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Your strong partner

Expert knowledge and innovationsQualification and expertise are needed for complicated building projects. Whether it is the construction of the highest tower or the southernmost polar station in the world - you can profit from over 30 years of experience in the building industry.

One thing applies to all EJOT products: They have been developed by experts. A strong team of developers, product

managers and application engineers.

Our claim is to find solutions for your requirements. The results are reliable

product solutions to simplify your job at the construction site. Everyone can

sell products - but we can meet your needs.

1) Industrial Lightweight ConstructionHigh-quality fasteners for fixing profiled sheets

and sandwich panels in the industrial light

weight construction

2) External Thermal Insulation Composite SystemsSpecial anchors and accessories for fixing

insulation on external wall systems

3) Rear Ventilated FacadesScrews and anchors for fixing substructures

and facade fascias of rear ventilated systems

4) Flat RoofFastening and installation tools for the efficient

attachment of insulation and waterproofing

membrane to flat roofs and slightly sloping

roofs

5) Industrial Window and Facade TechnologyHigh quality fasteners for window and door

production and use in aluminium/glass facade

systems

6) Fastening Systems for Solar InstallationsFor fastening elevated solar and photovoltaic

installations

1 23

4

5

6

Content

04 Load bearing concept

06 Installation guide

08 Application matrix

Fastening solutions for unplanned applications

10 EJOT Spiral anchor

12 EJOT Dart-Set

Fastening solutions for planned applications

16 EJOT Disc

20 EJOT Zylinder

26 EJOT Power-Bloc

32 EJOT Trawik-Set F

42 EJOT Trawik-Set L

52 EJOT SLK-Set

64 Glossary

70 Imprint

71 Contact

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42

16

20

10

12

32

26

Fastening solutions for mounted products

4

Load bearingconceptsfor the assembly of light to heavy loads before and after mounting on ETICS

5

From projecting roof to the house number - Retained safely using EJOT mounting products• For retrofitting and for the planned integration into new ETICS

• Tested and controlled quality

• Always a force-locked joint

• Reduced thermal bridging

• Minimal interference with the top layer – easy to seal

• Protects against damage and renovations

Load bearingconcepts

If the exterior appearances play a significant role, then you are on the safe side when using the EJOT mounting elements for the attachment. As the outer shell of the building does not only carry the thermal insulation but also light to heavy mounted parts, it requires a resistant fastening concept. With our new range of products, EJOT offers high quality products and the right solution for all construction and static requirements.

6

Fastening solutions for mounted products

6

7

4

3 6

5

2

1

Choosing the right mounting products:

Mounting instructionsThe EJOT mounting products offer a practical selection depending on the

requirements on-site. Select the matching product depending on the load

required and mounting conditions on the facade.

1) Jalousie with guide rail

in the reveal

2) Balcony railing

3) Pipe brackets

4) Sliding roller shutter guide rail

5) French balcony

6) House number

7) Folding shutters in front of windows

8) Motion sensors

9) Door Bell

10) Canopy

11) Wall light

12) Letter box

13) Hand rail on the

staircase

14) Trellis

15) Folding shutter

locking mechanism

16) Awning

16

15

77

10

9

8

12

13

14

11

For the perfect connection In order to fasten light to medium mounted elements permanently to the

facade, Spiral anchor and the Dart-Set are a perfect solution. Using these

products allows for limited impact to the ETICS, however the connection

remains sustainable and can be sealed simply and effectively.

Assembly onto existing ETICS (unplanned)

EJOT Spiral anchor • Application: door bell plates, house numbers,

light signs, etc.• Insulating materials: EPS, mineral wool, HWF (after drilling)• Loads: up to max. 5 kg for each fixing point

EJOT Dart-Set• Application: downpipe brackets, signs, letterboxes,

lights, folding shutter locking mechanisms, etc.• Insulating materials: EPS, mineral wool, mineral

foam• Loads: up to max. 15 kg (transversal force)

Mounting instructions

For the perfect integration Disc, Zylinder, Power-Bloc and consoles can be integrated into the ETICS

in an ideal manner. They allow for the perfect load transmission, even with

heavy loads. Selected materials resistant to corrosion ensure for a sustained

and durable function.

Assembly before mounting the ETICS (planned)

EJOT Disc• Application: door bell plates, house numbers, light signs, etc.• Insulating material: EPS• Loads: up to max. 11 kg

EJOT Zylinder• Application: door bell plates, house numbers, light signs, etc.• Insulating material: EPS• Loads: up to max. 15 kg (accurate calculation is required)

EJOT Power-Bloc• Application: consoles for e.g., air conditioning units, projecting signs, etc.• Insulating material: independent of the type of insulation

EJOT Trawik-Set• Application: consoles for e.g., air conditioning units, railings, etc.• Insulating material: independent of the type of insulation

EJOT SLK-Set• Application: consoles for e.g., air conditioning units, railings, etc.• Insulating material: independent of the type of insulation

15) Folding shutter

locking mechanism

16) Awning

6 9

69

11 1214 15

38

1 6

611

12 14

39

131014

47

25

10216

8 9

S

Properties

8

Note:The suitable product must be selected depending on the load.

