fire rated systems supplement - gib®...profile. the idea is to simply build a flat platform and...

1GIB® FIRE RATED SYSTEMS SUPPLEMENTOCTOBER 2018 GIB® HELPLINE 0800 100 442 OR GIB.CO.NZ FOR MORE INFO

Fire Rated Systems Supplement

Document

Supplement ISSUE DATE

ComFlor® composite floor deck flooring system Oct 2018

Additional GIB® Fire Rated System Apr 2019

Stahlton Rib and In-Fill Flooring Detail May 2019

Double Tee Floor Detail May 2019


ComFlor® Detail

Issue Date October 2018

ComFlor® composite floor deck flooring system is commonly used in a wide variety of commercial and residential applications. Winstone Wallboards often receive enquiries about how to detail and construct the junction between GIB® performance partition systems and ComFlor®.

Figures 1 to 4 below show a number of options for

the partitions running along and across the ComFlor®

profile. The idea is to simply build a flat platform

and construct conventional partition head detail or

deflection head detail if the floor deflection has to be

accommodated. Refer to page 95 of ‘GIB® Fire Rated

Systems, 2018’ for more details.

Figure 1: ComFlor® detail for wall with profile – Option 1

Concrete floor on metal trayformwork

GIB Fire Soundseal®

GIB® Plasterboard packers(same lining)

Steel or timber framingGIB® lining as specified toachieve FRR and STC ratingsrequired

Timber block and packer asrequired

© Winstone Wallboards Limited 2016. TERMS OF USE: The USER of these CAD drawings and related information is authorised to reproduce and distribute exact copies or exact extracts of these CAD drawings for the sole purpose of detailing, specifying, using, and promoting the use of Winstone Wallboards Ltd products and systems. It is the USER's responsibility to ensure full building performance specifications and to ensure specification and installation of GIB® products and

systems are in accordance with Winstone Wallboards Ltd GIB® publications. Appropriate expert advice should always be obtained to ensure suitability of these drawings for your specific application. See www.gib.co.nz for full terms of use. The USER is deemed to accept the terms of use.

© Copyright 2016 Winstone Wallboards Ltd All Dimensions are to be site checked before construction and installation

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GFS-400Wall With Profile Option 1

GFS-40017 JUL 2019

-GFS-400 Wall With Profile Option 1

Note: For floor deflection head details refer to page 95 of ‘GIB® Fire Rated Systems, 2018’.

GFS 400


COMFLOR® DETAIL



GIB Fire Soundseal®

GIB® Plasterboard packers(same lining)Timber block and packer as

required

Steel or timber framingGIB® lining as specified toachieve FRR and STC ratingsrequired




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GFS-40117 JUL 2019



GFS 401


COMFLOR® DETAIL



Fill with mineral wool orceramic fibre depending onFRR and STC rating. Glasswool insulation is acceptablefor a contained void

GIB Fire Soundseal®0.55mm Steel plate

GIB® Plasterboard packers(same lining)

Steel or timber framing

GIB® lining as specified toachieve FRR and STC ratingsrequired




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GFS-40217 JUL 2019



GFS 402


COMFLOR® DETAIL

Figure 4: ComFlor® detail for wall across or diagonal to profile


Fill with mineral wool orceramic fibre depending onFRR and STC rating

GIB® Plasterboard packers(same lining)Metal top channel




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GFS-403Wall Across Or Diagonal To Profile

GFS-40317 JUL 2019

-GFS-403 Wall Across Or Diagonal To Profile

For any further information, please contact

the GIB® Helpline on 0800 100 442.


GFS 403

6GIB® FIRE RATED SYSTEMS SUPPLEMENTAPRIL 2019 GIB® HELPLINE 0800 100 442 OR GIB.CO.NZ FOR MORE INFO

Additional GIB® Fire Rated System

Issue Date April 2019

In addition to the range of fire rated systems available in the GIB® Fire Rated Systems literature, Winstone Wallboards has recently completed testing on a non-load bearing steel frame system which will be released as an alternative two-way -/90/90 FRR system.

This pre-release serves to advise customers of

the high level details required for specification in

advance of the next publication of the literature. This

release includes the non-load bearing steel frame

system which achieves a two way 90 minutes FRR.

The system is called GBS 90a. It requires minimum

steel stud dimensions to be 92 x 34 x 0.75mm

nominal with a 6mm return and is lined with a single

13mm GIB Fyreline® on one side and double 13mm

GIB Fyreline® on the other side.

