tb hsw fsw gb 0708 - productselector.co.nz · modul 07/09 for 90°/95° angle ... fsw-c/cplus in...

DORMA GmbH + Co. KGDORMA Platz 158256 EnnEPEtAlGERMAnyPhone +49 2333 793-0Fax +49 2333 793-4950www.dorma.com

Layo

ut S

. 6

–

DO

RM

A C

I-2

01

2 •

eng

lisch

• S

tand

11

.09

.20

12

DORMA_U4-Adressen_CI-2012.indd 6 07.06.13 10:54

HSW FSW—

WN

80

0.5

1.1

81

.6.3

2,

09

/12

, H

SW

/FS

W

Sub

ject

to

chan

ge w

itho

ut n

otic

e

Planning Manual for Horizontal Sliding Walls

2 11/10

DORMA HSW – Transparent versatility

HSWHorizontalSliding Walls

FSWFoldingSliding Walls

Horizontal sliding walls are used in a wide range of different project types, and for both internal and external applications.These partitions can be flexibly designed to suit the site of installation, structural conditions and design concept. They cansatisfy a broad spectrum of requirements in relation to styling, material and finish or colour, and can also be equipped withindividually fabricated panels to perform special functions. Additional utilisation of the DORMA substructure ensures flexibleplanning in the case of all system variants as well as providing for the simple installation, maximum reliability and outstandingsafety of the entire system.

HSW-GFully glazedwith door rails

HSW-MRPanel types and functions

HSW-GPSingle-point fixingswith standard track rail

FSW-GFully glazed with door rails

FSW-CRoller carrier position at door rail centre

FSW-C plusRoller carrier position at door rail centreplus full-width sliding folding panel

HSW-RFully framed for toughened safety glass,laminated safety glass or double glazing

HSW-ISOFully framed with thermal-break frameprofiles

DORMA HSW Horizontal Sliding Walls

FSW-G

FSW-C FSW-C plus

HSWHorizontal SlidingWalls, fully framed

Tech

nica

lsub

ject

sto

chan

gew

ithou

tno

tice.

Page

Contents

4 - 13

14 - 15

16 - 21

74

75 - 80

81 - 84

86 - 87

24 - 35

36 - 43

44 - 47

48 - 51

52 - 57

58 - 64

66 - 72

88

89

10/11 3

1.0

2.0

4.0

5.0

1.1 Parking and Stacking

Example stacking

arrangements

Stacking track calculations

Niche parking

1.2 Track Rails

1.3 Substructure

2.1 HSW-G

2.2 HSW-MR

2.3 HSW-GP

2.5 FSW-G

2.6 FSW-C/C plus

2.7 HSW-R

2.7 HSW-ISO

5.1 Measuring Up

5.2 Portal Systems /Surface Finishes

4.1 Vertical Seals Overview

4.2 Vertical Seals

Fineline

Line

4.3 Floor Track

HSWSupport andGuide Elements

HSW / FSWPanel Types

GeneralInformation

Accessories

Sign discontinued product / -program, available until month/yearxx /yy

06/1206/12

4 07/08

HSW Supportand Guide Elements

Parking and stacking

Perfect parking every timeExisting structures orunusual layouts often requirespecial solutions, particularlyin the design of the stackingarea. DORMA HSW systemscan be parked in a range ofdifferent positions. The stackof panels can be alignedparallel or square to thefrontage, be readily visiblefor effect or hidden behindcolumns etc.Another possibility is that ofparking the system in linebut out of the way, whetherbehind a wall or in a niche(see also pages 5 - 13).The panels can also performcertain functions when thefrontage is open, such asproviding the sides ofinternal store windows andshowcases, or, if providedwith the appropriate printingon the glass, for addingartistic value to a wall.The following pages showsome system solutionsdevised in answer to a widerange of different problems.

Stacking systems

09/09 5

Panels stacked 90° transverse to travel direction

Standard stacking arrangement.With pivoting end panel aspossible access leaf(left or right, or left and right)

Stacking behind end panel.(Left or right, or left and right)

Niche parking.With pivoting end panel aspossible access leaf(left or right, or left and right)

Stacking with reshuffle bypass(without pivoting end panel).Behind wall projection/fixedside screen(Left or right, or left and right).Not for HSW-MR.

Stacking in a box or niche,behind end panel.Sliding panels only, around135° offset(left or right, or left and right)

Stacking at acute angle.All panels brought intoposition with rear track roller.

Stacking track 135°behind column.With end panel as possibleaccess leaf(left or right, or left and right)


Example stackingarrangements

Stacking in a box/pocket.Sliding panels or double actionpanels only(left or right, or left and right)

6 07/08


Example stackingarrangements

Panels parallel to travel direction

Stacking track at5° anglefor small numberof panels (up to 6)(left or right,or left and right)

Stacking track 135°(left or right,or left and right)

Max. system height 3 m

X

Detail X

Detail X

Sliding panel with finalfolding panel ready for

sliding into stacking track

Sliding panel with finalfolding panel in

closed wall

Fixed screens

Closed system

Sliding panel 1

Stacking track offset innichewith folding panel as wallconnection (left or right,or left and right)

Parallel stackingtrackfor large numberof panels(left or right,or left and right)

Parking behind fixed screens (left or right, or left and right)

Stacking track beyond offsetpivoting end panel(left or right,or left and right)

Stacking track 90°behind column

with pivoting endpanel as possibleaccess leaf(left or right,or left and right)

09/09 7

Special stacking arrangements

Stacking in front of 90° wall with 90° angle sectionwithout closing pivoting end panel

Stacking panels of varying width

Closed wall

Stacking without stacking trackwith 4 panels (2 pivoting end panels/2 sliding panels)

Stacking at the wall in closed compartmentbehind pivoting end panel

8 07/08


Stacking track calculations

Straight track rail with stacking position transverse to travel direction

a = depending on pull handle depthor 75 mm where profile cylinderprovided at front-mounted slide bolt

b = 65 mm for HSW-G80 mm for HSW-R90 mm for HSW-ISO

* HSW-GPcannot be provided witha 95° branch

a = depending on pull handle depthb = 65 mm for HSW-G

80 mm for HSW-R and HSW-GP90 mm for HSW-ISO

B1 = Panel width – 130 mmT1 = T3 x 1.414

b

b

b 65

36

150100 100

T3 = T4 – 92

T4 = T1

92

95°*

65

92

B2

=B

1–

192

T3

Wid

thof

stac

king

trac

kB

1=

Pane

lwid

th–

120

mm

-(0

.087

xT1

)

ba

a

T1

B1

B2 = B1 – 41

T1T2=T1

– 41

T2 = T1–36

Straight track rail with stacking track parallel to direction of travel (135°)