Legend:

M Masonry A Anchor bolts

C Concrete B Self-tapping screw

D Insulation boards H Wood screws

H Timber*) M Screws with metric thread

K Adhesive mortar The assembly element is only suitable as compression underlay for this application

P PU adhesive This application is suitable in EPS und MW facades

S Screw anchor This application is only suitable in EPS facades

I Injection anchor

*)

*) H = Timber (wooden chipboard and solid construction timber)

Unp

lann

ed a

ssem

bly

Pla

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Sub

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Ele

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Mec

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Scr

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Gro

und

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a (m

m)

Thi

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(m

m)

Eff

ectiv

e ar

ea

(mm

)

Uni

t w

eig

ht

(kg

/m³)

Pag

e

EJOT Spiral anchor • D B H 10

EJOT Dart-Set • M C H - S H 12

EJOT Disc • D P - B H Ø 90 10 Ø 70 - 16

EJOT Zylinder • D P - B H Ø 70 70 Ø 50 170 20

EJOT Power-Bloc • M C K (S) B H 160 x 100 20 - 1000 140 x 80 140 26

EJOT Trawik-Set F • M C K S M 280 x 125 80 - 300 97 x 45 350 32

EJOT Trawik-Set L • M C K S M 280 x 125 80 - 300 97 x 45 350 42

EJOT SLK-Set • M C - I M 250 x 150 100 - 300 162 x 82 350 52

S

Jalo

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evea

l

Bal

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rai

ling

Pip

e cl

amp

s

Slid

ing

ro

ller

shut

ter

gui

de

rail

Fre

nch

bal

cony

Ho

use

num

ber

Fo

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g s

hutt

ers

in f

ront

of

win

do

ws

Mo

tion

sens

ors

Do

or

Bel

l

Can

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y

Wal

l lig

ht

Lett

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ox

Han

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n th

e st

airc

ase

Trel

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Fo

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hutt

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echa

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Aw

ning

*)

9

Applications

10


EJOT Spiral anchor

Product description:

The EJOT Spiral anchor is a spiral-shaped plastic assembly

anchor including sealing washer and integrated threaded sleeve.

Applications:

EJOT Spiral anchor for the subsequent and unplanned

assembly for light mounted parts on to ETICS facades, e.g.

• Small letterboxes

• Lights

• House numbers

• etc.

The recommended load for each fixing point is max. 5 kg

Product name Product code Pieces / pack

EJOT Spiral anchor 8788 000 042 100

Product range

Product benefits:

• Zero thermal transmission

• Easy and safe installation

• No pre-drilling necessary

Application areas:

House numbers, lights, etc.


11

Installation:

Retro-fit installation through the render layer possible:

simply screw the EJOT Spiral anchor through the

final render into the insulation (drive Torx T40, usually

without pre-drilling), then screw in the Ø 4-5 mm screw

and secure the mounted parts with a battery powered

screwdriver.

2

3

1

EJOT Spiral anchor

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12


EJOT Dart-Set


The EJOT Dart-Set is a fastening system comprising one

installation bush made of plastic including sealing washer and

one facade anchor (Ø 8 mm).

Applications:

EJOT Dart-Set for the retro-fit of light to medium heavy mounted

parts to ETICS facades made of EPS; mineral wool and mineral

foam.

EJOT Dart-Set will accept common coarse threaded screws up to

Ø 9mm or hanger bolts Ø 9 mm with neck thread M10, e.g.:

• Downpipe brackets

• Signs and billboards

• Folding shutter locking mechanism

• Lights

• etc.

Product benefits:• High load-bearing capacity by anchoring to the substrate

• Reduced thermal transmission by thermal decoupling

(chi-value 0.002 W/K acc. to TR025)• Waterproofing against the rendered surface with high-quality

EPDM seal

Inspection of the resistance to driving rain in accordance with DIN EN 12155• Easy and quick installation

e.g. downpipe brackets

Application areas:

EJOT facade anchor

Drilling diameter 8 mm

Drilling depth in the substrate ≥ 80 mm

Screw drive TORX T30


13

EJOT Dart-Set

Preliminary recommended working loads

Surface Raw density Minimum Axial tensile Shear forceclass compressive strength strength carrying capacity*

ρ [kg/dm3] fb [N/mm2] kN kg kN kg

Concrete ≥ C12/15 - - 0.30 30 0.15 15

Solid brick ≥ 1.8 12 0.30 30 0.15 15

Solid lime sand brick ≥ 1.8 12 0.30 30 0.15 15

Lightweight concrete solid brick ≥ 0.5 4 0.25 25 0.15 15

Vertically perforated brick ≥ 0.9 12 0.25 25 0.15 15

Perforated lime sand brick ≥ 1.6 12 0.25 25 0.15 15

Hollow block from light-weight concrete ≥ 0.5 2 0.15 15 0.15 15

Porous concrete ≥ 0.5 4 0.20 20 0.15 15

Chipboard and OSB boards, d ≥ 15 mm - - 0.20 25 0.10 10

Solid construction timber (KVH), d ≥ 60mm - - 0.30 30 0.15 15

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Details apply for the transversal force transmission directly on the plastic bush.