For any further information, please contact

the GIB® Helpline on 0800 100 442.

7GIB® FIRE RATED SYSTEMS SUPPLEMENTAPRIL 2019 GIB® HELPLINE 0800 100 442 OR GIB.CO.NZ FOR MORE INFO

FIRE RATED WALL SYSTEMS – TWO WAY FRR – STEEL FRAME

Two way FRR — steel frame

Specification number Performance Specifications

GBS 90a FRR

STC

Rw

–/90/90

44 (47*)

43 (48*)

Lining

LB/NLB

1 layer 13mm GIB Fyreline® one side 2 layers 13mm GIB Fyreline® other side

Non load bearing

FRAMING AND WALL HEIGHT

Minimum steel stud dimensions to be 92 x 34 x 0.75mm nominal with a 6mm return.

Minimum steel channel dimensions to be 92 x 30 x 0.75mm nominal for the bottom channel and 92 x 50 x 0.75mm nominal for the top channel.

Top and bottom channels are fixed to the floor and ceiling in true alignment.

Stud spacing at 600mm centres maximum.

Place studs to allow the nominated expansion gap at the top of the frame.

The studs are held in place by the “grip” of the channels.

Recommended maximum wall heightNote that maximum wall heights for fire-rated systems can be lower than what can be achieved with non-fire-rated construction.

Nominal stud dimension (mm)

BMT (mm)

Stud centres (mm)

Max wall height (mm)

Expansion at top of studs (mm)

92 x 34 0.75600 3000 15

400 3400 15

150 x 34

0.75600 4400 20**

400 5000 25**

1.15600 5000 25**

400 5700 30**

**Use a minimum 50mm-deep head channel.

LINING

1 layer of 13mm GIB Fyreline® one side and 2 layers of 13mm GIB Fyreline® on the other side.

Vertical fixing only permitted. Full height sheets shall be used where possible.

When sheet end butt joints are unavoidable, they shall be formed over nogs and staggered.

Offset joints between sheets and on opposite side of frame.

Sheets shall be touch fitted.

All sheet joints must be formed over framing.

Linings are installed hard to floor.

FASTENING THE LINING

FastenersInner and single layer: 25mm x 6g GIB® Grabber® Self Tapping Drywall Screws.

Outer layer: 41mm x 6g GIB® Grabber® Self Tapping Drywall Screws.

Fastener Centres300mm centres up each stud.

Place fasteners 12mm from longitudinal sheet edges and 50mm from sheet ends.

Place fasteners at 200mm centres along sheet end butt joints.

Fastening the linings at 18mm from sheet ends to top and bottom channels is permitted as long as the fasteners do not connect the studs and channels. Do not fix linings to the top channel when floor deflection has to be accommodated.

SERVICES

Holes may be drilled or pre-punched in the metal studs to allow installation of electrical service lines and plumbing supply pipes.

JOINTING

All screw heads stopped and all sheet joints tape reinforced and stopped in accordance with the publication entitled “GIB® Site Guide”.

Screws at 300mm centres up each stud

1 layer of 13mm GIB Fyreline®

Studs placed to allow an expansion gap at the top of the frame

Steel framing

Linings are installed hard to the floor

600mm max

12mm

50mm

300mm

2 layers of 13mm GIB Fyreline®

Offset joints between layers and sheets and on opposite

sides of the frame

*With one layer Pink® Batts® BIB R1.8 (75mm) glass wool insulation.

GIB® FIRE RATED SYSTEMS SUPPLEMENTGIB® HELPLINE 0800 100 442 OR GIB.CO.NZ FOR MORE INFODECEMBER 2018

FIRE RATED WALL SYSTEMS

All screw heads stopped and all sheet joints tape reinforced and stopped in accordance with the publication entitled ‘GIB Site Guide®’. Inner layer can be left unstopped.

8GIB® FIRE RATED SYSTEMS SUPPLEMENTMAY 2019 GIB® HELPLINE 0800 100 442 OR GIB.CO.NZ FOR MORE INFO

Stahlton Rib and In-fill floor Details

Issue Date May 2019

Stahlton Rib and In-fill flooring is commonly used in a wide variety of commercial and residential applications. The system incorporates pre-stressed concrete ribs, permanent timber infill and an in situ concrete topping. Winstone Wallboards often receive enquiries about how to detail and construct the junction between GIB® performance partition systems and Stahlton Rib and In-fill flooring systems.


partitions running along and across the Stahlton Ribs.