100

bb

b

100100 41

135°100

07/08 9

* HSW-GPcannot be provided witha 95° branch

a = depending on pull handle depth or 75 mm whereprofile cylinder provided at front-mounted slide bolt

b = 65 mm for HSW-G80 mm for HSW-R90 mm for HSW-ISO

B1 = Panel width – 130 mm – ((T1 – 80) x 0.087)

a = depending on pull handle depth or 75 mm whereprofile cylinder provided at front-mounted slide bolt

b = 65 mm for HSW-G80 mm for HSW-R and HSW-GP90 mm for HSW-ISO

B1 = Panel width – 130 mm

36

36

100 100

92

T1

T1

T2=

T1–

100

T2=

T1–

100

130 100

5°

80

a130

bb

bb

80

ab

bb

bb

b

B1

B2 = B1 – 128

B1100

100

100

B2 = B1 – 136

95°*

90°

Straight track rail with stacking position parallel to travel direction (90°) with up to 6 panels

Straight track rail with stacking position parallel to travel direction (90°) with more than 6 panels

100

14 01/11


Track Rails

Track rails and modules

ø9

ø936

7572

3636

36

5050

300150 150

40

30 30

60 60 40

40

Flexible and stableHorizontal sliding walls canbe constructed in a widerange of differentconfigurations to suit the siteof installation, prevailingstructural conditions and theplanning concept.With DORMA HSW systems,a variety of designs can beimplemented with ease.Straight, segmented andcurved track rails can becombined to producevirtually any serpentineshape required. The trackrails in the form of hollowsections combine all thevirtues of light weight,stability and torsionalstiffness. And whencombined with the HSWsubstructure, installationbecomes even easier.Flexibility and stability meanthat even unusual systemconfigurations can beimplemented without prob-lem to give maximumfunctional reliability.

Straight track railFor a straight-line systemconfiguration, a drill holeinterval of 300 mm in thetrack rail is sufficient, whilethe stacking area requires aninterval of 150 mm. Wherethe track assumes an angleof 161-179°, the track rail ismitred, while at anglesbetween 90 and 160°, a seg-ment is incorporated. Thestandard modules availableare indicated in the adjacentillustrations.

Straight track rail

Stacking track rail Track rail at closed wall position

90° T-piece

135° T-piece

90° L-piece

Leftor right

200

200

200

400

400

ø9

ø9

80

4040

36

60

60

90°

3636

Modul 07/09 for90°/95° angle

Modul 06 for 45° angle 90° angle left/right

85°/90°45°

90°

22.5°

136 136

136

136

07/08 15

only non-pivoting slidingpanels may be installed inthe curved track rail section;the track rail must bestraight in the parking orstacking area;no top locking element canbe installed;each panel is provided withtwo face-mounted floorbolts;a 100 mm straight tracksection 1 is necessary asthe transition from thecurved track rail to thestraight stacking track rail;blends from the curved con-figuration to a straight linecan be implemented usingstandard modules 2 ;the smallest curve radius is3,500 mm (smaller radii onapplication) 3 ;the feasibility of ellipticsystem configurations mustbe considered on a case-by-case basis – for this,drawings will be necessary;the start and end points ofthe curve are alwaysprovided with a 90° saw cut(radial saw cut).

ø9

1

Segmented track railWith the segmented trackrail, it is possible toimplement the DORMAHSW as a polygonalpartition or frontage. In sodoing, it is essential to notethe following requirements:

Curved track railA curved track rail is alsoavailable where a curvedDORMA HSW system config-uration is required. Themost important technicalprerequisites for this are asfollows:

75

72

300

300

300

200

Countersunk screwDIN 7991M6x10. A2

Collision curve

Curved track rail, bolteddouble shell construction

Rminof the neutral fibre= 3500 mm

50

300

1

2

3

the panel width andsegment chord lengthmust be properlycoordinated;segment panels areprovided at the bottomwith locks or face-mount-ed floor bolts and the endface profile covers areequipped with additionalbuffers for collisionprotection;it is important to ensurethat the opening sweep ofsingle action and doubleaction panels does notgive rise to collisions.

Table for the calculation of the max. distance dimension

F

60 kg/m

75 kg/m

90 kg/m

105 kg/m

120 kg/m

135 kg/m

150 kg/m

160 kg/m

AM

2050 mm

1900 mm

1750 mm

1750 mm

1600 mm

1600 mm

1450 mm

1450 mm

Force example:The distance dimension of108.98 kg/m = 1710 mm(can be linearly interpolated)

AM max.

Front

F

Parking areaAM

F = ForceAM = Distance dimension

18 01/11

HSW Bearing andLocating Elements

Substructure

Planning detailsCalculating thesuspension intervals

With a maximum load (panelweight) of 150 kg/m and apermitted deflection of thesubstructure with track rail of2 mm, the interval betweentwo suspension points mustbe no greater than 1.45 m.The table below shows othervalues for different loads.

Illustrative example of loadvalues

HSW-G characteristic valuesFormula for calculating the:

Glazing height= system height – 0.309 m= panel height – 0.193 m

Glazing weightGlass 10 mm = 25.00 kg/m2

Glass 12 mm = 30.00 kg/m2

Door rail weightAluminium = 12.00 kg/mBrass = 14.50 kg/mStainl. steel = 13.25 kg/m

Example systemHSW-G system instainless steel

System height 3.50 mGlazing thickness 12 mm

CalculationLoad= glazing weight x glazing

height + door track weight= 30 kg/m2 x (3.50 m –

0.309 m) + 13.25 kg/m= 30 kg/m2 x 3.191 m +

13.25 kg/m= 108.98 kg/m

Max. 2 mm deflectionbetween two suspension points

In order to prevent system sway, every second suspensionpoint must be reinforced by a strut. The substructure

profile ends (travel path and stacking area) should ideallybe directly connected to the masonry or to existing

structural members.

Panel types

This folding system withtop and bottom glazingrails coordinates perfectlywith the HSW-G variant.The FSW-G operates withouta separate stacking area,and instead folds togetherwithin the main frontage orpartition zone.

Example of an HSW-G systemFully glazed with door rails

Example of an FSW-G systemHinge-linked door rails

HSW/FSWPanel Types

HSW-G / HSW-MR /FSW-G / HSW-GP

22 10/11

HSW-G / HSW-MR /FSW-G / FSW-C/CplusFully glazed with door rails

HSW-GPFully glazed withsingle-point fixings

HSW-G / HSW-MR / FSW-G /FSW-C/Cplus

In the case of the fullyglazed HSW-G / HSW-MR sys-tems, the panels create a con-tinuous, transparent surfacewithout any lateral framing. Fora more sophisticated or intri-cate appearance, single-pointfixings (HSW-GP) are alsoavailable.