EJOT Dart-Set 80 8500 080 440 10

EJOT Dart-Set 100 8500 100 440 10

EJOT Dart-Set 120 8500 120 440 10

EJOT Dart-Set 140 8500 140 440 10

EJOT Dart-Set 160 8500 160 440 10

EJOT Dart-Set 180 8500 180 440 10

EJOT Dart-Set 200 8500 200 440 10

EJOT Dart-Set 220 8500 220 440 10

EJOT Dart-Set 240 8500 240 440 10

EJOT Dart-Set 260 8500 260 440 10

EJOT Dart-Set 280 8500 280 440 10

Product range:

EJOT Dart-Set comprising:1 installation bush 1 sealing washer1 EJOT facade anchor

One installation bit per package provided

Application matrix:

1) Tolerance compensation up to 30 mm

2) Assembly the screw without anchor sleeves - pre-drill only up to the substrate

Insulation thickness Concrete and masonry1) Solid wood2) Timber composite plates2) (OSB, wood chipboard d≥18 mm)

(mm)

80 EJOT Dart-Set 80 - -

100 EJOT Dart-Set 100 - -

120 EJOT Dart-Set 120 EJOT Dart-Set 100 EJOT Dart-Set 80









300 - EJOT Dart-Set 280 EJOT Dart-Set 260

320 - - EJOT Dart-Set 280


EJOT Dart-Set

14

Installation:

1.) Drill Ø 8mm hole. For render thicknesses ≥ 5 mm the render

shell should be opened up by ca. Ø 10.

Note: Drill holes in perforated building materials need to be rotary drilled

2.) Mount the enclosed sealing washer onto the EJOT Dart-Set.

Push the anchor bolt into the installation bush - you will hear

a "click".

1

Pre drill timber substrates

Pre drill concrete and brickwork

2

Installation video

EJOT Dart-Set

Notes

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15

4

3.) Mount the EJOT Dart-Set onto the enclosed bit and without drilling push into drill hole, until the lower part is flush with

the render.

Note: Pre-assembly position for composite wood board:

For installation into composite wood board the assembly

bush needs to be pushed into the ETICS by ca. 20 mm-

until the screw point connects to the wood board.

Please ensure the correct alignment of the assembly bush:

Ensure that the bush is correctly positioned. Small arrow points upwards (see image to the right).

4.) Installation by fastening of the anchor screw with

enclosed bit, until seal between assembly bush

and render surface is compressed.

5.) Installation of the add-on part (example downpipe bracket)

minimum installation depth: 40 mm

max. insertion depth: 65 mm

Recommendation: To ensure a permanent seal, use a small

amount of silicone sealant in the bottom of the installation

bush.

5

3

16


EJOT Disc


EJOT Disc is a fixation annular blank made of high quality plastic

(PE). The inner side has a 3D textured structure, the outer surface

is perforated.

Applications:

The EJOT Disc is suitable for thermal bridge free external assembly

in external thermal insulation composite systems from expanded

polystyrene (EPS).

Commercially available timber or tapping screws (Ø 4-5 mm) are

suitable for the screw connection in the fixation annular blank.

The EJOT Disc is particularly suitable for the fastening of light

mounting parts, e.g., for

• Mounting rails for signage

• Lightweight signs

• Temperature sensors

• Pipe brackets

• Trap and casement fastener

• Billboards

Product benefits:

• Waterproof installation

• Easy installation


Diameter 90 mm

Effective area diameter 70 mm

Thickness 10 mm

Mounting

Adhesive PU adhesive EJOT Cosmo HD

Dimensions:


EJOT Disc Ø 90 8788 090 040 20

EJOT Cosmo HD 8799 000 000 1

EJOT Disc-tool Ø 90 8799 090 090 1

Product range


17

EJOT Disc-toolMilling cutter made of plastic,

Ø 90 mm, cutting depth 10 mm

EJOT Cosmo HDPU adhesive

Required accessories:

Storen guide railsScrewed connection with timber or tapping screws.

Lightweight signs Screwed connection with timber or tapping screws.

Temperature sensorsScrewed connection with timber or tapping screws.

Application areas:

EJOT Disc

Optional accessories:

• Commercially available chipboard or tapping screws

min. screw-in depth 20 mm, such as e.g.,

EJOT chipboard screws SH3-5.0x60

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EJOT Disc

Characteristics:

on correctly bonded fixation annular blank EJOT Disc in

EPS insulating boards ≥ 15 kg/m³ 0.06 kN

Recommended service load Tensile force Pz on element installed

on non-bonded fixation annular blank EJOT Disc in


on correctly bonded fixation annular blank EJOT Disc in


Recommended service loadTransversal force PQ on element installed

on non-bonded fixation annular blank EJOT Disc in


With the values specified, the fibre embedded is considered with 0.25 kN/5 cm.

Tensile force per screw 0.10 kN

Values based on the screw diameter 4 mm

Recommended service loadTensile force Pz on the screw fitting*

Transversal force per screw 0.10 kN


Recommended service loadTransversal force PQ on the screwed connection*

PQ

* The recommended service loads of the elements installed

are decisive.

18

Installation:

Grinding work that is necessary on insulated

surfaces must be carried out before the EJOT Disc

is installed.

1.) Using the EJOT Disc-tool milling cutter, cut a

milled slot in the insulating board and clean any

milling dust.

2.) Apply the PU adhesive Cosmo HD to the circular

area of the EJOT Disc. If the EJOT Disc is only

loaded by transversal forces, it is not necessary

to bond the fixation annular blank.

(See service load specifications, page 18)

Consumption per fixation annular blank

EJOT Disc: 9 - 12 ml

3.) Press the EJOT Disc insulating board flush into

the milled slot.

Subsequent work:

The EJOT Disc can be coated using commercially

available coating-materials for ETIC systems without

primer.

Products are then mounted on the surface of the render.

The coating must withstand the pressure force that

results from the products you have fixed.

Timber or tapping screws are suitable for the screw

connection in the EJOT Disc. Screws with metric thread

(M screws) are not suitable.

1.) The accurate position of the EJOT Disc can be

determined by knocking on the render coating.

