ext Neutral silicone capping 3 mm wide by 3-6 mm thick ceramic fibre glazing tape Non-combustible/hardwood setting blocks Steel plate mm by 3 mm 6 Steel section 6 mm by 3 mm by 3 mm 7 Steel angle mm by mm by 3 mm 8 3 mm long steel screws at mm centres An example of a tested framing system is detailed above. Alternative framing systems shall have test evidence, such as Jansen Economy or Forster Presto or similar, or be CERTIFIRE approved for the inclusion of apertures of the proposed dimensions. This Certificate of Approval relates to the sizes of Pyrosec 7 & Pyrosec 9 Ext glass shown in Figure and below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions. 3 Maximum Area 3. m (specifically approved for Jansen Economy ) Maximum Area.76 m Figure. Maximum Permitted Dimensions Width Page 7 of 87 Signed

18 Pyrosec 7 & Pyrosec 9 Ext in steel framed screens for periods of 3 minutes integrity (continued) 9 Maximum Area 3.7m 86 8 Figure. Maximum Permitted Dimensions Forster Presto Frame Only Maximum Area. m 8 Width Page 8 of 87 Signed

19 Pyrosec 9 Ext (inc. IGU s) in steel framed screens for periods of 3 minutes integrity The glass shall be glazed within a previously fire tested (see example below) or a CERTIFIRE approved steel framing system. Pyrosec 9 Ext or 9 Ext IGU - a minimum 6 mm wide air cavity and a minimum mm thick non-fire rated glass (toughened, float, laminated, coated, tinted etc.) Neutral silicone capping 3 mm wide by 3-6 mm thick ceramic fibre glazing tape Non-combustible/hardwood setting blocks Steel plate mm by 3 mm 6 Steel section 6 mm by 3 mm by 3 mm 7 Steel angle mm by mm by 3 mm 8 3 mm long steel screws at mm centres An example of a tested framing system is detailed above. Alternative framing systems shall have test evidence, such as RP-hermetic N FP, or be CERTIFIRE approved for the inclusion of apertures of the proposed dimensions. This Certificate of Approval relates to the sizes of Pyrosec 9 Ext or 9 Ext IGU glass shown in Figure 3 below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions. May be utilised in multipaned screen systems with shared transoms and mullions. Maximum Area.7m 69 3 Figure 3. Maximum Permitted Dimensions 9 Width Page 9 of 87 Signed

20 Pyrosec 9E Ext (inc. IGU s) in Steel Doorsets for periods of 3 minutes integrity The glass shall be glazed within a previously fire tested (see example below) or a CERTIFIRE approved steel profiled doorleaf framing system.. Pyrosec 9 Ext or 9 Ext IGU glass, a 3 minimum 6 mm wide air cavity and minimum mm thick non-fire rated glass (toughened, float, laminated, coated, tinted)*. Neutral silicone capping 3. Ceramic fibre based glazing tape. Neoprene seal. Steel bead 6. Steel section, stile and rail 7. Steel section, jamb and head 8. Lining board to partition Framework to partition. Steel screw The steel profiled door framing system shall have test evidence (such as RP Technik Hermetic N FP E3) or be CERTIFIRE approved for the inclusion of apertures of the proposed dimensions. If the proposed doorset is to be used in double-leaf configuration, the test or assessment evidence should be applicable to double-leaf configurations. Likewise, if the proposed doorset is to be used in the unlatched configuration, the available evidence should be applicable to unlatched doorsets. When used to glaze CERTIFIRE approved doorsets which have smaller apertures than allowed in this certificate, the aperture sizes specified in the doorset certificate shall take precedence. This Certificate of Approval relates to the sizes of Pyrosec 9 Ext and 9 Ext IGU glass shown in Figure below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions. 9 Maximum Area 3,78 m Figure. Maximum Permitted Dimensions Page of 87 Signed

21 Pyrosec in timber based doorsets for periods of 3 minutes integrity (hardwood beads) The glass shall be glazed within a previously fire tested or CERTIFIRE approved timber based doorset utilising the following basic specification: Pyrosec Neutral silicone capping 3 mm wide by mm thick ceramic fibre based glazing tape or closed cell foam tape (see page 6 for approved tapes) mm high by 9. mm wide (including mm high by mm wide bolection with o chamfer or square) hardwood glazing beads, minimum density kg/m 3 Non-combustible / hardwood setting blocks 6 6 mm thick hardwood aperture liner 7 mm long steel screws or pins at mm centres (3 o to glass) 8 Nominally mm thick FD3 door leaf The doorset shall be CERTIFIRE approved or have test evidence for the inclusion of apertures of the proposed dimensions. This Certificate of Approval relates to the sizes of Pyrosec glass shown in Figure below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions. 3 Figure. Maximum Permitted Dimensions Width 89 Page of 87 Signed

22 Pyrosec in timber based doorsets for periods of 3 minutes integrity (MDF Beads) The glass shall be glazed within a previously fire tested or CERTIFIRE approved timber based doorset utilising the following basic specification: Pyrosec Neutral silicone capping 3 mm wide by mm thick ceramic fibre based glazing tape or closed cell foam tape (see page 6 for approved tapes) mm high by 9. mm wide (including mm high by mm wide bolection with o chamfer or square) MDF glazing beads, minimum density 6 kg/m 3 Non-combustible / hardwood setting blocks 6 6 mm thick MDF aperture liner 7 mm long steel pins (.8 mm diameter) at mm centres (3 o to glass) starting at mm in from corners 8 Nominally mm thick FD3 door leaf The doorset shall be CERTIFIRE approved or have test evidence for the inclusion of apertures of the proposed dimensions. This Certificate of Approval relates to the sizes of Pyrosec glass shown in Figure 6 below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions. Figure 6. Maximum Permitted Dimensions Maximum Area. m Page of 87 Signed

23 Pyrosec in steel framed screens for periods of 3 minutes integrity The glass shall be glazed within a previously fire tested (see example below) or a CERTIFIRE approved steel framing system Pyrosec (B safety class). Ceramic fibre based glazing tape, Superwool X67, mm x mm capped with Dow Corning Firestop 7 neutral silicone 3. Glazing bead 3 mm x mm. Stud, mm diameter by mm long. Perimeter Steel section, 6 mm x 7 mm x.7 mm (intermediate sections 6 mm by 9 mm by.7 mm thick) 6. Mineral wool insulation 7. Timber Setting Block (7kg/m 3 ) The framing system shall have test evidence, such as Jansen Economy 6 (as detailed above), or be CERTIFIRE approved for the inclusion of apertures of the proposed dimensions. This Certificate of Approval relates to the sizes of Pyrosec glass shown in Figure 7 below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions. 9 Maximum Area 3.7m 86 Figure 7. Maximum Permitted Dimensions Width Page 3 of 87 Signed

24 7 Insulating Units (IGU s) including Pyrosec in steel framed screens for periods of 3 minutes integrity The glass shall be glazed within a previously fire tested (see example below) or a CERTIFIRE approved steel framing system.. Pyrosec (B safety class) Insulating Glazed Unit (a minimum 8 mm wide air cavity and minimum 6 mm thick non-fire rated glass - toughened, float, laminated, coated, tinted). Note: 6. mm laminated glass must be used in external 3 applications. Ceramic fibre based glazing tape, Superwool X67, mm x mm capped with Dow Corning Firestop 7 neutral silicone 3. Glazing bead mm x mm 6. Stud, mm diameter by mm long. Perimeter Steel section, 6 mm x 7 mm x.7 mm (intermediate sections 6 mm by 9 mm by.7 mm thick) The framing system shall have test evidence, such as Jansen Economy 6 (as detailed above), or be CERTIFIRE approved for the inclusion of apertures of the proposed dimensions. This Certificate of Approval relates to the sizes of Pyrosec IGU glass shown in Figure 8 below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions. 86 Maximum Area.86m Figure 8. Maximum Permitted Dimensions Width Page of 87 Signed