24 10/11

HSWPanel Types

HSW-G

Within an HSW-G system,the individual panels can bedesigned to perform certainspecial functions. Theserange from simple slidingpanels to integrated doorswith a variety of door closers,or special panels for unusualinstallation situations. Andeach system can be assembledto suit individual requirements.The standard glass thickness is10/12 mm. Further glassthicknesses on request.

Horizontal sliding wallsFully glazed with glazing rails(100 mm) top and bottom

Max. panel sizesand weights

Max. system height

The individual panels can also be of differing widths.The largest width should not exceed max. 115% of the smallest width.

4000 mm

1250 mm

150 kg

4000 mm

1250 mm 1250 mm1)1100 mm

150 kg 100 kg 75 kg 100 kg

950 mm 1250 mm2)1100 mm

3,000 mm 3600 mm3600 mm

Max. panel width

Max. panel weight

Single action /double actionend panelNon-sliding.Single actionpanel with floorpivot andTS 92 / TS 73door closer.Double actionpanel with floorpivot or BTSfloor spring.

Sliding panelFixed whenfrontage closed.

Single actionsliding panelSingle actionsliding panelwith TS 92cam-actiondoor closer,operationalwhen frontageclosed.Alternativelywith ITS 961).

Double actionsliding panel *Double actionsliding panelwith BTSfloor spring,operationalwhen frontageclosed.

Double actionsliding panel *With RTStransom doorcloser,operationalwhen frontageclosed.Alternativelywith ITS 962).

HSW-G panel types and functions

* For these panel types please consider our notes on portal systems on page 87.

07/08 25

Irrespective of the function ofthe individual panels, anHSW-G system comprises thefollowing basic components:

1 Installation-efficientDORMA substructure toaccommodate track railmounting requirements(optional)

2 Track rail for bolting to thesubstructure.

3 Carrier4 Suspension assembly and5 bearing profile for safe and

easy sliding of the panels.6 Top door rail and7 bottom door rail, both

comprising base profileswith clip-on face and sidecovers.

8 Toughened safety glass ortoughened laminated safetyglass (by others)

HSW-G system design

72

33 ±5

35

25

32

Floorsurface

10

20

7100

2.5

75

75

100

End-mounted pinbolt at wall


End-mountedslide bolt

Bottom door rail designsAll depicted combinations are also available asmirror arrangements

Face-mountedslide bolt


Deadlock

Recess forend-mounted slide bolt





Deadlock

Deadlock End-mountedslide bolt






Deadlock

1

2

3

4

5

6

8

8

7

26 01/11

HSWPanel Types

HSW-GSingle action/double action end panel

End panelNon-moving and alwaysequipped with a bottomdeadbolt with the option ofa top bolt or side-action dead-lock.Can be designed as a doubleaction or single action leaf.

Double action end panel with floor spring

Mounting dimensions

Double action end panelAssembly types:

Single action end panelwith stop-type coverstop and bottom.Assembly types:

Floor pivot with roundspindleAs above, but withDORMA TS 73 or TS 92overhead door closerBTS 84 for panels upto 100 kg, with optionalhold-open at 90° dooropening angleBTS 80 for panels up to150 kg with adjustablehold-open device

Floor pivot with roundspindleBTS 84 for panels upto 100 kg, with optionalhold-open at 90° dooropening angleBTS 80 for panels up to150 kg with adjustablehold-open device

75

33±5

35

2.5

100

100

20

7

25

45

Hei

ght

ofgl

azin

g=

Tota

lhe

ight

–308

mm

19

4

4

63

36.5

Pivotbearing

End cover

36

27

65

63

Double action or single action end panel with floor pivot

b

4

a c

63

d

BTS84

1084030651 -58

abcd

BTS80

786034151-57

01/10 27

Additionallocking devise

76

Single action end panel with TS 73 overhead door closer and additional locking device

Single action end panel with TS 92 overhead door closer and additional locking device

222

max.14

17

23

145.5 199 140

375

min. panel width 870 mm

205 140160

45

63

63

193.5

Data and features

Closing strength /size

Closing strength,variable

Closing speed adjustment

Non-handed

Latching speed adjustment

Cushioned stay limit adjustment

Hold-open adjustment

Weight

Length

Overall depth

Height

TS 73 V

EN 2-4

via adjusting screw

and arm hinge

via valve

via arm

75°-180°

75°-160°

1.8 kg

233 mm

42.50 mm

60 mm

TS 92

EN 2-4

via adjusting screw

and arm hinge

via valve

via arm

80°-120°

75°-150°

1.9 kg

281 mm

47 mm

65 mm

28 10/11

HSWPanel Types

HSW-GSliding panel

Sliding panelStationary when the frontageor partition is closed.

Sliding panelThe sliding panels are themoving elements. Once intheir closed position, theyare locked down. Thecomponents available forthis are provided in thebottom door rail in the formof face-mounted slide bolts,end-mounted slide bolts,end pin bolts or deadlocks.

Bottom door rail

Base profile with integralfunctional element(here: face-mounted slide bolt)

Base profile withfunctional element

(here: deadlock)

75

7

2.5

35

2520

33±5

100

100

Gla

zing

heig

ht=

Tota

lhe

ight

–308

mm

Sliding panel

Track roller

Panel width

Eccentricbushing


250 250

4

End cover

Slidingpanel

6565

01/11 29

HSWPanel Types

HSW-GSingle action sliding panel

Single-action sliding panelwith DORMA TS 92 cam-action door closerThis panel type is installedwhere doors only need to beopened in one direction.The pivoting sliding panelscan be fitted open inwardly oroutwardly. In both cases, thecam-action door closer is fixedto the inside face.

Standard assemblytop: Pivot bearing, TS 92

with slide channel,one locking device

bottom: Face-mounted slidebolt as pivot (releasedfor sliding function)and lock

Optional equipmenttop: Second locking device

(for reshuffle bypass)bottom: Optional second face-

mounted slide boltinstead of deadlock

75

ø7M

6ø1

0

15

max

.2.5

8

13.5 4

4

735

33±5

100

100

129

60 110

73

2520

Gla

zing

heig

ht=

Tota

lhe

ight

–308

mm

SlidingpanelTS 92 Single action sliding panel

Pivotbearing

Face-mounted slide bolt

Track roller

65

4

Eccentricbushing

Top pivot

Locking device

Single action sliding panelSwing panel with TS 92cam-action door closer foroperation as a single actiondoor when the frontage isclosed.

30 01/11

HSWPanel Types

HSW-GDouble action sliding panelwith BTS floor spring

Double action sliding panelPivoting panel with BTS floorspring for operation as a dou-ble action door when thefrontage is closed.