Pre-punching with an bradawl makes positioning

the screw easier. Pre-drilling is not necessary.

2.) Screw the product into the EJOT Disc.

1

2

2

3

1

EJOT Disc


19

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EJOT Zylinder


EJOT Zylinder is an assembly cylinder made of high density

EPS with wave shaped lateral surface.

Applications:

As the EJOT Zylinder is made from a very dense EPS, it allows for

a safe mounting of attachments to an ETICS using EPS, without

compromising the thermal transmission.

Timber or tapping screws are suitable for the screw connection as

well as such with cylindrical thread and large pitch (frame screws).

Thermal bridge free subcontracted assembly is possible, e.g.,

with:

• Pipe brackets


• Clothes hook holder

• Blind housing

• Stop for window shutters

• etc.

Product benefits:

• Force fit assembly for light loads

• Waterproof installation

• Easy installation


Diameter 70 mm

Effective area diameter 50 mm

Thickness 70 mm

Mass density 170 kg /m³

Mounting

Adhesive PU adhesive EJOT Cosmo HD

Dimensions:


EJOT Zylinder Ø 70 8788 070 040 10

EJOT Cosmo HD 8799 000 000 1

EJOT Zylinder tool Ø 70 8799 070 090 1

Product range

20

EJOT Zylinder


EJOT Zylinder toolMilling cutter made of plastic,

Ø 70 mm, cutting depth 70 mm

EJOT Cosmo HDPU adhesive

Required accessories:


Commercially available chipboard or tapping

screws min. screw-in depth 60 mm, such as e.g.,


Application areas:

Pipe brackets with wood threadfor down pipes

Locking device for window shutters with wood thread

21

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EJOT Zylinder

Application areas:

Stop for window shuttersScrewed connection with timber or tapping screws as well as such with cylindrical thread and large pitch (e.g., frame screws).

Screw diameter: min. 5 mmEmbedment depth: min. 60 mm

Blind housingScrewed connection with timber or tapping screws as well as such with cylindrical thread and large pitch (e.g., frame screws).


Clothes hook holderScrewed connection with timber or tapping screws as well as such with cylindrical thread and large pitch (e.g., frame screws).


22

Properties: EPS thermal conductivity: λ = 0.045 W/mK

Fire behaviour according to DIN 4102: B2

EJOT Zylinder


on correctly bonded fixation annular blank EJOT Zylinder in


Recommended service load Tensile force Pz on element installed

With the values specified, the fibre embedded is considered with 0.25 kN/5 cm.



Embedment depth 60 mm

Recommended service load Tensile force Pz on the screw fitting*





PQ

on correctly bonded fixation annular blank EJOT Zylinder in


Recommended service loadTransversal force PQ on element installed

* The recommended service loads of the elements

installed are decisive.

23

Recommended service load of the element installed is decisive.

Recommended service load of the element installed is decisive.

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EJOT Zylinder

Installation:

Grinding work that is necessary on insulated surfaces

must be carried out before the EJOT Zylinder is installed.

Assembly diagram when using as an assembly

instruction for locks and turnbuckles.

Dimensions deviating from this diagram must be

clarified on-site.

Measure the accurate position and draw in the

construction plan for subsequent subcontracted

assembly.

1.) Using the EJOT Zylinder, cut a milled slot in the

insulating board and clean from any milling

dust.

When using the EJOT Zylinder tool, push the guide

pins into the facade in advance and allow to protrude

by 20 mm.

2.) On the lateral surface of the milled slot, apply PU

adhesive EJOT Cosmo HD as a bead and smooth

off with a spatula.

3.) Apply the PU adhesive EJOT Cosmo HD to the

circular area of the EJOT Zylinder as a bead or spot.

Consumption per EJOT Zylinder: 16 – 20 ml

EJOT Zylinder

EJOT Zylinder

1

2

3

24

acc. to the manufacturers

specifications

win

dow

fra

me

EJOT Zylinder

Subsequent work:

The EJOT Zylinder can be coated using commercially

available coating materials for thermal insulation

composite systems without primer.

Products are then mounted on the surface of the render.


results from the products you have fixed.

Timber or tapping screws are suitable for the screw

connection in the EJOT Zylinder as well as such with

cylindrical thread and large pitch (frame screws). Screws

with metric thread (M screws) and self-tapping screws

are not suitable.

1.) The accurate position of the EJOT Zylinder can be

determined by knocking on the render coating.

Pre-punching with an bradawl makes positioning the

screw easier. Pre-drilling is not necessary.

2.) Screw the assembly object into the EJOT Zylinder.

4.) Press the EJOT Zylinder insulating board flush into

the milled slot.

4

1

2


25

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EJOT Power-Bloc


The EJOT Power-Bloc is foam molded cuboid made of EPS

with high mass density. A surrounding 20 mm grid specifies the

exact dimension to be cut.

Size 160 x 100 mm

Effective area 140 x 80 mm

Length L 1000 mm

Mass density 140 kg/m³

Dimensions:


EJOT Power-Bloc 160x100x1000 8788 160 040 4

Applications:

Due to the tough elasticity of the rigid foam, EJOT Power-Bloc

is especially suitable as backings for thermal bridge-free, alien

fixations in thermal insulation composite systems of expanded

polysytrene (EPS) and rock wool (SW). Furthermore, they may also

be used as pressure pads for medium-heavy loads.

Timber or tapping screws are suitable for the screw connection in

the EJOT Power-Bloc as well as such with cylindrical thread and

large pitch (frame screws).

