ift-system paspoert windows per en 14351-1 nr. 12-001465 ... · ift-system passport windows as per...

ift-System Paspoert Windows per EN 14351-1

Nr. 12-001465-PR09 (SP-A01-Z054-en-03)

Valid until August 2019

/

Characteristics Resistance to

wind load

Resistance to snow and permanent

loads1)

Reaction to fire1)

Water-tightness

Dangerous substances2)

Impact resistance

Load-bearing capacity of safety devices

Class / Value up to C5 / B5

Not applicable

Not applicable

up to E 1350 Country- specific

up to 5 Requirement fulfilled

Characteristics Height and width3)

Ability to release

Acoustic performance

Thermal transmittance

Radiation properties

Air permeability

Operating forces

Class / Value Order-

related npd Rw (C;Ctr)

up to 49 (-1;-4) dB

Standard procedure

CE mark glazing

4 up to 2

Characteristics Mechanical strength

Ventilation Bullet resistance

Explosion resistance

Resistance to repeated opening

and closing

Behaviour between different climates

Burglar resistance

Class / Value

4 npd npd npd up to 3 npd up to WK 3 /

RC 3

Basis

EN 14351-1:2006+A1:2010 Windows and external pedestrian doorsets

ift Certification Scheme for windows and external pedes-trian doorsets (QM320)

Certification and surveillance contract No. 181 7612120

Instructions for use

The ift system passport pro-vides evidence of the general performance of the designated product families as set out by the product standard.

The values/classes indicated refer both to the specific object described in the specific evi-dence of performance and the scope/field of application defined by the ift system passport.

Application of the performance characteristics is subject to the national technical provisions referring to building construc-tion and the respective con-tractual provisions.

This system Pass can be used by the manufacturer to draw up the declaration of performance in accordance with the Con-struction Products Regulation 305/2011 / EU and for issuing the ift Certificate of Conformity, which documents the conformi-ty of the finished products and the factory quality/production control through regular third party audits of the manufactur-ers by the ift Rosenheim.

Notes on publication

The "Conditions and Guidance on the Use of ift Test Documents“ apply.

Contents

The system passport compris-es a total of 45 pages:

1 Summary of performance characteristics as per EN 14351-1 2

2 Overview of the performance of individual product families3

3 Performance characteristics according to the product standard 30

4 General instructions for the ift System Passport 30

5 Special instructions for use30

Client SCHÜCO International KG Karolinenstr. 1-15

33609 Bielefeld

Germany

System AWS 75.SI, AWS 75.SI+

AWS 75 RL.SI AWS 75 RL.SI+

AWS 75 BS.HI, AWS 75 BS.HI+

AWS 75 BS.SI, AWS 75 BS.SI+

AWS 75 WF.SI, AWS 75 WF.SI+

AWS 75 BC.HI, AWS 75 BC.HI+

Product families 1. Side-hung, tilt and turn, bottom-hung and fixed top/fanlight

2. Side-hung, tilt and turn of overlapping design (opening meeting stiles)

Frame material Aluminium/PVC composite system (thermal break system)

1) applies to roof windows only 2) evidence as set out by country of destination 3) clear opening dimensions as specified by manufacturer

ift Rosenheim 24.01.2017

Christian Kehrer, Dipl.-Ing. (FH) Head Certification & Inspection Body

i. A. Michael Breckl-Stock, M.Eng., Dipl.-Ing. (FH) Deputy Head of Testing Depart-ment Construction Product Testing

i. A. Gerhard Fellermeier, Dipl.-Ing. (FH) Operating Product Officer Certification & Surveillance Body

ift-System Passport Windows as per EN 14351-1 of 45

No. 12-001465-PR09 (SP-A01-Z054-en-03) dated 24.01.2017 Client SCHÜCO International KG, 33609 Bielefeld (Germany)

* The relevant reports/evidence of performance are specified in the matrix of the individual product families

1 Summary of performance characteristics as per EN 14351-1

No.

Characteristics as per EN 14351-1

Product family 1 Product family 2

Side-hung, tilt and turn, and bottom-hung with fixed light

Side-hung, tilt and turn, of overlapping design (opening meeting stiles)

4.2

Resistance to wind load

(1) up to C5 / B5 up to C3 / B3

4.3

Resistance to snow and permanent load (roof windows only)

Not applicable Not applicable

4.4.1

Reaction to fire Not applicable Not applicable

4.4.2

External fire performance

Not applicable Not applicable

4.5

Watertightness up to E 1350 up to E 750

4.6

Dangerous substances

The manufacturer shall establish and present the appropriate declaration of content according to the legal requirements in the intended country of destination.

4.7

Impact resistance up to 5 up to 5 (3)

4.8

Loadbearing capacity of safety devices

Threshold value achieved

Threshold value achieved

4.11


(2) Rw (C;Ctr) up to 49 (-1;-4) dB Standard procedure

4.12


Standard procedure Standard procedure

4.13


Evidence of total energy transmittance and light transmittance shall be provided for the purpose-designed system via the CE marking of the glazing..

4.14

Air permeability 4 4

4.16

Operating forces up to 2 up to 2 (3)

4.17

Mechanical strength

4 4 (3)

4.18

Ventilation npd npd

4.19

Bullet resistance npd npd

4.20


npd npd

4.21

Resistance to repeated opening and closing

up to 3 up to 3 (3)

4.22

Behaviour between different climates

npd npd

4.23

Burglar resistance up to WK 3 / RC 3

RC 2 / RC 2 N up to WK 3 / RC 3

RC 2 / RC 2 N

Note: The listed performance characteristics represent the product characteristics of the tested specimens. The possibility of combining performance characteristics shall be verified in each individual case.

Superscripts see Section 5

ift-System Passpoert Windows as per EN 14351-1 of 45



2 Overview of the performance of individual product families

2.1 Brief description of product families:

This brief description lists the significant system features of product family 1. For details of the

purpose-designed versions refer to the respective test reports.