Top pivot

Double action sliding panelwith DORMA BTS floor springThe combination of doubleaction sliding panels withDORMA BTS floor springshas become a classic solution.These panels are generallyequipped with a bottom dead-lock and top lockingdevice.Assembly types:• BTS 84´Z´ for double action

sliding panels with BTS,with optional hold-open at90° door opening angle.

• BTS 80´Z´ for double actionsliding panel with adjustablehold-open device.

The maximum weight for thedouble action sliding panelwith DORMA BTS floor springis 75 kg.

For these panel types pleaseconsider our notes on portalsystems on page 87.

ø7M

6ø1

0

15

max

.2.5

8

13.5 4

129

60 110

73Locking device

75

47

35

33±5

100

100

20

2520

Gla

zing

heig

ht=

Tota

lhe

ight

–308

mm

Slidingpanel Double action sliding panel

BTS 80 = 341BTS 84 = 306

BTS 80´Z´ = 78BTS 84´Z´ = 108

BTS 80´Z´ = 51-57BTS 84´Z´ = 51-58

BTS

80=

60B

TS84

=40

Pivot bearing

Track roller

65

4

01/11 31

HSWPanel Types

HSW-GDouble action sliding panelwith RTS transom door closer

Double action sliding panelPivoting panel with RTStransom door closer foroperation as a double actiondoor when the frontage isclosed.

Double action sliding panelwith integral DORMA RTStransom door closerDouble action sliding panelswith DORMA RTS transomdoor closers (patenteddesign) are characterised bytheir exceptional ease ofinstallation and operation;an excellent alternative to thesolution with the BTS floorspring because the RTS doesnot require a large recess inthe floor. These panels aregenerally equipped witha bottom deadlock and toplocking device plus a bottomface-mounted slide boltoperating as the pivot bearing(released for the slidingfunction).The standard solution takesthe form of the RTS 85without hold-open, or asa special option, with a 90°hold-open.

For these panel types pleaseconsider our notes on portalsystems on page 87.

Locking device

75

32

46

37

33±5

56

100

2020

Gla

zing

heig

ht=

Tota

lhe

ight

–312

mm

Slidingpanel

Double actionsliding panel

Track roller

65

RTS 85

RTS 85

RTS insert

4

Eccentricbushing

Face-mounted slide bolt

129 73

M6

8

ø7

58

3

ø7

14.5

60 110

max

.2.5

32 01/11

HSWPanel Types

HSW-GSpecial panels

Single action doorSingle action panel, non-sliding, operatesindependently of the rest ofthe system.

Fixed side screenNon-moving side screen,independent of the rest ofthe system.

The single action door withoffset pivoting arm assemblycan be swung around 180°,so leaving the entireoperating zone free.A bottom deadlock securesthe closed leaf.

The fixed side screen is ofthe same basic design asthe sliding panels. And ifrequired, the fixings can bereplaced by a carrier systemto convert such a screeninto a sliding panel.

75

2.5

4

2 214

4

733±5

35

21

100

45

45

90° opening angleOffset pivoting end panel at wall

End cover

Top centreupper part

Top centrelower part

Bottomdoor arm

180° opening angleOffset pivoting end panelat fixed screen

Pivoting end panelviews as seenfrom below

180° opening angleOffset pivoting end panelat wall

End-mountedslide bolt withfixed pin

100

75

2.5

733±5

35

100

100

2520

Gla

zing

heig

ht=

Tota

lhe

ight

–308

mm

Slidingpanel Fixed screen

End cover

Fixed screenfixingarrangement

65

4

Max. panel weight100 kg

01/11 33

Folding sliding panelHinged, with lock and slide bolt at the bottom, latchingbolts top and bottom for fixing the final folding panel to theslide panel.

Max. panel sizes and weightsMax. panel width 2 x 1,000 mmMax. system height 3,000 mmMax. panel weight 2 x 70 kg

End-mounted slide bolt Panel hinge

Magnetic door holderEnd-mounted slidebolt andpanel hinge

Panel width

4

4

Panel width

75

33-5

35

25

2.5

100

65

28 15

60

20

Roller carrierPanel hingeMagnetic door holder

30

30

42

72

FSW-C

FSW-C plus

Magnetic door holders top and bottom

34 02/11

HSWPanel Types

HSW-GSingle actionsliding panel ITS

Single action sliding panelWhen frontage closedSingle action panel withintegral door closerITS 96 2–4.

Single action sliding panelwith integral door closerDORMA ITS 96 Gr. 2–4This panel variant is usedwhere the door element isrequired to only open in onedirection. Single action sli-ding panels can be eitherinward or outward opening.Standard equipment:pivot at the top,ITS 96 with slide channel,1 locking device at thebottom in the form of a face-mounted slide bolt (releasedin sliding mode) and dead-bolt lock.Optional equipment top:2nd locking device(to facilitate disengaging);bottom: 2nd face-mountedslide bolt instead of deadboltlock.

75

35

100

33±5

4

25

20

M6

Ø7

4

15

15

Sto

p

Slid

ing

pane

l

8

Ø7

max

.2.5

100

7

4

65

129

Single actionsliding panelinward opening

60 110

75

37

32

Closing strength / size EN 2 - 4Max. panel width ≤ 1100 mmMax. panel height ≤ 130 kgClosing strenght continuously variable Adjusting screwClosing speed continuously variable ValveSame design for DIN-L and DIN-R yesLatching speed continuously variable yesCushioned stay limit mechanically variable yesMax. opening angle ca. 120°Hold-open variable yesWeight 1.3 kgLength 277 mmOverall depth 32 mmHeight 42 mmDoor closer tested according to EN 1154 yes

ITS 96 Gr. 2 – 4,Data and features:

Roller carrier

Sliding track

Pivot point

front mounted slide bolt

Gla

sshe

ight

=To

talhe

ight

-308

Eccentric bushing

Single actionsliding panel

11/10 35

HSWPanel Types

HSW-GDouble actionsliding panel ITS

Double action sliding panelWhen frontage closedDouble action panel with inte-gral door closer ITS 96 2–4.

Double action sliding panelwith integral DORMA doorcloserDouble action sliding panelswith DORMA ITS 96 Gr. 2–4offer exceptional ease ofinstallation and operation,making them a good alterna-tive to the variant with theBTS floors spring – particu-larly as the ITS 96 does notneed a large recess in thefloor. Being virtually invisible,its presence has no effect onthe overall appearance of thepartition.These panels come equippedas standard with a bottomdeadbolt lock and a lockingdevice at the tope, togetherwith a face-mounted slidebolt as the bottom pivot point(released in the slidingmode).In its standard form, ITS 96is provided with a 90° hold-open.If you care considering thispanel type, please note ouradvisories relating to portalsystems on page 87.

