ITC Killeshin Upgrade.compressed

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UPNorth

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I.T CarlowDept. Of Built Enviroment

Architetural Technology Year 3Technical Desgn and Detailing

Mark Grincell - C00162901

Project No.2 - Building Upgrade

Lecture: Noel DunnePreliminary Hand Up 10/12/2014

List of Details:

Section No.1 - Existing - 1.0

Detail No.1- Ground FloorDetail No.2 - Window Head and CillDetail No.3 - Wall / First Floor JunctionDetail No.4 - Wall / Eaves Junction

Section No.2 - Demolished - 2.0

Detail No.5- Ground FloorDetail No.6 - Window Head and CillDetail No.7 - Wall / First Floor JunctionDetail No.8 - Wall / Eaves Junction

Section No.3 - Proposed - 3.0

Detail No.9- Ground Floor No.1Detail No.10 - Ground Floor No.2Detail No.11 - Threshold Base (Font Door)Detail No.12 - Threshold Head (Font Door)Detail No.13 - Threshold Jamb(Font Door)Detail No.14 - Window CillDetail No.15 - Window HeadDetail No.16 - Window JambDetail No.17 - Rain Screen Cladding / Render JunctionDetail No.18 - Rain Screen Cladding Corner JunctionDetail No.19 - External Wall / First Floor LevelDetail No.20 - Roof EavesDetail No.21 - Roof Gable EndDetail No.22 - Roof Gable ExtentionDetail No.23 - Glazed / Stud Partition Base + HeadDetail No.24 - Glazed / Stud Partition Junction No.1Detail No.25 - Glazed / Stud Partition Junction No.2Detail No.26 - Structural Glazing Head + BaseDetail No.27 - Glazed / Stud Partition Door Head

Contents

Page Number Name

Page No - 00 CoverPage No - 01 Existing - 1.0 - General ArrangmentsPage No - 02 Existing - 1.0 - DetailsPage No - 03 Existing - 1.0 - ElevationsPage No - 04 Demolished - 2.0 - General ArangmentsPage No - 05 Demolished - 2.0 - DetailsPage No - 06 Demolished - 2.0 - ElevationsPage No - 07 Proposed - 3.0 - Upgrade ProposalPage No - 08 Proposed - 3.0 - General ArrangmentsPage No - 09 Proposed - 3.0 - ElevationsPage No - 10 Proposed 3.0 - Detail Sheet No.1 - Floor Build up/ ThresholdPage No - 11 Proposed 3.0 - Detail Sheet No.2 - Wall Build UpsPage No - 12 Proposed 3.0 - Detail Sheet No.3 - Window DetailsPage No - 13 Proposed 3.0 - Detail Sheet No.4 - Roof DetailsPage No - 14 Proposed 3.0 - Detail Sheet No.6 - Internal PartitionsPage No - 15 Proposed - 3.0 - TGD BPage No - 16 Porposed - 3.0 - TGD M - 1/2Page No - 17 Porposed - 3.0 - TGD M - 2/2Page No - 18 Proposed - 3.0 - Services UpgradePage No - 20 Proposed - 3.0 - Site Plan

Existing Killeshin Building, IT Carlow Proposed Killeshin Building, IT Carlow

Existing Killeshin Building, IT Carlow Proposed Killeshin Building, IT Carlow

Existing Plans, Killeshin Building, IT Carlow

Map of IT Carlow CampusThe Killeshin building can be seen in brown

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Page No - 01

4

Page No - 01

47 m²E801

30 m²E803

15 m²E805B

42 m²E807

Not EnclosedE807 Clnic

22 m²E808C

44 m²E808 A

48 m²E806

23 m²E804

23 m²E802

26 m²Lobby Entrance 127 m²

Hall Section 131 m²

Hall Section 2

13 m²E808D

34 m²Lobby Entrance 2

37 m²E809

22 m²Male WC

25 m²Female WC

12 m²E805A

13 m²E805

7 m²E803B

16 m²E803A

8 m²Office Lobby

21 m²E808B North

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Page No - 01

3

Page No - 01

4

Page No - 01

52 m²E909

44 m²E907

48 m²E905

47 m²E903

49 m²E901

53 m²E911

24 m²Lobby

7 m²Female WC

60 m²E910

51 m²E908

44 m²E906

48 m²E904

47 m²E902

32 m²Hall Section 2

27 m²Hall Section 1

23 m²Lobby

18 m²Head of School

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Page No - 01

Existing - 1.0 - GA - Ground Floor Level

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Existing - 1.0 - GA - Ground Level / Site

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First Floor Build up:The first floor consists of a Timber Joist (125mm) withplywood boarding (12.5mm) ontop and a carpet/lynofinish covering through out the building.There is a suspended plasterboard (12.5mm) and aplaster skim (2.5mm) ceiling below this allowing a void of130mm for services, the ceiling is suspended by a MFceiling support.

Internal Partitions:The internal Partitions are a Timber stud partition. The consistof a Timber Stud (100mm x 50mm) with plasterboard(12.5mm) both sides secured to the stud. There is a paintedsoftwood skirting around the base.

Windows:There are 4 Types of windows in the KilleshinBuilding. They all are double glazed uPVC Widows.They project past the plywood external leaf 35mm.

Front Entrance:There is 3 steps up to the landingarea at the main entrance. Theramp could be less steep. Therailings are a steel square tubing.

Floor Build Up:The Floor consists of timber joists (125mm x 50mm)suspended on a steel beams, the beams aresupported by ring beams at the north and south end.Fiber Glass Quilt Insulation (125mm) is held betweenthe floor joists with a plastic netting.There is plywood (18mm) flooring with a carpet/ lynocovering through out the building.

Wall Build Up:The Wall thickness is a total of 128.5mm.Internal there is painted plasterboard (12.5mm)attached to Timber Studs (100mm x 50mm @400c/c). Between the Timber studs is a quiltinsulation with a Thermal Conductivity of 0.040W/mK.Externally there is plywood (15mm) secured tothe Timber Studwork, this plywood has aexternal render (3mm).

Doors External:The external doors are 1800mm wide x2200mm high. They are uPVC doubleglazed door. All external doors havemechanical self closer's on them. Allexternal doors open outwards.

Toilets:The Existing WC is on theground floor, located to therear of the building.There is enlarged cubicles inboth men and womens. Thereis also a Disabled WC locatedhere.

Stairs No.2:Located at the rear of the building. this stairsdoesn't meet regulations and will have to bereplaced. Under the stairs is a janitorial store.

Scale

Drawn by

Date

Technical Design and DetailingYear 3

Project 2 : Building Upgrade

Mark Grincell

Dan O'Sullivan / Noel Dunne

Key Plan:

Existing

Demolished

Proposed

As indicated

17/12/2014 09:52:16

Existing - 1.0 - GeneralArrangments

Project Number

04/11/2014

Page No - 01

Disclaimer:The Plans, Sections, Elevations, Details, ServicesETC. of the Killeshin Building, IT Carlow, KilkennyRoad, Carlow, are Assumed Construction from thefindings of a Group Survey of the Building.

The Proposed Upgrades require consultation froma Services and Structural Engineer.

1 : 200Page No- 01

Existing - 1.0 - GA - Ground Floor Level1

1 : 200Page No- 01

Existing - 1.0 - GA - First Floor Level2

1 : 100Page No- 01

Existing - 1.0 - GA - Section AA3

1 : 100Page No- 01

Existing - 1.0 - GA - Section BB4 1 : 100Page No

- 01

Existing - 1.0 - GA - Section CC5

Page No- 01

Existing - 1.0 - 3D - First Floor Level6

Page No- 01

Existing - 1.0 - 3D - Ground Floor Level7

Specifications: Existing

The Specs below are assumed build up of theKilleshin Building.

General:The Killeshin is a prefabricated Building andbrought to the IT Carlow Site approx 15 Years agoand was erect on a previous site for numerousyears. The true age of the prefab is unknown butroughly 15-20 Years old.

The building has sustained ware and teardamage over the years, these are mainlyascetic.

Floor Build Up:The Floor consists of timber joists (125mm x 50mm)suspended on a steel beams, the beams aresupported by ring beams at the north and southend.Fiber Glass Quilt Insulation (125mm) is heldbetween the floor joists with a plastic netting.There is plywood (18mm) flooring with a carpet/lyno covering through out the building.

Wall Build Up:The Wall thickness is a total of 128.5mm.Internal there is painted plasterboard (12.5mm)attached to Timber Studs (100mm x 50mm @400c/c). Between the Timber studs is a quiltinsulation with a Thermal Conductivity of 0.040W/mK.Externally there is plywood (15mm) secured tothe Timber Studwork, this plywood has a externalrender (3mm).

First Floor Build up:The first floor consists of a Timber Joist (125mm)with plywood boarding (12.5mm) ontop and acarpet/lyno finish covering through out thebuilding.There is a suspended plasterboard (12.5mm) anda plaster skim (2.5mm) ceiling below this allowinga void of 130mm for services, the ceiling issuspended by a MF ceiling support.

Roof Build up:The roof build up is a cold room construction. Itconsists of 125mm x 50mm joists and rafters at6degrees pitch.Internally there is Plasterboard (12.5mm) with askim coat (2.5mm). Quilt Insulation (125mm) liesabove this between the joists.Above the rafters is Plywood boarding (15mm)and a Heated on roof membrane.The Eaves over Hang 600mm with a paintedsoftwood fascia board and soffit. There is a uPvcGutter and down pipes.

Internal Partitions:The internal Partitions are a Timber stud partition.The consist of a Timber Stud (100mm x 50mm) withplasterboard (12.5mm) both sides secured to thestud. There is a painted softwood skirting aroundthe base.

Doors Internal:The internal doors are 850mm wide x 2000mmHigh. There is a 50mm architrave surrounding thedoor. All doors have a built in vent at the base ofthe door (400mm x 400mm). They have a glassportal with shatter resistant glass.

Doors External:The external doors are 1800mm wide x 2200mmhigh. They are uPVC double glazed door. Allexternal doors have mechanical self closer's onthem. All external doors open outwards.

Windows:There are 4 Types of windows in the KilleshinBuilding. They all are double glazed uPVCWidows. They project past the plywood externalleaf 35mm.

Services:Space Heating:The Space heating is heated by a local GasBoiler, using Double Fin Radiators.(Max Use)

Water Heating:The Water heating is heated by a local gas boilerand stored. (Min Use)

Lighting:All Lighting in the building is a surface mountfluorescent bulbs. (Max Use)

Ventilation:There is a mechanical ventilation system withinthe building that draws fresh air into the rooms.(Min Use)

Rear of the Killeshin Building. The Front Entrance, Showing the Ramp and Steps. Proximity of Killeshin to Barrow Center The Rear Entrance. No Ramp and Single Stepped.

Product - Existing 12.5mm PlasterboardFixing - Secured to100mm x 50mm Timber StudFinish - Painted

Product - Existing 12.5mm PlywoodFixing - Secured to 100mm x 50mm Timber StudFinish - 3mm Render (White)

Product - 3mm External RenderFixing - To External 12.5mm PlywoodFinish - Heavy Sand Float (White)

Insulation:Mineral Glass Fiber Quilt Insulation Between the TimberJoistsThermal Conductivity - 0.040 W/mK

Product - 125mm x 50mm Timber Floor JoistFixing - Secured on wall plate (Assumed)Finish - N/A

Product - 12.5mm PlasterboardFixing - Secured to MF Suspension System (Assumed)Finish - 2.5mm Plaster Skim CoatAssumed Wall Plate 100mm x 50mm

Function - Secure Timber Joist to Stud

Insulation:Glass Fiber Quilt Insulation Between the Timber StudsThermal Conductivity - 0.040 W/mK

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Product - 18mm Marine PlywoodFixing - Secured to Timber Joists Below

Roofing Felt


Product - Existing 100mm x 50mm Timber Stud 600mm c/cFixing - Secured to "C" Channel at BaseFinish - N/A



Insulation:Mineral Glass Fiber Quilt Insulation Between the Timber Studs

Thermal Conductivity - 0.040 W/mK

Product - 18mm Plywood Flooring.Fixing - Secured to 125mm x 50mm Tiber JoistFinish - Linoleum Finish

Product - 125mm x 50mm Timber Floor JoistFixing - Secured to C Channel (Assumed)Finish - N/A

External Plywood to continue down 50mm


Product - 10mm External RenderFixing - To BlockworkFinish - Heavy Sand Float (White)

Product - Concrete Blockwork Plinth 215mmLayed on flat.

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12.5 100 12.5

Product - Steel C ChannelFixing - Resting C Channel at End

Insulation:Glass Fiber Quilt Insulation Betweenthe Timber StudsHeld up via Chicken Wire


Product - Timber Wall PlateFixing - Secured to Plinth

Product - Steel C ChannelFixing - Resting Blockwork Wall

Supporting Cross C Channel

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420mm Service Void

Product - 15mm PlasterboardFixing - Secured to MF Suspension System (Assumed)Finish - 2.5mm Plaster Skim Coat

Assumed MF Suspended CeilingFunction - Suspend Plasterboard

NOTE:The Building is a Prefabricated TimberConstruction on a Steel Support as the base.

The building is in two Sections, Ground Floor andFirst Floor.

Insulation:Mineral Glass Fiber Quilt Insulation Between the TimberStuds


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Insulation:Glass Fiber Quilt Insulation Between the Timber Studs



Product - Existing Stud Work 100mm x 50mm Supporting PVC Window Frame.

Product - Internal Window CillFixing - Secured into Stud Work.Finish - Painted

Product - Existing Stud Work 100mm x 50mm SupportingPVC Window Frame.


Existing uPVC Window, Double Glazed .The Window is assumed to have no thermal break and is astandard glass and air fill.

Scale

Drawn by

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Mark Grincell


Key Plan:

1 : 5

17/12/2014 10:00:59

Existing - 1.0 - Details

Project Number

04/11/2014

Page No - 02

1 : 5Page No- 02

Existing - 1.0 - Detail No.4 - Eaves Detail1

1 : 5Page No- 02

Existing - 1.0 - Detail No.1 - Ground Floor Detail2

1 : 5Page No- 02

Existing - 1.0 - Detail No.3 - Wall / FF Detail3

Disclaimer:The Plans, Sections, Elevations, Details, ServicesETC. of the Killeshin Building, IT Carlow, KilkennyRoad, Carlow, are Assumed Construction fromthe findings of a Group Survey of the Building.

The Proposed Upgrades require consultationfrom a Services and Structural Consultants.

1 : 5Page No- 02

Existing - 1.0 - Detail No.2- Window Head/Cill4



General:The Killeshin is a prefabricated Building andbrought to the IT Carlow Site approx 15 Yearsago and was erect on a previous site fornumerous years. The true age of the prefab isunknown but roughly 15-20 Years old.


Floor Build Up:The Floor consists of timber joists (125mm x50mm) suspended on a steel beams, the beamsare supported by ring beams at the north andsouth end.Fiber Glass Quilt Insulation (125mm) is heldbetween the floor joists with a plastic netting.There is plywood (18mm) flooring with a carpet/lyno covering through out the building.


First Floor Build up:The first floor consists of a Timber Joist (125mm)with plywood boarding (12.5mm) ontop and acarpet/lyno finish covering through out thebuilding.There is a suspended plasterboard (12.5mm) anda plaster skim (2.5mm) ceiling below thisallowing a void of 130mm for services, theceiling is suspended by a MF ceiling support.