Thermal bridge free subcontracted assembly is possible, e.g.,

with:

• Pipe brackets


• Billboards

• Clothes hook holders

Product benefits:

• Minimum thermal bridging

• Many possible applications

Product range


With application cases as sole compression

underlay depending on the mounting elements

(e.g., socket plate, wall light):

EJOT facade anchor

For application cases with thermal bridge free

subcontracted assembly Commercially available

chipboard or tapping screws min. screw-in depth

60 mm, such as e.g.,


26

EJOT Power-Bloc


Pipe brackets with wood threadfor roof down pipes

Trap and casement fastener with wood threadfor window shutters

BillboardsScrew connection with timber or tapping screws with cylindrical thread and large pitch (e.g., frame screws).

Screw selection depending on the weight of the billboard.

Clothes hook holderScrew connection with timber or tapping screws with cylindrical thread and large pitch (e.g., frame screws).


Application range:

Recommended service load

Compression force PD over the entire square area

160 x 100 mm 1.60 kN

Recommended service load

Tensile force Pz on element installed

On the element bonding with the substrate

160 x 100 0.32 kN

Characteristics:EPS thermal conductivity: = 0.040 W/mK


27

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JOT

Traw

ik-S

et F

EJO

T Tr

awik

-Set

LE

JOT

SLK

-Set

Glo

ssar

y


EJOT Power-Bloc

Characteristics:

160 x 100 mm horizontal

D (mm) PQ kN

60 0.47

80 0.40

100 0.36

120 0.33

140 0.31

160 0.30

180 0.29

200 0.28

220 0.27

240 0.27

260 0.26

280 0.26

300 0.25

Recommended service load Transversal force PQ on element installed




Recommended service loadTensile force Pz on the screw fitting*





100 x 160 mm vertical

D (mm) PQ kN

60 0.55

80 0.45

100 0.38

120 0.34

140 0.31

160 0.29

180 0.27

200 0.25

220 0.24

240 0.23

260 0.22

280 0.22

300 0.21

Requirement placed upon the substrate for bonding

Bonding strength 0.25 N / mm

If necessary, the bonding strength of the substrate must

be determined in tests. A bonding over the entire surface

is a requirement. A guarantee for the bonding cannot be

given.

* The recommended service loads of the elements

installed are decisive.

28

EJOT Power-Bloc


Installation:

Assembly diagram when using as an assembly

instruction for locks and turnbuckles.

Dimensions deviating from this diagram must be

clarified on-site. Measure the accurate position

and draw in the construction plan for subsequent

subcontracted assembly.

1.) We also recommend that the EJOT Power-Bloc is

mounted with the insulating boards at the same

time when bonding.

2.) Using a hand saw or a hot wire cutter, cut

the thickness of the EJOT Power-Bloc to the

necessary length.

3.) Apply adhesive mortar to the bonding surface of

the EJOT Power-Bloc. The element must be

bonded to the load bearing substrate over the

entire surface.

EJOT Power-Bloc

EJOT Power-Bloc

1

2

3

29

EJO

T S

pira

l anc

hor

EJO

T D

art-

Set

EJO

T D

isc

EJO

T Z

ylin

der

EJO

T

Po

wer

-Blo

cE

JOT

Traw

ik-S

et F

EJO

T Tr

awik

-Set

LE

JOT

SLK

-Set

Glo

ssar

y

acc. to the manufacturers

specifications

win

dow

fra

me


EJOT Power-Bloc

Subsequent work:

The EJOT Power-Bloc can be coated using commercially

available coating materials for thermal insulation

composite systems without primer.

Assembly objects are mounted on the surface of the

render.


results from the assembly object.

4.) Press on the EJOT Power-Bloc insulating boards flush. 4

1

2

Screwed connections of the subcontracted assemblies

in the EJOT Power-Bloc are only approved for light loads

that do not move. Heavy loads must be anchored into

the substrate. Timber or tapping screws are suitable for

the screw connection in the EJOT Power-Bloc as well

as such with cylindrical thread and large pitch (frame

screws). Screws with metric thread (M screw) and self-

tapping screws are not suitable.

1.) The accurate position of the EJOT Power-Bloc

can be determined by knocking on the render

coating.

Pre-punching with an bradawl makes positioning

the screw easier. Pre-drilling is not necessary.

2.) Screw the assembly object into the assembly

cuboid EJOT Power-Bloc.

30

31

Notes

EJO

T S

pira

l anc

hor

EJO

T D

art-

Set

EJO

T D

isc

EJO

T Z

ylin

der

EJO

T

Po

wer

-Blo

cE

JOT

Traw

ik-S

et F

EJO

T Tr

awik

-Set

LE

JOT

SLK

-Set

Glo

ssar

y


EJOT Trawik-Set F (C/M)


The EJOT Trawik-Set F (assembly area parallel to the facade)

comprises black, rot-proof and CFC-free PU rigid foam plastics

(polyurethane). This product includes an embedded steel plate

for the securing the bolts back to the substrate. Additionally an

aluminium plate and a compact HPL plate for fixing assembly

objects, guaranteeing optimum pressure distribution across the

surface.