M6

Ø7

4

15

15

8

Ø7

max

.2.5

129

60 110

75

Closing strength / size EN 2 - 4Max. panel width ≤ 1100 mmMax. panel height ≤ 130 kgClosing strenght continuously variable Adjusting screwClosing speed continuously variable ValveSame design for DIN-L and DIN-R yesLatching speed continuously variable yesCushioned stay limit mechanically variable yesMax. opening angle ca. 120°Hold-open variable yesWeight 1.3 kgLength 277 mmOverall depth 32 mmHeight 42 mmDoor closer tested according to EN 1154 yes

ITS 96 Gr. 2 – 4,Data and features:

75

35

100

33±5

4

25

20

100

7

4

65

37

32

Roller carrier

Sliding track

Pivot point

front mounted slide bolt

Gla

sshe

ight

=To

talhe

ight

-308

Eccentric bushing

Double actionsliding panel

02/09 41

HSWPanel Types

Notes

42 10/11

HSWPanel Types

HSW-GP

The characteristic featuresof HSW-GP systems are thesingle-point fixings of theglass panels in combinationwith a conventional track railprofile. The design, featuringa high-grade stainless steelfinish and the distinctiveflush-mounted or clampingdisc attachments, coordi-nates perfectly with contem-porary architecture. Evencurved glazing can besecurely held by this system.And this can also becombined with curved trackrail profiles to produceunique configurations.The standard glass thickness is10/12 mm. Further glassthicknesses on request.

Fully glazed sliding walls withpoint-fixed track roller carriersengaging in standard track rail


Max. system height

Max. panel width

Max. panel weight

3,000 mm

1200 mm

100 kg

3,000 mm

1200 mm

100 kg

3,000 mm

1200 mm

100 kg

3,000 mm

1200 mm

100 kg

Double / singleaction end panel

Non-sliding.With full-lengthpivot rod andoffset pivot.Single actionpanel with floorpivot, roundspindle and stop.Double actionpanel with floorpivot or BTSfloor spring.

Sliding panel

Fixed whenfrontage closed.

Fixed screen

Non-sliding.Fixed sidescreen withretaining pinsat the top andfixed screenstraps at thebottom.

Double / singleaction end panel

Non-sliding.With centre pivottop and bottom.Single actionpanel with floorpivot, roundspindle and stop.Double actionpanel with floorpivot.

HSW-GP panels and functions

The position of the track is not adjustable.The width of all panels must be uniform.

01/11 43

The HSW-GP systemconsists of the followingbasic components:

1 installation-efficient DORMAsubstructure to accommodatetrack rail mountingrequirements (optional).

2 track rail for bolting tothe substructure.

3 roller,4 suspension assembly,5 strap with single-point fixings,6 toughened safety glass or toughened

laminated safety glass (by others),7 bottom strap with end-mounted pin,8 bottom strap with face-mounted slide bolt.

HSW-GP system design

Inside Inside

Sliding panelwith bottom end-mounted pin

Sliding panelwith bottom face-mounted slide bolt

1

2

3

4

5

6

7

8

75

72

75

44

50

55

55

64

29

4

7

11

119

75

72

75

44

50

55

55

15.58.5

39

64

29

4

7

11

119

Floorsurface

Gla

zing

heig

ht=

Tota

lhe

ight

–126

mm

Tota

lhe

ight

Gla

zing

heig

ht=

Tota

lhe

ight

–126

mm

Tota

lhe

ight

44 07/08

HSWPanel Types

HSW-GP

Glass drilling patternDouble / single action end panel with pivot rod

Double / single action end panel

HSW-GP panel types and glass drilling requirements

Visible corner notch

71

73

49

65

65

71

150

150

113

Ø 55

for deadlock

Leng

thof

conn

ecting

tube

=G

lazi

nghe

ight

–535

mm

150

50

55

Glazing width

Gla

zing

heig

ht=

Tota

lhe

ight

–126

mm

55

64

8

8

7

Pivot pin

Bottombearing bush

Deadlock

Pull handle with sin-gle-point fix-ings/Back-to-backpull handles

Pivot strap withfloor pivot

Pivot rod con-necting tube

Pivot rod, shorttype with single-

point fixings

Glass bore centres for pullhandle/back-to-back pullhandles

Pivot rod, shorttype, with single-

point fixings

Pull handle/Back-to-back pull handles

Countersunk bores

Countersunk bores

Deadlock

Strap with single-point fixings

41

65

41

65

50

64

55

55

Ø 55

for deadlock

Glazing width

Gla

zing

heig

ht=

Tota

lhe

ight

–126

mm

Countersunk bores

Countersunk bores

1560

±0.3 1

040

±0.3 52

0±0

.3

min. 65 mm

Glass drilling pattern

Glass bore centres for pullhandle/back-to-back pullhandles

1560

±0.3 1

040

±0.3 52

0±0

.3

min. 65 mm

65

10/11 45

Glass drilling pattern

Special stop Pivot rods(short type)with single-pointfixings andconnecting tube

Bottom pivotforpivot rods

Glass boresand notches

Sliding panel Fixed screen

Visible corner notches,bottom

Visible corner notches

Countersunkbores forsingle-pointfixings for thepull handlesand straps

±15 ±1562

41 41

41

67

4164

64

50

55

15

55

55

50

55

R10

67

15

R10

Glazingwidth

Gla

zing

heig

ht=

Tota

lhe

ight

–126

mm

41

50

55

55

64 8

8

Fixed screen strap

Countersunk bores

Bottom strapwithface-mountedslide bolt

Bottom strap Fixed screen strap

Straps with single-pointfixings

Straps with single-pointfixings

Countersunk bores

3-0.2

10/12

10/12

Ø26

Ø22

90°

Bores for pullhandle pairs

10/12

Ø55

Boresfor locks

Ø32+0.2

Pull handle withsingle-point fixings

Back-to-back pull handles

46 10/11

FSWPanel Types

FSW-G

FSW folding sliding walls asfully glazed partitions andfrontages, with door railstop and bottom, track rollerposition at the end of everysecond panel.

Base panelwith top pivotand bottomfloor pivot.

Base panelwith top pivotand floor pivot.

Folding panelwith carrier andlocking devicetop and bottom.

1 Track rail2 Folding panel3 Folding hinge4 Roller

1 4

7

5

6

2

5 FSW base panel6 Top locking device7 Bottom locking device

Folding panelwith carrier andlocking devicetop and bottom.

FSW-G panel types and functions

Folding sliding walls are idealfor a straight-line systemconfiguration. In an FSW-Gpartition, there are either 2 or4 interlinked panels (1 basepanel and 1 or 3 foldingpanels). With double assem-blies moving counter to eachother (bi-parting), therefore, itis possible to create frontagescomprising up to 8 FSWpanels. As the panels of anFSW system are visually com-patible with those of theHSW-G line and both systemsuse the same track construc-tion, the two can be ideallycombined as a singleshopfront or transparent parti-tion, with the FSW systemmating at its free end with afree HSW single-action ordouble-action access panel(types 4 + 5).