Series AWS 75.SI / AWS 75.SI+

Note: The design series RL, RD, MC and ST are covered by expert statement

13-001845-PR06 (GAS-A01-02-de-02) dated 11.02.2015, ift Rosenheim.

Variants Side-hung, bottom-hung, tilt and turn, fixed lights,

top/fanlight

Frame material aluminium/PVC composite system

Profile depth frame member 75 mm, casement member 85 mm

or

frame member 75 mm with HI-insulating bars, casement mem-

ber 85 mm with HI-insulating bars and glazing rebate foam

288138 / 288149 or glazing rebate foam 288021 / 288429

Frame joints mitred and nailed using corner connectors and bonded

or

butt-jointed and nailed using T-cleat and bonded

Rebate design

Rebate seal - centre corner-vulcanised frame gasket 246247 or 284398 or 284848,

EPDM black, supplied by SCHÜCO International KG

or

gasket 244878 or 284201 or 284828 bonded to vulcanised cor-

ner moulds, EPDM black, supplied by SCHÜCO International

KG, in each corner 70 mm sealed below gasket using elastic

sealant

Rebate seal - internal gasket 224310, EPDM black, supplied by SCHÜCO

International KG, continuous around perimeter, at top butt-

jointed and bonded

Rebate drainage 3 slots 5 / 10 mm x 34 / 24 mm to outside with end caps

or

2 slots 10 mm x 34 mm with end caps

Note: verified only with end caps without any additional features (e.g.

membranes, labyrinths).

Pressure equalisation continuous slot between casement and frame members




Hardware

Make tilt and turn hardware AvanTec / supplied by SCHÜCO

International KG

or

tilt and turn hardware TipTronic / supplied by SCHÜCO

International KG

or

tilt and turn hardware AvanTec SimplySmart /

supplied by SCHÜCO International KG

Glazing insulating glass unit, glass thickness from 19 mm to 65 mm

Glazing gasket - external gasket 224104, EPDM black, supplied by SCHÜCO

International KG, joined at corners and bonded

or

gasket 284321, EPDM black, supplied by SCHÜCO

International KG, continuous around perimeter, at top centre

butt-jointed, corners additionally gunned with sealant

Glazing gasket - internal gasket 284048, EPDM black, supplied by SCHÜCO

International KG, joined at corners and bonded

or



butt-jointed

or



butt-jointed

Note: depending on glass thickness und subject to identical material

properties and geometries, gaskets of different thicknesses can

be used.

Vapour pressure equalisation casement member:

on sides, at top, ea. 1 slot of 5 mm x 20 mm,

at bottom 3 or 4 slots of 5 mm x 20 mm,

fixed light: 3 slots of 5 / 10 mm x 34 mm / 24 mm to outside with

end caps

or

two slots on sides and 3 slots at bottom of each 5 mm x 20 mm,

2 boreholes of Ø 5 mm on sides at bottom Ø 5 mm1

1 The boreholes drain the water from the frame member. Boreholes do not touch the glazing rebate platform.




Series AWS 75 BS.HI / AWS 75 BS.HI+


top/fanlight


Profile depth frame member 75 mm, casement member 78 mm, face-fitted


or

butt-jointed and nailed to T-cleat and bonded

Rebate design

Rebate seal - external see glazing gasket - external



or

gasket 244878 or 284201 or 284828 bonded using vulcanised

corner moulds, EPDM black, supplied by SCHÜCO

International KG, in each corner 70 mm sealed below gasket

using elastic sealant



jointed and bonded

Rebate drainage casement member: 3 slots 5 / 10 mm x 34 / 24 mm to outside

with end caps

Note: verified only with end caps without any additional any features

(e.g. membranes, labyrinths).

Pressure equalisation 2 cut-outs of 3.5 mm x 45 mm in frame member at top

Hardware

Make tilt and turn hardware, AvanTec / supplied by SCHÜCO

International KG




Series AWS 75 BS.SI / AWS 75 BS.SI+ / AWS 75 WF.SI / AWS 75 WF.SI+ / AWS 75 BC.HI / AWS

75 BC.HI+


top/fanlight


Profile depth frame member 75 mm, casement member 77.5 mm, face-fitted


or

butt-jointed and nailed to T-cleat and bonded

Rebate design

Rebate seal - external see glazing gasket - external



or

gasket 244878 or 284201 or 284828 bonded using vulcanised

corner moulds, EPDM black, supplied by SCHÜCO

International KG, in each corner 70 mm sealed below gasket

using elastic sealant



jointed and bonded

Rebate drainage casement member: 3 slots 5 / 10 mm x 34 / 24 mm to outside

with end caps

Note: verified only with end caps without any additional features (e.g.

membranes, labyrinths).

Pressure equalisation 2 cutouts of 3.5 mm x 45 mm in frame member at top

Hardware

Make tilt and turn hardware, AvanTec / supplied by SCHÜCO

International KG




Glazing insulating glass unit, glass thickness from 16 mm to 54 mm

Glazing gasket - external corner-vulcanised frame gasket 244752, EPDM black, supplied

by SCHÜCO International KG

or


International KG, corners mitred and bonded

Glazing gasket - internal gasket 224350, EPDM black, supplied by SCHÜCO


or



Note: depending on glass thickness und subject to identical material

properties and geometries, gaskets of different thicknesses can

be used.