Depending on the 3 of EJOT SDF-KB 10 H or EJOT SDF-KB 10 V

are included in the scope of delivery

Dimensions:

Floor space 280 x 125 mm

Types T 80 - 300 mm

Compact plate 117 x 65 x 6 mm


Thick aluminium plate 6 mm

Hole spacing 100 x 100 mm

Mass density PU 350 kg/m³

EJOT Trawik-Set F-M for the mechanical fastening in solid and hollow brick

Screw anchor EJOT SDF-KB 10H x 120


Min. depth of borehole 80 mm

Min. embedment depth 70 mm

Spindle taper SW13 / T40

EJOT Trawik-Set F-C for the mechanical fastening in concrete

Screw anchor EJOT SDF-KB 10V x 100





Product advantages:

• Reduced cold bridging

• Weather tight installation

• Force fit assembly for medium heavy loads

32




EJOT Trawik-Set F 80-C 8799 080 392 1













EJOT Trawik-Set F 80-M 8799 080 892 1












Applications:

EJOT Trawik-Set F is suitable for the thermal bridge reduced

subcontracted assembly in external thermal insulation composite

systems.

EJOT Trawik-Set F has a limited UV resistance and does not need

any protective coverings during the construction time, but when

installed, it must be protected against weather conditions and UV

radiation.

Thermal bridge reduced subcontracted assembly is

possible, e.g., with:

• Blocks for window shutters

• Guide rails for sliding shutters

• Railings (French balconies)

• Railing assembly on building corners

Product range

One supporting angle and 3 EJOT SDF-KB 10 V x 100 are included n the scope of delivery One supporting angle and 3 EJOT SDF-KB 10 H x 120 are included n the scope of delivery

33

Two product variants can be selected:

• EJOT Trawik-Set F-M for the mechanical fastening

in solid and hollow brick

• EJOT Trawik-Set F-C for the mechanical fastening

in concrete

EJO

T S

pira

l anc

hor

EJO

T D

art-

Set

EJO

T D

isc

EJO

T Z

ylin

der

EJO

T P

ower

-Blo

cE

JOT

Tr

awik

-Set

FE

JOT

Traw

ik-S

et L

EJO

T S

LK-S

etG

loss

ary



Blocks for window shutters(Flange and screw pintles)

Guide rails for sliding shutters

Railing assembly on building cornersRailingsBetween the door and window ledge (French balconies)

Application areas: Thermal bridge free subcontracted assembly is possible, e.g., with:

Characteristics:


The mechanical stability are generated by rigid PU

plastic material and the embedded fixing plates. There

are no metallic connections between the bottom steel

plate and the top aluminium plate.

34



T

(mm)

FVR,k

kN

FZR,k

kN

FAR,k

kN80 5.80 4.30 6.95

100 5.05 4.35 6.05

120 4.40 4.40 5.25

140 3.80 4.45 4.55

160 3.25 4.55 3.90

180 2.80 4.65 3.35

200 2.40 4.75 2.85

220 2.10 4.85 2.45

240 1.85 5.00 2.15

260 1.65 5.15 1.90

280 1.55 5.35 1.75

300 1.50 5.50 1.65

Characteristic resistances:

Verification of the utilization of the EJOT Trawik-Set F:

β = FV,k · γG

+ FZ,k · γG

+ FA,k · γG

≤ 1.0 FVR,k FZR,k FAR,k

FV,k Shear forces acting against the

mounting element (characteristic value)

FZ,k Lateral tensile forces acting against the


FA,k Lateral axial forces acting against the


FVR,k Resistance of the shear force of the

mounting elements (characteristic value)

FZR,k Resistance of the lateral tensile force of the


FAR,k Resistance of the axial tensile force of the


γG Global safety factor

γG = γM· γF

γM = Material safety factor

γF = Safety factor of the impact

SN1)

Tensile force loading on the anchor

SV1)

Shear force loading on the anchor

1) For calculation, see page 38

35

EJO

T S

pira

l anc

hor

EJO

T D

art-

Set

EJO

T D

isc

EJO

T Z

ylin

der

EJO

T P

ower

-Blo

cE

JOT

Tr

awik

-Set

FE

JOT

Traw

ik-S

et L

EJO

T S

LK-S

etG

loss

ary



β =

FV,d

+ FZ,d

+ FA,d

≤ 1.0 FVR,d FZR,d FAR,d

T

(mm)

FVR,d

kN

FZR,d

kN

FAR,d

kN80 2.00 1.50 2.45

100 1.75 1.55 2.10

120 1.55 1.55 1.85

140 1.35 1.55 1.60

160 1.15 1.60 1.35

180 1.00 1.65 1.10

200 0.85 1.65 0.75

220 0.75 1.70 0.65

240 0.65 1.75 0.60

260 0.60 1.80 0.50

280 0.45 1.90 0.40

300 0.35 1.95 0.30

Rated values of the resistances:

Material safety value γM is included.


FV,d Shear forces acting against the

mounting element (rated value)

FZ,d Lateral tensile forces acting against the


FA,d Axial tensile forces acting against the


FVR,d Resistance of the shear force of the


FZR,d Resistance of the lateral tensile force of the


FAR,d Resistance of the axial tensile force of the


SN2)

Tensile force loading acting against the anchor

SV2)

Shear force loading acting against the anchor


36



β = FV,k

+ FZ,k

+ FA,k

≤ 1.0 FV,rec FZ,rec FA,rec

T

(mm)

FV,rec

kN

FZ,rec

kN

FA,rec

kN80 1.45 1.10 1.75

100 1.25 1.10 1.50

120 1.10 1.10 1.30

140 0.95 1.10 1.15

160 0.80 1.15 1.00

180 0.70 1.15 0.80

200 0.60 1.20 0.55

220 0.55 1.20 0.50

240 0.45 1.25 0.40

260 0.40 1.30 0.35

280 0.35 1.35 0.30

300 0.25 1.40 0.25

Recommended workloads:

Material safety value γM and

safety factor of the impact γF = 1.40 are included.