25 6 7 Pyrosec in timber framed screens for periods of 3 minutes integrity The glass shall be glazed utilising the following basic specification: 3 Pyrosec (B safety class) Dow Corning Firestop 7 3 mm wide by mm thick ceramic fibre based glazing tape or mm wide by mm thick closed cell foam tape (see page 6 for approved tapes) mm wide by 7 mm high (with o chamfer or square) hardwood or softwood glazing beads, minimum density 6 kg/m 3 Non-combustible setting blocks 6 mm long steel screws at -3 mm centres or mm long steel pins at mm centres (3 o to glass) 7 minimum 7 mm by 33 mm (6 mm for intermediate transoms/mullions) hardwood or softwood frame, minimum density kg/m 3 This Certificate of Approval relates to the sizes of Pyrosec glass shown in Figure 9 below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions. May be utilised in multipaned screen systems with shared transoms and mullions. 9 Maximum Area 3.9m 87 Figure 9. Maximum Permitted Dimensions 37 Width Page of 87 Signed

26 Pyrosec (inc. IGU s) in Wicona Wicline 6 aluminium framed screens for periods of 3 minutes integrity The glass shall be glazed within a Wicona Wicline 6 aluminium framed screen. Please consult the frame manufacturer for drawings of glazing system. This Certificate of Approval relates to the sizes of Pyrosec glass (inc. IGU options comprising a minimum 8 mm wide air cavity and minimum 6 mm thick non-fire rated glass -toughened, float, laminated, coated, tinted. Note: 6. mm laminated glass must be used in external applications) shown in Figure below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions. 88 Maximum Area.83m 8 Figure. Maximum Permitted Dimensions Maximum Area.8 m Width Page 6 of 87 Signed

27 Pyrosec /6 in timber based doorsets for periods of 6 minutes integrity The glass shall be glazed within a previously fire tested or CERTIFIRE approved timber based doorset utilising the following basic specification: Pyrosec /6 Neutral silicone capping 3 mm wide by mm thick closed cell foam tape (see page 6 for approved tapes) 3 mm high by mm wide (including mm high by mm wide bolection with o chamfer or square) hardwood glazing beads, minimum density 6 kg/m 3 Non-combustible/hardwood setting blocks 6 6 mm thick hardwood aperture liner (not required for hardwood cored door leaves) 7 6 mm long steel screws at or pins mm centres (3 o to glass) 8 Nominally mm thick FD6 door leaf The doorset shall be CERTIFIRE approved or have test evidence for the inclusion of apertures of the proposed dimensions. This Certificate of Approval relates to the sizes of Pyrosec /6 glass shown in Figure below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions Figure. Maximum Permitted Dimensions Width Page 7 of 87 Signed

28 PYROSEC FIRE RESISTING GLASS Pyrosec in timber based doorsets for periods of 6 minutes integrity The glass shall be glazed within a previously fire tested or CERTIFIRE approved timber based doorset utilising the following basic specification: Pyrosec Closed cell foam tape (see page 6 for approved tapes) capped with Neutral silicone capping 3 Hardwood glazing beads (6kg/m 3 ), mm high by 8 mm wide, recessed to accept liner. Fixed with steel pins (6 mm long by 3 mm diameter) at to face of glass at mm centres ( mm in from corners) mm wide by mm thick (Intumescent Seals Ltd Therm-A-Line or Mann McGowan Palusol) Non-combustible/hardwood setting blocks Nominally mm thick FD6 door leaf The doorset shall be CERTIFIRE approved or have test evidence for the inclusion of apertures of the proposed dimensions. This Certificate of Approval relates to the sizes of Pyrosec glass shown in Figure below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions Figure. Maximum Permitted Dimensions Width Page 8 of 87 Signed

29 PYROSEC FIRE RESISTING GLASS CERTIFICATE No CF Pyrosec in timber framed screens for periods of 6 minutes integrity The glass shall be glazed utilising the following basic specification: Pyrosec Neutral silicone capping 3 mm wide by mm thick ceramic fibre based glazing tape or closed cell foam tape (see page 6 for approved tapes) mm wide by 7 mm high (with - o chamfer or square) hardwood glazing beads, minimum density kg/m 3 Non-combustible setting blocks 6 6 mm long steel screws at mm centres or 6 mm long steel pins at mm centres (3 o to glass) 7 7 mm by 37 mm (minimum) hardwood perimeter framing sections, 7 mm by mm (minimum) hardwood internal transom/mullion framing sections, minimum density kg/m 3 This Certificate of Approval relates to the sizes of Pyrosec glass shown in Figure 3 below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions. Maximum Area.9 m Figure 3. Maximum Permitted Dimensions 8 8 Maximum Area.79 m 9 8 Width 886 Page 9 of 87 Signed

30 PYROSEC FIRE RESISTING GLASS CERTIFICATE No CF Pyrosec in steel framed screens for periods of 3 minutes integrity The glass shall be glazed within a previously fire tested (see example below) or a CERTIFIRE approved steel framing system Pyrosec or Pyrosec Ext. Ceramic fibre based glazing tape, mm x 3 mm 3. Glazing bead mm x mm. Screw, mm long. Steel section, 6 mm x mm x. mm 6. Mineral wool insulation 7. Setting Block 6 The framing system shall have test evidence, such as Jansen Economy or R P Profiles, or be CERTIFIRE approved for the inclusion of apertures of the proposed dimensions. This Certificate of Approval relates to the sizes of Pyrosec or Ext glass shown in Figure below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions. 9 Maximum Area.7m Figure. Maximum Permitted Dimensions Maximum Area.77 m Width Page 3 of 87 Signed

31 PYROSEC FIRE RESISTING GLASS CERTIFICATE No CF Pyrosec in steel framed screens for periods of 6 minutes integrity The glass shall be glazed within a previously fire tested (see example below) or a CERTIFIRE approved steel framing system Pyrosec. Ceramic fibre based glazing tape, mm x 3 mm 3. Glazing bead mm x mm. Screw, mm long. Steel section, 6 mm x mm x. mm 6. Mineral wool insulation 7. Setting Block 6 The framing system shall have test evidence, such as Jansen Economy or R P Profiles, or be CERTIFIRE approved for the inclusion of apertures of the proposed dimensions. This Certificate of Approval relates to the sizes of Pyrosec glass shown in Figure below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions. Maximum Area.m Figure. Maximum Permitted Dimensions Maximum Area.98 m Width Page 3 of 87 Signed

32 PYROSEC FIRE RESISTING GLASS CERTIFICATE No CF Pyrosec 6 in timber based doorsets for periods of 6 minutes integrity and 3 minutes insulation The glass shall be glazed within a previously fire tested or CERTIFIRE approved timber based doorset utilising the following basic specification: Pyrosec 6 or Pyrosec 6 Ext Neutral silicone capping 3 mm wide by mm thick closed cell foam tape 3 mm high by mm wide (including mm high by mm wide bolection with o chamfer or square) hardwood glazing beads, minimum density 6 kg/m 3 Non-combustible/hardwood setting blocks 6 6 mm thick hardwood aperture liner (not required for hardwood cored door leaves) 7 6 mm long steel screws at mm centres (3 o to glass) 8 Nominally mm thick FD6 door leaf The doorset shall be CERTIFIRE approved or have test evidence for the inclusion of apertures of the proposed dimensions. This Certificate of Approval relates to the sizes of (Pyrosec 6 and Pyrosec 6 Ext) Pyrosec glass shown in Figure 6 below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions Figure 6. Maximum Permitted Dimensions Width Page 3 of 87 Signed

33 PYROSEC FIRE RESISTING GLASS CERTIFICATE No CF Pyrosec 6 in timber based doorsets for periods of 3 minutes integrity and 3 minutes insulation The glass shall be glazed within a previously fire tested or CERTIFIRE approved timber based doorset utilising the following basic specification: Pyrosec 6 or Pyrosec 6 Ext Neutral silicone capping 3 mm wide by mm thick closed cell foam tape 3 mm high by mm wide (including mm high by mm wide bolection with o chamfer or square) hardwood glazing beads, minimum density 6 kg/m 3 Non-combustible/hardwood setting blocks 6 6 mm thick hardwood aperture liner (not required for hardwood cored door leaves) 7 6 mm long steel screws at mm centres (3 o to glass) 8 Nominally mm thick FD3 door leaf The doorset shall be CERTIFIRE approved or have test evidence for the inclusion of apertures of the proposed dimensions. This Certificate of Approval relates to the sizes of (Pyrosec 6 and Pyrosec 6 Ext) Pyrosec glass shown in Figure 7 below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions Figure 7. Maximum Permitted Dimensions Width Page 33 of 87 Signed