Roof Build up:The roof build up is a cold room construction. Itconsists of 125mm x 50mm joists and rafters at6degrees pitch.Internally there is Plasterboard (12.5mm) with askim coat (2.5mm). Quilt Insulation (125mm) liesabove this between the joists.Above the rafters is Plywood boarding (15mm)and a Heated on roof membrane.The Eaves over Hang 600mm with a paintedsoftwood fascia board and soffit. There is auPvc Gutter and down pipes.

Internal Partitions:The internal Partitions are a Timber studpartition. The consist of a Timber Stud (100mm x50mm) with plasterboard (12.5mm) both sidessecured to the stud. There is a painted softwoodskirting around the base.

Doors Internal:The internal doors are 850mm wide x 2000mmHigh. There is a 50mm architrave surrounding thedoor. All doors have a built in vent at the baseof the door (400mm x 400mm). They have aglass portal with shatter resistant glass.




Water Heating:The Water heating is heated by a local gasboiler and stored. (Min Use)



The Roof:As can be seen from the picture above the rofing felt is inneed of repair or replacment. It consists of a Felt heatedonto a a plywood board.

The Roof Structure:As can be seen from the picture above the insulation inthe attice space is not layed properly. The Structure is apre fabricated one held with nail plates.

The Eaves:As can be seen from the picture above the projection of theeaves is long (600mm). Which accomidates an externalinsulation upgrade. The Down pipes and gutters are PVC.

The Suspended Ceiling GF:As can be seen from the picture above the suspendedceiling has a plaster finish and the luminers are surfacemounted.

The Windows (External:As can be seen from the picture above The Windows areduble glazed PVC. They project out past the external wall. Thishas issues with leaking as the existing silicone has worn.

The Windows (Internal):As can be seen from the picture above The Windows have atimber windws cill on the internal. You can also see how farthe window sits out.

The Ground Floor (Plinth):As can be seen from the picture above the plith sites inunder the main structure. It is coated with a redner. Thereis inwards stepped Plywood (Black).

The Ground Floor (Underneath):As can be seen from the picture above the Structure restsnn the steel beam shown. This is connected at each endby a ring beam. The suspended insulation can also beseen.

The Skirting:As can be seen from the picture above the skirting is a skripof most likely softwood painted.


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The Roof Build Up:The roof build up is a cold room construction. It consists of 125mm x50mm joists and rafters at 6degrees pitch.Internally there is Plasterboard (12.5mm) with a skim coat (2.5mm).Quilt Insulation (125mm) lies above this between the joists.Above the rafters is Plywood boarding (15mm) and a Heated onroof membrane.The Eaves over Hang 600mm with a painted softwood fascia boardand soffit. There is a uPvc Gutter and down pipes.

Doors Internal:The internal doors are 850mm wide x 2000mm High.There is a 50mm architrave surrounding the door. Alldoors have a built in vent at the base of the door(400mm x 400mm). They have a glass portal withshatter resistant glass.

First Floor Build up:The first floor consists of a Timber Joist (125mm) withplywood boarding (12.5mm) ontop and a carpet/lynofinish covering through out the building.There is a suspended plasterboard (12.5mm) and aplaster skim (2.5mm) ceiling below this allowing avoid of 130mm for services, the ceiling is suspended bya MF ceiling support.

Front Entrance:The front entrance has a rampand steped access up to thelanding infront of the two frontdoors.The doors are manualyopening outwards.

FF Ceiling Build up:The Ceiling build up is consists of125mm x 50mm joists and Internallythere is Plasterboard (12.5mm) with askim coat (2.5mm).

Windows:There are 4 Types of windows inthe Killeshin Building. They all aredouble glazed uPVC Widows.They project past the plywoodexternal leaf 35mm.

Internal Partitions:The internal Partitions are a Timberstud partition. The consist of aTimber Stud (100mm x 50mm) withplasterboard (12.5mm) both sidessecured to the stud. There is apainted softwood skirting aroundthe base.

Internal Partitions:The internal Partitions are a Timber studpartition. The consist of a Timber Stud(100mm x 50mm) with plasterboard(12.5mm) both sides secured to the stud.There is a painted softwood skirting aroundthe base.

Stairs:The Exsiting Stairs at the front (Stairs No.1)does not cmply with TGD M, the flight of thestairs goes beyond 1.5m.

Floor Build Up:The Floor consists of timber joists (125mm x50mm) suspended on a steel beams, thebeams are supported by ring beams atthe north and south end.Fiber Glass Quilt Insulation (125mm) is heldbetween the floor joists with a plasticnetting.There is plywood (18mm) flooringwith a carpet/ lyno covering through outthe building.

Scale

Drawn by

Date



Mark Grincell


Key Plan:

Existing

Demolished

Proposed

1 : 100

17/12/2014 09:52:40

Existing - 1.0 - Elevations

Project Number

04/11/2014

Page No - 03

1 : 100Page No- 03

Existing - 1.0 - GA - East Elevation1

1 : 100Page No- 03

Existing - 1.0 - GA - South Elevation2

1 : 100Page No- 03

Existing - 1.0 - GA - West Elevation3

1 : 100Page No- 03

Existing - 1.0 - GA - North Elevation4Page No- 03

Existing - 1.0 - 3D - Section AA5

Page No- 03

Existing - 1.0 - 3D - Section BB6Page No- 03

Existing - 1.0 - 3D - Section CC7

Doors Internal:The internal doors are 850mm widex 2000mm High. There is a 50mmarchitrave surrounding the door. Alldoors have a built in vent at thebase of the door (400mm x400mm). They have a glass portalwith shatter resistant glass.


The Proposed Upgrades require consultation froma Services and Structural Engineer.







First Floor Build up:The first floor consists of a Timber Joist (125mm)with plywood boarding (12.5mm) ontop and acarpet/lyno finish covering through out thebuilding.There is a suspended plasterboard (12.5mm) anda plaster skim (2.5mm) ceiling below this allowinga void of 130mm for services, the ceiling issuspended by a MF ceiling support.










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Wall Build Up:Existing Internal Plasterboard to be Removed, Followed bythe Internal Quilt Insulation. Room by Room and followedby the inserting of the new insulation and Plasterboard as tokeep the structural disturbance to a minimum.

Bracing might be Required between removing andreplacing of the Plasterboard.

Internal Partitions:The plasterboard on the internal partitions ill bereplaced by new plasterboard. This will allow anew skim and shadow gap to be added aswell as the opportunity to increase door withand height.

Internal Partitons Hallway:The Stud Partitons in the hallway will beremoved and replaced with a glasspartition.

Floor Build Up:Existing Flooring cover and Plywood tobe taken up as to gain access to thejoists. The quilt insulation and the meshsupporting it is to be removed.

Front Ramp:The existing access ramp and stepslocated to the front of the killeshin is tobe removed as it does not meet regs andchanges have to be made toaccomidate a lift.

Doors Externally:The external doors will be upgradedso they all will be removed andeplaced with new Triple GlazedDoor. The Threshold will be changedto limit theremal glazing.

The Steped Entrance to the Side willhave to be removed and replacedto provide new handrails, rampentrance and threshold.The treshold will be changed to limitthermal bridging.


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Scale

Drawn by

Date



Mark Grincell


Key Plan:

Existing

Demolished

Proposed

As indicated

17/12/2014 09:53:46

Demolished - 2.0 - GeneralArangments

Project Number

04/11/2014

Page No - 04





General:The Killeshin is a prefabricated Building andbrought to the IT Carlow Site approx 15 Yearsago and was erect on a previous site fornumerous years. The true age of the prefab isunknown but roughly 15-20 Years old.

The building has sustained ware and teardamage over the years, these are mainlyascetic as far as the survey can tell.



First Floor Build up:The first floor consists of a Timber Joist (125mm)with plywood boarding (12.5mm) ontop and acarpet/lyno finish covering through out thebuilding.There is a suspended plasterboard (12.5mm) anda plaster skim (2.5mm) ceiling below thisallowing a void of 130mm for services, the ceilingis suspended by a MF ceiling support.





Windows:There are 4 Types of windows in the KilleshinBuilding. They all are double glazed uPVCWidows. They project past the plywoodexternal leaf 35mm.





Demolition Process:Additional advice and instruction is required before demotion is to be started.

The Process will grant a deeper look into the health of the building and issues might arisewhen it is being undertaken.

Floor Build Up:Existing Flooring cover and Plywood to be taken up as to gain access to the joists. The quiltinsulation and the mesh supporting it is to be removed.

First Floor Build Up:The suspended plasterboard ceiling will be taken down and replaced with newerplasterboard.

Roof Build Up:The existing plasterboard will be removed as it is being replaced, this will allow access to theQuilt insulation which will be removed from the ceiling. The Roofing membrane will beremoved as it is being upgraded, this will allow access to the plywood which has to be liftedat the eaves to allow new ventilation to be installed be removed.

1 : 200Page No- 04

Demolition - 2.0 - GA - First Floor Level1

1 : 200Page No- 04

Demolition - 2.0 - GA - Ground Floor Level2

Page No- 04

Demolition - 2.0 - 3D - First Floor Level3

Page No- 04

Demolition - 2.0 - 3D - Ground Floor Level4

1 : 100Page No- 04

Demolition - 2.0 - GA - Section AA5

1 : 100Page No- 04

Demolition - 2.0 - GA - Section BB6 1 : 100Page No

- 04

Demolition - 2.0 - GA - Section CC7

Doors Internally:All internal doors will have to beremoved as they do not meet theregulations of TGD M. The Closer's fromthe doors can be reused. (Assuming upto TGD B Standard.)








Product - 125mm x 50mm Timber Floor JoistFixing - Secured to C Channel (Assumed)Finish - N/A

External Plywood to continue down 50mm


Product - 10mm External RenderFixing - To BlockworkFinish - Heavy Sand Float (White)

Product - Concrete Blockwork Plinth 215mmLayed on flat.

128

3

12.5 100 12.5

Product - Steel C ChannelFixing - Resting C Channel at End

Insulation:Glass Fiber Quilt InsulationBetween the Timber StudsHeld up via Chicken Wire

Thermal Conductivity - 0.040W/mK

Product - Timber Wall PlateFixing - Secured to Plinth

Product - Steel C ChannelFixing - Resting Blockwork Wall

Supporting Cross C Channel

1812

522

5




Insulation:Mineral Glass Fiber Quilt Insulation Between the TimberJoistsThermal Conductivity - 0.040 W/mK


Product - 12.5mm PlasterboardFixing - Secured to MF Suspension System (Assumed)Finish - 2.5mm Plaster Skim CoatAssumed Wall Plate 100mm x 50mm

Function - Secure Timber Joist to Stud

Insulation:Mineral Glass Fiber Quilt Insulation Between the TimberStudsThermal Conductivity - 0.040 W/mK

3

12.5 100 12.5

12.5

128

600

125

18

12.5

Product - 18mm Marine PlywoodFixing - Secured to Timber Joists Below

Roofing Felt







420mm Service Void

Product - 15mm PlasterboardFixing - Secured to MF Suspension System (Assumed)Finish - 2.5mm Plaster Skim Coat

Assumed MF Suspended CeilingFunction - Suspend Plasterboard


128

143

125

18

3

12.5 100 12.5

15

130


Product - Existing 100mm x 50mm Timber Stud 600mm c/cFixing - Secured to Stud at BaseFinish - N/A



Insulation:Glass Fiber Quilt Insulation Between the Timber Studs



Product - Existing Stud Work 100mm x 50mm Supporting PVC Window Frame.

Product - Internal Window CillFixing - Secured into Stud Work.Finish - Painted

Product - Existing Stud Work 100mm x 50mm SupportingPVC Window Frame.


Existing uPVC Window, Double Glazed .The Window is assumed to have no thermal break and is astandard glass and air fill.

Scale

Drawn by

Date



Mark Grincell


Key Plan:

1 : 5

17/12/2014 10:01:03

Demolished - 2.0 - Details

Project Number

04/11/2014

Page No - 05



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Demolished - 2.0 - Detail No.5 - Ground Floor Detail1

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Demolished - 2.0 - Detail No.8 - Eaves Detail2

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Demolished - 2.0 - Detail No.7 - Wall / FF Detail3

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Demolished - 2.0 - Detail No.6 - Window Head/Cill4


The Specs below are assumed build up ofthe Killeshin Building.

General:The Killeshin is a prefabricated Building andbrought to the IT Carlow Site approx 15Years ago and was erect on a previous sitefor numerous years. The true age of theprefab is unknown but roughly 15-20 Yearsold.


Floor Build Up:The Floor consists of timber joists (125mm x50mm) suspended on a steel beams, thebeams are supported by ring beams at thenorth and south end.Fiber Glass Quilt Insulation (125mm) is heldbetween the floor joists with a plasticnetting.There is plywood (18mm) flooring with acarpet/ lyno covering through out thebuilding.

Wall Build Up:The Wall thickness is a total of 128.5mm.Internal there is painted plasterboard(12.5mm) attached to Timber Studs (100mmx 50mm @ 400c/c). Between the Timberstuds is a quilt insulation with a ThermalConductivity of 0.040 W/mK.Externally there is plywood (15mm) securedto the Timber Studwork, this plywood has aexternal render (3mm).

First Floor Build up:The first floor consists of a Timber Joist(125mm) with plywood boarding (12.5mm)ontop and a carpet/lyno finish coveringthrough out the building.There is a suspended plasterboard (12.5mm)and a plaster skim (2.5mm) ceiling belowthis allowing a void of 130mm for services,the ceiling is suspended by a MF ceilingsupport.

Roof Build up:The roof build up is a cold roomconstruction. It consists of 125mm x 50mmjoists and rafters at 6degrees pitch.Internally there is Plasterboard (12.5mm)with a skim coat (2.5mm). Quilt Insulation(125mm) lies above this between the joists.Above the rafters is Plywood boarding(15mm) and a Heated on roof membrane.The Eaves over Hang 600mm with a paintedsoftwood fascia board and soffit. There is auPvc Gutter and down pipes.

Internal Partitions:The internal Partitions are a Timber studpartition. The consist of a Timber Stud(100mm x 50mm) with plasterboard(12.5mm) both sides secured to the stud.There is a painted softwood skirting aroundthe base.

Doors Internal:The internal doors are 850mm wide x2000mm High. There is a 50mm architravesurrounding the door. All doors have a builtin vent at the base of the door (400mm x400mm). They have a glass portal withshatter resistant glass.

Doors External:The external doors are 1800mm wide x2200mm high. They are uPVC double glazeddoor. All external doors have mechanicalself closer's on them. All external doors openoutwards.

Windows:There are 4 Types of windows in the KilleshinBuilding. They all are double glazed uPVCWidows. They project past the plywoodexternal leaf 35mm.


Water Heating:The Water heating is heated by a local gasboiler and stored. (Min Use)

Lighting:All Lighting in the building is a surfacemount fluorescent bulbs. (Max Use)

Ventilation:There is a mechanical ventilation systemwithin the building that draws fresh air intothe rooms. (Min Use)

Roof Build Up:The existing plasterboard will be removed as it isbeing replaced, this will allow access to the Quiltinsulation which will be removed from the ceiling.The Roofing membrane will be removed as it is beingupgraded, this will allow access to the plywoodwhich has to be lifted at the eaves to allow newventilation to be installed.

Demolition Process:Additional advice and instruction is requiredbefore demotion is to be started.

The Process will grant a deeper look into thehealth of the building and issues might arisewhen it is being undertaken

First Floor Build Up:The suspended plasterboard ceiling will betaken down and replaced with newerplasterboard.

Internal Partitions:The plasterboard on the internal partitions ill bereplaced by new plasterboard. This will allow anew skim and shadow gap to be added aswell as the opportunity to increase door withand height

Wall Build Up:Existing Internal Plasterboard to be Removed,Followed by the Internal Quilt Insulation. Room byRoom and followed by the inserting of the newinsulation and Plasterboard as to keep the structuraldisturbance to a minimum.