Vapour pressure equalisation on sides: each 1 slot 5 mm x 20 mm,

at bottom: 3 slots 5 mm x 20 mm

or

fixed light: 2 slots 5 / 10 mm x 34 / 24 mm to outside with end

caps




2.1.1 Overview of performance characteristics of product family 1

Types of opening: Side-hung, bottom-hung, tilt and turn, top/fanlight, fixed, double with mullion

Clause of product standard 14351-1

Variant / Type / Design Evidence of Performance

Value / Class Scope

4.2

Resistance to wind load(1)

AWS 75.SI

Tilt and turn casement door with fixed fanlight:

Casement dimensions: 1700 mm x 2,100 mm Frame dimensions: 1,778 mm x 2,639 mm

Test report 101 30951/6

dated 03.05.07 ift Rosenheim

C4 / B4

AWS 75.SI,

Tilt and turn casement door:




C4 / B4

AWS 75.SI,





C5 / B5

AWS 75.SI

Single tilt-and-turn window with fixed sublight:

Casement dimensions: 1,410 mm x 1,450 mm Frame dimensions: 1,468 mm x 2,491 mm

Test report 11-003042-

PR01 dated 12.01.12 ift Rosenheim

C4 / B4

AWS 75.SI

Fixed panel with two fixed lights above each other:

Frame dimensions: 1,468 mm x 2,491 mm



C4 / B4

AWS 75 BS.HI

Single bottom-hung toplight:

Casement dimensions: 1,200 mm x 1,400 mm Frame dimensions: 1,278 x 1,478 mm



C5 / B5

AWS 75.SI





C4 / B4







Value / Class Scope

4.2


AWS 75 BS.HI

Tilt and turn window with two fixed sidelights


Test report 101 33177


C4 / B4

Extrapolation for -100% of frame width and frame height of test specimen

AWS 75 BS.HI

Tilt and turn window with fixed sidelight:


Test report 101 30951/14 dated 29.09.06 ift Rosenheim

C5 / B5

AWS 75 BS.SI

Tilt and turn window:




C5 / B5

AWS 75 BS.SI





C5 / B5

AWS 75 BS.SI





C5 / B5

AWS 75 WF.SI





C5 / B5

AWS 75 BC.HI





C5 / B5







Value / Class Scope

4.2


AWS 75 BC.HI

Tilt and turn windows and casement doors - different hardware details

Expert statement 155 37649


C5 / B5

Extrapolation for -100% of frame width and frame height of test specimen

AWS 75 BC.HI, opening outwards

Side-hung casement door, opening outwards:




C5 / B5

AWS 75.SI+, AWS 75 BS.HI+, AWS 75 BS.SI+, AWS 75 WF.SI+, AWS 75 RL.SI+, AWS 75 BC.HI+

Single windows, different designs

Expert statement 13-000001

PR07 to PR12 dated

June 2013 ift Rosenheim

up to

C5 / B5 see expert statement

AWS 75.SI+, AWS 75 SL.SI+, AWS 75 RL.SI+

Single windows, different designs and differne profile groups

Expert statement 13-001845 PR06 dated 11.02.2015

ift Rosenheim


AWS 75 BS.HI+, AWS 75BS.SI+ AWS 75 WF.SI+



ift Rosenheim


4.3

Resistance to snow and

permanent load

- - Not applicable Only for roof windows

4.4

Reaction to fire

- - Not

applicable Only for roof windows







Value / Class Scope

4.5

Watertightness

AWS 75.SI





E 750

Extrapolation for - 100% to +50% of overall test specimen area

AWS 75.SI





AWS 75.SI





9A

AWS 75.SI





E 900

AWS 75.SI





9A

AWS 75 BS.HI





E 1350

AWS 75.SI





9A







Value / Class Scope

4.5

Watertightness

AWS 75 BS.HI

Tilt and turn window with two fixed sidelights:




8A


AWS 75 BS:HI




E 750

AWS 75 BS.SI





9A

AWS 75 BS.SI





E 900

AWS 75 BS.SI





E 900

AWS 75 WF.SI





9A

AWS 75 BC.HI





9A

AWS 75 BC.HI




9A







Value / Class Scope

4.5

Watertightness






9A





PR07 to PR12 dated


up to

E 1350 see expert statement




ift Rosenheim

9A see expert statement




ift Rosenheim


4.6


The manufacturer shall establish and make the appropriate declaration of content according to the legal requirements in the intended country of destination.

4.7

Impact resistance

AWS 75.SI





2

> overall test specimen area and observance of locking distances when using same type of hardware

AWS 75 BS.HI


Casement dimensions: 734 mm x 905 mm Frame dimensions: 776 mm x 947 mm

Impact resistance - from outside to inside



2

AWS 75.SI+



Test report 13-001960-PR04 dated 25.11.2013

ift Rosenheim

5







Value / Class Scope

4.7

Impact resistance

AWS 75.SI+

Tilt and turn window


Test report 13-001960-PR07 dated 25.11.2013

ift Rosenheim

3

> overall test specimen area and observance of locking distances when using same type of hardware

AWS 75 BS.HI





5

from inside to outside

AWS 75 BS.HI



Expert statement

12-000432-PR03


5 from inside to outside

2 from outside

to inside

AWS 75 BS.SI


Casement dimensions: 942 mm x 942 mm Frame member size: 1,000 mm x 1,000 mm




2 from outside

to inside

AWS 75 WF.SI



Expert statement

10-002491-PR01



2 from outside

to inside

AWS 75 BC.HI



Expert state-ment

12-002491-PR02



2 from outside

to inside

AWS 60


Casement dimensions: 922 mm x 922 mm Frame dimensions: 1,000 mm x 1,000 mm



2




PR07 to PR12 dated


up to 5 see expert statement







Value / Class Scope

4.8

Loadbearing capacity of

safety devices

AWS 75 BC.HI





Requirement fulfilled

Extrapolation for – 100 % of frame width and frame height of test specimen







AWS 75 BS.HI






AWS 75.SI









PR07 to PR12 dated June

2013 ift Rosenheim

Requirement

fulfilled see expert statement

4.9

Height and width

- - Not

applicable Only for external pedestrian doorsets

4.10

Ability to release

- - Not

applicable

Only for external pedestrian doorsets in emergency exit and escape routes in con-junction with EC certif-icate of conformity







Value / Class Scope

4.11


(2)

Systems:

• AWS 75.SI

Test report 16131740/1.1.0 dated 10.05.06 ift Rosenheim

Rw (C;Ctr) = 37 (-1;-5) dB

Extrapolation for different window sizes as per Clause B.4 Table B 3 of Annex B, EN 14351-1


Rw (C;Ctr) = 39 (-2;-5) dB


Rw (C;Ctr) = 42 (-2;-5) dB


Rw (C;Ctr) = 44 (-1;-3) dB


Rw (C;Ctr) = 48 (-2;-5) dB

Test report 12-002932-PR03 (PB1)


Rw (C;Ctr) = 45 (-3;-5) dB

4.11


(2)

Systems:

• AWS 75 BS.HI

Test report 161 31811/Z61 dated 27.10.06 ift Rosenheim

Rw (C;Ctr) = 45 (-1;-4) dB



Rw (C;Ctr) = 49 (-1;-4) dB


Rw (C;Ctr) = 48 (-1;-4) dB


Rw (C;Ctr) = 37 (-1;-4) dB







Value / Class Scope

4.11


(2)

Systems:

• AWS 75 BS.HI


Rw (C;Ctr) = 44 (-2;-5) dB


Test report 12-002932-PR03 (PB2)


Rw (C;Ctr) = 47 (-1;-5) dB

Systems:

• AWS 75 BS.SI

Test report 12-002932-PR02 (Z12)


Rw (C;Ctr) = 46 (-1;-5) dB

Test report 12-002932-PR02

(Z13) dated 18.12.12

ift Rosenheim

Rw (C;Ctr) = 32 (-1;-5) dB



Rw (C;Ctr) = 42 (-3;-7) dB



Rw (C;Ctr) = 38 (-2;-4) dB



Rw (C;Ctr) = 37 (-2;-5) dB



Rw (C;Ctr) = 48 (-1;-5) dB







Value / Class Scope

4.11


(2)

Systems:

• AWS 75 BC.HI


Rw (C;Ctr) = 37 (-1;-4) dB



Rw (C;Ctr) = 38 (-2;-5) dB


Rw (C;Ctr) = 45 (-2;-6) dB

4.12


AWS 75.SI

Frame/casement combination 382110 – 156000



Evidence for purpose-

designed unit For determination of

tabulated Uw-values use Table F.1 or Table 1.3 as per EN ISO 10077-1:2006. This Uw-value can be extrapolated for all sizes.

Calculation of Uw

shall be based on EN ISO 10077-1 or EN ISO 10077-1 and EN ISO 10077-2.

For calculation, the following extrapolation rule applies:

Reference size: 1.23 m x 1.48 m (ex-trapolation for overall

area ≤ 2.3 m²) or 1.48 m x 2.18 m (ex-trapolation for overall

area > 2.3 m²) Note: Where Ug < 1.9 W/m²K , extrapolation from 1.23 m x 1.48 m is possible for all sizes.

AWS 75.SI

Frame/casement combinations

Frame profiles

Uf = 0.89 - 1.6 W/(m²K)




designed unit

AWS 75.SI


Frame profiles, glazing bars

Uf = 0.96 - 1.4 W/(m²K)




designed unit

AWS 75.SI


Frame profiles, glazing bars

Uf = 0.92 - 1.6 W/(m²K)




designed unit

AWS 75.SI


Frame profiles

Uf = 1.2 - 1.5 W/(m²K)

Expert statement

455 41692/1 dated 27.10.09 ift Rosenheim


designed unit

AWS 75.SI

Frame/casement combinations 382110 – 156000

Uf = 1.6 W/(m²K)

Expert state-ment



designed unit







Value / Class Scope

4.12

Thermal trans-mittance

AWS 75.SI+

Frame profiles

Glazing bar profiles


Uf = 0.92 - 1.4 W/(m²K)




designed unit

For calculation, the following extrapolation rule applies:

Reference size: 1.23 m x 1.48 m (ex-trapolation for overall

area ≤ 2.3 m²) or 1.48 m x 2.18 m (ex-trapolation for overall

area > 2.3 m²) Note: Where Ug < 1.9 W/m²K , extrapolation from 1.23 m x 1.48 m is possible for all sizes.

AWS 75 BS.HI


Frame profiles

Uf = 1.4 - 1.9 W/(m²K)




designed unit

AWS 75 BS.SI


Frame profiles

Uf = 1.3 - 1.6 W/(m²K)




designed unit

AWS 75 BS.SI+


Frame profiles

Uf = 1.3 - 1.5 W/(m²K)




designed unit

AWS 75 BS.HI+


Frame profiles

Uf = 1.4 - 1.8 W/(m²K)




designed unit

AWS 75 BC.HI


Frame profiles

Uf = 1.3 - 2.2 W/(m²K)




designed unit

4.13

Radiation prop-erties

All See CE mark-ing of glazing


designed unit -







Value / Class Scope

4.14

Air permeability

AWS 75.SI





4

Extrapolation for –100% to +50% of overall test specimen area

AWS 75.SI





AWS 75.SI





AWS 75.SI





4

AWS 75.SI





4

AWS 75 BS.HI





4

AWS 75.SI





4

AWS 75 BS.HI





4







Value / Class Scope

4.14

Air permeability

AWS 75 BS.HI




4

Extrapolation for -100% to +50% of overall test specimen area

AWS 75 BS.SI





4

AWS 75 BS.SI





4

AWS 75 BS.SI





4

AWS 75 WF.SI





4

AWS 75 BC.HI





4

AWS 75 BC.HI


Expert state-ment

155 37649 dated 01.12.08 ift Rosenheim

4






4







Value / Class Scope

4.14

Air permeability




PR07 to PR12 dated


4 see expert statement




ift Rosenheim





ift Rosenheim


4.16

Operating forces

AWS 75.SI





1

Extrapolation for -100% of overall test specimen area

AWS 75.SI





1

AWS 75.SI



**) Locking and unlocking of casement by power-operated drive; activation of drive by handle operation



2*)