34 Pyrosec 6 in timber based doorsets for periods of 3 minutes integrity and 3 minutes insulation The glass shall be glazed within a previously fire tested or CERTIFIRE approved timber based doorset utilising the following basic specification: Pyrosec 6 or Pyrosecl 6 Ext Neutral silicone capping 3 mm wide by mm thick closed cell foam tape (see page 6 for approved tapes) 33 mm high by mm wide (including mm high by mm wide bolection with o chamfer or square) hardwood glazing beads, minimum density kg/m 3 Non-combustible/hardwood setting blocks 6 6 mm thick hardwood aperture liner (not required for hardwood cored door leaves) 7 mm long steel screws at mm centres or mm long steel pins at mm centres ( o to glass) 8 Nominally 6 mm thick FD3 door leaf The doorset shall be CERTIFIRE approved or have test evidence for the inclusion of apertures of the proposed dimensions. This Certificate of Approval relates to the sizes of (Pyrosec 6 and Pyrosec 6 Ext) Pyrosec glass shown in Figure 8 below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions. 86 Maximum Area.99 m Figure 8. Maximum Permitted Dimensions Width Page 3 of 87 Signed

35 PYROSEC FIRE RESISTING GLASS Pyrosec 6 in timber based doorsets for periods of 3 minutes integrity and 3 minutes insulation The glass shall be glazed within a previously fire tested or CERTIFIRE approved timber based doorset utilising the following basic specification: Pyrosec 6 or Pyrosec 6 Ext Neutral silicone capping 3 mm wide by mm thick closed cell foam tape (see page 6 for approved tapes) 3 mm high by 6 mm wide flush beads (with o chamfer or square) hardwood glazing beads, minimum density kg/m 3 Non-combustible/hardwood setting blocks 6 6 mm thick hardwood aperture liner (not required for hardwood cored door leaves) 7 mm long steel screws at mm centres or mm long steel pins at mm centres ( o to glass) 8 Nominally 6 mm thick FD3 door leaf The doorset shall be CERTIFIRE approved or have test evidence for the inclusion of apertures of the proposed dimensions. This Certificate of Approval relates to the sizes of (Pyrosec 6 and Pyrosec 6 Ext) Pyrosec glass shown in Figure 9 below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions. 6 Maximum Area.3 m Figure 9. Maximum Permitted Dimensions 9 Width Page 3 of 87 Signed

36 PYROSEC FIRE RESISTING GLASS CERTIFICATE No CF Pyrosec 6 in timber framed screens for periods of 6 minutes integrity and 3 minutes insulation The glass shall be glazed utilising the following basic specification: Pyrosec 6 and Pyrosec 6 Ext Neutral silicone capping 3 mm wide by mm thick closed cell foam or ceramic fibre based tape 3 mm high by mm wide (with o chamfer) hardwood glazing beads, minimum density 6 kg/m 3 Non-combustible setting blocks 6 mm long steel screws at mm centres or mm long steel pins at mm centres (3 o to glass) 7 7 mm by 37 mm (minimum) hardwood perimeter framing sections, 7 mm by mm (minimum) hardwood internal transom/mullion framing sections, minimum density 6 kg/m 3 This Certificate of Approval relates to the sizes of Pyrosec 6 and Pyrosec 6 Ext glass shown in Figure 3 below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions. 9 6 Maximum Area 3.78 m Figure 3. Maximum Permitted Dimensions Width Page 36 of 87 Signed

37 PYROSEC FIRE RESISTING GLASS CERTIFICATE No CF Pyrosec 6 in timber framed screens for periods of 3 minutes integrity and 3 minutes insulation The glass shall be glazed utilising the following basic specification: Pyrosec 6 and Pyrosec 6 Ext Neutral silicone capping 3 mm wide by mm ceramic fibre based glazing tape 7 mm high by mm wide (with o chamfer) hardwood glazing beads, minimum density 6 kg/m 3 Non-combustible setting blocks 6 mm long steel screws at mm centres (3 o to glass) 7 7 mm by 33 mm (minimum) hardwood perimeter framing sections, 7 mm by 6 mm (minimum) hardwood internal transom/mullion framing sections, minimum density 6 kg/m 3 This Certificate of Approval relates to the sizes of Pyrosec 6 and Pyrosec 6 Ext glass shown in Figure 3 below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions. 9 Maximum Area.6 m Figure 3. Maximum Permitted Dimensions Width Page 37 of 87 Signed

38 PYROSEC FIRE RESISTING GLASS CERTIFICATE No CF Pyrosec 6 IGU in timber framed screens for periods of 3 minutes integrity and 3 minutes insulation The glass shall be glazed utilising the following basic specification: IGU comprising Pyrosec 6 or Pyrosec 6 Ext glass, a minimum 8 mm wide air cavity and minimum 6 mm thick non-fire rated glass (toughened, float, laminated, coated, tinted)* Neutral silicone capping 3 mm wide by mm ceramic fibre based glazing tape mm high by mm wide (with o chamfer) hardwood glazing beads, minimum density kg/m 3 Non-combustible setting blocks 6 6 mm long steel screws at mm centres or 6 mm 7 steel pins (3 o to glass) 7 33 mm by 97 mm (minimum) hardwood perimeter framing sections, 66 mm by 97 mm (minimum) hardwood internal transom/mullion framing sections, minimum density kg/m 3 This Certificate of Approval relates to the sizes of Pyrosec 6 and Pyrosec 6 Ext glass shown in Figure 3 below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions. 9 Maximum Area 6. m Figure 3. Maximum Permitted Dimensions 7 7 Width Page 38 of 87 Signed

39 Pyrosec 6 Clear Run in butt jointed system for periods of 3 minutes integrity and insulation Note: Pyrosec 6 Clear Run butt jointed requires special edge processing and should be ordered as such. Please contact an approved Pyrosec stockist or Promat UK Ltd. for further details. 6 7 The glass shall be glazed utilising the following specifications: Pyrosec 6 Clear Run Neutral Silicone capping 3 3 mm wide by mm thick ceramic fibre tape or closed cell foam tape (see page 6 for approved tapes) 7 mm high by mm wide (either square of up to o chamfer) hardwood glazing beads, minimum density kg/m 3 Non-combustible setting blocks 6 mm long steel screws at 3 mm centres or mm long steel pins at mm centres (3 o to glass) 7 77 mm by 33 mm (minimum) hardwood perimeter framing sections, minimum density kg/m 3 8 Dow Corning Firestop 7 mm thick maximum Or Dow Corning DC 79T - mm thick maximum Or Henkel Ceresit 3B capping to off. mm by mm ceramic fibre tape 8 This Certificate of Approval relates to the sizes of Pyrosec 6 Clear Run glass shown in Figure 33 below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions Maximum Area.3m Figure 33. Maximum Permitted Dimensions Width Page 39 of 87 Signed

40 Pyrosec 6 IGU in timber framed screens for periods of 6 minutes integrity and 3 minutes insulation The glass shall be glazed utilising the following basic specification: IGU comprising Pyrosec 6 or Pyrosec 6 Ext glass, a minimum 8 mm wide air cavity and minimum 6 mm thick non-fire rated glass (toughened, float, laminated, coated, tinted)* Neutral silicone capping Dow Corning Firestop 7 3 mm wide by mm ceramic fibre based glazing tape Superwool X67 3 mm high by 7 mm wide (with o chamfer) timber glazing beads, minimum density 9kg/m 3 Non-combustible setting blocks 6 6 mm long steel screws at mm centres or 6 mm long steel pins at mm centres (3 o to glass) 7 33 mm by 9 mm (minimum) hardwood perimeter framing sections, 6 mm by 9 mm (minimum) timber internal transom/mullion framing sections, minimum density 9 kg/m 3 This Certificate of Approval relates to the sizes of IGUS s comprising Pyrosec 6 and Pyrosec 6 Ext glass shown in Figure 3 below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions. 9 Maximum Area.8m Figure 3. Maximum Permitted Dimensions Maximum Area.3 m Width Page of 87 Signed