FA,k Axial tensile forces acting against the


FV,rec Recommended shear force loading acting

against the mounting element

FZ,rec Recommended lateral tensile force loading

acting against the mounting element

FA,rec Recommended axial tensile force loading


SN3)

Tensile force loading acting against the anchor

SV3)

Shear force loading acting against the anchor


37

EJO

T S

pira

l anc

hor

EJO

T D

art-

Set

EJO

T D

isc

EJO

T Z

ylin

der

EJO

T P

ower

-Blo

cE

JOT

Tr

awik

-Set

FE

JOT

Traw

ik-S

et L

EJO

T S

LK-S

etG

loss

ary



4) See page 37

The specified values are screw extraction forces of a single screw from the

aluminium plate.

Tensile force PZ per M6 screw 3.1 kN




Recommended service load:

Tensile force Pz on the screw fitting in the aluminium plate

SN = 0.01 · T · FV,k + 1.138 · FZ,k + 0.00571· T · FA,k

SN Tensile force acting against the screw in kN

SV Shear force acting against the screw in kN

S Diagonal pull force on the screw in kN

FV,k4)

Shear forces acting against the

mounting element in kN (characterisic value)

FZ,k4)

Lateral tensile forces acting against the

mounting element in kN (characteristic value)

FA,k4)

Axial tensile forces acting against the

mounting element in kN (characterisic value)

T Type mounting element in mm (80 - 300)

SV = √ 1.048 · F2V,k + 0.111 · F2

A,k + 0.2373 · FV,k · FA,k

S = √ S2N + S2

V

PZ

Loading the fastening on the substrate(Characteristic values per screw)

38



Permissible workloads EJOT SDF-KB 10 V and EJOT SDF-KB 10 H

39

Surface Min.Format

Density Minimum compressive strength

EJOT anchor Permitted load*for each anchor group

[kg/dm³] [N/mm²] SR,perm

Concrete ≥ C16/20 - - - EJOT SDF-KB 10 V x 100 1.66 kN

Brick (Mz) DIN 105, DIN EN 771-1 NF ≥ 1.8 20 EJOT SDF-KB 10 H x 120 1.07 kN

Solid lime sand stone (KS) DIN 106, DIN EN 771-2 NF ≥ 2.0 36 EJOT SDF-KB 10 H x 120 1.20 kN

Solid lime sand stone (KS) DIN 106, DIN EN 771-2 8 DF ≥ 2.0 20 EJOT SDF-KB 10 H x 120 1.20 kN

Solid lightweight concrete bricks (V) DIN 18152, DIN EN 771-3 2 DF ≥ 1.2 6 EJOT SDF-KB 10 H x 120 0.53 kN

Vertically perforated brick (Hlz) DIN 105, DIN EN 771-1 NF ≥ 0.9 12 EJOT SDF-KB 10 H x 120 0.53 kN

Perforated lime sand brick (KSL) DIN 106, DIN EN 771-2 4 DF ≥ 1.6 12 EJOT SDF-KB 10 H x 120 0.66 kN

Cavity block tile made of lightweight concrete (Hbl) DIN 18151, DIN EN 771-3

12 DF ≥ 1.2 10 EJOT SDF-KB 10 H x 120 0.32 kN

* To determine the permissible loads, material safety values γM and of the part safety value γF = 1.5 have been considered.

The permissible loads of the bearing capacities apply to the tensile load, lateral load and diagonal pull under each angle according to the European Technical Approval

ETA-10/0305. The provisions of this approval are decisive.

No approval of the DIBt present.

Fastening of safety-related loads is not permitted.

EJO

T S

pira

l anc

hor

EJO

T D

art-

Set

EJO

T D

isc

EJO

T Z

ylin

der

EJO

T P

ower

-Blo

cE

JOT

Tr

awik

-Set

FE

JOT

Traw

ik-S

et L

EJO

T S

LK-S

etG

loss

ary

Verification of the utilization of the mechanical fastening:

S5 Diagonal pull loading acting on the dowel

(characteristic value)

SR,perm Permissible diagonal pull loading acting

on the dowel

β =

S

≤ 1.0

SR,perm

5) See page 38



The suitability of the fastening material supplied must be

checked for the existing substrate. In event of unknown

substrate, shear load tests of the fixing material are

necessary before starting assembly on the building.

Requirements on the mechanical fastening

Requirements for the external thermal insulation composite system

A bonding over the entire surface is a requirement

for the mounting angle EJOT Trawik-Set F.

Requirements for the bonded joint

In its fitted condition, the limitation of the deformation

requires the troublefree installation of the EJOT Trawik-

Set F for the external thermal insulation composite

system. The specifications of the system supplier as

well as the professional implementation of the external

thermal insulation composite system must be observed.

Installation:

Before being installed, EJOT Trawik-Set F must not have

any visible damage and must not have been exposed to

weather conditions for longer periods.

Screwed connections must only be carried out in the

are as intended for the purpose. Any changes to the

EJOT Trawik-Set F may impair the load-bearing

capacity and is therefore forbidden.

The projection of the EJOT Trawik-Set F must be maximum

80 mm. (See page 35)

1.) We recommend that the EJOT Trawik-Set F is

mounted with the insulating boards at the same

time when bonding.