6

3

52

Max. panel sizes and weights

Max. system height 3,000 mm

1,000 mm

70 kg

3,000 mm

1,000 mm 1,000 mm

70 kg 70 kg 70 kg

1,000 mm

3,000 mm3,000 mm

Max. panel width

Max. panel weight

The standard glass thickness is 10/12 mm. Further glass thicknesses on request.

Example:assembly with 2 x 2 panels (type 1c) moving counter to each other

10/11 47

The FSW-G systemconsists of the followingbasic components:

Base panel Folding panel


2 track rail for bolting to thesubstructure.

3 top pivot,4 roller,

5 top locking device,6 suspension assembly and7 carrier profile for safe

and easy sliding of thepanels.

8 folding hinge,9 top door rail and

10 bottom door rail, both

comprising base profileswith clip-on face and sidecovers.

11 toughened safety glass ortoughened laminated safe-ty glass (by others),

12 floor pivot,13 face-mounted slide bolt

FSW-G system design

25

1

2

43

7

89

1310

5

83

11

5

8

12

6

4.58.5 Door rails cut to size

33

35

32

10

20

7100

2.5

75

75

100

Floorsurface

72

±5

48 10/11

FSWPanel Types

FSW-G

FSW-G assembly types

Type 1 Type 2

Type 3

Type 1a 2 panels left, as drawnType 1b 2 panels right, mirror arrangementType 1c 4 panels (2 panels left and

2 panels right), bi-parting

Type 2a 4 panels left, as drawnType 2b 4 panels right, mirror arrangementType 2c 8 panels (4 panels left and 4 panels right),

bi-parting

Type 3a 6 panels as drawn(4 panels left and 2 panels right)

Type 3b 6 panels, mirror arrangement(2 panels left and 4 panels right)

min

.120

mm

min

.120

mm

10/11 49

Type 4

Type 5

min

.120

mm

Type 4a 2 panels left and1 HSW double or single action end panel right(as drawn)

Type 4b 2 panels right and1 HSW double or single action end panel left(mirror arrangement)

Type 5a 4 panels left and1 double or single action end panel right(as drawn)

Type 5b 4 panels right and1 double or single action end panel left(mirror arrangement)

HSW Single ordouble action endpanel

50 10/11

FSWPanel Types

FSW-C

Folding sliding walls, fullyglazed, with door rails top andbottom, track roller position inthe panel centre.

Large spans can beimplemented with the FSW-C.Such a system consists of 1base panel with up to 6 inter-linked folding panels connec-ted to it, plus one final fol-ding panel as the access leaf(or alternatively 1 free single-action or double-action doorpanel). Hence the number ofpanels can range from 3 to 8.Because the track rollers arelocated at the centre of thefolding panels, the basepanel has to be of half width(+ pivot offset of 63 mm).For reasons of symmetry, thefinal folding panel withoutguide roller is usually also ofhalf-width design.The folding hinges have asmall degree of pivot offset,which means the panels takeup less room when stackedand also gives added stabilityto the system.

The hinges exhibit a slightpivot offset. This ensures thatthe folded assembly is partic-ularly compact while at thesame time providing for goodstability.

The standard glass thickness is10/12 mm. Further glass thick-nesses on request.

For assembly options,see pages 52/53.

Finalfoldingpanelaccessleafwithlockingdevicestop andbottom.

Basepanelwithtop andbottompivotbearingandlockingdevicebottom.

Folding panelwith carrier,locking devicestop and bottom.

1 Track rail2 Final folding panel3 Folding hinge4 Locking device

14

4

3

8

3

4

82

34

5

34

5

6

7

5 Folding panel6 Base panel7 Top and bottom pivot bearing8 Roller

Folding panelwith carrier andlocking devicebottom.

Folding panelwith carrier andlocking devicebottom.

FSW-C panels and functions

Maximum panel sizes and weights

Max. assemly height 3,000 mm 3,000 mm 3,000 mm 3,000 mm 3,000 mmMax. panel width 1,000 mm 1,000 mm 1,000 mm 1,000 mm 1/2 panel width + 63 mm

Max. panel weight - 70 kg 70 kg 70 kg 70 kg

Example: assembly type C2 (symmetrical with narrow folding panel)

07/08 51

The FSW-C systemconsists of the followingbasic components:


2 track rail for bolting to thesubstructure.

3 roller,

4 suspension assembly and5 carrier profile for safe

and easy sliding of thepanels.

6 top door rail and7 bottom door rail, both

comprising base profiles

with clip-on face and sidecovers.

8 top latching bolt,9 toughened safety glass

or toughened laminatedsafety glass (by others),

10 bottom latching bolt.

Bottom hinge

FSW-C system design

33

±5

35

25

35

35

32

30

30

42FSW-C

FSW-C

72FSW-Cplus

72-Cplus

42

Floorsurface

10

1528

20

7100

2.5

75

100

1

2

3

45

6

8

7

10

9

Latchingbolts top andbottom

Folding panel/finalfolding panel withlatching bolts topand bottom7

5

72

20

End-mounted slide bolt,bottom

Glass panes


52 10/11

FSWPanel Types

FSW-C

FSW-C assembly types

Type C21 final folding panel(here of narrow design forreasons of symmetry)1 - 6 folding panels1 base panel (narrow)

Type C11 HSW single action endpanel as access leaf(here of narrow design forreasons of symmetry)1 - 6 folding panels1 base panel (narrow)

Inside

74 Dimensionbetween axes

between the door rails 42



Inside

Inside

Inside

4 4 4 4

1/2 FB+ 63

1/2 FB

FB

FB = Flügelbreite

FB FB

FB = Panel width

10/11 53

Type C31 final folding panel as access leaf1 - 6 folding panels1 base panel (narrow)

Type C3 double (counter-running) systemLeft:1 base panel (narrow)1 - 6 folding panels1 final folding panel as access leaf

Right:1 final folding panel as access leaf2 folding panels1 base panel (narrow)


42 mm between the door rails

Inside

Inside

FB = Panel width

4 4 4

1/2 FB+ 63

1/2 FB

FB FB FB


74 Dimension between axes

54 10/11

FSWPanel Types

FSW-C plus

Access with convenience – theplus with the FSW-C.