Bracing might be Required between removing andreplacing of the Plasterboard.

Windows: The windows will all be upgraded and will have tobe removed.

Doors Internally:All internal doors will have to be removed as they donot meet the regulations of TGD M. The Closer's fromthe doors can be reused. (Assuming up to TGD BStandard.)

Doors Externally:The external doors will be upgraded so they all willbe removed.

Floor Build Up:Existing Flooring cover and Plywood to be taken up asto gain access to the joists. The quilt insulation and themesh supporting it is to be removed.


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Stairs:Both stairs will be removed out of the buildingand replaced with a new stairs meeting therequirements of TGD M and B.

Floor Build Up:Existing Flooring cover and Plywood to betaken up as to gain access to the joists. Thequilt insulation and the mesh supporting it isRemoved.

Roof Build Up:The existing plasterboard will be removed as it isbeing replaced, this will allow access to theQuilt insulation which will be removed from theceiling. The Roofing membrane will be removedas it is being upgraded, this will allow access tothe plywood which has to be lifted at theeaves to allow new ventilation to be installed.

Windows:The windows will all bebremoved and replaced withnew triple glazed.

Wall Build Up:Existing Internal Plasterboard tobe Removed, Followed by theInternal Quilt Insulation. Room byRoom and followed by theinserting of the new insulation andPlasterboard as to keep thestructural disturbance to aminimum.

Internal Partitions:The internal partitons in the hall will beremoved as as they will be replaced withglazing. The walls are non structural.

Roof Build Up:The existing plasterboard will be removed as it is being replaced, thiswill allow access to the Quilt insulation which will be removed fromthe ceiling. The Roofing membrane will be removed as it is beingupgraded, this will allow access to the plywood which has to be liftedat the eaves to allow new ventilation to be installed.

Doors Internally:All internal doors will have to be removed as theydo not meet the regulations of TGD M. The Closer'sfrom the doors can be reused. (Assuming up toTGD B Standard.)

Internal Partitions:The plasterboard on the internal partitions ill bereplaced by new plasterboard. This will allow a newskim and shadow gap to be added as well as theopportunity to increase door with and height.

Front Entrance:The front entrance will be redesigned to accomidate anew lift and better ramp.

First Floor Build Up:The suspended plasterboard ceilingwill be taken down and replacedwith newer plasterboard.

Scale

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Mark Grincell


Key Plan:

Existing

Demolished

Proposed

1 : 100

17/12/2014 09:55:01

Demolished - 2.0 - Elevations

Project Number

04/11/2014

Page No - 06 1 : 100Page No- 06

Demolition - 2.0 - GA - West Elevation1

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Demolition - 2.0 - GA - South Elevation2

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Demolition - 2.0 - GA - North Elevation3

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Demolition - 2.0 - GA - East Elevation4







Floor Build Up:The Floor consists of timber joists (125mm x50mm) suspended on a steel beams, the beamsare supported by ring beams at the north andsouth end.Fiber Glass Quilt Insulation (125mm) is heldbetween the floor joists with a plastic netting.There is plywood (18mm) flooring with a carpet/lyno covering through out the building.


First Floor Build up:The first floor consists of a Timber Joist (125mm)with plywood boarding (12.5mm) ontop and acarpet/lyno finish covering through out thebuilding.There is a suspended plasterboard (12.5mm) anda plaster skim (2.5mm) ceiling below thisallowing a void of 130mm for services, the ceilingis suspended by a MF ceiling support.

Roof Build up:The roof build up is a cold room construction. Itconsists of 125mm x 50mm joists and rafters at6degrees pitch.Internally there is Plasterboard (12.5mm) with askim coat (2.5mm). Quilt Insulation (125mm)lies above this between the joists.Above the rafters is Plywood boarding (15mm)and a Heated on roof membrane.The Eaves over Hang 600mm with a paintedsoftwood fascia board and soffit. There is a uPvcGutter and down pipes.

Internal Partitions:The internal Partitions are a Timber stud partition.The consist of a Timber Stud (100mm x 50mm)with plasterboard (12.5mm) both sides securedto the stud. There is a painted softwood skirtingaround the base.








Page No- 06

Demolition - 2.0 - 3D - Section CC5Page No- 06

Demolition - 2.0 - 3D - Section BB6

Page No- 06

Demolition - 2.0 - 3D - Section AA7

Glazed Partition-Pilkington Pyrostop™ in Multi-paneScreen System (with slender jointing profile)-23mm Glazing using TGP FireFrame Aluminium.

Bauder TSV 20 Roofing membraneSpec: Polyester reinforced flexible polyolefinmembrane (FPO) Width 1500mm x 20000mm, 2mm Thickness.Pearl White Finish. Fire Rating BS 476 Part 3.Fixing: Adhesive Bonding directly onto Plywood.

Reynaers CS104 Triple Glazed AluminiumWindow. Built in Vents.(Width 1100mm x Height 1200mm x Depth104mm) They will sit inline with the newexternal Insulation to stop thermal bridging.

-Stone Panels StoneLite Rainscreen Panel(10mm) Stone Veneer + (20mm) AluminiumHoneycomb Structure. Propriety Hidden FixBracket to Horizontal Rail. To match existingBarrow Center.

-Hollow Steel Square Column - Secondary Support,(50mm x 50mm x 5mm), Secured to existing steelchannel at base of building and tied to the exiting StudVia Steel Brackets.-The Column is to Support the hanging of the RainscreenPanel. Structural Engineer Consultation Required.

-Existing Plywood (15mm)secured to the Studwork.-Xtratherm XO-RS PIR RainscreenInsulation (120mm) secured toexisting stud via proprietaryfixing.

Exsitning Concrete Block PlinthExisting Steel C Channel

-Actis Triso Super K10 MultifoilInsulation suspended betweenjoists (25mm Air Gap)

-Existing floor Timber floor joists (125mm x 50mm).-Xtratherm XO-RS PIR Insulation (120mm) will beplaced between the Existing joists suspendedon aluminium brackets.

Cold Bridge eliminated byXtratherm XO-RS PIRInsulation (120mm)connecting Wall insulations.

-New Carpet applied to the floor.-The existing Plywood (15mm) floor Board.-DuPont Tyvek FireCurb Vapour Membrane,halogen-free flame retardant coating.

-Bauder TSV 20 Roofing member overplywood (18mm) wihich is securedsecured to Existing rafters (125mm x500mm)

Existing Rafters(125mm x 50mm)

-Xtratherm XO-RS PIR Insulation(120mm) placed between the existingrafters. Resting no the new KnaufPhasechanging plasterboard.

-DuPont Tyvek FireCurb Vapour Membrane,halogen-free flame retardant coating.-Knauf 12.5mm Phasechanging plasterboardsecured to Existing Joists.-White Plaster Skim Coat (2.5mm)

-Knauf Phasechanging plasterboard secured toExisting Studs.-DuPont Tyvek FireCurb Vapour Membrane, halogen-free flame retardant coating.-Existing Timber Studs (100mm x 50mm @ 400c/c).-Xtratherm XO-RS PIR Insulation (100mm) will beplaced between the Existing Studs.-Existing Plywood (15mm) secured to the Studwork.

New Aluminium GutterSecured to Fascia Board.

Knauf Earthwool Roll 100mmInsulation on top of joists andpacked into corner.

Krone MonoSpace Low Rise Lift. To comply with TGD M.Car Width - 1100mm x 1400mmCar Height - 2100mmEntrance - 800mm x 2000mm (Left 2 panel)Travel - 3528mm

Reynaers CS104 Triple Glazed AluminiumDoors will be used Externally. Built in vents.(Width - 1000mm x Height - 2100mm X Depth95mm) They will sit inline with the new externalInsulation to stop thermal bridging.

New Aluminium GutterSecured to Fascia Board.

-Bauder TSV 20 Roofing member overplywood (18mm) wihich is secured securedto Existing rafters (125mm x 500mm)

Roof Extended out to cover lift shaft andentrance, susended on steel column.

-Existing Plywood (15mm)secured to the Studwork.-Xtratherm XO-RS PIRInsulation (120mm) withSilicone render.

Reynaers CS104 Triple Glazed Aluminium Window.Built in Vents.(Width 1100mm x Height 1200mm x Depth104mm) They will sit inline with the new externalInsulation to stop thermal bridging.

-Existing Plywood (15mm) securedto the Studwork.-Xtratherm XO-RS PIR RainscreenInsulation (120mm) secured toexisting stud via proprietary fixing.

Stone Panels StoneLite Rainscreen Panel(10mm) Stone Veneer + (20mm) AluminiumHoneycomb Structure. Propriety Hidden FixBracket to Horizontal Rail. To match existingBarrow Center.

Steel Bracket secured to existingStud to carry Window while in linewith external insulation.

Existing Wall Build Up

-Hollow Steel SquareColumn - SecondarySupport, (50mm x50mm x 5mm),Secured to existingsteel channel at baseof building and tied tothe exiting Stud ViaSteel Brackets.

Scale

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Mark Grincell


Key Plan:

Existing

Demolished

Proposed

17/12/2014 14:38:47

Proposed - 3.0 - UpgradeProposal

Project Number

04/11/2014

Page No - 07

Disclaimer:The Plans, Sections, Elevations, Details, Services ETC. of theKilleshin Building, IT Carlow, Kilkenny Road, Carlow, are AssumedConstruction from the findings of a Group Survey of the Building.

The Proposed Upgrades require consultation from a Services andStructural Consultants.

Specifications: Proposed

The Specs below are the Proposed Build up of the KilleshinBuilding.

General:The Brief states to reduce the building primary energyconsumption by 60%. Through the building envelope, airtightness, cold bridges, mechanical and electrical services.

To comply with Parts M,B,L and K of the building regulations.

Floor Build Up:The Floor consists of timber joists (125mm x 50mm)suspended on a steel beams, the beams are supported byring beams at the north and south end.

Internal to External-New Carpet applied to the floor.-The existing Plywood (15mm) floor Board.-DuPont Tyvek FireCurb Vapour Membrane, halogen-freeflame retardant coating.-Existing floor Timber floor joists (125mm x 50mm).-Xtratherm XO-RS PIR Insulation (120mm) will be placedbetween the Existing joists suspended on aluminium brackets.-Actis Triso Super K10 Multifoil Insulation suspended betweenjoists (25mm Air Gap)

Cold Bridge eliminated by Xtratherm XO-RS PIR Insulation(120mm) connecting Wall insulations.

Wall Build Up:Internal to External-Knauf 12.5mm Phasechanging plasterboard secured toExisting Studs.-DuPont Tyvek FireCurb Vapour Membrane, halogen-freeflame retardant coating.-Existing Timber Studs (100mm x 50mm @ 400c/c).-Xtratherm XO-RS PIR Insulation (100mm) will be placedbetween the Existing Studs.-Existing Plywood (15mm) secured to the Studwork.-Xtratherm XO-RS PIR Rainscreen Insulation (120mm) securedto existing stud via proprietary fixing.-DuPon Tyvek Supro Breather Membrane and AirtightnessWater resistant.-Hollow Steel Square Column - Secondary Support, (50mm x50mm x 5mm), Secured to existing steel channel at base ofbuilding and tied to the exiting Stud Via Steel Brackets.-The Column is to Support the hanging of the RainscreenPanel. Structural Engineer Consultation Required.-Stone Panels StoneLite Rainscreen Panel (10mm) StoneVeneer + (20mm) Aluminium Honeycomb Structure. ProprietyHidden Fix Bracket to Horizontal Rail. To match existing BarrowCenter.

First Floor Build up:First Floor to Ground Floor:-New Carpet applied to the floor.-The existing Plywood (15mm) Floor Board secured to Timberfloor joists.-Existing Timber Joists (125mm x 50mm)-Existing MF Ceiling Structure secured to existing joists.-Service Void (130mm)-Knauf 12.5mm Phasechanging plasterboard secured to MFCeiling.-White Plaster Skim Coat (2.5mm)

Roof Build up:Internal to External-Bauder TSV 20 Roofing member over plywood.-Existing Plywood 18mm secured to Existing rafters (125mm x500mm)-Timloc Ventilation Roll (660mm x 35mm) rolled over existingrafters.-Knauf Earthwool Roll (100mm) rolled over existing joists.-Xtratherm XO-RS PIR Insulation (120mm) placed betweenthe existing rafters.-DuPont Tyvek FireCurb Vapour Membrane, halogen-freeflame retardant coating.-Knauf 12.5mm Phasechanging plasterboard secured toExisting Joists.-White Plaster Skim Coat (2.5mm)

Internal Partitions:Stud Partition-White Plaster Skim Coat (2.5mm)-Knauf (12.5mm) Phasechanging plasterboard secured toexisting stud.-Timber Stud (100mm x 50mm)-Knauf (12.5mm) Phasechanging plasterboard secured toexisting stud.-White Plaster Skim Coat (2.5mm)

Shadow Gap Bead at Base, ceiling level and around doorand window.


Doors Internal:New Oak Veneer MDF 3Omin Fire Rated, Doors Will be Installed into the Stud Partitions.Width: 1000mm to comply TGD M and B

Doors External:Reynaers CS104 Triple Glazed Aluminium Doors will be usedExternally. Built in vents.(Width - 1000mm x Height - 2100mm X Depth 95mm) They willsit inline with the new external Insulation to stop thermalbridging.

Windows:Reynaers CS104 Triple Glazed Aluminium Window. Built inVents.(Width 1100mm x Height 1200mm x Depth 104mm) They will sitinline with the new external Insulation to stop thermal bridging.

Lift:Krone MonoSpace Low Rise Lift. To comply with TGD M.Car Width - 1100mm x 1400mmCar Height - 2100mmEntrance - 800mm x 2000mm (Left 2 panel)Travel - 3528mmPit - 1100mm

Services:Space HeatingKing Span Heat Recovery UnitCounter-flow heat exchanger which canrecover up to 91% of the heat from the discharged air. Whenrequired, the recovered heat is used to pre-heat the fresh airbeing brought in from outside. Placed in the Existing AtticSpace.

The Heating controls will be changed to use Dimples HeatingControls (Quantum) This will make the control system cleverand more efficient.

Water Heating:The Water heating is heated by a local gas boiler and storedto remain this way. Efficient WC Appliances will be installed toimprove efficiency of the Usage of Water in the Building.

Lighting:All Lighting in the building will be Surface mounted Philips LED(24) Arano Light Box.

Page No- 07

Proposed - 3.0 - 3D - Displaced3

Page No- 07

Proposed - 3.0 - 3D - Wall Build Up1

Page No- 07

Proposed - 3.0 - 3D - Floor Build Up2

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Proposed - 3.0 - 3D - Eaves Build Up4

Page No- 07

Proposed - 3.0 - 3D - Front Glazing5

Page No- 07

Proposed - 3.0 - 3D - Window Placement6

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Doors Internal:New Oak Veneer MDF 3Omin Fire Rated,Doors Will be Install ed into the StudPartitions.Width: 1000mm to comply TGD M and B.

Lift:Krone MonoSpace Low Rise Lift. To complywith TGD M.Car Width - 1100mm x 1400mmCar Height - 2100mmEntrance - 800mm x 2000mm (Left 2panel)

Stone Panels StoneLite RainscreenPanel (10mm) Stone Veneer +(20mm) Aluminium HoneycombStructure. Propriety Hidden FixBracket to Horizontal Rail. Tomatch existing Barrow Center.

Curtain Walling, Support by steel columnx.To provide a sheltered area.