41 PYROSEC FIRE RESISTING GLASS CERTIFICATE No CF Pyrosec 6 IGU in Jansen Janisol II and Forster Fuegolight steel framed screens for periods of 3 minutes integrity and 3 minutes insulation The glass shall be glazed within a Jansen Janisol II or Forster Fuegolight framed screens. Please consult the frame manufacturer for drawings of glazing system. This Certificate of Approval relates to the sizes of Pyrosec 6 IGU glass (comprising Pyrosec 6 or Pyrosec 6 External Grade, a minimum mm wide air cavity and minimum 6 mm thick non-fire rated glass (toughened, float, laminated, coated, tinted)*) shown in Figure 3 below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions. * A minimum 6.8 mm laminated glass must be used as the secondary pane for IGU s incorporating internal grade Pyrosec Maximum Area.m Figure 3. Maximum Permitted Dimensions 83 Width Page of 87 Signed

42 PYROSEC FIRE RESISTING GLASS CERTIFICATE No CF Pyrosec 6 (including IGU s) in steel doorsets for periods of 3 minutes integrity and insulation The glass shall be glazed within a previously fire tested (see example below) or a CERTIFIRE approved steel profiled doorleaf framing system.. Forster Fuego Light 3-6mm x mm (ref 73.8/T). Forster Fuego Light 3-6mm x mm (ref 73.8/T) 3. Beads Forster 3mm by mm (ref: 97). Screws mm diameter by 6 (ref 96377). Ceramic paper mm by mm 6. Silicone Dow Corning Firestop 7 7. Weatherstripping ref Mineral wool insulation 9. Pyrosec 6 The steel profiled door framing system shall have test evidence, such as Forster Fuegolight, or be CERTIFIRE approved for the inclusion of apertures of the proposed dimensions for the fire resistance required (i.e. 3 minutes integrity and 3 minutes insulation). If the proposed doorset is to be used in double-leaf configuration, the test or assessment evidence should be applicable to double-leaf configurations. Likewise, if the proposed doorset is to be used in the unlatched configuration, the available evidence should be applicable to unlatched doorsets. When used to glaze CERTIFIRE approved doorsets which have smaller apertures than allowed in this certificate, the aperture sizes specified in the doorset certificate shall take precedence. This Certificate of Approval relates to the sizes of Pyrosec 6 glass (inc. IGU s) shown in Figure 36 below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions Maximum Area.8m Figure 36. Maximum Permitted Dimensions 7 Width Page of 87 Signed

43 PYROSEC FIRE RESISTING GLASS CERTIFICATE No CF Pyrosec 6 in steel framed screens for periods of 6 minutes integrity The glass shall be glazed within a previously fire tested (see example below) or a CERTIFIRE approved steel framing system Pyrosec 6. Ceramic fibre based glazing tape, mm x 3 mm 3. Glazing bead mm x mm. Screw, mm long. Steel section, 6 mm x mm x. mm 6. Mineral wool insulation 7. Setting block The framing system shall have test evidence, such as Jansen Economy, or be CERTIFIRE approved for the inclusion of apertures of the proposed dimensions. This Certificate of Approval relates to the sizes of Pyrosec 6 glass shown in Figure 37 below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions. Maximum Area.9m Figure 37. Maximum Permitted Dimensions Maximum Area.3 m Width Page 3 of 87 Signed

44 PYROSEC FIRE RESISTING GLASS CERTIFICATE No CF Pyrosec 6 in steel framed screens for periods of 6 minutes integrity and 3 minutes insulation The glass shall be glazed within a previously fire tested (see example below) or a CERTIFIRE approved steel framing system.. Pyrosec 6. Neutral silicone capping 3. Ceramic fibre based glazing tape, mm x mm. Setting block 3 7. Fire resistant laminate, mm x. mm 8 6. Fibre reinforced strip, 3 mm x mm 7. Glazing bead, 3 mm x mm x.3 mm 9 8. Screw, mm long 6 9. Steel section, 73 mm x 9 mm x mm x.6 mm. Fire resistant ceramic filling. Mounting bracket. Mineral wool insulation The framing system shall have test evidence, such as Jansen Janisol II, or be CERTIFIRE approved for the inclusion of apertures of the proposed dimensions. This Certificate of Approval relates to the sizes of Pyrosec 6 glass shown in Figure 38 below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions Figure 38. Maximum Permitted Dimensions Maximum Area.8m Maximum Area.3m Width Page of 87 Signed

45 PYROSEC FIRE RESISTING GLASS CERTIFICATE No CF Pyrosec 6 in steel framed screens for periods of 3 minutes integrity and 3 minutes insulation The glass shall be glazed within a previously fire tested (see example below) or a CERTIFIRE approved steel framing system.. Pyrosec 6 and Pyrosec 6 Ext. Neutral silicone capping 3. Ceramic fibre based glazing tape, mm x mm. Setting block 3. Fire resistant laminate, mm x. mm 7 6. Fibre reinforced strip, 3 mm x mm 8 7. Glazing bead, 3 mm x mm x.3 mm 8. Screw, mm long Steel section, 73 mm x 9 mm x mm x.6 mm. Fire resistant ceramic filling. Mounting bracket. Mineral wool insulation The framing system shall have test evidence, such as Jansen Janisol II or Forster Fuegolight, or be CERTIFIRE approved for the inclusion of apertures of the proposed dimensions. This Certificate of Approval relates to the sizes of Pyrosec 6 and Pyrosec 6 Ext glass shown in Figure 39 below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions. 9 Maximum Area.6m 9 Figure 39. Maximum Permitted Dimensions 6 9 Width Page of 87 Signed

46 Pyrosec 6 IGU s in Schuco BF+ and BF6+ aluminium framed screens for periods of 3 minutes integrity and 3 minutes insulation The glass shall be glazed within a Schuco BF+ or a BF6+ aluminium framed screen. Please consult the frame manufacturer for drawings of glazing system. This Certificate of Approval relates to the sizes of Pyrosec 6 IGU glass (comprising Pyrosec 6 or Pyrosec 6 External Grade, a minimum mm wide air cavity and minimum 6 mm thick non-fire rated glass (toughened, float, laminated, coated, tinted)*) shown in Figure below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions. * A minimum 6.8 mm laminated glass must be used as the secondary pane for IGU s incorporating internal grade Pyrosec Maximum Area 3.8m 6 Figure. Maximum Permitted Dimensions Maximum Area. m Width Page 6 of 87 Signed

47 Pyrosec 6 IGU s in SAPA Fascade Fire aluminium framed screens for periods of 3 minutes integrity and 3 minutes insulation The glass shall be glazed within a SAPA Fascade Fire aluminium framed screen. Please consult the frame manufacturer for drawings of glazing system. This Certificate of Approval relates to the sizes of Pyrosec 6 IGU glass (comprising Pyrosec 6 or Pyrosec 6 External Grade, a minimum mm wide air cavity and minimum 6 mm thick non-fire rated glass (toughened, float, laminated, coated, tinted)*) shown in Figure below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions. * A minimum 6.8 mm laminated glass must be used as the secondary pane for IGU s incorporating internal grade Pyrosec 6. 9 Maximum Area.3m Figure. Maximum Permitted Dimensions Width Page 7 of 87 Signed