AWS 75.SI+



Test report 13-001960-PR05 dated

15.05.14 ift Rosenheim

1







Value / Class Scope

4.16

Operating forces

AWS 75.SI





1


AWS 75.SI





1

AWS 75 BS.HI





1

AWS 75 BS.HI




1

AWS 75 BS.HI





1

AWS 75 BS.SI





1

AWS 75 BS.SI


Frame dimensions: 1,566 mm x 2,066

*for 70 mm opening width of stay

Expert statement

10-001328-PR09


1*)

AWS 75 WF.SI Tilt and turn window: Casement dimensions: 1,500 mm x 2,000 mm Frame dimensions: 1,566 mm x 2,066 mm



1







Value / Class Scope

4.16

Operating forces

AWS 75 WF.SI






1*)


AWS 75 BC.HI





1

AWS 75 BC.HI


Expert state-ment

155 37649 dated 01.12.08 ift Rosenheim

1






1

AWS 75.SI+, AWS 75 BS.HI+, AWS 75 BS.SI+, AWS 75 WF.SI+, AWS 75 RL.SI+, AWS 75 BC.HI+ Single windows, different designs

Expert state-ment

13-000001 PR07 to PR12

dated June 2013

ift Rosenheim


4.17

Mechanical strength

AWS 75.SI





4

Extrapolation for –100% of overall test specimen area

AWS 75.SI





4

AWS 75.SI





4

AWS 75.SI+

Tilt and turn window Frame dimensions: 1,758 mm x 2,158 mm



4







Value / Class Scope

4.17

Mechanical strength

AWS 75 BS.HI





4

Extrapolation for –100% of overall test specimen area

AWS 75 BS.HI




4

AWS 75 BS.SI





4

AWS 75 WF.SI





4

AWS 75 BC.HI





4

AWS 75 BC.HI




4






4





2013 ift Rosenheim








Value / Class Scope

4.18

Ventilation

- - Not

applicable

applies only to windows with integrat-ed ventilation device

4.19

Bullet resistance

- - npd -

4.20


- - npd

-

4.21

Resistance to repeated open-ing and closing

AWS 75.SI





2

Extrapolation for –100% of overall test specimen area subject to conformity with maximum casement weight as tested.

AWS 75.SI





3

AWS 75.SI+





3

AWS 75 BS.HI





3

AWS 75 BS.HI




3

AWS 75 BS.HI





3







Value / Class Scope

4.21

Resistance to repeated open-ing and closing

AWS 75 BS.SI


Frame dimensions: 1,566 mm x 2,066


Expert statement

10-001328-PR09


2


AWS 75.SI





3

AWS 75 WF.SI





2

AWS 75 BC.HI





3

AWS 75 BC.HI




2






3





2013 ift Rosenheim


4.22

Behaviour between

different climates

- - npd -







Value / Class Scope

4.23

Burglar resistance

AWS 75.SI / AWS 75 BS.HI, TipTronic AWS 75 SI, TipTronic AWS 75 BS.HI

Attack side: Closing side / closing face as per DIN 107

Glazing: Class P4A as per DIN EN 356 : 2000-02 Type of burglar resistant double windows as per annexes of expert statement, for hard-ware system of burglar resistant fittings refer to Annex 1 of referenced expert statement

Expert statement


WK 2 see expert statement and/or ENV 1627:1999

AWS 75.SI / AWS 75 BS.HI


Glazing: Class P5A as per EN 356 : 2000-02

Hardware: security locking devices SCHÜCO No. 227036 and 228500 (BS series) and se-curity lock SCHÜCO No. 214863

For further details refer to Annex of expert statement

Type of burglar resistant double windows as per annexes of expert statement

Expert statement



AWS 75 BS.SI

Burglar resistant single window


with 6 burglar resistant locking devices



RC2 / RC2N See EN 1627:2011

AWS 75 BS.SI, AWS 75 BS.SI+, AWS 75 WF.SI, AWS 75 WF.SI+

Burglar resistant single window - different pro-file systems

Expert statement

12-000215-PR02 dated


RC2 / RC2N see expert statement and/or ENV 1627:2011

AWS.75 SI+, AWS RL.SI+, AWS 75 BS.SI+, AWS 75 WF.SI+, AWS 75 BS.HI+, AWS 75 WF.HI+, AWS 75 VV.SI+

For further details, refer to Annex to the ex-pert statement

Design of burglar-resistent 2-winged windows according to annex in expert statement

Expert statement

15-002426-PR02 dated 14.10.2016

RC 2 / RC 2N see expert statement and/or ENV 1627:2011

AWS.75.SI+, AWS 75 RL.SI+, AWS 75 BS.HI+, AWS 75 WF.HI+



Expert statement

15-002426-PR03 dated 14.10.2016

RC 3 see expert statement and/or ENV 1627:2011




2.1.2 Overview of performance characteristics of product family 2

Types of opening: Side-hung, tilt and turn of overlapping design (opening meeting stiles)



Value / Class Scope

4.2


AWS 75.SI

Double side-hung / tilt and turn window of overlapping design (opening meeting stiles)

Active casement: 1,000 mm x 1,600 mm Inactive casement: 1,600 mm x 1,300 mm Frame dimensions: 2,465 mm x 1,658 mm


PB02 dated 15.12.10 ift Rosenheim

C3 / B3

Extrapolation for –100 % of frame width and frame height of test specimen

AWS 75.SI+





C3 / B3

AWS 75 BS.HI



Expert statement

12-002491-PR03


C2 / B3

AWS 75 BS.SI


Frame dimensions: 2,065 mm x 2,258 mm Active casement: 1000 mm x 2,000 mm



C2 / B3

AWS 75 BS.SI+


Frame dimensions: 2,065 mm x 2,258 mm Active casement: 1000 mm x 2,000 mm



C2 / B3

AWS 75.SI+, AWS 75 BS.HI+, AWS 75 BS.SI+

Double windows of overlapping design (open-ing meeting stiles)