Floor Build Up:-New Carpet applied to the floor.-The existing Plywood (15mm) floor Board.-DuPont Tyvek FireCurb Vapour Membrane, halogen-free flameretardant coating.-Existing floor Timber floor joists (125mm x 50mm).-Xtratherm XO-RS PIR Insulation (120mm) will be placedbetween the Existing joists suspended on aluminium brackets.-Actis Triso Super K10 Multifoil Insulation suspended betweenjoists (25mm Air Gap)

New front Entrance to comply with TGD M:The area will be covered by an externtion of the roofwhich will be supported by a steel hollow corecolumn.Curtain walling will provide shelter from the side.


Doors External:Reynaers CS104 Triple Glazed Aluminium Doors willbe used Externally. Built in vents.(Width - 1000mm x Height - 2100mm X Depth95mm) They will sit inline with the new externalInsulation to stop thermal bridging.

Windows:Reynaers CS104 Triple Glazed AluminiumWindow. Built in Vents.(Width 1100mm x Height 1200mm x Depth104mm) They will sit inline with the newexternal Insulation to stop thermal bridging.

Scale

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Mark Grincell


Key Plan:

Existing

Demolished

Proposed

As indicated

17/12/2014 14:45:13

Proposed - 3.0 - GeneralArrangments

Project Number

04/11/2014

Page No - 08 1 : 100Page No

- 08

Proposed - 3.0 - GA - Section AA1

1 : 100Page No- 08

Proposed - 3.0 - GA - Section BB2 1 : 100Page No

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Proposed - 3.0 - GA - Section CC3

1 : 200Page No- 08

Proposed - 3.0 - GA - First Floor Level4

1 : 200Page No- 08

Proposed - 3.0 - GA - Ground Floor Level5







Floor Build Up:The Floor consists of timber joists (125mm x 50mm) suspendedon a steel beams, the beams are supported by ring beams atthe north and south end.





Roof Build up:Internal to External-Bauder TSV 20 Roofing member over plywood.-Existing Plywood 18mm secured to Existing rafters (125mm x500mm)-Timloc Ventilation Roll (660mm x 35mm) rolled over existingrafters.-Knauf Earthwool Roll (100mm) rolled over existing joists.-Xtratherm XO-RS PIR Insulation (120mm) placed between theexisting rafters.-DuPont Tyvek FireCurb Vapour Membrane, halogen-freeflame retardant coating.-Knauf 12.5mm Phasechanging plasterboard secured toExisting Joists.-White Plaster Skim Coat (2.5mm)


Shadow Gap Bead at Base, ceiling level and around door andwindow.




Windows:Reynaers CS104 Triple Glazed Aluminium Window. Built inVents.(Width 1100mm x Height 1200mm x Depth 104mm) They will sitinline with the new external Insulation to stop thermalbridging.




Water Heating:The Water heating is heated by a local gas boiler and storedto remain this way. Efficient WC Appliances will be installedto improve efficiency of the Usage of Water in the Building.


Page No- 08

Proposed - 3.0 - 3D - First Floor Level6

Page No- 08

Proposed - 3.0 - 3D - Ground Floor Level7


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Internal Doors:New Oak Veneer MDF 3Omin Fire Rated, Doors Will beInstall ed into the Stud Partitions.Width: 1000mm to comply TGD M and B

First Floor Build up:-New Carpet applied to the floor.-The existing Plywood (15mm) Floor Boardsecured to Timber floor joists.-Existing Timber Joists (125mm x 50mm)-Existing MF Ceiling Structure secured toexisting joists.-Service Void (130mm)-Knauf 12.5mm Phasechangingplasterboard secured to MF Ceiling.-White Plaster Skim Coat (2.5mm

Front Entrance:The Front entrance will bechanged to accomidate a Liftas well as to meet currentRegulations

FF Ceiling Build up:-Existing Timber Joists (125mm x 50mm)- Knauf Phasechanging plasterboard(12.5mm) secured to Joists- Plaster Skim (2.5mm)

Krone MonoSpace Low Rise Lift. To complywith TGD M.Car Width - 1100mm x 1400mmCar Height - 2100mmEntrance - 800mm x 2000mm (Left 2 panel)Travel - 3528mm

Roof Extended out to formcanopy susppended by steelcolumn 150mm x 150mm.Glazing is incorperated toprovide shelter.

Windows:Reynaers CS104 Triple Glazed AluminiumWindow. Built in Vents. (Width 1100mm xHeight 1200mm x Depth 104mm) They willsit inline with the new external Insulationto stop thermal bridging.

Stud Partition-White Plaster Skim Coat (2.5mm)-Knauf (12.5mm) Phasechangingplasterboard secured to existing stud.-Timber Stud (100mm x 50mm)-Knauf (12.5mm) Phasechangingplasterboard secured to existing stud.-White Plaster Skim Coat (2.5mm)

Glazed Partition-Pilkington Pyrostop™ in Multi-paneScreen System (with slender jointing profile)-23mm Glazing using TGP FireFrameAluminium.

Lift:Krone MonoSpace Low Rise Lift. To complywith TGD M.Car Width - 1100mm x 1400mmCar Height - 2100mmEntrance - 800mm x 2000mm (Left 2 panel)Travel - 3528mm

-New Carpet applied to the floor.-The existing Plywood (15mm) floor Board.-DuPont Tyvek FireCurb Vapour Membrane,halogen-free flame retardant coating.-Existing floor Timber floor joists (125mm x50mm).-Xtratherm XO-RS PIR Insulation (120mm) willbe placed between the Existing joistssuspended on aluminium brackets.-Actis Triso Super K10 Multifoil Insulationsuspended between joists (25mm Air Gap)

Cold Bridge eliminated by Xtratherm XO-RSPIR Insulation (120mm) connecting Wallinsulations.


-Bauder TSV 20 Roofing member overplywood.-Existing Plywood 18mm secured toExisting rafters (125mm x 500mm)-Timloc Ventilation Roll (660mm x 35mm)rolled over existing rafters.-Knauf Earthwool Roll (100mm) rolledover existing joists.-Xtratherm XO-RS PIR Insulation (120mm)placed between the existing rafters.-DuPont Tyvek FireCurb VapourMembrane, halogen-free flameretardant coating.-Knauf 12.5mm Phasechangingplasterboard secured to Existing Joists.-White Plaster Skim Coat (2.5mm)

Scale

Drawn by

Date



Mark Grincell


Key Plan:

Existing

Demolished

Proposed

1 : 100

17/12/2014 14:52:51

Proposed - 3.0 - Elevations

Project Number

04/11/2014

Page No - 09 1 : 100Page No

- 09

Proposed - 3.0 - GA - East Elevation1

1 : 100Page No- 09

Proposed - 3.0 - GA - North Elevation2

1 : 100Page No- 09

Proposed - 3.0 - GA - South Elevation3

1 : 100Page No- 09

Proposed - 3.0 - GA - West Elevation4

Page No- 09

Porposed - 3.0 - 3D - Section AA5

Page No- 09

Porposed - 3.0 - 3D - Section BB6Page No- 09

Porposed - 3.0 - 3D - Section CC7





General:The Brief states to reduce the building primary energyconsumption by 60%. Through the building envelope, airtightness, cold bridges, mechanical and electricalservices.

To comply with Parts M,B,L and K of the buildingregulations.

Floor Build Up:The Floor consists of timber joists (125mm x 50mm)suspended on a steel beams, the beams are supportedby ring beams at the north and south end.

Internal to External-New Carpet applied to the floor.-The existing Plywood (15mm) floor Board.-DuPont Tyvek FireCurb Vapour Membrane, halogen-freeflame retardant coating.-Existing floor Timber floor joists (125mm x 50mm).-Xtratherm XO-RS PIR Insulation (120mm) will be placedbetween the Existing joists suspended on aluminiumbrackets.-Actis Triso Super K10 Multifoil Insulation suspendedbetween joists (25mm Air Gap)


Wall Build Up:Internal to External-Knauf 12.5mm Phasechanging plasterboard secured toExisting Studs.-DuPont Tyvek FireCurb Vapour Membrane, halogen-freeflame retardant coating.-Existing Timber Studs (100mm x 50mm @ 400c/c).-Xtratherm XO-RS PIR Insulation (100mm) will be placedbetween the Existing Studs.-Existing Plywood (15mm) secured to the Studwork.-Xtratherm XO-RS PIR Rainscreen Insulation (120mm)secured to existing stud via proprietary fixing.-DuPon Tyvek Supro Breather Membrane and AirtightnessWater resistant.-Hollow Steel Square Column - Secondary Support,(50mm x 50mm x 5mm), Secured to existing steel channelat base of building and tied to the exiting Stud Via SteelBrackets.-The Column is to Support the hanging of the RainscreenPanel. Structural Engineer Consultation Required.-Stone Panels StoneLite Rainscreen Panel (10mm) StoneVeneer + (20mm) Aluminium Honeycomb Structure.Propriety Hidden Fix Bracket to Horizontal Rail. To matchexisting Barrow Center.

First Floor Build up:First Floor to Ground Floor:-New Carpet applied to the floor.-The existing Plywood (15mm) Floor Board secured toTimber floor joists.-Existing Timber Joists (125mm x 50mm)-Existing MF Ceiling Structure secured to existing joists.-Service Void (130mm)-Knauf 12.5mm Phasechanging plasterboard secured toMF Ceiling.-White Plaster Skim Coat (2.5mm)

Roof Build up:Internal to External-Bauder TSV 20 Roofing member over plywood.-Existing Plywood 18mm secured to Existing rafters(125mm x 500mm)-Timloc Ventilation Roll (660mm x 35mm) rolled overexisting rafters.-Knauf Earthwool Roll (100mm) rolled over existing joists.-Xtratherm XO-RS PIR Insulation (120mm) placedbetween the existing rafters.-DuPont Tyvek FireCurb Vapour Membrane, halogen-freeflame retardant coating.-Knauf 12.5mm Phasechanging plasterboard secured toExisting Joists.-White Plaster Skim Coat (2.5mm)




Doors Internal:New Oak Veneer MDF 3Omin Fire Rated, Doors Will beInstall ed into the Stud Partitions.Width: 1000mm to comply TGD M and B

Doors External:Reynaers CS104 Triple Glazed Aluminium Doors will beused Externally. Built in vents.(Width - 1000mm x Height - 2100mm X Depth 95mm) Theywill sit inline with the new external Insulation to stopthermal bridging.

Windows:Reynaers CS104 Triple Glazed Aluminium Window. Built inVents.(Width 1100mm x Height 1200mm x Depth 104mm) Theywill sit inline with the new external Insulation to stopthermal bridging.


Services:Space HeatingKing Span Heat Recovery UnitCounter-flow heat exchanger which canrecover up to 91% of the heat from the discharged air.When required, the recovered heat is used to pre-heatthe fresh air being brought in from outside. Placed in theExisting Attic Space.

The Heating controls will be changed to use DimplesHeating Controls (Quantum) This will make the controlsystem clever and more efficient.

Water Heating:The Water heating is heated by a local gas boiler andstored to remain this way. Efficient WC Appliances will beinstalled to improve efficiency of the Usage of Water inthe Building.

Lighting:All Lighting in the building will be Surface mounted PhilipsLED (24) Arano Light Box.

25 120 12.5 100 12.5 2.530 30 50

1018

125

30

15

Stone Panels StoneLite Rainscreen PanelSpec:10mm Stone Veneer + backing 20mmAluminium Honeycomb StructureFixing: Propriety Hidden Fix Bracket toHorizontal Rail.Finish: To match existing Barrow Center.

Knauf Phase changing PlasterboardSpec: 12.5mm thicknessFixing: Secured via screws to existing Studwork.Finish: 2.5mm White plaster skimcoat.

Xtratherm XO-RS PIR InsulationSpec: 100mm Thickness , Thermal Conductivity of 0.021W/mK, Class "O" Fire Rating.Length 2400mm x Width 1200mm.Fixing: Replacing Existing Quilt insulation betweenexiting Studs, wedged into place and secured.

Shadow Gap BeadSpec: 15mm Gap.

Xtratherm XO-RS PIR InsulationSpec: 120mm Thickness , Thermal Conductivity of0.021 W/mK, Class "O" Fire Rating.Length 2400mm x Width 1200mm.Xtrarherm Rainscreen Foil on Exterior.Fixing: Via proprietary Xthratherm fixing toexiting Studs and Plywood boarding.

Hollow Steel Square Column - Secondary SupportSpec: 50mm x 50mm x 5mmFixing: Secured to existing steel channel at base ofbuilding and tied to the exiting Stud Via SteelBrackets.The Column is to Support the hanging of theRainscreen Panel.*Structural Engineer Consultation Required.

StonePanel Hidden Fix SystemSpec: 30mm Wide interlocking channelsShims required on both sides ofconnections.Fixing: Factory fixed to Rainscreen Panel,and horizontal rail fixing to each column.

Stone Panels StoneLite Rainscreen PanelSpec:10mm Stone Veneer + backing 20mmAluminium Honeycomb Structure

*Specialized Factory panel, designed toreturned to underside of the building.

Fixing: Propriety Hidden Fix Bracket toHorizontal Rail.Finish: To match existing Barrow Center.

Existing Blockwork Plinth

Existing Steel "C" Channel acting Support to Joists.

StonePanel Proprietary FixingSpec: Thermally Broke external insulation fixing.120mm insulation require 215mm Length Fixing.

Secured into existing Studwork Wall and Plywood.

Existing Plywood Secured to Stud on external.

Insect MeshFixing: Secured to ExistingPlinth and Rainscreen Panel.

Xtratherm XO-RS PIR InsulationSpec: 120mm Thickness , Thermal Conductivityof 0.021 W/mK, Class "O" Fire Rating.Length 2400mm x Width 1200mm.

*Insulation Strip is to eliminate Cold Bridgingbetween the existing wall and floor.

Fixing: Via proprietary Xthratherm fixing toexiting Studs and Plywood boarding.

DuPon Tyvek Supro Breather MembraneSpecs: Airtightness, Water resistant

DuPont Tyvek FireCurbVapour MembraneSpec: halogen-free flameretardant coating +Airtightness.

Hollow Steel Square Column - Secondary SupportSpec: 50mm x 50mm x 5mmFixing: Secured to existing steel channel at base ofbuilding and tied to the exiting Stud Via SteelBrackets.The Column is to Support the hanging of the RainscreenPanel.*Structural Engineer Consultation Required.

Xtratherm XO-RS PIR InsulationSpec: 120mm Thickness , ThermalConductivity of 0.021 W/mK,Class "O" Fire Rating.Length 2400mm x Width 1200mm.Fixing: will be placed betweenthe Existing joists suspended onaluminium brackets.

Aluminium BracketHung over existing joists tosupport the new PIR Insulation.Spacing @ 500mm.Existing Plywood Boarding

New Carpet Internal Floor Finish

DuPont Tyvek FireCurb VapourMembraneSpec: halogen-free flame retardantcoating + Airtightness.

Actis Triso Super K10 Multifoil InsulationSpec: 35mm in thickness can becompressed, requires25mm Air Gap either side to workefficient.1600mm Length x 1000mm WidthFixing: Placed underside of joists usingproprietary fixing system to eliminatethermal bridges

Actis Triso Super K10 Multifoil InsulationSpec: 35mm in thickness can be compressed,requires25mm Air Gap either side to work efficient.1600mm Length x 1000mm WidthFixing: Placed underside of joists using proprietaryfixing system to eliminate thermal bridges

DuPont Tyvek FireCurb Vapour MembraneSpec: halogen-free flame retardant coating + Airtightness.