48 Pyrosec 6 and Pyrosec 6 Ext in Schuco ADS8 aluminium framed screens for periods of 3 minutes integrity and 3 minutes insulation The glass shall be glazed within a Schuco ADS8 aluminium framed screen.. Hilti HT mm diameterxmm. Schuco Profile ref: Clipped beads Schuco ref: 83. Schuco fireboard ref: Setting block 7 mm by 7 mm by mm 6. Schuco EPDM glazing gasket ref: 3 7. Schuco glazing gasket ref: Setting block mm by 8mm by mm 9. Schuco intumescent strip ref: 98. Pyrosec 6 and 6 Ext This Certificate of Approval relates to the sizes of Pyrosec 6 glass (comprising Pyrosecl 6 or Pyrosec 6 Ext) shown in Figure below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions. Note: the approval is only valid when the insulated sections of the frame face the fire hazard direction. 9 Maximum Area.89m Figure. Maximum Permitted Dimensions 687 Width Page 8 of 87 Signed

49 Pyrosec 7 and 7 Ext in timber framed screens for periods of 6 minutes integrity and 3 minutes insulation The glass shall be glazed utilising the following basic specification: Pyrosec 7 and 7 Ext Neutral silicone capping 3 mm wide by mm ceramic fibre based glazing tape or closed cell foam 3 mm high by 7 mm wide (with o chamfer) hardwood glazing beads, minimum density kg/m 3 Non-combustible setting blocks 6 6 mm long steel screws or pins at mm centres (3 o to glass) 7 87 mm by 33 mm (minimum) hardwood perimeter framing sections, 87 mm by 6 mm (minimum) hardwood internal transom/mullion framing sections, minimum density kg/m 3 This Certificate of Approval relates to the sizes of Pyrosec 7 and 7 Ext glass shown in Figure 3 below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions. 9 Maximum Area.67m 87 Figure 3. Maximum Permitted Dimensions Maximum Area 3.8 m Width Page 9 of 87 Signed

50 PYROSEC FIRE RESISTING GLASS Pyrosec 7 and 7 Ext in insulated steel framed screens for periods of 6 minutes integrity and 3 minutes insulation The glass shall be glazed within a Jansen Janisol C frame, or be CERTIFIRE approved for the inclusion of apertures of the proposed dimensions.. Hilti HT mm diameterxmm. Superwool X67 96kg/m 3 3. Janisol C 7 mm by mm. Clipped Beads, steel profile mm by mm. Setting block 7 mm by 3 mm by mm 6. mm diameter by 6 mm long steel screw 7. Ceramic paper mm by mm 8. Silicone Dow Corning Firestop 7 This Certificate of Approval relates to the sizes of Pyrosec 7 and 7 Ext glass shown in Figure below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions. 9 Maximum Area.8m Figure. Maximum Permitted Dimensions Maximum Area.3 m Width Page of 87 Signed

51 7 PYROSEC FIRE RESISTING GLASS Pyrosec 7 and 7 Ext in uninsulated steel framed screens for periods of 6 minutes integrity only The glass shall be glazed within a previously fire tested (see example below) or a CERTIFIRE approved steel framing system.. Pyrosec 7 and 7 Ext. Ceramic fibre based glazing tape, Superwool X67, mm x mm capped with Dow Corning Firestop 7 neutral silicone 3 3. Glazing bead mm x mm. Stud, mm diameter by 6 mm long. Perimeter Steel section, 6 mm x 7 mm x.7 mm (intermediate sections 6 mm by 9 mm by.7 mm thick) 6. Mineral wool insulation 6 7. Non-combustible setting blocks The framing system shall have test evidence, such as Jansen Economy 6 (as detailed above), Forster Presto or be CERTIFIRE approved for the inclusion of apertures of the proposed dimensions. This Certificate of Approval relates to the sizes of Pyrosec 7 and 7 Ext glass shown in Figure below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions. 9 Maximum Area 3.7m 86 8 Figure. Maximum Permitted Dimensions Maximum Area 3.6 m Page of 87 Signed Width

52 Pyrosec 7 and 7 Ext in SCHUCO ADS8 aluminium framed screens for periods of 6 minutes integrity and 3 minutes insulation The glass, Pyrosec 7N and 7N Ext, shall be glazed within a Schuco ADS8 aluminium framed screen see below for diagrammatic details: This Certificate of Approval relates to the sizes of Pyrosec 7 and 7 Ext glass shown in Figure 6 below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions. 888 Maximum Area 3.9m Figure 6. Maximum Permitted Dimensions 3 Page of 87 Signed

53 PYROSEC FIRE RESISTING GLASS CERTIFICATE No CF Pyrosec in timber based doorsets for periods of 6 minutes integrity and insulation The glass shall be glazed within a previously fire tested or CERTIFIRE approved timber based doorset utilising the following basic specification: Pyrosec and Pyrosec Ext Neutral silicone capping 3 mm wide by mm thick closed cell foam tape 3 mm high by. mm wide (including mm high by mm wide bolection with o chamfer) hardwood glazing beads, minimum density 6 kg/m 3 Non-combustible/hardwood setting blocks 6 6 mm thick hardwood aperture liner (not required for hardwood cored door leaves) 7 6 mm long steel screws at mm centres (3 o to glass) 8 Nominally mm thick FD6 door leaf The doorset shall be CERTIFIRE approved or have test evidence for the inclusion of apertures of the proposed dimensions. This Certificate of Approval relates to the sizes of Pyrosec and Pyrosec Ext glass shown in Figure 7 below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions Figure 7. Maximum Permitted Dimensions Width Page 3 of 87 Signed

54 PYROSEC FIRE RESISTING GLASS CERTIFICATE No CF Pyrosec in timber framed screens for periods of 6 minutes integrity and insulation The glass shall be glazed utilising the following basic specification: Pyrosec and Pyrosec Ext Neutral Silicone capping 3 mm wide by mm thick closed cell foam tape 7 mm high by 3 mm wide (with o chamfer) hardwood glazing beads, minimum density 6 kg/m 3 Non-combustible setting blocks 6 mm long steel screws at mm centres (3 o to glass) 7 9 mm by 33 mm (minimum) hardwood perimeter framing sections, 9 mm by 6 mm (minimum) hardwood internal transom/mullion framing sections, minimum density 6 kg/m 3 This Certificate of Approval relates to the sizes of Pyrosec and Pyrosec Ext glass shown in Figure 8 below, when used in conjunction with the above systems. The aspect ratio of the glass may be unlimited within these aperture dimensions Maximum Area.76 m Figure 8 Maximum Permitted Dimensions Width Page of 87 Signed

55 Pyrosec in softwood timber framed screens for periods of 6 minutes integrity and insulation The glass shall be glazed utilising the following basic specification: Pyrosec and Pyrosec Ext Neutral Silicone capping 3 mm wide by mm thick closed cell foam tape (see page 6 for approved tapes) mm high by 3 mm wide (with o chamfer) softwood glazing beads, minimum density 9 kg/m 3 Non-combustible setting blocks 6 mm long steel screws at mm centres (3 o to glass) 7 98 mm by 3 mm (minimum) hardwood perimeter framing sections, 98 mm by 7 mm (minimum) softwood internal transom/mullion framing sections, minimum density 9 kg/m 3 This Certificate of Approval relates to the sizes of Pyrosec and Pyrosec Ext glass shown in Figure 9 below, when used in conjunction with the above systems. The aspect ratio of the glass may be unlimited within these aperture dimensions. 883 Maximum Area.3 m 37 7 Figure 9. Maximum Permitted Dimensions Maximum Area.3 m Width Page of 87 Signed