Where the partition abuts the underside of the timber

infill additional protection as per the table below is

required between the Stahlton Ribs to minimise timber

char and cover possible shrinkage gaps between the

timber planks which can permit sound transmission as

well as the passage of flame and hot gases.

Alternatively, a design engineer may assist with

assessing char of the timber infill for the required

time of the FRR. This is often acceptable as there is

a substantial depth of timber infill and the concrete

slab provides a heat sink. However, shrinkage gaps

between the timber planks must still be addressed.

Note that timber shrinkage occurs over time and that

gaps between the timber planks may not reach their

full width until the building has been in service for

some time.

Alternatively cut the timber infill partially and extend

the partition to the underside of the concrete topping,

provided the Stahlton supplier verifies this method.

Note that the partition head must be revised to align

with generic deflection head details if floor deflection

has to be accommodated. Refer to page 95 of ‘GIB®

Fire Rated Systems, 2018’ for more details.

Required FRR Minimum timber infill protection

30 min 1 layer of 13mm GIB® Standard

60 min1 layer of 13mm GIB Fyreline® or







Figure 1: Junction to the underside of Stahlton Rib

GIB® linings as specified toachieve FRR and STC ratingsrequired

Steel or Timber framing

Continuous plasterboardpacker as per wall lining

Stahlton Rib Timber infill

Concrete topping

GIB®

© Winstone Wallboards Limited 2014. TERMS OF USE: The USER of these CAD drawings and related information is authorised to reproduce and distribute exact copies or exact extracts of these CAD drawings for the sole purpose of detailing, specifying, using, and promoting the use of Winstone Wallboards Ltd products and systems. It is the USER's responsibility to ensure full building performance specifications and to ensure specification and installation of GIB® products and systems are in accordance with Winstone Wallboards Ltd GIB® publications. Appropriate expert advice should always be obtained to ensure suitability of these drawings for your specific application. See www.gib.co.nz for full terms of use. The USER is deemed to accept the terms of use.

© copyright 2011 Winstone Wallboards Ltd All Dimensions are to be site checked before construction and installation

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Reference 1 : 5Junction to the underside of Shalton Rib

GFS-42017 JUL 2019

GFS-420 Junction to the underside of Shalton RibGFS-420

Figure 2: Junction to the underside of timber infill



Additional protection to timberinfill fixed with GIB® Grabber®High Thread Drywall Screws ona 300mm grid, and at no morethan 75mm from sheet edges.The fastener length mustensure nominal 20mmpenetration into timber


Apply bead of GIB FireSoundseal® as perimeter sealStahlton Rib

Concrete toppingTimber infill

GIB®



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Reference 1 : 5Junction to the underside of timber infill

GFS-42117 JUL 2019

GFS-421 Junction to the underside of timber infillGFS-421

Figure 3: Limited access for the highest fixing – Option 1





Apply bead of GIB FireSoundseal® as perimeter seal

Stahlton Rib

Timber infillConcrete topping

Metal angle fixed to every stud

Fill with mineral or ceramicfibre insulation

GIB®



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Reference 1 : 5Limited access for the highest fixing - Option 1

GFS-42217 JUL 2019

GFS-422 Limited access for the highest fixing - Option 1GFS-422

STAHLTON RIB AND IN-FILL FLOOR DETAIL


GFS 420


GFS 421


GFS 422









Stahlton Rib

Timber infillConcrete topping

Min

.

100

mm

Additional cover strip as perwall lining fixed to every stud.The fastener length mustensure 12mm and 20mmminimum penetration into steeland timber framing respectively

75 m

m

GIB®



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GFS-42317 JUL 2019








Stahlton Rib


Additional plasterboard strip asper wall lining fixed to timberinfill with GIB® Grabber® HighThread Screws at 300mmcentres. The fastener lengthmust ensure nominal 20mmpenetration into timber

GIB®



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GFS-42401 AUG 2019



GFS 423


GFS 424



Figure 6: Detail for wall across Stahlton Rib - Option 1

Stahlton Rib


Metal top channel


Frame up between StahltonRibs and install a suitableGIB® system

A

A





Concrete topping

Stahlton Rib

Section A-ATimber infill

or nearest plank

Min. 200mm

GIB®



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Reference 1 : 5Detail for wall across Stahlton Rib - Option 1

GFS-42517 JUL 2019

GFS-425 Detail for wall across Stahlton Rib - Option 1GFS-425 Note: For floor deflection head details refer to page 95 of ‘GIB® Fire Rated Systems, 2018’.