Xtratherm XO-RS PIR InsulationSpec: 120mm Thickness , Thermal Conductivityof 0.021 W/mK, Class "O" Fire Rating.Length 2400mm x Width 1200mm.Fixing: will be placed between the Existing joistssuspended on aluminium brackets.


Existing Plywood Boarding

Aluminium BracketHung over existing joists to support thenew PIR Insulation. Spacing @ 500mm.

1018

125

25

Actis Triso Super K10Multifoil Insulation

Aluminium Bracket

Actis Triso Super K10Multifoil Insulation

350

Xtratherm XO-RS PIR Insulation + Silicone RenderSpec: 120mm Thickness , Thermal Conductivity of 0.021W/mK, Class "O" Fire Rating.Length 2400mm x Width 1200mm.3.5mm Silcone Render White.Fixing: Via proprietary Xthratherm fixing to exiting Studs andPlywood boarding + Propritry silcone build up.

Existing Blockwork Plinth

Xtratherm XO-RS PIR InsulationSpec: 120mm Thickness , Thermal Conductivityof 0.021 W/mK, Class "O" Fire Rating.Length 2400mm x Width 1200mm.

*Insulation Strip is to eliminate Cold Bridgingbetween the existing wall and floor.

Fixing: Via proprietary Xthratherm fixing toexiting Studs and Plywood boarding.

Actis Triso Super K10 Multifoil InsulationSpec: 35mm in thickness can be compressed,requires25mm Air Gap either side to work efficient.1600mm Length x 1000mm WidthFixing: Placed underside of joists using proprietaryfixing system to eliminate thermal bridges


Xtratherm XO-RS PIR InsulationSpec: 120mm Thickness , ThermalConductivity of 0.021 W/mK, Class "O" FireRating.Length 2400mm x Width 1200mm.Fixing: will be placed between the Existing joistssuspended on aluminium brackets.

New Lyno Internal Floor FinishExisting Plywood Boarding

Aluminium BracketHung over existing joists to support thenew PIR Insulation. Spacing @ 500mm.

Reynaers CS104 Triple Glazed Aluminium DoorsSpecs:Built in vents. (Width - 1000mm x Height -2100mm X Depth 95mm)Fixing: To sit inline with the new external Insulationto stop thermal bridging.

Schock ThermoblockSpec:Insulated blockwork to be placedwhen new ramp is beig Constructed115mm x 150mm x 250mmFixing: Rest in place, secure fit.

DuPon Tyvek Supro BreatherMembrane and AirtightnessWater resistant.

418

125

25

100

100

115

115

251

Proprietary External Silicone Render Skim Coat.3.5mm. White.

Xthratherm Proprietary FixingSpec: Thermally Broke external insulation fixing.120mm insulation require 215mm Length Fixing.

Secured into existing Studwork Wall and Plywood.Xtratherm XO-RS PIR InsulationSpec: 120mm Thickness , Thermal Conductivityof 0.021 W/mK, Class "O" Fire Rating.Length 2400mm x Width 1200mm.Xtrarherm Rainscreen Foil on Exterior.Fixing: Via proprietary Xthratherm fixing toexiting Studs and Plywood boarding.





Existing Timber Stud100mm x 50mm @ 400c/c.

DuPont Tyvek FireCurb Vapour MembraneSpec: halogen-free flame retardant coating+ Airtightness.


Reynaers CS104 Triple Glazed AluminiumDoorsSpecs:Built in vents. (Width - 1000mm xHeight - 2100mm X Depth 95mm)Fixing: To sit inline with the new externalInsulation to stop thermal bridging.

3.5

125

12.5

125

12.5

2.5

42

45

Sealent Bread(Window and Door Manufactures Specs)

Reynaers CS104 Triple Glazed Aluminium DoorsSpecs:Built in vents. (Width - 1000mm x Height -2100mm X Depth 95mm)Fixing: To sit inline with the new external Insulationto stop thermal bridging.



Xtratherm XO-RS PIR InsulationSpec: 120mm Thickness , Thermal Conductivityof 0.021 W/mK, Class "O" Fire Rating.Length 2400mm x Width 1200mm.Xtrarherm Rainscreen Foil on Exterior.Fixing: Via proprietary Xthratherm fixing toexiting Studs and Plywood boarding.

Xtratherm Proprietary FixingSpec: Thermally Broke external insulation fixing.120mm insulation require 215mm Length Fixing.





Sealent Bread(Window and Door Manufactures Specs

132.5 0 100 12.5 2.5


253

136 95 20

Scale

Drawn by

Date



Mark Grincell


Key Plan:

Existing

Demolished

Proposed

1 : 5

17/12/2014 14:53:17

Proposed 3.0 - Detail Sheet No.1- Floor Build up/ Threshold

Project Number

04/11/2014

Page No - 10 1 : 5Page No- 10

Proposed - 3.0 - Detail No.9 - Ground Floor Detail No.11


















Windows:Reynaers CS104 Triple Glazed Aluminium Window. Built inVents.(Width 1100mm x Height 1200mm x Depth 104mm) They will sitinline with the new external Insulation to stop thermalbridging.






1 : 5Page No- 10

Proposed - 3.0 - Detail No.10 - Ground Floor Detail No.22

1 : 5Page No- 10

Proposed - 3.0 - Detail No.11 - Threshold Detail3

1 : 5Page No- 10

Proposed - 3.0 - Detail No.13 - Threshold Jamb Detail5

1 : 5Page No- 10

Proposed - 3.0 - Detail No.12 - Threshold Head Detail6

No.1

No.3+5+6No.2


Xtratherm XO-RS PIR InsulationSpec: 120mm Thickness , ThermalConductivity of 0.021 W/mK, Class"O" Fire Rating.Length 2400mm x Width 1200mm.Xtrarherm Rainscreen Foil on Exterior.Fixing: Via proprietary Xthrathermfixing to exiting Studs and Plywoodboarding.






Stone Panels StoneLite Rainscreen PanelSpec:10mm Stone Veneer + backing20mm Aluminium Honeycomb Structure

*Specialized Factory panel, designed toComplete Corner Detail.












Xtratherm XO-RS PIR InsulationSpec: 100mm Thickness , Thermal Conductivity of0.021 W/mK, Class "O" Fire Rating.Length 2400mm x Width 1200mm.Fixing: Replacing Existing Quilt insulation betweenexiting Studs, wedged into place and secured.


Existing Plywood Secured to Stud onexternal.






Insect MeshFixing: Secured to ExternalInsulation and Rainscreen Panel.



128

25 120 12.5 100 12.5 2.530 30 50

15




Shadow Gap BeadSpec: 15mm Gap.





*Specialized Factory panel, designed toreturned to underside of the building.









125

1810

2.5

1511

3



Existing MF Susended Ceiling

Reynaers CS104 Triple Glazed AluminiumWindow. Built in Vents.(Width 1100mm x Height 1200mm x Depth104mm) They will sit inline with the newexternal Insulation to stop thermal bridging.

-Stone Panels StoneLite Rainscreen Panel(10mm) Stone Veneer + (20mm) AluminiumHoneycomb Structure. Propriety Hidden FixBracket to Horizontal Rail. To match existingBarrow Center.

-Hollow Steel Square Column - Secondary Support,(50mm x 50mm x 5mm), Secured to existing steelchannel at base of building and tied to the exiting StudVia Steel Brackets.-The Column is to Support the hanging of the RainscreenPanel. Structural Engineer Consultation Required.


-Existing Plywood (15mm)secured to the Studwork.-Xtratherm XO-RS PIRRainscreen Insulation(120mm) secured toexisting stud viaproprietary fixing.

-Stone Panels StoneLite Rainscreen Panel(10mm) Stone Veneer + (20mm)Aluminium Honeycomb Structure.Propriety Hidden Fix Bracket toHorizontal Rail. To match existingBarrow Center.

Reynaers CS104 Triple GlazedAluminium Window. Built in Vents.(Width 1100mm x Height 1200mm xDepth 104mm) They will sit inline withthe new external Insulation to stopthermal bridging

Proprietary ExternalSilicone RenderSkim Coat.3.5mm. White.

Scale

Drawn by

Date



Mark Grincell


Key Plan:

Existing

Demolished

Proposed

1 : 5

17/12/2014 14:53:41

Proposed 3.0 - Detail Sheet No.2- Wall Build Ups

Project Number

04/11/2014

Page No - 11










Wall Build Up:Internal to External-Knauf 12.5mm Phasechanging plasterboard secured toExisting Studs.-DuPont Tyvek FireCurb Vapour Membrane, halogen-freeflame retardant coating.-Existing Timber Studs (100mm x 50mm @ 400c/c).-Xtratherm XO-RS PIR Insulation (100mm) will be placedbetween the Existing Studs.-Existing Plywood (15mm) secured to the Studwork.-Xtratherm XO-RS PIR Rainscreen Insulation (120mm)secured to existing stud via proprietary fixing.-DuPon Tyvek Supro Breather Membrane and AirtightnessWater resistant.-Hollow Steel Square Column - Secondary Support, (50mm x50mm x 5mm), Secured to existing steel channel at base ofbuilding and tied to the exiting Stud Via Steel Brackets.-The Column is to Support the hanging of the RainscreenPanel. Structural Engineer Consultation Required.-Stone Panels StoneLite Rainscreen Panel (10mm) StoneVeneer + (20mm) Aluminium Honeycomb Structure.Propriety Hidden Fix Bracket to Horizontal Rail. To matchexisting Barrow Center.







Doors External:Reynaers CS104 Triple Glazed Aluminium Doors will be usedExternally. Built in vents.(Width - 1000mm x Height - 2100mm X Depth 95mm) Theywill sit inline with the new external Insulation to stop thermalbridging.

Windows:Reynaers CS104 Triple Glazed Aluminium Window. Built inVents.(Width 1100mm x Height 1200mm x Depth 104mm) They willsit inline with the new external Insulation to stop thermalbridging.


Services:Space HeatingKing Span Heat Recovery UnitCounter-flow heat exchanger which canrecover up to 91% of the heat from the discharged air.When required, the recovered heat is used to pre-heat thefresh air being brought in from outside. Placed in the ExistingAttic Space.


Water Heating:The Water heating is heated by a local gas boiler andstored to remain this way. Efficient WC Appliances will beinstalled to improve efficiency of the Usage of Water in theBuilding.


1 : 5Page No- 11

Proposed - 3.0 - Detail No.18 - Rainscreen CladdingCorner Juction Plan1

1 : 5Page No- 11

Proposed - 3.0 - Detail No.17 - RaincreenCladding/Render Junction Plan2

1 : 5Page No- 11

Proposed - 3.0 - Detail No.19 - Wall / FF Detail3Page No- 11

Proposed - 3.0 - Detail - Wall Build Up4

Page No- 11

Proposed - 3.0 - Detail - Wall Build Up No.25

No.3

No.1

No.2

StoneLite® panels are natural stone composite panels comprised of a thin stone veneer and analuminum honeycomb backing which is sandwiched between impervious, high-strength, fiber-reinforced epoxy skin. They Weigh 16kg/m2 which is perfect for a Timber framed building.

Can be manufactured to turn corners or provide a return. (Base)












Reynaers CS104 Triple Glazed Aluminium WindowSpecs: Built in Vents. (Width 1100mm x Height1200mm x Depth 104mm), Aluminium Cill.Fixing: sit inline with the new external Insulation tostop thermal bridging, Supported by AluminiumBracket at base.

Plasterboard to Return to cover Cill.

Reynaers CS104 Aluminium CillBuilt into window Frame. Projectingover external Rainscreen cladding.

Insect MeshFixing: Secured to Aluminium Cilland Rainscreen Panel.


Steel BracketTo provide support to Window.Fixing: Secured to the existing joistand also secured to Hollow SteelSquare Column.

33

1020 30 50 25 120 12.5 100 12.52.5

382

145

200

132

110











Reynaers CS104 Triple Glazed Aluminium WindowSpecs: Built in Vents. (Width 1100mm x Height1200mm x Depth 104mm), Aluminium Cill.Fixing: sit inline with the new external Insulation tostop thermal bridging, Supported by AluminiumBracket at base.


Insect MeshFixing: Secured to Aluminium Cilland Rainscreen Panel.


*Specialized Factory panel, designed toReturn at Window Head.


10 20 30 50 25 120 12.5 100 12.5 2.5

382.5

132.2

104

146.2

60145

126

Xthratherm Proprietary FixingSpec: Thermally Broke external insulation fixing.120mm insulation require 215mm Length Fixing.

Secured into existing Studwork Wall andPlywood.







DuPont Tyvek FireCurb Vapour MembraneSpec: halogen-free flame retardant coating+ Airtightness.


Reynaers CS104 Triple Glazed Aluminium WindowSpecs: Built in Vents. (Width 1100mm x Height1200mm x Depth 104mm), Aluminium Cill.Fixing: sit inline with the new external Insulation tostop thermal bridging, Supported by AluminiumBracket at base.12

512

.512

512

.52.

5






1020

2877

25

350

Sealent Bread(Window and Door Manufactures Specs)

Reynaers Aluminium CillSecured into Window Frame.

15

135.

918

7.8

42

Reynaers CS104 Triple Glazed Aluminium Window.Built in Vents.(Width 1100mm x Height 1200mm x Depth104mm) They will sit inline with the new externalInsulation to stop thermal bridging.


Stone Panels StoneLite RainscreenPanel (10mm) Stone Veneer + (20mm)Aluminium Honeycomb Structure.Propriety Hidden Fix Bracket toHorizontal Rail. To match existingBarrow Center.

Steel Bracket secured to existingStud to carry Window while in linewith external insulation.

Existing Wall Build Up

-Hollow Steel Square Column -Secondary Support, (50mm x50mm x 5mm), Secured toexisting steel channel at base ofbuilding and tied to the exitingStud Via Steel Brackets.

Hollow Steel Square Column - SecondarySupportSpec: 50mm x 50mm x 5mmFixing: Secured to existing steel channelat base of building and tied to the exitingStud Via Steel Brackets.The Column is to Support the hanging ofthe Rainscreen Panel.*Structural Engineer ConsultationRequired.

Steel BracketTo provide support to Window.Fixing: Secured to the existing joist and alsosecured to Hollow Steel Square Column.

Steel Brackets to support HollowSteel Square Column - SecondarySupport secured back to Stud.

Hollow Steel Square Column - SecondarySupportSpec: 50mm x 50mm x 5mmFixing: Secured to existing steel channelat base of building and tied to the exitingStud Via Steel Brackets.The Column is to Support the hanging ofthe Rainscreen Panel.*Structural Engineer ConsultationRequired.

Pilkington GasketsPilkington Neoprene Guides

Shims for Structural Tolerance.Fixing to Concrete Sub Structure.

Proprietary Aluminium GlazingChannel with Aluminium Cillincorperated into Frame.

Pilkigton Planar SentryGlassSingle Glazed 10mm, Thickness.

Pilkington Planar 905Jfitting to a tubular steelsupport structure.

Pilkington SG 902 Fitting

Structural Tubular Steel Work.Secured Aluminium Channel atBase of Glazing.

10


Pilkington GasketsPilkington Neoprene Guides

Shims for Structural Tolerance.Fixing to Concrete Sub Structure.

Proprietary Aluminium GlazingChannel with Aluminium Cillincorperated into Frame.


Pilkington Planar 905Jfitting to a tubular steelsupport structure.

Pilkington SG 902 Fitting Structural Tubular Steel Work.Secured Aluminium Channelat Base of Glazing.Pilkigton Planar SentryGlass

Single Glazed 10mm, Thickness.