56 6 7 PYROSEC FIRE RESISTING GLASS CERTIFICATE No CF Insulating Units (IGU s) including Pyrosec in timber framed screens for periods of 6 minutes integrity and insulation The IGU shall be glazed utilising one of the following specifications: 3 IGU comprising Pyrosec or Pyrosec External Grade, a minimum mm wide air cavity and minimum 6 mm thick nonfire rated glass (toughened, float, laminated, coated, tinted)*. IGU s may be triple glazed to a similar specification with the Pyrosec forming the central pane and a pane of non-fire rated glass positioned each side of the Pyrosec Neutral Silicone capping 3 mm wide by mm thick closed cell foam tape (see page 6 for approved tapes) mm high by mm wide (either square of up to o chamfer) hardwood glazing beads, minimum density 6 kg/m 3 Non-combustible setting blocks 6 mm long steel screws at 3 mm centres (3 o to glass) 7 mm by 33 mm (minimum) hardwood perimeter framing sections, mm by 6 mm (minimum) hardwood internal transom/mullion framing sections, minimum density 6 kg/m 3 * A minimum 6.8 mm laminated glass must be used as the secondary pane for IGU s incorporating internal grade Pyrosec. This Certificate of Approval relates to the sizes of IGU s including Pyrosec and Pyrosec Ext glass shown in Figure below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions Maximum Area.76 m Figure. Maximum Permitted Dimensions Width Page 6 of 87 Signed

57 PYROSEC FIRE RESISTING GLASS CERTIFICATE No CF Pyrosec in steel framed screens for periods of 6 minutes integrity and 6 minutes insulation The glass shall be glazed within a previously fire tested (see example below) or CERTIFIRE approved steel framing system utilising the following basic specification. The edge cover to each pane shall be no less than mm minimum Pyrosec and Pyrosec Ext Neutral silicone capping 3 mm wide by 3-6 mm thick ceramic fibre based glazing tape Non-combustible setting blocks Steel Section 3 mm by 3 mm by 3 mm 6 mm by mm Promatect H 7 3 mm long steel screws at mm centres This Certificate of Approval relates to the sizes of Pyrosec and Pyrosec Ext glass shown in Figure below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions. Maximum Area.6m (note these glass dimensions are only applicable when Janisol 3 9 framing system is used) 7 3 Maximum Area.7m (note these glass dimensions are only applicable when Forster Fuegolight framing system is d) Figure. Maximum Permitted Dimensions Maximum Area 3.9 m Width Page 7 of 87 Signed

58 PYROSEC FIRE RESISTING GLASS CERTIFICATE No CF Pyrosec in Steel Doorsets for periods of 6 minutes integrity and 6 minutes insulation The glass shall be glazed within a previously fire tested (see example below) or a CERTIFIRE approved steel profiled doorleaf framing system. 3 The steel profiled door framing system shall have test evidence, such as RP Isofeu 6, or be CERTIFIRE approved for the inclusion of apertures of the proposed dimensions for the fire resistance required (i.e. 6 minutes integrity and 6 minutes insulation). If the proposed doorset is to be used in double-leaf configuration, the test or assessment evidence should be applicable to double-leaf configurations. Likewise, if the proposed doorset is to be used in the unlatched configuration, the available evidence should be applicable to unlatched doorsets. When used to glaze CERTIFIRE approved doorsets which have smaller apertures than allowed in this certificate, the aperture sizes specified in the doorset certificate shall take precedence. This Certificate of Approval relates to the sizes of Pyrosec and Pyrosec Ext glass shown in Figure below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions Pyrosec or Pyrosec Ext. Neoprene glass edge seal 3. Neoprene glass edge seal. Intumescent seal mm x. mm. Neoprene door edge seal 6. Steel glazing bead 7. Screw, mm long 8. Steel section 9. Infill to section. Steel section. Steel section. Insulation mm x mm 3. Siporex board. Mineral wool insulation Maximum Area.9m Figure. Maximum Permitted Dimensions Width Page 8 of 87 Signed

59 PYROSEC FIRE RESISTING GLASS CERTIFICATE No CF Insulating Units (IGU s) including Pyrosec in steel doorsets for periods of 6 minutes integrity and insulation The glass shall be glazed within a previously fire tested (see example below) or a CERTIFIRE approved steel profiled doorleaf framing system IGU comprising Pyrosec or Pyrosec Ext glass, a minimum 6 mm wide air cavity and minimum 6 mm thick non-fire rated glass (toughened, float, laminated, coated, tinted)*. Neoprene glass edge seal 3. Neoprene glass edge seal. Intumescent seal mm x mm. Neoprene door edge seal 6. Steel glazing bead 7. Screw, mm long 8. Steel section 9. Infill to section. Steel section. Steel section. Partition wall *A minimum 6.8 mm laminated glass must be used as the external pane for IGU s incorporating internal grade Pyrosec. The steel profiled door framing system shall have test evidence, such as RP Technik Isofeu 6, or be CERTIFIRE approved for the inclusion of apertures of the proposed dimensions for the fire resistance required (i.e. 6 minutes integrity and 6 minutes insulation). If the proposed doorset is to be used in double-leaf configuration, the test or assessment evidence should be applicable to double-leaf configurations. Likewise, if the proposed doorset is to be used in the unlatched configuration, the available evidence should be applicable to unlatched doorsets. When used to glaze CERTIFIRE approved doorsets which have smaller apertures than allowed in this certificate, the aperture sizes specified in the doorset certificate shall take precedence. This Certificate of Approval relates to the sizes of Pyrosec or Ext glass (in IGU s) shown in Figure 3 below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions Maximum Area.8m Figure 3. Maximum Permitted Dimensions 898 Width Page 9 of 87 Signed

60 PYROSEC FIRE RESISTING GLASS 6 CERTIFICATE No CF Insulating Units (IGU s) including Pyrosec in steel screen for periods of 6 minutes integrity and insulation The glass shall be glazed within a previously fire tested, such as Jansen VISS or Forster Thermfix Vario or CERTIFIRE approved steel framing system utilising the following basic specification. The edge cover to each pane shall be no less than mm minimum IGU comprising Pyrosec or Pyrosec Ext glass, a minimum 8 mm wide air cavity and minimum 6 mm thick nonfire rated glass (toughened, float, laminated, coated, tinted)*. Rubber profile, mm x 7 mm 3. Rubber profile, 7 mm x mm. Steel section, mm x mm x mm. Anchor bolt 6. Setting block 7. Steel section, 8 mm x mm x mm 8. Steel bolt, 8 mm long 9. Aluminium section, mm x 8 mm x. mm. Promatect H. Mineral wool insulation *A minimum 6.8 mm laminated glass must be used as the external pane for IGU s incorporating internal grade Pyrosec. This Certificate of Approval relates to the sizes of Pyrosec and Pyrosec Ext glass (in IGU s) shown in Figure below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions. 9 Maximum Area.m 8 Figure. Maximum Permitted Dimensions Maximum Area 3.8 m Width Page 6 of 87 Signed

61 Pyrosec 6 ClearRun in a butt jointed system for periods of 3 minutes integrity and insulation Note: Pyrosec ClearRun in a butt jointed system requires special edge processing and should be ordered as such. Please contact for further details. The glass shall be glazed within a previously fire tested (see example below) or a CERTIFIRE approved steel framing system. The framing system shall have test evidence, or be CERTIFIRE approved for the inclusion of apertures of the proposed dimensions. Section details. Hiliti HT fixings x mm. Frame Fixing 3. Thermal Insulation Insulfrax 96kg/m 3 or Supalux. Jansen Janisol steel profile. Jansen glazing beads 6. Jansen Fastening Studs 7. Promatect H setting blocks 7 mm by mm by mm 8. Promatect H setting blocks 7 mm by 6 mm by 9. Ceramic Paper mm by mm Superwool X67. Pensil 3 Grey silicone. Self adhesive Gluske Kerafix FXL. Flumroc FP7 thermal insulation kg/m mm Pyrosec ClearRun Butt Joint details (below). - 6 mm Pyrosec ClearRun. Self adhesive Superwool paper X67 on one face 6. Kerafix FXL 7. Pensil 3 Grey silicone Page 6 of 87 Signed

62 Pyrosec 6 ClearRun in a butt jointed system for periods of 3 minutes integrity and insulation (continued) The cross section below shows the layout of the butt jointed screen with angled panes. The inner angles for panes A, B and C are 3 / and 9 /7 for panes C, D and E. Page 6 of 87 Signed

63 Pyrosec 6 Clear Run in a butt jointed system for periods of 3 minutes integrity and insulation (continued) This Certificate of Approval relates to the sizes of Pyrosec Clear Run glass shown in Figure below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions. 3 Maximum Area.m Figure. Maximum Permitted Dimensions Width Page 63 of 87 Signed