2013 ift Rosenheim

up to

C3 / B3







Value / Class Scope

4.2




Expert Statement 13-001845 PR06 dated 11.02.2015

ift Rosenheim





ift Rosenheim

up to C3 / B3 see expert statement

4.3

Resistance to snow and permanent

load

- - Not applicable

Only for roof windows

4.4.1

Reaction to fire

- - Not applicable


4.4.2

External fire performance

- - Not applicable


4.5

Watertightness

AWS 75.SI





7A


AWS 75.SI+





7A







Value / Class Scope

4.5

Watertightness

AWS 75 BS.HI



Expert statement

12-002491-PR03


7A


AWS 75 BS.SI


Frame dimensions: 2,065 mm x 2,258 mm Active casement: 1,000 mm x 2,000 mm



7A

AWS 75 BS.SI+





E 750




PR07 to PR12 dated


up to E 750 see expert statement




ift Rosenheim





ift Rosenheim


4.6


The manufacturer shall establish and submit the appropriate declaration of content according to the legal requirements in the intended country of destination.







Value / Class Scope

4.7

Impact resistance (3)

AWS 75.SI





2

> overall test speci-men area (infill panel)

and compliance with locking distances when using same type of hardware

AWS 75.SI+





5

AWS 75.SI+





3

AWS 75 BS.HI



Impact resistance - from outside to inside



2

AWS 75 BS.HI



Impact resistance - from inside to outside



5

AWS 75 BS.HI



Expert statement

12-000432-PR03



2 from outside

to inside







Value / Class Scope

4.7

Impact resistance (3)

AWS 75 BS.SI






2 from outside

to inside

> overall test speci-men area (infill panel)

and compliance with locking distances when using same type of hardware





2013 ift Rosenheim


4.8

Loadbearing capacity of

safety devices

see product family 1 - see product family 1

- 100 % of test speci-men overall area.

4.11

Acoustic performance(2)

-

Evidence must be provided based on Tables B.1 and B.2 of Annex B, EN 14351-1:2006+A1:2010

Note: cross compari-son with 4.14, air permeability ≥ class 3 re-quired


designed unit








Value / Class Scope

4.12


-

Calculation of U

w shall be

based on EN ISO 10077-1 and/or EN ISO 10077-1 and EN ISO 10077-2.

Alternatively the tabulated method as per Table F.1 or Table F.3, in accordance with EN ISO 10077-1:2006.


designed unit

as per Table E 1, EN 14351-1

4.13


All CE mark glazing


designed unit

-

4.14

Air permeability

AWS 75.SI





4


AWS 75.SI+





4

AWS 75 BS.HI



Expert statement

12-002491-PR03


4







Value / Class Scope

4.14

Air permeability

AWS 75 BS.SI





4


AWS 75 BS.SI+





4


Double window of overlapping design (open-ing meeting stiles)


PR07 to PR12 dated






ift Rosenheim





ift Rosenheim


4.16

Operating forces (3)

see product family 1 - see product family 1

Extrapolation for –100% of test specimen overall area







Value / Class Scope

4.17

Mechanical strength (3)

AWS 75.SI





4


AWS 75.SI





4

AWS 75.SI+

Tilt and turn casement door




4

4.17

Mechanical strength

(3)

AWS 75 BS.HI





4


AWS 75 BS.HI




4

AWS 75 BS.SI





4




PR07 to PR12 dated


4







Value / Class Scope

4.18

Ventilation

- - npd Same design and size of ventilation device

4.19

Bullet resistance

- - npd Until relevant stand-ards and/or guidelines are in place, undetermined condi-tions shall be agreed on by the manufactur-er and the testing laboratory.

4.20


- - npd

4.21

Resistance to repeated

opening and closing

(3)

AWS 75.SI





3


AWS 75.SI+





3

AWS 75 BS.HI





3

AWS 75 BS.HI




3

AWS 75 BS.SI



Expert statement

10-001328-PR09


2







Value / Class Scope

4.21

Resistance to repeated

opening and closing

(3)





2013 ift Rosenheim

up to 3


4.22

Behaviour be-tween

different climates

- - npd -

4.23

Burglar resistance

AWS 75.SI / AWS 75 BS.HI, TipTronic AWS 75 SI, TipTronic AWS 75 BS.HI


Glazing: Class P4A as per DIN EN 356 : 2000-02

Types of burglar resistant double windows as per annexes of expert statement, for hard-ware system of burglar resistant fittings refer to Annex 1 of referenced expert statement

Expert statement



AWS 75.SI / AWS 75 BS.HI


Glazing: Class P5A as per DIN EN 356 : 2000-02

Hardware: security locking devices SCHÜCO No. 227036 and 228500 (BS series) and se-curity lock SCHÜCO No. 214863

for further details refer to Annex of expert statement

Type of burglar resistant double windows as per annexes of expert statement

Expert statement









Value / Class Scope

4.23

Burglar resistance

AWS.75 SI+, AWS RL.SI+, AWS 75 BS.SI+, AWS 75 WF.SI+, AWS 75 BS.HI+, AWS 75 WF.HI+, AWS 75 VV.SI+



Expert statement

15-002426-PR02 dated 14.10.2016

RC 2 / RC 2N see expert statement and/or ENV 1627:2011

AWS.75.SI+, AWS 75 RL.SI+, AWS 75 BS.HI+, AWS 75 WF.HI+



Expert statement

15-002426-PR03 dated 14.10.2016

RC 3 see expert statement and/or ENV 1627:2011




3 Performance characteristics according to the product standard

3.1 General

Depending on the intended use and the national requirements for windows and external pedestrian doorsets, an

initial type test shall be conducted for verification of the characteristics listed in product standard EN 14351-1,

Clause 4. As set out by the product standard, the relevant performance characteristic can be demonstrated on

the basis of tests, calculation, tabulated values or by evaluation.