Bauder TSV 20 Roofing membraneSpec: Polyester reinforced flexible polyolefinmembrane (FPO) Width 1500mm x 20000mm, 2mmThickness.Pearl White Finish. Fire Rating BS 476 Part 3.Fixing: Adhesive Bonding directly onto Plywood.

New Soffit and Fascia BoardSpec: Painted White.

40118.5

40

Scale

Drawn by

Date



Mark Grincell


Key Plan:

Existing

Demolished

Proposed

As indicated

17/12/2014 14:55:42

Proposed 3.0 - Detail Sheet No.3- Window Details

Project Number

04/11/2014

Page No - 12








Internal to External-New Carpet applied to the floor.-The existing Plywood (15mm) floor Board.-DuPont Tyvek FireCurb Vapour Membrane, halogen-free flameretardant coating.-Existing floor Timber floor joists (125mm x 50mm).-Xtratherm XO-RS PIR Insulation (120mm) will be placedbetween the Existing joists suspended on aluminium brackets.-Actis Triso Super K10 Multifoil Insulation suspended betweenjoists (25mm Air Gap)


Wall Build Up:Internal to External-Knauf 12.5mm Phasechanging plasterboard secured toExisting Studs.-DuPont Tyvek FireCurb Vapour Membrane, halogen-free flameretardant coating.-Existing Timber Studs (100mm x 50mm @ 400c/c).-Xtratherm XO-RS PIR Insulation (100mm) will be placedbetween the Existing Studs.-Existing Plywood (15mm) secured to the Studwork.-Xtratherm XO-RS PIR Rainscreen Insulation (120mm) securedto existing stud via proprietary fixing.-DuPon Tyvek Supro Breather Membrane and AirtightnessWater resistant.-Hollow Steel Square Column - Secondary Support, (50mm x50mm x 5mm), Secured to existing steel channel at base ofbuilding and tied to the exiting Stud Via Steel Brackets.-The Column is to Support the hanging of the Rainscreen Panel.Structural Engineer Consultation Required.-Stone Panels StoneLite Rainscreen Panel (10mm) StoneVeneer + (20mm) Aluminium Honeycomb Structure. ProprietyHidden Fix Bracket to Horizontal Rail. To match existing BarrowCenter.


Roof Build up:Internal to External-Bauder TSV 20 Roofing member over plywood.-Existing Plywood 18mm secured to Existing rafters (125mm x500mm)-Timloc Ventilation Roll (660mm x 35mm) rolled over existingrafters.-Knauf Earthwool Roll (100mm) rolled over existing joists.-Xtratherm XO-RS PIR Insulation (120mm) placed between theexisting rafters.-DuPont Tyvek FireCurb Vapour Membrane, halogen-free flameretardant coating.-Knauf 12.5mm Phasechanging plasterboard secured toExisting Joists.-White Plaster Skim Coat (2.5mm)






Windows:Reynaers CS104 Triple Glazed Aluminium Window. Built inVents.(Width 1100mm x Height 1200mm x Depth 104mm) They will sitinline with the new external Insulation to stop thermal bridging.






1 : 5Page No- 12

Proposed - 3.0 - Detail No.14 - Window Cill Detail1

1 : 5Page No- 12

Proposed - 3.0 - Detail No.15 - Window Head Detail2 1 : 5Page No- 12

Proposed - 3.0 - Detail No.16 - Window Jamb Detail3

Page No- 12

Proposed - 3.0 - Detail - Window Placement4

Reynaers - CS04 - Triple Glazed Aliminium Window

With the CS 104 window and door system, Reynaers achieves unparalleledinsulation values for aluminium profiles in the building industry, introducing a solutionfor passive buildings. The high insulation levels, down to an Uf-value of 0.88 W/m²K,are achieved by the use of a patented insulation technology which contains aspecial foam, firmly fixed in the chamber of the insulation strip so that no extramanipulation is required when handling, processing and composing the windowand door. A new set of specifically developed gaskets also assures the high levelof the wind and water tightness of the system.

1 : 10Page No- 12

Proposed - 3.0 - Window Support5

Window Support

The window will be supported by a steelchannel (bracket) secured to the exiting Timberstud in the wall.

This will project over onto the Hollow SteelSquare Column - Secondary Support, 50mm x50mm x 5mm Thickness.

The Column are Secured to existing steelchannel at base of building and tied to theexiting Stud Via Steel Brackets.

The Column is to Support the hanging of theRainscreen Panel.

*Structural Engineer Consultation Required.

No. 1+2+3

1 : 5Page No- 12

Proposed - 3.0 - Detail No.26 - Structural Glazing Details6

The Pilkington SG 902 Structural Glazing willprovide a sytlish sheter for the main entrance. It willMatch the current glazing on the Barrow center.











Bauder TSV 20 Roofing membraneSpec: Polyester reinforced flexible polyolefinmembrane (FPO) Width 1500mm x 20000mm, 2mmThickness.Pearl White Finish. Fire Rating BS 476 Part 3.Fixing: Adhesive Bonding directly onto Plywood.

Existing Plywood 18mm

Timloc Ventilation RollSpec: 660mm x 35mm, Joist spacings ofbetween 400mm, Width 6m rolls.Fixing: Existing Plywood Lifted andRolled over Exsiting Joists.

Knauf Earthwool RollSpec: 100mm Thickness, Thermal ofconductivity of 0.040W/mK. Euroclass A1FireRating. Length 6800mm x Width 1200mm.Fixing: Layed Over Existing Joists and packeddown at eaves level.

Xtratherm XO-RS PIR InsulationSpec: 120mm Thickness , Thermal Conductivity of0.021 W/mK, Euro Class "O" Fire Rating.Length 2400mm x Width 1200mm.Fixing: Secured between Existing Joists.


1020 30 50 25.1 119.9 12.5 100 12.5 2.5

382.5

2.5

12.6

124.

9


Insect MeshFixing: Secured to ExistingPlinth and Rainscreen Panel.





Hollow Steel Square Column - Secondary SupportSpec: 50mm x 50mm x 5mmFixing: Secured to existing steel channel at base ofbuilding and tied to the exiting Stud Via Steel Brackets.The Column is to Support the hanging of the RainscreenPanel.*Structural Engineer Consultation Required.









1020 30 50 25.1 119.9 12.5 100 12.5 2.5

382.5













119.9 12.5 100 12.5 2.5





Pilkington Structural Glazing to SupportExtenton to Roof.

Hollow Steel Square Column -Secondary SupportSpec: 100mm x 100mm x 5mmFixing: Secured to Ground andRoof Joists, Supporting Gableend Roof Extention andCurtain Walling.*Structural EngineerConsultation Required.

Gable Ladder Extention, Stanard construction using softlumber, supported by steel column at corner.

To match existing construction of pitched roof 6 degrees slope.

Boarding under joists to be a finished marine plywood.Bauder TSV 20 Roofing membraneSpec: Polyester reinforced flexible polyolefinmembrane (FPO) Width 1500mm x 20000mm, 2mmThickness.Pearl White Finish. Fire Rating BS 476 Part 3.Fixing: Adhesive Bonding directly onto Plywood.

Pilkigton Planar SentryGlassSingle Glazed 6mm. StructuralGlazing Supported by SteelColumns. Single Glazed 902 ToStructure

Hollow Steel Square Column - Secondary SupportSpec: 100mm x 100mm x 5mmFixing: Secured to Ground and Roof Joists, SupportingGable end Roof Extention and Curtain Walling.*Structural Engineer Consultation Required.

Lift Shaft is 3800mm above First Floor Level.In accordance with TGD B.

This penitrates throught the existing Roof.

Scale

Drawn by

Date



Mark Grincell


Key Plan:

Existing

Demolished

Proposed

1 : 5

17/12/2014 14:56:09

Proposed 3.0 - Detail Sheet No.4- Roof Details

Project Number

04/11/2014

Page No - 13





General:The Brief states to reduce the building primary energyconsumption by 60%. Through the building envelope, airtightness, cold bridges, mechanical and electricalservices.

To comply with Parts M,B,L and K of the buildingregulations.




Wall Build Up:Internal to External-Knauf 12.5mm Phasechanging plasterboard secured toExisting Studs.-DuPont Tyvek FireCurb Vapour Membrane, halogen-freeflame retardant coating.-Existing Timber Studs (100mm x 50mm @ 400c/c).-Xtratherm XO-RS PIR Insulation (100mm) will be placedbetween the Existing Studs.-Existing Plywood (15mm) secured to the Studwork.-Xtratherm XO-RS PIR Rainscreen Insulation (120mm)secured to existing stud via proprietary fixing.-DuPon Tyvek Supro Breather Membrane and AirtightnessWater resistant.-Hollow Steel Square Column - Secondary Support, (50mmx 50mm x 5mm), Secured to existing steel channel at baseof building and tied to the exiting Stud Via Steel Brackets.-The Column is to Support the hanging of the RainscreenPanel. Structural Engineer Consultation Required.-Stone Panels StoneLite Rainscreen Panel (10mm) StoneVeneer + (20mm) Aluminium Honeycomb Structure.Propriety Hidden Fix Bracket to Horizontal Rail. To matchexisting Barrow Center.

First Floor Build up:First Floor to Ground Floor:-New Carpet applied to the floor.-The existing Plywood (15mm) Floor Board secured toTimber floor joists.-Existing Timber Joists (125mm x 50mm)-Existing MF Ceiling Structure secured to existing joists.-Service Void (130mm)-Knauf 12.5mm Phasechanging plasterboard secured to MFCeiling.-White Plaster Skim Coat (2.5mm)

Roof Build up:Internal to External-Bauder TSV 20 Roofing member over plywood.-Existing Plywood 18mm secured to Existing rafters (125mmx 500mm)-Timloc Ventilation Roll (660mm x 35mm) rolled overexisting rafters.-Knauf Earthwool Roll (100mm) rolled over existing joists.-Xtratherm XO-RS PIR Insulation (120mm) placed betweenthe existing rafters.-DuPont Tyvek FireCurb Vapour Membrane, halogen-freeflame retardant coating.-Knauf 12.5mm Phasechanging plasterboard secured toExisting Joists.-White Plaster Skim Coat (2.5mm)





Doors External:Reynaers CS104 Triple Glazed Aluminium Doors will be usedExternally. Built in vents.(Width - 1000mm x Height - 2100mm X Depth 95mm) Theywill sit inline with the new external Insulation to stopthermal bridging.

Windows:Reynaers CS104 Triple Glazed Aluminium Window. Built inVents.(Width 1100mm x Height 1200mm x Depth 104mm) Theywill sit inline with the new external Insulation to stopthermal bridging.


Services:Space HeatingKing Span Heat Recovery UnitCounter-flow heat exchanger which canrecover up to 91% of the heat from the discharged air.When required, the recovered heat is used to pre-heatthe fresh air being brought in from outside. Placed in theExisting Attic Space.


Water Heating:The Water heating is heated by a local gas boiler andstored to remain this way. Efficient WC Appliances will beinstalled to improve efficiency of the Usage of Water inthe Building.


1 : 5Page No- 13

Proposed - 3.0 - Detail No. 20 - Eaves Detail1 1 : 5Page No

- 13

Proposed - 3.0 - Detail No.21 - Gable Detail2

1 : 5Page No- 13

Proposed - 3.0 - Detail No.22 - Roof Extention Detail3Page No- 13

Proposed - 3.0 - Detail - Roof Extention/ Glazing4

No.1No.2

No.3

Stone Panels StoneLite Rainscreen PanelSpec:10mm Stone Veneer + backing20mm Aluminium Honeycomb StructureFixing: Propriety Hidden Fix Bracket toHorizontal Rail.Finish: To match existing Barrow Center.

Gyproc FireStripSpec: Intumescent Sealant stripinstalled in a countinious fashionbetween frame asssembly andPlasterboard.

Finish SealentSpec: Non Rated fire sealent to matchcolour of frame.

Frame FixingFrame is factory drilled to receive flat headperimiter screw at @ 475mm center.

Snap AnchorGlazing bead snaps onto snapanchors at @ 150mm center.

Glazing BeadSnap on glazing bead.

Intrumescent TapeFactory installed tape oninside of perimeter of frame.

Pilkington Pyrostop GlazingSpec: Thickness, 23mm Single PanelGlazing, provides 60min fire resistance.Manifestation at 900mm and 1500mmto comply with TGD M, etched in onexternior (does not effect fire rating.

Max Width of exposure - 2430mmMax Height of exposure - 2430mm

Fixing: Via sealent tape and GlazingBeads.

PVC Glazing TapeSingle sides

Intrumescent TapeFactory installed tape on inside ofperimeter of frame.

Glazing Resting on Tape.

Finish SealentSpec: Non Rated fire sealent to matchcolour of frame.

Gyproc FireStripSpec: Intumescent Sealent strip installed ina countinious fashion between frameasssembly and Plasterboard.

Knauf Phasechangingplasterboard(12.5mm)White Plaster Skim Coat (2.5mm)

Providing 30min Fire Resistance.

Aluminimum Deflection HeadSecured to existing First Floor Joists.

75

Aim Cavity Fire BarrierSpec: Class O Fire Resistance.75mm Thickness , Lenghts of1000mm. To be Packed in. 60MinFire Resistance.

1018

125

25

Xtratherm XO-RS PIR InsulationSpec: 120mm Thickness , ThermalConductivity of 0.021 W/mK,Class "O" Fire Rating.Length 2400mm x Width 1200mm.Fixing: will be placed betweenthe Existing joists suspended onaluminium brackets.

Aluminium BracketHung over existing joists tosupport the new PIR Insulation.Spacing @ 500mm.Existing Plywood Boarding


DuPont Tyvek FireCurb VapourMembraneSpec: halogen-free flame retardantcoating + Airtightness.

Actis Triso Super K10 Multifoil InsulationSpec: 35mm in thickness can becompressed, requires25mm Air Gap either side to workefficient.1600mm Length x 1000mm WidthFixing: Placed underside of joists usingproprietary fixing system to eliminatethermal bridges

128


New Lyno Internal Floor Finish

125

1810

2.5

1511

3

Existing MF Susended Ceiling

90

283.

515

3

90

Glazed Partition-Pilkington Pyrostop™ in Multi-paneScreen System (with slender jointing profile)-23mm Glazing using TGP FireFrame Aluminium

- 30min and 60min Fire Resistance Doorset in Accordancewith Tale B1 TGD B, Fitted with fitted with intrumescent stripsand smoke seal S. Doorset to be fitted with automatic sel f-closing device which shal l be capabl e of closing the doorfrom any angle and against any latch fitted to this door inaccordance with Appendix B - B2.

Finish SealentSpec: Non Rated fire sealent tomatch colour of frame.



Pilkington Pyrostop GlazingSpec: Thickness, 23mm Single Panel Glazing, provides 60minfire resistance. Manifestation at 900mm and 1500mm tocomply with TGD M, etched in on externior (does not effectfire rating.


Fixing: Via sealent tape and Glazing Beads.

PVC GlazingTapeSingle sides

90

Knauf Phasechanging plasterboardSpec: Two Layers 12.5mm +12.5mm to provide60min Fire resistrance. Fixed to Existing TimberStud. + White Plaster Skim Coat (2.5mm)

Knauf Phasechanging plasterboardSpec: Two Layers 12.5mm +12.5mm to provide60min Fire resistrance. Fixed to Existing TimberStud. + White Plaster Skim Coat (2.5mm)

Gyproc FireStripSpec: Intumescent Sealant strip installed ina countinious fashion between frameasssembly and Plasterboard.


Finish SealentSpec: Non Rated fire sealent tomatch colour of frame.



Pilkington Pyrostop GlazingSpec: Thickness, 23mm Single Panel Glazing,provides 60min fire resistance. Manifestationat 900mm and 1500mm to comply with TGDM, etched in on externior (does not effectfire rating.