GFS 425



Figure 7: Detail for wall across Stahlton Rib - Option 2

Stahlton Rib

Concrete toppingTimber infillA

A



Concrete topping

Stahlton Rib


Nog fixed to studs Metal top channel Studs back to back for steelframingStuds back to back for steelframing

Timber or Steel framing linedwith a suitable GIB® system

Fill gap between framing andStahlton Rib with mineral orceramic fibre insulation


Nog fixed to stud


or nearest full plank

Min. 200mmSection A-A

Timber Infill

GIB®



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Reference 1 : 5Detail for wall across Stahlton Rib - Option 2

GFS-42617 JUL 2019

GFS-426 Detail for wall across Stahlton Rib - Option 2GFS-426

For any further information, please contact the

GIB® Helpline on 0800 100 442.


GFS 426


Double Tee Floor Details

Issue Date May 2019

Double Tee floor systems incorporate large, prestressed precast concrete units, and are commonly used in most types of commercial buildings. Winstone Wallboards often receive enquiries about how to detail and construct the junction between GIB® performance partition systems and Double Tee floor systems.


partitions running along and across the Double Tee

webs.

Prior to any works being carried out it is important to

liaise with the Double Tee supplier and check where

framing fasteners can be installed.

Note that the partition head must be revised to align

with generic deflection head details if floor deflection

has to be accommodated. Refer to page 95 of ‘GIB®

Fire Rated Systems, 2018’ for more details.

Figure 1: Junction to the underside of both Double Tee flange and web





Create a bulkhead and install asuitable GIB® System

Double Tee Flange

Double Tee Web

GIB®



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Reference 1 : 5Junction to the underside of both Double Tee flange and web

GFS-44017 JUL 2019

GFS-440 Junction to the underside of both Double Tee flange and webGFS-440


GFS 440


DOUBLE TEE FLOOR DETAIL

Figure 2: Junction to the underside of the Double Tee flange





Create a bulkhead and install asuitable GIB® System

Double Tee Flange

Double Tee Web

GIB®



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Reference 1 : 5Junction to the underside of the Double Tee flange

GFS-44117 JUL 2019

GFS-441 Junction to the underside of the Double Tee flangeGFS-441

Figure 3: Junction to the underside of the Double Tee flange, where access is limited for the highest fixing

Double Tee Flange




Additional cover strip as perwall lining fixed to every stud.The fastener length mustensure 12mm and 20mmminimum penetration into steeland timber framing respectively

Double Tee Web Min

.

100

mm

75 m

m

GIB®



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Reference 1 : 5Double Tee Junction where access is limited for the highest fixing

GFS-44217 JUL 2019

GFS-442 Double Tee Junction where access is limited for the highest fixingGFS-442


GFS 441


GFS 442



Figure 4: Detail for wall across Double Tee Web - Option 1

Double Tee Flange

Metal top channel


A

A

Frame up between Double Teewebs and install a suitableGIB® system

Double Tee Web



Double Tee Flange

Double Tee Web

Section A-A


Metal top channel

GIB®



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Reference 1 : 5Wall across Double Tee Web - Option 1

GFS-44317 JUL 2019

GFS-443 Wall across Double Tee Web - Option 1GFS-443Figure 5: Detail for wall across Double Tee Web - Option 2

Double Tee Flange

Metal top channel


A

A

Frame up between Double Teewebs and install a suitableGIB® system

Double Tee Web



Double Tee Flange

Double Tee Web

Section A-A


Metal top channel

GIB®



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GFS-44417 JUL 2019

GFS-444 Wall across Double Tee Web - Option 2GFS-444



GFS 443

GFS 444



For any further information, please contact the

GIB® Helpline on 0800 100 442.

Figure 6: Detail for wall across Double Tee Web - Option 3

Double Tee Flange A

A

Double Tee Web

Double Tee Flange

Double Tee Web

Section A-A


Nog fixed to studsTimber or Steel framing linedwith a suitable GIB® system

Studs back to back for steelframing

Fill gap between framing andDouble Tee Web with mineralor ceramic fibre insulation



Nog fixed to stud


GIB®



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GFS-44517 JUL 2019

GFS-445 Wall across Double Tee Web - Option 3GFS-445 Note: For floor deflection head details refer to page 95 of ‘GIB® Fire Rated Systems, 2018’.

GFS 445

fire rated systems supplement - gib®...profile. the idea is to simply build a flat platform and...

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