Basierend auf dem AufbauBased on the design of theFSW-C, the alternative FSW-Cplus offers the added benefitthat the connected final fol-ding panel can also functionas a fully fledged access leafwhen the partition is closed –with all the convenience ofthe DORMA TS 93 G doorcloser.In this case, the specialbottom locking device andthe top clamp-mounted stopstabilise the first foldingpanel, while the top anglestop ensures that the closedfinal folding panel is in thecorrect position.The folding hinges connectingthe access leaf to the foldingpanel have a large pivot pointoffset in order to create roomfor the door closer and pullhandles. All the other foldingpanels are equipped with astandard folding hinge androller.


Max. system height 3,000 mm

Max. width of final foldingpanel and folding panel

1,000 mmWidth of the base panel= half panel width + 63 mm

Max. weight of final foldingpanel and folding panel

70 kg

Number of panels 3 to 8

FSW-C plus, panel types, functions, assembly types

Type Cp11 final folding panel as access leaf

with TS 93 G door closer1 - 6 folding panel1 base panel (narrow)

Type Cp1 double (counter-running) systemLeft:1 base panel (narrow)1 folding panel1 - 6 final folding panel as access

leaf with TS 93 G door closer

Right:1 final folding panel as access

leaf with TS 93 G door closer1 - 6 folding panel1 base panel (narrow)


42 between the door rails

Inside

inside

Inside

4 4

1/2 FB+ 63

1/2 FB

FB FB

FB = Panel width

Dimension between axes 104between the door rails 72

72 between the door rails104 Dimension between axes

10/11 55

Type Cp2 double (counter-running) systemLeft:1 base panel (narrow)2 folding panels1 final folding panel as access

leaf with TS 93 G door closer

Right:1 final folding panel as access


Type Cp21 final folding panel as access


1/2 FB

42 mm between the door rails

Inside

Inside

Inside

1/2 FB+ 63FB = Panel width

1/2 FB

444FB FB FB

Data and features

Closing strength/size

Closing force, variable

Closing speed adjustment

Non-handed

Latching speed adjustment

Cushioned stay limit adjustment

Hold-open adjustment

Weight

Length

Overall depth

Height

TS 93

EN 2-5

via adjusting screw

via valve

yes

via valve

80°-120°

75°-150°

3.5 kg

275 mm

53 mm

60 mm

EN 5-7

via adjusting screw

via valve

yes

via valve

80°-120°

75°-150°

5.2 kg

285 mm

62 mm

71 mm

72 between the door rails104 Dimension between axes


Dimension between axes 104between the door rails 72

HSW Notes

07/08 63

72 10/11

HSWAccessories

Vertical Seals Overview

Seals retrofittable Seals individually customised

The following retrofittable profiles areavailable to provide the necessary lateralsealing so that the horizontal sliding can bemade draught-proof for winter operation.

Aluminium alloy profilewith brush

for 10 mm glass

Finelinewith brush seal (pages 73 - 77)

for 10 mmand 12 mm glass

LineSingle action door with brush seal (page 79)

for 10, 12 and13.5 mm glass

LineSliding door with rubber seal (pages 80 - 81)

for 10, 12 and13.5 mm glass

Clear plastics profile(not for single/double action end panelsor double action sliding panels)

for 10 mm glass

for 12 mm glass

for 12 mm glass

These frame profiles for rendering doors draught-proof areindividually manufactured and therefore need to be takeninto account when designing the horizontal wall system.All the relevant specifications must be provided with thesystem order.

4

4

4

4

10

12

10

12

30

32

33.5

32

13.5

10/1

2

10

12

13

4

4

7

54

Silicone joint

Bond with silicone

151

1

1

Silicone joint

33.5

32

13.5

10/1

2

4

54

15

Glass joint gasketfor 10 - 12 mm glass thicknessadhesive, milky transparent

4

08/09 73

End panelNon-moving and alwaysequipped with a bottomdeadbolt with the optionof an additional top bolt orside-action deadlock.Can be designed as a singleaction or double action door.

When fitting the glazing rails, please ensure that the glass protrusion is even overthe full length.Prior to profile machining, first hang the panels from the overhead track and thenalign.

Calculation of the glass width= Panel width – 16 mm

As-delivered condition:Cut lengths supplied fromfactory= Partition height – 70 mmHoles and recesses arepre-machined in the profilefor the bottom glazing railonly.Any further machining workrequired for connection tothe top glazing rail has to beperformed on site.

Single action or double action end panel with floor pivot

Installation instructions

Fineline Seal

ø 9.8

4

7 1

13

M4

Bottom drill hole or recess forend-mounted floor bolt machinedby DORMA-Glas

63

25

20

32

57.5

As-

deliv

ered

leng

th(t

otal

heig

ht–

70)

Ada

ptpr

ofile

leng

thon

site

HSWAccessories

Vertical SealsFineline

74 01/11

HSWAccessories


Sliding panelFixed when the frontage orpartition is closed.The sliding panels are themoving elements. Once intheir closed position, they arelocked down. The componentsavailable for this are providedin the bottom glazing rail inthe form of face-mountedfloor bolts, end-mounted floorbolts, end pin bolts ordeadlocks.Pivoting sliding panelPivoting panel with TS 92when the frontage is closed.

When fitting the glazing rails, please ensure that the glass protrusion is even over thefull length.Prior to profile machining, first hang the panels from the overhead track and thenalign.Use the factory-stamped recesses in the bearing profile for accurate adjustment of thetop Fineline profile.



Sliding panel / Pivoting sliding panel


ø 9.8

4

Sliding panel

71

13

M4

Bottom drill hole or recess for end-mountedfloor bolt machined by DORMA-Glas

25

20

32

18.5

As-

deliv

ered

leng

th(t

otal

heig

ht–

130)

Ada

ptpr

ofile

leng

thon

site

01/11 75

Sliding panels in segmentedconfigurationsFixed when frontage orpartition closed.The sliding panels are themoving elements. Once intheir closed position, they arelocked down. The componentsavailable for this are providedin the bottom glazing rail inthe form of face-mounted floorbolts, end-mounted floor bolts,end pin bolts or deadlocks.





Sliding panels in segmented configurations

ø 9.8

4

7 1

13

M4

Brush13

Profile toupper face ofbrush carrier

25

20

32

57.5

As-

deliv

ered

leng

th(t

otal

heig

ht–

70)

Ada

ptpr

ofile

leng

thon

site

Sliding panel

76 01/11

Double action sliding panelDouble action panel with RTStransom-concealed door closerfor door access when frontageor partition closed.




Double action sliding panel with RTS 85


HSWAccessories


7

4

1

13 52

65

M4

RTS 8520

20

32

As-

deliv

ered

leng

th(t

otal

heig

ht–

165)

M4x25

Slidingpanel

Double action slidingpanel with RTS

Ada

ptpr

ofile

leng

thon

site

78 07/08

HSWAccessories


Fineline SealProfile machiningThis is performed by DORMA-Glas for the end-mounted andface-mounted slide bolts.