PVC Glazing Tape Single sides

90

Knauf Phasechanging plasterboardSpec:12.5mm Fixed to Existing Timber Stud. +White Plaster Skim Coat (2.5mm)



90



Intrumescent TapeFactory installed tape on insideof perimeter of frame.

Intrumescent TapeFactory installedtape on inside ofperimeter of frame.


PVC Glazing TapeSingle sided Adhesive

Pilkington Pyrostop GlazingSpec: Thickness, 23mm Single Panel Glazing,provides 60min fire resistance. Manifestation at900mm and 1500mm to comply with TGD M,etched in on externior (does not effect fire rating.



Pilkington Pyrostop GlazingSpec: Thickness, 23mm SinglePanel Glazing, provides 60minfire resistance. Manifestation at900mm and 1500mm to complywith TGD M, etched in onexternior (does not effect firerating.

Max Width of exposure -2430mmMax Height of exposure -2430mm

Fixing: Via sealent tape andGlazing Beads.

Automatic self-closing device

Scale

Drawn by

Date



Mark Grincell


Key Plan:

Existing

Demolished

Proposed

1 : 5

17/12/2014 14:57:22

Proposed 3.0 - Detail Sheet No.6- Internal Partitions

Project Number

04/11/2014

Page No - 14





General:The Brief states to reduce the building primary energyconsumption by 60%. Through the building envelope, air tightness,cold bridges, mechanical and electrical services.


Floor Build Up:The Floor consists of timber joists (125mm x 50mm) suspended ona steel beams, the beams are supported by ring beams at thenorth and south end.

Internal to External-New Carpet applied to the floor.-The existing Plywood (15mm) floor Board.-DuPont Tyvek FireCurb Vapour Membrane, halogen-free flameretardant coating.-Existing floor Timber floor joists (125mm x 50mm).-Xtratherm XO-RS PIR Insulation (120mm) will be placed betweenthe Existing joists suspended on aluminium brackets.-Actis Triso Super K10 Multifoil Insulation suspended between joists(25mm Air Gap)


Wall Build Up:Internal to External-Knauf 12.5mm Phasechanging plasterboard secured to ExistingStuds.-DuPont Tyvek FireCurb Vapour Membrane, halogen-free flameretardant coating.-Existing Timber Studs (100mm x 50mm @ 400c/c).-Xtratherm XO-RS PIR Insulation (100mm) will be placed betweenthe Existing Studs.-Existing Plywood (15mm) secured to the Studwork.-Xtratherm XO-RS PIR Rainscreen Insulation (120mm) secured toexisting stud via proprietary fixing.-DuPon Tyvek Supro Breather Membrane and Airtightness Waterresistant.-Hollow Steel Square Column - Secondary Support, (50mm x50mm x 5mm), Secured to existing steel channel at base ofbuilding and tied to the exiting Stud Via Steel Brackets.-The Column is to Support the hanging of the Rainscreen Panel.Structural Engineer Consultation Required.-Stone Panels StoneLite Rainscreen Panel (10mm) Stone Veneer +(20mm) Aluminium Honeycomb Structure. Propriety Hidden FixBracket to Horizontal Rail. To match existing Barrow Center.

First Floor Build up:First Floor to Ground Floor:-New Carpet applied to the floor.-The existing Plywood (15mm) Floor Board secured to Timber floorjoists.-Existing Timber Joists (125mm x 50mm)-Existing MF Ceiling Structure secured to existing joists.-Service Void (130mm)-Knauf 12.5mm Phasechanging plasterboard secured to MFCeiling.-White Plaster Skim Coat (2.5mm)

Roof Build up:Internal to External-Bauder TSV 20 Roofing member over plywood.-Existing Plywood 18mm secured to Existing rafters (125mm x500mm)-Timloc Ventilation Roll (660mm x 35mm) rolled over existingrafters.-Knauf Earthwool Roll (100mm) rolled over existing joists.-Xtratherm XO-RS PIR Insulation (120mm) placed between theexisting rafters.-DuPont Tyvek FireCurb Vapour Membrane, halogen-free flameretardant coating.-Knauf 12.5mm Phasechanging plasterboard secured to ExistingJoists.-White Plaster Skim Coat (2.5mm)

Internal Partitions:Stud Partition-White Plaster Skim Coat (2.5mm)-Knauf (12.5mm) Phasechanging plasterboard secured to existingstud.-Timber Stud (100mm x 50mm)-Knauf (12.5mm) Phasechanging plasterboard secured to existingstud.-White Plaster Skim Coat (2.5mm)



Doors Internal:New Oak Veneer MDF 3Omin Fire Rated, Doors Will be Install edinto the Stud Partitions.Width: 1000mm to comply TGD M and B

Doors External:Reynaers CS104 Triple Glazed Aluminium Doors will be usedExternally. Built in vents.(Width - 1000mm x Height - 2100mm X Depth 95mm) They will sitinline with the new external Insulation to stop thermal bridging.

Windows:Reynaers CS104 Triple Glazed Aluminium Window. Built in Vents.(Width 1100mm x Height 1200mm x Depth 104mm) They will sitinline with the new external Insulation to stop thermal bridging.


Services:Space HeatingKing Span Heat Recovery UnitCounter-flow heat exchanger which canrecover up to 91% of the heat from the discharged air. Whenrequired, the recovered heat is used to pre-heat the fresh airbeing brought in from outside. Placed in the Existing Attic Space.

The Heating controls will be changed to use Dimples HeatingControls (Quantum) This will make the control system clever andmore efficient.

Water Heating:The Water heating is heated by a local gas boiler and stored toremain this way. Efficient WC Appliances will be installed toimprove efficiency of the Usage of Water in the Building.

Lighting:All Lighting in the building will be Surface mounted Philips LED (24)Arano Light Box.

1 : 5Page No- 14

Proposed - 3.0 - Detail No.23- Glazed Internal PatitionBase/ Head Detail1

Page No- 14

Porposed - 3.0 - Detail - Glass Partitions2

1 : 5Page No- 14

Proposed - 3.0 - Detail No.25 - Glazed Internal/ StudPartition Junction No.1 Detail3

1 : 5Page No- 14

Proposed - 3.0 - Detail No.24 - Glazed Internal/ StudPartition Junction No.2 Detail4

1 : 5Page No- 14

Proposed - 3.0 - Detail No.- Glazed Partition Door Head/Cill Detail5

TGP Fireframe door - 30min and 60min Fire Resistance Doorset in Accordance with Tale B1 TGD B, Fitted with fitted withintrumescent strips and smoke seal S. Doorset to be fitted with automatic sel f-closing device which shal l be capabl eof closing the door from any angle and against any latch fitted to this door in accordance with Appendix B - B2.

Page No- 14

Proposed - 3.0 - Detail - Glass Partition6

1.3.8.4 - Requirements for protected lobbies and corridorsProtected corridors and lobbies will be constructed in accordance withSection B3, the doors will be 30min fore rated as well as having self closer's.

1.4.2.2 Fire resistance of doorsIn Accordance with Tale B1 TGD B, Fitted with fitted with intrumescent strips and smoke seals. Doorset to be fitted with automatic self-closing device which shal l be capabl e of closing the door from any angle and against any latch fitted to this door in accordance withAppendix B - B2.

1.4.5 Height of Escape RoutesAll escape routes should have a minimum 2100mm clearheadroom of not less than 2000mm this is achieved existing.

1.2.5.1 - Protected CorridorsBoth Corridors on the Ground Floor and First Floor will act asprotected Corridors. (Table A1, Appendix A) and 1.3.8.4

This Corridor Will have a 30min fire rating. (Load, Integrity,Insulation)

B2: Internal Fire Spread (Linings)

2.2.3 - Fire-resisting CeilingsThe need for cavity barriers in concealed floor or roof spaces, referredto in sub-section 3.3 of B3, can be reduced by the use of a fire-resistingceiling below the cavity. Such a ceiling will comply with the following:

It will have at least 30 minute fire resistance.Knauf Phase Changing Plasterboard 12.5mm and Plaster Skim 2.5mm willAcheive this.

60min Fire Resistant GlazedPartition and 60min FireResistance Doorset inAccordance with Tale B1 TGD B.

North

77

78

80 81

82 83 85 86

878889

90

84

4

Page No - 15

No.35

North

No.11

No.13

No.14

No.8 No.6

No.4

No.3

No.10

No.15 No.16 No.17

No.9 No.7

No.18

No.5

No.19 No.20

No.2

No.12

4

Page No - 15

No.30

No.31No.32No.43

No.45

North

4

Page No - 15

4Page No

- 16

Roof Window with Hydrolic Armactivated by Fire detection systemtype L1, to vent smoke fromstairway.

60min Fire Resistant Glazed Partitionand 60min Fire Resistance Doorsetin Accordance with Tale B1 TGD B.

7Page No

- 15

TGD M - Legend

- Escape Route

- Fire Rated Door 30min Fire Resistance


- Wall 30min Fire Resistance


- Fire Restant Ceiling 30min

TGD M - Legend

- Escape Route





- Fire Restant Ceiling 30min


Finish SealentSpec: Non Rated fire sealent to matchcolour of frame. Frame Fixing

Frame is factory drilled to receive flat headperimiter screw at @ 475mm center.




Pilkington Pyrostop GlazingSpec: Thickness, 23mm Single PanelGlazing, provides 60min fire resistance.Manifestation at 900mm and 1500mmto comply with TGD M, etched in onexternior (does not effect fire rating.


Fixing: Via sealent tape and GlazingBeads.

PVC Glazing TapeSingle sides

Existing Ground Floor Joist

Intrumescent TapeFactory installed tape on inside ofperimeter of frame.

Glazing Resting on Tape.Finish SealentSpec: Non Rated fire sealent to matchcolour of frame.

Gyproc FireStripSpec: Intumescent Sealent strip installed ina countinious fashion between frameasssembly and Plasterboard.

Knauf Phasechangingplasterboard(12.5mm)White Plaster Skim Coat (2.5mm)

Providing 30min Fire Resistance.

Aluminimum Deflection HeadSecured to existing First Floor Joists.

75

125

12.5

2.5

18

158

Aim Cavity Fire BarrierSpec: Class O Fire Resistance.75mm Thickness , Lenghts of1000mm. To be Packed in. 60MinFire Resistance.

Scale

Drawn by

Date



Mark Grincell


Key Plan:

Existing

Demolished

Proposed

As indicated

18/12/2014 14:27:01

Proposed - 3.0 - TGD B

Project Number

04/11/2014

Page No - 15


The Proposed Upgrades require consultation froma Services and Structural Consultants.General TGD M Compliance Notes:(BS 9999 also used to meet compliance)

- Fire detection system type L1, designed &installed to cen ts 54: part 14: 2004. (BS 9999 -table 8) BS 5839-1:2013; fire detection and firealarm systems for buildings code of practicefor design, installation, commissioning andmaintenance of systems in non-domesticpremises.

- Emergency escape lighting to be installedon all escape routes to table 9, BS 5266-1 andBS 5266-7. (BS 9999 - 38.4)

- Escape route Signage to comply with BS5499-4:2013; safety signs code of practice forescape route signing.

- Fire extinguishing installations andequipment on premises selection andpositioning of portable fire extinguishers tocomply with BS 5306-8:2012

- Fire resistance of materials tested to BS476-6:1989+a1:2009 (table 1 & 2, TGD B)

Al L Penetrations in Stud Wall are to be Filledusing FireSeal , Fire Batt – Nul lifire B747.

DuPont Tyvek FireCurb Vapour Membrane willbe used to help with Fire Protection.

- 30min Fire Resistance Doorset in Accordancewith Tale B1 TGD B, Fitted with fitted withintrumescent strips and smoke seal S. Doorsetto be fitted with automatic sel f-closingdevice which shal l be capabl e of closing thedoor from any angle and against any latchfitted to this door in accordance withAppendix B - B2.

- 60min Fire Resistance Doorset in Accordancewith Tabl e B1 TGD B, Fitted with fitted withintrumescent strips and smoke seal s. Doorsetto be fitted with automatic sel f-closingdevice which shal l be capabl e of cl osingthe door from any angle and against anylatch fitted to this door In accordancewithAppendix B - B2.

- All Penetrations in Stud Walls are to be Filledusing FireSeal, Fire Batten – Nullifire B747.

1 : 200Page No- 15

Proposed - 3.0 - TGD B - First Floor Level1

1 : 200Page No- 15

Proposed - 3.0 - TGD B - Ground Floor Level2

1 : 200Page No- 15

Proposed - 3.0 - TGD B - Ground Flool Ceiling3

The Killeshin Building Carlow.

Occupancy Characteristics (BS 9999) - Type A -Occupants are awake and familiar with the Layout ofthe Building.

Occupancy:

Class Room - A1 Risk - Medium Fire Growth Rate.Office - B2 Risk - Medium Fire Growth Rate.Lobby - B1 Risk - Slow Fire Growth Rate.

B2: Internal Fire Spread (Linings)

2.2.3 - Fire-resisting CeilingsThe need for cavity barriers in concealed floor or roofspaces, referred to in sub-section 3.3 of B3, can bereduced by the use of a fire-resisting ceiling below thecavity. Such a ceiling will comply with the following:

It will have at least 30 minute fire resistance.Knauf Phase Changing Plasterboard 12.5mm andPlaster Skim 2.5mm will Acheive this.

B3: Internal Fire Spread (Structure)

3.1 - Fire Resistance of Elements of Structure3.1.1 - Load Bearing Elements of StructureLoadbearing elements of the structure are to have a fireresistance ratings in accordance with Appendix A and TablesA1 and A2

External Walls will have 60min fire rating. (Load, Integrity,Insulation)

Enclosures will have 30min fire rating. (Load, Integrity, Insulation)

3.4 - Protection of opening and fire stops3.4.3 - Ventilation DuctsAny mechanical ventilation system provided is to be fully inaccordance with BS 5588-9 “Code for Practice for Ventilationand Air Conditioning Ductwork”. Ductwork passing through firerated floors/walls to be provided with dampers in accordancewith BS 5588 Part 9

B4: External Fire Spread (Structure)

4.1 - External Walls4.1.4 - External SurfacesThe external wall of the building is a stone veneeraluminium rainscreen cladding with a Class 0 externalinsulation so external fire sprad is minimum.

4.2.5 - Unprotected Areas and Fire ResistanceAny part of an external wall which has less fire resistancethan the appropriate amount indicated in Table A1(5)and Table A2 of Appendix A is considered to be anunprotected area.

The Required Resistance to the structure is 60min, as anexisting building this is limited ti change.

1 : 100Page No- 15

Proposed - 3.0 - TGD B - Section AA4

Page No- 15

Proposed - 3.0 - TGD B - Stairs No.16

1.4.3.3 Direction of openingAn exception to the requirement for outward opening doors on escaperoutes may be made in the case of class-rooms and other small rooms inschools where the number of persons in such rooms does not exceed 60.

The Doors on the escape route will open in to maintain space in the corridor.

1.4.5 Height of Escape RoutesAll escape routes should have a minimumclear headroom of not less than 2200mm

1.4.5 Height of Escape RoutesAll escape routes should have aminimum clear headroom ofnot less than 2000mm this isachieved existing.

1.4.2.2 Fire resistance of doorsIn Accordance with Tale B1 TGD B, Fitted with fitted withintrumescent strips and smoke seal s. Doorset to be fittedwith automatic self-closing device which shal l be capable of cl osing the door from any angle and against anylatch fitted to this door in accordance with Appendix B -B2.