The following summarizes the relevant evidence for all performance characteristics set out by the product

standard Clause 4 for the respective product families. Superscripts are explained in Section 5.

3.2 Resistance to wind load (refer to EN 14351-1, Clause 4.2)

Tests on windows and external pedestrian doorsets shall be carried out in accordance with EN 12211. The code

letter C refers to the maximum permissible frontal deflection of less than l/300, and the code letter B refers to

maximum permissible frontal deflection of less than l/200 in accordance with Table 2 of EN 12210. The number

following the Code Letter refers to the nominal wind load of the achieved class in accordance with Table 1 of EN

12210. The deflection of frame elements (e.g. mullions, transoms or casement members) shall be verified by

calculation or by test (reference method).

The results shall be expressed in accordance with EN 12210. The air permeability tests and classification referred

to in EN 12210 shall be in accordance with 4.14 as per EN 14351-1.

3.3 Resistance to snow and permanent load (refer to EN 14351-1, Clause 4.3)

The manufacturer shall provide sufficient information on the infill (panel) to enable the determination of the load-

bearing capacity of the infill, e.g. details of thickness and type of glass.

3.4 Fire characteristics

3.4.1 Reaction to fire (refer to EN 14351-1, Clause 4.4.1)

The (materials used in) roof windows shall be tested and classified in accordance with EN 13501-1 and Annex H

for the selection, preparation, mounting and fixing and field of direct application of the roof windows..

3.4.2 External fire performance (refer to EN 14351-1, Clause 4.4.2)

Roof windows shall be tested and classified in accordance with EN 13501-5.

3.5 Watertightness (refer to EN 14351-1, Clause 4.5)

A watertightness test shall be carried out in accordance with EN 1027. The results shall be expressed in

accordance with EN 12208.

3.6 Dangerous substances (refer to EN 14351-1, Clause 4.6)

In so far as the state of the art permits, the manufacturer shall establish those materials in the product which are

liable to emission or migration during normal intended use and for which emission or migration into the

environment is potentially dangerous to hygiene, health or the environment. The manufacturer shall establish

and present the appropriate declaration of content according to the legal requirements in the intended country of

destination.




3.7 Impact resistance (refer to EN 14351-1, Clause 4.7)

Windows and external pedestrian doorsets fitted with glass or other fragmental material shall be tested and the

results shall be expressed in accordance with EN 13049. Where relevant, the test shall be carried out from both

sides.

3.8 Load-bearing capacity of safety devices (refer to EN 14351-1, Clause 4.8)

Safety devices (e.g. retaining and reversing catches, restrictors, and fixing devices for cleaning procedures), if

provided and engaged in accordance with the manufacturer's published instructions, shall be able to hold the

leaf, casement or sash in place for 60 s when 350 N are applied to the leaf, casement or sash in the most

unfavourable way (i.e. position, direction). This threshold strength shall be demonstrated by means of tests

carried out as described in EN 14609 or EN 948 (reference methods), or by calculation.

3.9 Height and width of doorsets and French windows/casement doors (refer to EN 14351-1,

Clause 4.9)

The clear opening height and width of external pedestrian doorsets and French windows/casement doors (see

EN 12519:2004, 3.1) shall be expressed in mm.

3.10 Ability to release (refer to EN 14351-1, Clause 4.10)

Emergency exit devices and panic devices installed on external pedestrian doorsets in escape routes shall

comply with EN 179, EN 1125, prEN 13633 or prEN 13637.

Doorsets intended for escape routes shall be identified as such with the appropriate class according to Table 2.

3.11 Acoustic performance (refer to EN 14351-1, Clause 4.11)

The sound reduction index shall be determined in accordance with EN ISO 140-3 (reference method) or for

specific window types in accordance with Annex B. The test results shall be evaluated in accordance with EN

ISO 717-1.

3.12 Thermal transmittance (refer to EN 14351-1, Clause 4.12)

The thermal transmittance for windows and external pedestrian doorsets shall be determined by using:

- EN ISO 10077-1:2006, Table F.1 Thermal transmittances for vertical windows with fraction of the frame area

30 % of the whole window area and common types of glazing spacer bars or EN ISO 10077-1:2006, Table

F.3. Thermal transmittances for vertical windows with fraction of the frame area 30 % of the whole window

area, glazing spacer bars with improved thermal performance and, for windows with bars, Annex J

or by calculation using:

- EN ISO 10077-1 or

- EN ISO 10077-1 and EN ISO 10077-2

or by hot box method using:

- EN ISO 12567-1 or

- EN ISO 12567-2

as appropriate.

Calculation previously performed in accordance with EN ISO 10077-1:2000 and tabulated values in accordance

with EN ISO 10077-1:2000, Table F.1, may be taken into account with an addition of 0.1W/(m²*K).

EN ISO 12567-1 shall be used as reference method for windows and external pedestrian doorsets and

EN ISO 12567-2 as reference method for roof windows.

The collective symbols for thermal transmittance are Uw for windows and UD for doorsets, i.e. the symbol Ust

used in EN ISO 12567-1 is equivalent to UW or UD and the symbol Um used in EN ISO 12567-2 is equivalent to

UW.




3.13 Radiation properties (refer to EN 14351-1, Clause 4.13)

The determination of the total solar energy transmittance (g-value) and light transmittance of translucent glazing

shall be carried out in accordance with EN 410, or if relevant, with EN 13363-1 or EN 13363-2 (reference

method).

3.14 Air permeability (refer to EN 14351-1, Clause 4.14)

Two air permeability tests shall be carried out in accordance with EN 1026 (reference method), one with positive

test pressures and one with negative test pressures.

The tests for air permeability of screens shall be carried out on the screen or on its individual parts including

joints between the individual parts. In the latter case the air permeability of the screen shall be calculated as the

sum of the air permeability of the individual parts and the joints.