64 Pyrosec 6 Clear Run in butt jointed system for periods of 3 minutes integrity and insulation Note: Pyrosec ClearRun in a butt jointed system requires special edge processing and should be ordered as such. Please contact for further details. The glass shall be glazed within a previously fire tested (see example below) or a CERTIFIRE approved steel framing system. The framing system shall have test evidence, such as Jansen Janisol, Forster Fuego Light or be CERTIFIRE approved for the inclusion of apertures of the proposed dimensions Pyrosec 6 and 6 Ext Clear Run. Neutral silicone capping 3. Ceramic fibre based glazing tape, mm x mm. Setting block. Fire resistant laminate, mm x. mm 6. Fibre reinforced strip, 3 mm x mm 7. Glazing bead, 3 mm x mm x.3 mm 8. Screw, mm long 9. Steel section, 73 mm x 9 mm x mm x.6 mm. Fire resistant ceramic filling. Mounting bracket. Mineral wool insulation 3. Dow Corning Firestop 7 or DC79T ( mm wide maximum) or Henkel Ceresit 3B capping to off. mm by mm ceramic fibre tape ( mm wide maximum) 3 This Certificate of Approval relates to the sizes of Pyrosec 6 Clear Run glass shown in Figure 6 below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions. 9 8 Maximum Area.3m Figure 6. Maximum Permitted Dimensions Width Page 6 of 87 Signed

65 Pyrosec 6 Clear Run in butt jointed system for periods of 3 minutes integrity and insulation within Schuco ADS8 FR3 Aluminium Framing System Note: Pyrosec ClearRun in a butt jointed system requires special edge processing and should be ordered as such. Please contact for further details. The glass shall be glazed within a Schuco ADS8 FR3 aluminium framed screen.. Hilti HT mm diameterxmm. Schuco Profile ref: Clipped beads Schuco ref: 83. Schuco fireboard ref: Setting block 7 mm by 7 mm by mm 6. Schuco EPDM glazing gasket ref: 3 7. Schuco glazing gasket ref: Setting block mm by 8mm by mm 9. Schuco intumescent strip ref: 98. Pyrosec 6 and 6 Ext Clear Run. Joint may comprise: Dow Corning Firestop 7 or DC79T mm thick maximum Or Henkel Ceresit 3B capping to off. mm by mm ceramic fibre tape mm maximum. Pyrosec 6 Clear Run. Dow Corning Firestop 7 or DC79T ( mm wide maximum) or Henkel Ceresit 3B capping to off. mm by mm ceramic fibre tape ( mm wide maximum) Page 6 of 87 Signed

66 Pyrosec 6 Clear Run in butt jointed system for periods of 3 minutes integrity and insulation within Schuco ADS8 FR3 Aluminium Framing System Note: Pyrosec ClearRun in a butt jointed system requires special edge processing and should be ordered as such. Please contact for further details. This Certificate of Approval relates to the sizes of Pyrosec 6 Clear Run glass shown in Figure 7 below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions. 9 8 Maximum Area.3m Figure 7. Maximum Permitted Dimensions Width Page 66 of 87 Signed

67 Pyrosec 6 ClearRun in butt jointed systems Corner Joint Options Note: Pyrosec ClearRun in a butt jointed system requires special edge processing and should be ordered as such. Please contact for further details. This Certificate of Approval relates to the sizes Pyrosec 6 and 6 Ext ClearRun glass utilising corner joint details as shown below, for when used in conjunction with the system previously described above (for timber, Janisol, Forster Fuegolight and ADS8 framing systems). The system may include vertically orientated butt joints in a range of angles. In order to ensure the correct specification is utilised for such specialist glazing, further information should be sought from the manufacturer. The butt joint detail depends upon the angle between glass panes (in terms of butt joint component dimensions and specifications). 3 o 9 o 9 o to 8 o Butt-Joint 8 o Butt-Joint 3 o to 8 o Butt-Joint Corner joint specification: Item - Momentive Pensil 3 neutral silicone Item - Gluske Kerafix FXL Page 67 of 87 Signed

68 Insulating Units (IGU s) including Pyrosec in steel screen for periods of 6 minutes integrity and insulation The glass shall be glazed within a previously fire tested, such as Jansen VISS, Jansen Janisol C or Forster Thermfix Vario or CERTIFIRE approved steel framing system utilising the following basic specification. The edge cover to each pane shall be no less than mm minimum IGU comprising Pyrosec or Pyrosec Ext glass, a minimum 8 mm wide air cavity and minimum 6 mm thick non-fire rated glass (toughened, float, laminated, coated, tinted)*. Rubber profile, mm x 7 mm 3. Rubber profile, 7 mm x mm. Steel section, mm x mm x mm. Anchor bolt 6. Setting block 7. Steel section, 8 mm x mm x mm 8. Steel bolt, 8 mm long 9. Aluminium section, mm x 8 mm x. mm. Calcium silicate board *A minimum 6.8 mm laminated glass must be used as the external pane for IGU s incorporating internal grade Pyrosec. This Certificate of Approval relates to the sizes of Pyrosec or Pyrosec Ext glass (in IGU s) shown in Figure 8 below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions. 9 Maximum Area.m 8 Figure 8. Maximum Permitted Dimensions Maximum Area 3.8 m Page 68 of 87 Signed

69 Pyrosec and Pyrosec Ext in SAPA SFB 37 and SCHUCO FIRESTOP II aluminium framed screens for periods of 6 minutes integrity and 6 minutes insulation The glass shall be glazed within a SAPA SFB 37 aluminium framed screen. Please consult the frame manufacturer for drawings of glazing system. This Certificate of Approval relates to the sizes of Pyrosec shown in Figure 9below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions. 7 Maximum Area = 3.8m Figure 9. Maximum Permitted Dimensions Width Page 69 of 87 Signed

70 Pyrosec and Pyrosec Ext in SCHUCO ADS8 aluminium framed screens for periods of 6 minutes integrity and 6 minutes insulation The glass, Pyrosec and Ext, shall be glazed within a Schuco ADS8 aluminium framed screen see below for diagrammatic details: This Certificate of Approval relates to the sizes of Pyrosec glass (comprising Pyrosec or Pyrosecl Ext) shown in Figure 6 below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions. 9 Maximum Area.m 68 Maximum Area.m 7 9 Figure 6. Maximum Permitted Dimensions Page 7 of 87 Signed

71 Pyrosec IGU s in SCHUCO FIRESTOP II aluminium framed screens for periods of 6 minutes integrity and 6 minutes insulation The glass shall be glazed within a Schuco Firestop II aluminium framed screen. Approval is given only when the Pyrosec glass component faces the fire hazard direction. Please consult the frame manufacturer for drawings of glazing system. This Certificate of Approval relates to the sizes of Pyrosec IGU glass (comprising Pyrosec or Pyrosec Ext, a minimum mm wide air cavity and minimum 6 mm thick non-fire rated glass (toughened, float, laminated, coated, tinted)*) shown in Figure 6 below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions. * A minimum 6.8 mm laminated glass must be used as the secondary pane for IGU s incorporating internal grade Pyrosec Maximum Area = 3.39m Figure 6. Maximum Permitted Dimensions Page 7 of 87 Signed

72 Pyrosec ClearRun in butt jointed system for periods of 6 minutes integrity and insulation Note: Pyrosec ClearRun in a butt jointed system requires special edge processing and should be ordered as such. Please contact for further details. The glass shall be glazed utilising the following specifications: Pyrosec or Pyrosec Ext ClearRun Neutral Silicone capping 3 mm wide by mm thick ceramic fibre tape or closed cell foam tape (see page 6 for approved tapes) 7 mm high by 3 mm wide (either square of up to o chamfer) hardwood glazing beads, minimum density kg/m 3 Non-combustible setting blocks 6 mm long steel screws at 3 mm centres (3 o to glass) 7 9 mm by 33 mm (minimum) hardwood perimeter framing sections, minimum density kg/m 3 8 Dow Corning Firestop 7 or DC79T mm thick maximum Or Henkel Ceresit 3B capping to off. mm by mm ceramic fibre tape mm maximum 8 This Certificate of Approval relates to the sizes of Pyrosec ClearRun glass shown in Figure 6 below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions Maximum Area 3.97m Figure 6. Maximum Permitted Dimensions 38 Width Page 7 of 87 Signed