1.4.2.1 - Fire Resistance of enclosuresAll walls, partitions and other enclosures that will be fire-resisting tomeet the provisions in this Document should have the appropriateperformance given in Tables A1 and A2 of Appendix A.

30min fire rating. (Load, Integrity, Insulation)

1.3.8.4 - Requirements for protected lobbies and corridorsProtected corridors and lobbies will be constructed inaccordance with Section B3, the doors will be 30min forerated as well as having self closer's.

1.3 - Design for Vertical Escape1.3.2 - Number of Escape StairwaysAs stated in section 1.2.2.1, The minimum number of escape stairways is 2. Both Stairs will be escapestairways and are required to meet the standards of (TableA1, Appendix A) and 1.3.6

1.3.4 - Widths of Escape StairwaysThe Current width of the stairs in the building meets compliance with table 1.5 and 1.3.5.3 - 1800mm

1.3.6 - Protection of Escape Stairways1.3.6.2 - Enclosure of Escape StairwayBoth Stairways require to be situated in a protected shaft.In accordance with Table A1, Appendix A - the protected shaft to enclose the stairway Will have a30min fire rating. (Load, Integrity, Insulation).

1.3.6.3 - Exits from Protected StairwaysEvery protected stairway should discharge directly to the Final Exit or protected corridor to the FinalExit.

Roof Window with Hydrolic Arm activatedby Fire detection system type L1, to ventsmoke from stairway.

B1: Means of Escape in Case of Fire: -1.1 Design for HorizontalEscape

1.2.2 - No of Escape Routes

1.2.2.1 - No of OccupantsOccupancy: Ground Floor - 99

First Floor - 354

For an overall capacity of 453 persons on the building theminimum number of escape route in 2, in reference to TGD BTable 1.3 minimum number of escape routes.The number of escape stairs we have on killesheen centre is incompliance with the regulations.

1.2.2.2 - Travel DistancesTravel distance from any point in a room should will not exceedthe appropriate values indicated in the tables below (Ref:BS9999 table12 and table 17).

A1- Two Way Travel - 65m One Way Travel - 26m

B2- Two Way Travel - 50m One Way Travel - 20m

B1- Two Way Travel - 60m One Way Travel - 24m

Travel Distances will Be displayed as stated in legend.

1.2.4 - Widths of Escape Routesthe minimum width of opening should enable the expectingnumber of occupants both from first floor and second floor toevacuate the building at a flow rate greater or equal thanboth stories combined. (Ref: BS9999 16.5.6 final exits-section:E)

W= [(453/2.5)+(60x1.8)]/80= 3.615 metres

In reference to our project the width of one final exit would notcomply because the width of the opening is 1.7m maybe thatexplain the presence of two separate final exits (1.7m each).Instead of having one big opening of 3.6m or more we do havetwo final exit of 1.7m.

At least one exit should be wide enough to quickly evacuatethe maximum number of person.

1.2.5 - CorridorsIn reference to 17.6.2 corridors and escape routes BS 9999 Thewidth of a corridor or escape route should be not less than thecalculated width of any door leading on to it, or 1200 mm,whichever is the greater.

The current width of the main corridor is 2000mm.

1.2.5.1 - Protected CorridorsBoth Corridors on the Ground Floor and First Floor will act asprotected Corridors. (Table A1, Appendix A) and 1.3.8.4

This Corridor Will have a 30min fire rating. (Load, Integrity,Insulation)

1.2.5.1 - Protected CorridorsBoth Corridors on the Ground Floor and FirstFloor will act as protected Corridors.(Table A1, Appendix A) and 1.3.8.4

This Corridor Will have a 30min fire rating.(Load, Integrity, Insulation)

60min Fire Resistant Glazed Partition and60min Fire Resistance Doorset inAccordance with Tale B1 TGD B.

Store Room is an area ofHigh risk so it will becompartmented

60min Fire Resistant GlazedPartition and 60min Fire ResistanceDoorset in Accordance with TaleB1 TGD B.


60min Fire Resistant GlazedPartition and 60min FireResistance Doorset inAccordance with Tale B1TGD B.

30min Fire Resistant GlazedPartition and 30min FireResistance Doorset inAccordance with Tale B1TGD B.

1.2.5.1 - Protected CorridorsBoth Corridors on the Ground Floor and First Floor willact as protected Corridors. (Table A1, Appendix A)and 1.3.8.4

This Corridor Will have a 30min fire rating. (Load,Integrity, Insulation)

1 : 5Page No- 15

Proposed - 3.0 - TGD M - Fire Proofing7

Page No- 15

Proposed - 3.0 - TGD B - Stairs No.29


Roof Window with Hydrolic Arm activatedby Fire detection system type L1, to ventsmoke from stairway.

35 Meter34 Meter

67 Meter

62 Meter

34 Meter

34 M

eter

35 Meter

35 Meter

67 Meter

67 Meter

62 Meter

North

1.3.3.2 Internal Doors• Opening force will be at 30N.• Effective clear width of 1000mm.• Unobstructed Space of 400mm behind leaf.• Door Handles will be at 900mm.• Door ope, frame and leading edge to be

visually contrasting with surround

Sim

8Page No

- 16

North

1.3.3.2 Internal Doors• Opening force will be at 30N.• Effective clear width of 1000mm.• Unobstructed Space of 400mm behind leaf.• Door Handles will be at 900mm.• Door ope, frame and leading edge to be visually

contrasting with surround

1.3.3.3 Corridors and passageways• Corridor of 1800m will allow Wheelchair users to pass.• Door opening will not project into the corridor.• Floor surface to be slip resistance.• Glazed screening to have manifestation at 900mm and 1500mm.• Clear headroom of 2100mm• Artificial Lighting of 100 Lux.

Sim

6Page No

- 16

Sim

7Page No

- 16

3748

.5

6428

.5

2100 25

00

Vent in shaft 150mm x 150mmTo allow smoke to go out.

Structural Glazing to front of shaft.Must be fire rated 60min,

Cncrete lift shaft 200mm60min fire rated.

1380

1300

151.

6

300

772.5

1514

1658

.5

757.

8

2122

.3

Rise, Going, Run Length,Width inAccordance with TGD -M Part 1.2.4.3

Landing inAccordance with:TGD-M Part1.2.4.3

1.3.4.3 Internal stairs suitablefor ambulant disabled people2100mm Clear Head room.

1500300

151.

6

1377

Landing in Accordance with:TGD-M Part1.2.4.3

Rise, Going, RunLength, Width inAccordance withTGD - M Part 1.2.4.3

1.3.4.3 Internal stairs suitablefor ambulant disabled peopleLanding of 1800mm x 1800mmat top and bottom.Flight rise of no more than1800mm between landings.

Handrails atboth side atheight of1000mm inAccordancewith TGD – K.

1.1.3.6 Handrails• In Accordance with TGD – K.• Vertical Height of Handrail will be at 1000mm from the flight of

the stairs and 1000mm from the surface of the landing. Asecond hand rail will be at 700mm for children and people ofshort stature.

• Railing will Project 300mm beyond end at Top and Bottom.• Profile of railing will be 50mm in diameter.• Clearance of 60mm from wall and cranked support.

1.1.3.5 Stepped access routes• Clear with of access route will be 1800mm (1200mm Min)• Unobstructed Landing of 1800mm x 1800mm will be provided at end of access route.• Tactile surface will be incorporated at top and bottom of access route.• Nosing of the stepped access route will contrast visually with the surroundings.• Rise between of 150mm to 180mm. going of 300mm to 450mm.• Surface of threads will be slip resistance in accordance with BS8300:2009 Annex E.

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Stairs Section No.2 Stairs Section No.1

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Mark Grincell


Key Plan:

Existing

Demolished

Proposed

As indicated

18/12/2014 19:12:33

Porposed - 3.0 - TGD M - 1/2

Project Number

04/11/2014

Page No - 16

1 : 200Page No- 16

Proposed - 3.0 - TGD M - First Floor Level1

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Proposed - 3.0 - TGD M - Ground Floor Level2

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Proposed - 3.0 - TGD M - Elevator Section3 1 : 50Page No

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Proposed - 3.0 - TGD M - Stairs No.1 Section4 1 : 50Page No

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Proposed - 3.0 - TGD M - Stairs No.2 Section5

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Proposed - 3.0 - TGD M - Front Entrance6

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Proposed - 3.0 - TGD M - Rear Entrance7

Stairs Structure 31mm Toughened Glazing, Stainless Steel Hand Rail, Treads Solid White Oak PaOak, 30mm x 1200mm x 300mm, Held in Place by Panel Screw/Tread System 19mm Dia.

The Stairs Meets all the requirements of TGD K the stairs will meet the requirements set out in TGD M , to Allow Accessto People of All Disability, it will not be an Ambient Disability Stairs but will meet the Highest Standard.

Steps: 18 Rises in Total - Landing: 1380mm1380mm - Rise: 150mm - Going: 300mm - Width 1380mm

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Proposed - 3.0 - TGD M - Lift8

General Notes:The Consultation Room is moved upstairs to allowaccess to people of all disabilities, the ambientsteps and Platform Lift to the Raised Access FloorArea will ensure this.

The Facilities, Toilet and Kitchen is moved downstairs. This area is Staff Only Area.

Section 2 (Access and Use of an Existing Buildingother than Dwellings)of TGD M is relevant to thisBuilding, where possible the Standard set inSection 1 (Access and Use of buildings other thandwellings ) will be Achieved.

Existing Construction has Level Threshold.

Glazed doors (internal & external) to be providedwith permanent manifestations on the glass, withintwo zones, at 900mm and 1500mm above the floorwhich shall visually contrast with the backgroundseen through the glass in all lighting conditions

Switches, outlets and controls within thedevelopment shall be provided in accordancewith diagram 30, TGD M - Part 2.5.7

Signage within the development will be providedwith the international symbol for access on signs tofeatures andfacilities that are accessible such as entrances,routes, sanitary and other facilities in accordancewith TGD M - Part1.6.3

Visual Contrast, The difference in the LRV (lightreflectance values) of surfaces shall be inaccordance with TGD M - Part 1.6.4

Internal doors to be provided in accordance withthe requirements of diagram 10, Table 2 TGD M -Parts 1.3.3. (900mm One Leaf)

Handrails to all stairwells, steps and ramped accessroutes to be provided in accordance with the TGDM - Part 1.1.3

Floor finishes throughout the building shall be inaccordance with BS 8300:2009 Annex E

1.3.4.2 Passenger lift detailsTo Comply with TGD M – The Killeshin will ad hear to the following guidance:• Sign will direct people towards the lift.• Clear unobstructed space of 1800mm x 1800mm in front of entrance to lift.• Doors and landing will contrast visually. Refer to 1.6.4.• Min Clear width of lift 800mm, 1000mm will be achieved.• Min Internal widths of 1100mm x 1400mm.• Controls of lift and call buttons will be at 1100mm from finished floor level.• The buttons will contrast visually and have tactile features.• Bright floor of Lift.• Visual and audible warning of lift arrival.• Half-length mirror installed on wall opposite lift door at 900mm from Lift Floor Level.• Contrasting handrail at 900mm from Lift floor level.• Refer to Diagram 13 in TGD – M.

Lift:Krone MonoSpace Low Rise Lift. To complywith TGD M.Car Width - 1100mm x 1400mmCar Height - 2100mmEntrance - 800mm x 2000mm (Left 2 panel)Travel - 3528mmPit - 1100mm

Lift Shaft 3600mm Abve Last Level Servedin accordance with TGD M - 1.3.4.2

Concrete Lift Shaft, inside of shaftpainted (3 coats) to restrict dust.

Lifting in shaft for matinance

Phone with direct liine to theoutside installed into lift.

The Existing Killeshin building falls under thecompliance of TGD M – Section 2 Accessand use of an Existing Building other thandwelling, I will attempt to meet therequirements as set in TGD –M - Section 1.

1.1.3.1 GeneralTo Comply with TGD M – The Killeshin will ad hear to the following guidance:• Head Room along access route will be 2100mm Min• Street furniture will be located beyond the access route.• Low Level posts will be 1000mm in height.• Clearly lit with 100lux on ramps and steps and 20lux on gentle slope along the access route.• Drainage grates beyond the boundaries of the access route to be flush with surface.• Access Route surface will be firm, reasonable smooth and durable.

1.1.3.2 Level access routesTo Comply with TGD M – The Killeshin will ad hear to the following guidance:• Minimum clear width will be 1500mm between kerbs or upstands.• Level access route will be of 2000mm to allow wheelchair users to pass each other.• Gradient of 1:50 (as existing this can’t be changed)

1.2.3 - Accessible entrances• Easily identifiable among other elements of the building. (Lighting and signage)• There will be a level landing of 1800mm x 1800mm in front.• The surface will be non-slip and non-impeding.• Floor changing will not impede wheelchair movements• Effective clear width of 1000mm (per door)

1.2.3 Accessible entrances• Easily identifiable among other elements of the building.

(Lighting and signage)• There will be a level landing of 1800mm x 1800mm in front.• The surface will be non-slip and non-impeding.• Floor changing will not impede wheelchair movements• Effective clear width of 1000mm (per door)

Door With Effective Clear Width of 1000mm

Clear Width of 1800mm

1.1.3.5 Stepped access routes

• Clear with of access route will be 1800mm (1200mm Min)• Unobstructed Landing of 1800mm x 1800mm will be provided at end of access route.• Tactile surface will be incorporated at top and bottom of access route.• Nosing of the stepped access route will contrast visually with the surroundings.• Rise between of 150mm to 180mm. going of 300mm to 450mm.• Surface of threads will be slip resistance in accordance with BS8300:2009 Annex E.

1.1.3.4 Ramped access routesTo Comply with TGD M – The Killeshin will ad hear to the followingguidance:• Minimum clear width will be 1500mm between kerbs or upstands.• Ramp access route will be of 2000mm to allow wheelchair users to

pass each other.• Gradient of 1:50 (as existing this can’t be changed) 1:20 Max• Landing at Top of bottom of slope this will be 1800mm x 1800mm and

clear of door swings and obstructions.• Intermediate landing of 1800mm x 1800mm Min.• 100mm Upstands at edges (Min)• Stepped Access route will be provided along with ramp.• Alternative means of access being a lift will be provided.

Turning Circle of 1800mm

1 : 500Page No- 16

Proposed - 3.0 - TGD M - GF Plan9

North

North

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Mark Grincell


Key Plan:

Existing

Demolished

Proposed

1 : 200

18/12/2014 19:29:01

Proposed - 3.0 - ServicesUpgrade

Project Number

04/11/2014

Page No - 18

Proposed Services:

Space HeatingKing Span Heat Recovery UnitCounter-flow heat exchanger which canrecover up to 91% of the heat from thedischarged air. When required, the recoveredheat is used to pre-heat the fresh air beingbrought in from outside. Placed in the ExistingAttic Space.

The Heating controls will be changed to useDimples Heating Controls (Quantum) This willmake the control system clever and moreefficient.

Water Heating:The Water heating is heated by a local gas boilerand stored to remain this way. Efficient WCAppliances will be installed to improve efficiencyof the Usage of Water in the Building.

Lighting:All Lighting in the building will be Surfacemounted Philips LED (24) Arano Light Box.

Rainwater Harvesting:

Ground Drainage:


The Proposed Upgrades require consultation froma Services and Structural Consultants.

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Proposed - 3.0 - Services - Lighting (FFL)1

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Proposed - 3.0 - Services - Lighting (GFL)2

Page No- 18

Proposed - 3.0 - Services - Lighting (FFL)3

Page No- 18

Proposed - 3.0 - Services - Lighting (GFL)4

ITC Killeshin Upgrade.compressed

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