Fineline seal with end-mounted slide bolt

Fineline seal with face-mounted slide bolt

12 13

28

ø16

60

42

M4x30M4x18

30

37

7

4

1

20

45

70

70

33

20

33

52

97

65

30

13

7

4

1

08/09 79

Single action or double actionend panelsNon-moving and alwaysequipped with a bottomdeadbolt with the option ofan additional top bolt orside-action deadlock.Can be designed as a singleaction or double action door.

When fitting the glazing rails, please ensure that the glass protrusion is even overthe full length.Prior to profile machining, first hang the panels from the overhead track and thenalign



Single action or double action end panel with floor pivot


Line Seal

ø 9.8

M4

634

25

20

57.5

As-

deliv

ered

leng

th(t

otal

heig

ht–

70)

Ada

ptpr

ofile

leng

thon

site

Bottom drill hole orrecess for end-mountedfloor bolt machinedby DORMA-Glas

HSWAccessories

Vertical SealsLine

80 01/11

HSWAccessories

Vertical SealsLine

Sliding panelFixed when the frontage orpartition is closed.The sliding panels are themoving elements. Once intheir closed position, they arelocked down. The componentsavailable for this are providedin the bottom glazing rail inthe form of face-mountedfloor bolts, end-mounted floorbolts, end pin bolts ordeadlocks.




Sliding panel


ø 9.8

M4 Sliding panel

4

25 15

25

20

33.5

13.5

As-

deliv

ered

leng

th(t

otal

heig

ht–

130)

Ada

ptpr

ofile

leng

thon

site

Bottom drill hole or recess for end-mounted floor boltmachined by DORMA-Glas

10/11 81

Double action sliding panelDouble action panelwith RTS transom-concealeddoor closer for door accesswhen frontage or partitionclosed.




Double action sliding panel


15

4

25 40

65

M4

RTS 8520

20

33.5

13.5As-

deliv

ered

leng

th(t

otal

heig

ht–

165)

M4x30

Slidingpanel

Double action slidingpanel with RTS

Ada

ptpr

ofile

leng

thon

site

Profile machiningThis is performedby DORMA-Glas for theend-mounted andface-mounted slide bolts.

Line seal with end-mounted slide bolt

Line seal with end-mounted slide bolt

82 07/08

HSWAccessories

Vertical SealsLine

45

65 30

30

15

4

M4x40

M4x35

25

15

425

ø2512

45

33

20

70

33

38,3

33.5

13.5

85 30

30

65

HSW Notes

07/08 83

10/11 87

Notes on portal systems FinishesDeviations in colour due to production procedures cannot betotally excluded.

HSW systems with surface finishes 502, 503, 700 and 701contain different component materials.In the case of FSW (folding /sliding) systems, for example,the folding hinges are always of aluminium, while thestandard surface finish for brush profiles and end covers isblack anodised (E6/C35). These various components andalso the top locks can also optionally be anodised orpowder-coated so that they resemble the ordered surfacefinish.Owing to the use of different materials and processes,variations can occur in the appearance of the surfacefinishes and colours.

Finishes

Aluminium DORMA-Glas similar similarNo. Eloxal l Eloxal ll

Alumin. mill finish 100Alumin. silver 101 EV1 C 0Alumin. similar satinstainl. steel 107Alumin. similar satinstainl. steel 113 C 31(for profile material)Special anodised 199

Coated colours DORMA-Glas similar similarNo. HEWI-Nr. RAL

Alumin. white 300 99 9016Special coated colour 399

Stainless steel DORMA-GlasNo.

Satin stainless steel 700Polishedstainless steel 701

Maintenance recommendation forhigh-frequency HSW systems

Horizontal glass walls have been developed in order to pro-vide retail outlets with generous and enticing frontages –entrances that offer easy accessibility and an invitingappearance for customers. When the frontages are closed,they can double up as expansive shop windows.

In cases where double-action sliding panels are used formain entrances as a portal system (i. e. shopping malls orsimilar operated HSW systems) they are submitted to veryhigh daily traffic volumes and usage frequency rates. Thedoor closers and pivot bearings used by DORMA-Glas havebeen successfully tested in accordance with the require-ments of EN 1154. EN 1154 specifies 500,000 test cyclesfor manually operated closing devices. High-frequency portalsystems such as the above can reach this number of cyclesafter just a few months. Consequently, DORMA-Glas recom-mends that such units be regularly maintained.The higher the usage levels, the more frequently the equip-ment should be serviced by either the installation firm or asimilarly specialised fitter.

General care instructions

The surface finishes of the fittings are not maintenance-freeand should be cleaned according to their material and design.For metallic surfaces (anodised finishes, stainless steel) pleaseuse appropriate cleaning agents without abrasive additives only.For varnished surfaces please use appropriate solvent-freecleaning agents only.Brass surfaces (without surface protection) have to be treatedwith an appropriate maintenance agent on occasion, to avoidtarnishing.

Planning tools

For planning of intelligent glass solutions weoffer you several planning tools which allow youto create secure and professional solutions forany kinds of glass doors and toughend glassassemblies.

The planning tools DGES and MANET COMPACT enable youto prepare designs and cost calculations quickly, reliablyand professionally. The software provides you with allnecessary documentation such as dimensioned technicaldrawings, glass sizes and preparation measures.

Your benefits:

Easy to operateProfessional and error-free preparation of offersRapid response to incoming requests for quotationsHighly reduced planning costs for time and moneysavings

DGES Fittings(for internal doors and toughend glass assemblies),DGES HSW (for horizontal sliding walls),DGES Showers (for glass shower cubicles),MANET COMPACT planning tool(for MANET pivoting and sliding doors),

DORMA GmbH + Co. KGDORMA Platz 158256 EnnEPEtAlGERMAnyPhone +49 2333 793-0Fax +49 2333 793-4950www.dorma.com

Layo

ut S

. 6

–

DO

RM

A C

I-2

01

2 •

eng

lisch

• S

tand

11

.09

.20

12

DORMA_U4-Adressen_CI-2012.indd 6 07.06.13 10:54

DORMA AustraliaHead Office46-52 Abbott RoadHALLAMVictoria 3803Phone 1800 675 411 [email protected]

DORMA NZ LimitedHead OfficeBuilding P61-69 Patiki RoadAVONDALEAuckland 1026Phone 0800 436 [email protected]

WN

80

0.5

1.1

81

.6.3

2,

09

/12

, H

SW

/FS

W

Sub

ject

to

chan

ge w

itho

ut n

otic

e

tb hsw fsw gb 0708 - productselector.co.nz · modul 07/09 for 90°/95° angle ... fsw-c/cplus in...

Documents