73 Pyrosec & Ext ClearRun in butt jointed system for periods of 6 minutes integrity and insulation Note: Pyrosec ClearRun in a butt jointed system requires special edge processing and should be ordered as such. Please contact for further details. The glass shall be glazed within a previously fire tested (see example below) or a CERTIFIRE approved steel framing system. The framing system shall have test evidence, such as Jansen Janisol C, Forster Fuego Light, or be CERTIFIRE approved for the inclusion of apertures of the proposed dimensions.. Hilti HT mm diameterxmm. Superwool X67 96kg/m 3 3. Janisol C 7 mm by mm. Clipped Beads, steel profile mm by mm. Setting block 7 mm by 3 mm by mm 6. mm diameter by 6 mm long steel screw 7. Ceramic paper mm by mm 8. Silicone Dow Corning DC79T 9. - Pyrosec & Ext ClearRun Note: joint may comprise: Dow Corning Firestop 7 or DC79T mm thick maximum Or Henkel Ceresit 3B capping to off. mm by mm ceramic fibre tape mm maximum 9 This Certificate of Approval relates to the sizes of Pyrosec ClearRun glass shown in Figure 63 below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions Maximum Area 3.3m Figure 63. Maximum Permitted Dimensions 36 Width Page 73 of 87 Signed

74 Pyrosec & Ext ClearRun in butt jointed system for periods of 6 minutes integrity and insulation within Schuco ADS8 FR6 Aluminium Framing System Note: Pyrosec ClearRun in a butt jointed system requires special edge processing and should be ordered as such. Please contact for further details. The glass shall be glazed within a Schuco ADS 8 FR6 aluminium framed screen. Please consult the frame manufacturer for drawings of glazing system.. PYROSEC ClearRun, structure 3/3/8/3/3, nominal thickness 6.6 +/-. mm, size x 888 mm pieces and 89 x 888 mm piece. a Promat-SYSTEMGLAS-silicone, transparent 3. b Silicone DC 7, grey. Schüco Profile ref 33. Clipped Beads Schüco ref Clipped Beads Schüco ref Schüco fireboard ref Schüco fireboard ref Schüco fireboard ref Schüco fireboard ref Schüco EPDM glazing gasket ref 63. Schüco EPDM glazing gasket ref Intumescent strip PROMASEAL-PL.8 x 8 mm. Fixation : Hilti HT x mm. Setting Block PROMATECT-H, (L) x (W) 8 x (H) mm 6. Setting Block PROMATECT-H, (L) x (W) 3 x (H) 6 mm 7. INSULFRAX : 8 kg/m³ 8. Schüco anchor steel plate ref 3 9. Schüco steel scew ref 96. Schüco glazing clip ref 66 (each at 68 mm). Schüco Isolator ref 66 66, x mm, L = mm, bonded in all connection of profile. Supporting construction. Pyrosec & Ext ClearRun. Dow Corning Firestop DC7 ( mm wide maximum) or Promat-SYSTEMGLAS-silicone ( mm wide maximum) Page 7 of 87 Signed

75 Pyrosec & Ext ClearRun in butt jointed system for periods of 6 minutes integrity and insulation within Schuco ADS8 FR6 Aluminium Framing System Note: Pyrosec ClearRun in a butt jointed system requires special edge processing and should be ordered as such. Please contact for further details. This Certificate of Approval relates to the sizes of Pyrosec & Ext ClearRun glass shown in Figure 6 below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions. 9 Maximum Area 3. m Figure 6. Maximum Permitted Dimensions Width Page 7 of 87 Signed

76 Pyrosec & Ext ClearRun in butt jointed systems Corner Joint Options Note: Pyrosec ClearRun in a butt jointed system requires special edge processing and should be ordered as such. Please contact for further details. This Certificate of Approval relates to the sizes Pyrosec & Ext ClearRun glass utilising corner joint details as shown below, for when used in conjunction with the system previously described above (for timber, Janisol C, Forster Fuegolight and ADS8 framing systems). The system may include vertically orientated butt joints in a range of angles. In order to ensure the correct specification is utilised for such specialist glazing, further information should be sought from the manufacturer. The butt joint detail depends upon the angle between glass panes (in terms of butt joint component dimensions and specifications). 3 o 9 o 9 o to 8 o Butt-Joint 8 o Butt-Joint 3 o to 8 o Butt-Joint Corner joint specification: Item - Momentive Pensil 3 neutral silicone Item - Gluske Kerafix FXL Item 3 Page 76 of 87 Signed

77 Pyrosec 3, Pyrosec 3 Ext and Pyrosec 3 IGU in steel framed screens for periods of 9 minutes integrity and insulation The glass shall be glazed within a previously fire tested (see example below) or a CERTIFIRE approved steel framing system. The framing system shall have test evidence, such as Jansen Janisol C or Forster FuegoLight, or be CERTIFIRE approved for the inclusion of apertures of the proposed dimensions.. Hilti HT mm diameterxmm. Superwool X67 96kg/m 3 3. Janisol C 7 mm by mm. Clipped Beads, steel profile mm by mm. Setting block 7 mm by 3 mm by mm 6. mm diameter by 6 mm long steel screw 7. Ceramic paper mm by mm 8. Silicone Dow Corning DC79T - Pyrosec 3 or 3 Ext or 3 IGU (min air cavity 6mm + min mm non-fire rated glass This Certificate of Approval relates to the sizes of Pyrosec 3 and Pyrosec 3 Ext and Pyrosec 3 IGU glass shown in Figure 6 below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions Maximum Area.9 m (single glazed only) Figure 6. Maximum Permitted Dimensions Maximum Area. m (single and IGU glazed) Maximum Area 3.6 m (single and IGU glazed) 9 Width Page 77 of 87 Signed

78 Pyrosec 3, Pyrosec 3 Ext and Pyrosec 3 IGU in FORSTER FUEGO LIGHT T9 steel doorsets for periods of 9 minutes integrity and insulation The glass shall be glazed within fully latched/bolted Forster Fuego Light T9 doorsets. Please consult the frame manufacturer for drawings of glazing system. This Certificate of Approval relates to the sizes of Pyrosec 3 and Pyrosec 3 Ext. The aspect ratio of the glass may be unlimited within these aperture dimensions Maximum Area.9 m (single glazed only) Figure 66. Maximum Permitted Dimensions Maximum Area. m (single and IGU glazed) Maximum Area 3.6 m (single and IGU glazed) 9 Width Page 78 of 87 Signed

79 Pyrosec 3N & 3N Ext in steel framed screens for periods of minutes integrity and insulation The glass shall be glazed within a previously fire tested (see diagrammatic example below) or CERTIFIRE approved steel framing system utilising the following basic specification. The framing system shall have test evidence, such as Forster Fuego, or be CERTIFIRE approved for the inclusion of apertures of the proposed dimensions. The edge cover to each pane shall be no less than mm minimum.. Hilti HT mm dieameterxmm. Steel profile Forster Fuego mm by mm 3. Clipped beads mm by mm. Setting block 7 mm by 3 mm x mm. Steel screw mm diameter, 6 mm long 6. Ceramic paper mm by mm 7. Setting block mm by mm by mm 8. Silicone Dow Corning Firestop 7 9. Intumescent Strip Palusol 6 mm by mm. Pyrosec 3N & 3N Ext This Certificate of Approval relates to the sizes of Pyrosec 3N glass shown in Figure 67 below, when used in conjunction with the above system. The aspect ratio of the glass may be unlimited within these aperture dimensions. 89 Maximum Area 3.67m Figure 67. Maximum Permitted Dimensions Maximum Area. m Width Page 79 of 87 Signed