The test result, defined as the numerical average of the two air permeability values (m³/h) at each pressure step

shall be expressed in accordance with EN 12207:1999, 4.6.

Classification of products with described product characteristics can be carried out in accordance with Annex I.

3.15 Durability (refer to EN 14351-1, Clause 4.15)

The manufacturer shall provide information about maintenance and the replaceable parts.

3.16 Operating forces (refer to EN 14351-1, Clause 4.16)

Manually operated windows shall be tested in accordance with EN 12046-1. The results shall be expressed in

accordance with EN 13115.

Manually operated external pedestrian doorsets shall be tested in accordance with EN 12046-2. The results shall be

expressed in accordance with EN 12217.

3.17 Mechanical strength (refer to EN 14351-1, Clause 4.17)

Windows shall be tested in accordance with EN 14608 and EN 14609. Prior to and after those tests manually

operated windows shall be tested in accordance with EN 12046-1. The results shall be expressed in accordance

with EN 13115.

External pedestrian doorsets shall be tested in accordance with EN 947, EN 948, EN 949 and EN 950. The

results shall be expressed in accordance with EN 1192.

3.18 Ventilation (refer to EN 14351-1, Clause 4.18)

Air transfer devices integrated in a window shall be tested and evaluated in accordance with EN 13141-1, 4.1.

Joints and openings not subject to testing shall be taped over.

3.19 Bullet resistance (refer to EN 14351-1, Clause 4.19)

After testing in accordance with EN 1523 the bullet resistant characteristics of windows and external pedestrian

doorsets shall be expressed in accordance with EN 1522.

3.20 Explosion resistance (refer to EN 14351-1, Clause 4.20)

3.20.1 Shock tube

After testing in accordance with EN 13124-1 the explosion resistant characteristics of windows and external

pedestrian doorsets shall be expressed in accordance with EN 13123-1.

3.20.2 Range test

After testing in accordance with EN 13124-2 the explosion resistant characteristics of windows and external

pedestrian doorsets shall be expressed in accordance with EN 13123-2.




3.21 Resistance to repeated opening and closing(refer to EN 14351-1, Clause 4.21)

A repeated opening and closing test shall be carried out in accordance with EN 1191. The results shall be

expressed in accordance with EN 12400.

3.22 Behaviour between different climates (refer to EN 14351-1, Clause 4.22)

A climate test on windows with frames manufactured from a combination of materials shall be carried out in

accordance with ENV 13420.

A climate test on external pedestrian doorsets shall be carried out in accordance with EN 1121. The results shall

be expressed in accordance with EN 12219.

3.23 Burglar resistance (refer to EN 14351-1, Clause 4.23)

After testing in accordance with ENV 1628, ENV 1629 and ENV 1630 the results shall be expressed in

accordance with ENV 1627.

3.24 Special requirements (refer to EN 14351-1, Clause 4.24)

3.24.1 Unframed glass doorsets (refer to EN 14351-1, Clause 4.24.1)

Glass in unframed glass doorsets shall comply with EN 1863-2, EN 12150-2, EN ISO 12543-2, EN 14179-2 or

EN 14321-2.

3.24.2 Power operated windows(refer to EN 14351-1, Clauses 4.24.2.1 and 4.24.2.2)




4 General instructions for the ift System Passport

4.1 Specified performance characteristics according to the product standard

All listed performance characteristics were tested and evaluated to the test and classifications standards

contained in the product standard EN 14351-1. They are based on the evidence of performance/reports

presented by the client. For more detailed information refer to the respective individual evidence of

performance/test reports referring to the performance characteristics listed in Section 2.

4.2 Basis of the ift system passport

• Existing certification contract concluded between the ift and the client

(system supplier),

• Continuous audit/surveillance of client (system supplier),

• Established and maintained factory production control (FPC) system as set out by the

standards.

The ift Rosenheim shall be notified immediately of any system changes.




5 Special instructions for use

The special instructions for use listed in the following are rules for applying the different performance

characteristics specified by the standard. They are based on the normative provisions and the

experience of the ift Rosenheim.

As set out by the product standard the manufacturer is responsible for ensuring conformity to the

declared characteristics. Durability of the window system was not object of testing/inspection. It shall

be ensured for the specified service life of the product by using appropriate state of the art materials

and finishes, to maintain the performance characteristics.

The overview given in this product passport is based on the evidence provided. No legal claim can be

derived from this.

This system passport forms the basis for obtaining the ift Certificate of Conformity, which documents

the conformity of the finished products and of the factory quality/production control by regular third-

party audits of the manufacturers, conducted by the ift Rosenheim.

The identified characteristics (classifications) are applicable to windows and screens for installation in

vertical wall apertures covered by the scope of application of EN 14351-1. Application is subject to the

relevant national rules and regulations.

As set out by the Regulation (EC) No. 842/2006 of the European Parliament and of the Council of 17

May 2006 on certain fluorinated greenhouse gases, insulating glass units filled with Argon / SF6 are

not allowed to be placed on the market as of 4 July 2007 or 04 July 2008, respectively.

The rules for the interchangeability of window hardware are defined in the ift Certification Schemes

for hardware (QM 328, QM 345, QM 346, QM 347, QM 348)

Super-

scripts

(1) The structural properties of thermal break profiles shall be taken into account. Mullion and

transom profile sections shall be dimensioned adequately on the basis of structural engi-

neering/calculation.

(2) Acoustic performance: application to tested designs

(3) "Impact resistance", "Mechanical strength" and "Resistance to repeated opening and clos-

ing" were tested on single window units. The design of the units allows to apply these per-

formance characteristics also to double windows of overlapping design (opening meeting

stiles). Design and details of type and mode of fixing the hardware parts to the overlap area

shall be in analogy to the tested single window variant. Observe the field of direct applica-

tion set out by EN 14351-1.

ift Rosenheim