Apply adhesive mortar to the bonding surface of the

EJOT Trawik-Set F. The element must be bonded to

the load bearing substrate over the entire surface.

Consumption per EJOT Trawik-Set F with a

layer thickness of 5 mm: 0.35 kg

2.) Press the EJOT Trawik-Set F insulating boards on

flush.

3.) Install the mechanical fixing only after the adhesive

mortar has hardened. The suitability with the screw-in

anchor-supplied must be checked with the existing

substrate. Drill the masonry with perforated brick using

rotary action only (not hammer).

4.) Cut a piece of insulation to fit the existing recess,

apply adhesive mortar and press it flush.

1

2

3

4

40

Installation video




Subsequent work:

The EJOT Trawik-Set F can be coated using

commercially available coating materials for ETICS

without primer.


render.



Screws with metric thread (M screws) are suitable

for the screw connection into the EJOT Trawik-Set F.

Timber screws and self-tapping screws are not suitable.

1.) Drill a borehole through the compact and aluminium

plate. The drilling depth must be 34 – 44 mm.

Drilling diameter:

M6: 5.0 mm

M8: 6.8 mm

M10: 8.5 mm

M12: 10.2 mm

2.) Cut a thread through the compact and aluminium

plate.

3.) Screw the assembly object into the EJOT Trawik-

Set F. The screwing depth into the EJOT Trawik-

Set F must be at least 29 mm so that the screwed

connection is carried out in the entire thickness

of the aluminium plate foamed-in.

Screw pintles can be secured against twisting

by using counternuts.

For determining the total screwing depth, you will

need to know the precise thickness of the coating

material on the EJOT Trawik-Set F. The necessary

screw lengths result from the screwing depth, the

thickness of the coating material and the thickness

of the assembly object.

Assembly clamp load FVM

per M6 screw: 5.7 kN




FVM = 0.7 x Screw extraction breaking force

Tightening torque MA

per M6 screw: 5.8 Nm




MA = 0.17 x FVM x Screw diameter

Observe the manufacturer specifications for the

tightening torque of the screws.

1

2

3

41

EJO

T S

pira

l anc

hor

EJO

T D

art-

Set

EJO

T D

isc

EJO

T Z

ylin

der

EJO

T P

ower

-Blo

cE

JOT

Tr

awik

-Set

FE

JOT

Traw

ik-S

et L

EJO

T S

LK-S

etG

loss

ary


EJOT Trawik-Set L (C/M)


The EJOT Trawik-Set F (assembly area vertical to the facade)

comprises black, rot-proof and CFC-free PU rigid foam plastics

(polyurethane). This product includes an embedded steel plate

for the securing the bolts back to the substrate. Additionally an

aluminium plate and a compact HPL plate for fixing assembly

objects, guaranteeing optimum pressure distribution across the

surface.

Depending on the 3 of EJOT SDF-KB 10 H or EJOT SDF-KB 10 V

are included in the scope of delivery

Dimensions:


Types T 80 - 300 mm






EJOT Trawik-Set L-M for the mechanical fastening in solid and hollow brick

Screw anchor EJOT SDF-KB 10 H x 120





EJOT Trawik-Set L-C for the mechanical fastening in concrete

Screw anchor EJOT SDF-KB 10 V x 100





Product benefits:

• Reduced cold bridging


• Force fit assembly for medium heavy loads

42

Proof of stability acc. to

ÖNorm standard is available.




EJOT Trawik-Set L 80-C 8799 080 391 1













EJOT Trawik-Set L 80-M 8799 080 891 1












Applications:

EJOT Trawik-Set L is suitable for the thermal bridge reduced

subcontracted assembly in external thermal insulation composite

systems.

EJOT Trawik-Set L has a limited UV resistance and does not need

any protective coverings during the construction time, but when

installed, it must be protected against weather conditions and UV

radiation.

Thermal bridge reduced subcontracted assembly is

possible, e.g., with:

• Blocks for window shutters

• Guide rails for sliding shutters

• Railings (French balconies)

• Railing installation on building corners

Product range

One supporting angle and 3 EJOT SDF-KB 10 V x 100 are included n the scope of delivery One supporting angle and 3 EJOT SDF-KB 10 H x 120 are included n the scope of delivery


• EJOT Trawik-Set L-M for the mechanical fastening

in solid and hollow brick

• EJOT Trawik-Set L-C for the mechanical fastening

in concrete

43

EJO

T S

pira

l anc

hor

EJO

T D

art-

Set

EJO

T D

isc

EJO

T Z

ylin

der

EJO

T P

ower

-Blo

cE

JOT

Traw

ik-S

et F

EJO

T

Traw

ik-S

et L

EJO

T S

LK-S

etG

loss

ary



Application areas:

BalustradesBetween the door and window ledge (French balconies)

Railing assembly on building corners

Characteristics:


The mechanical stability are generated by rigid PU plastic material

and the embedded fixing plates. There are no metallic connections

between the bottom steel plate and the top aluminium plate.

44



T

(mm)

FVR,k

kN

FZR,k

kN

FAR,k

kN80 7.60 2.75 12.95

100 6.55 2.85 11.05

120 5.65 2.90 9.30

140 4.80 2.95 7.75

160 4.05 3.00 6.40

180 3.40 3.05 5.25

200 2.85 3.10 4.30

220 2.45 3.15 3.55

240 2.10 3.20 3.00

260 1.85 3.20 2.60

280 1.70 3.20 2.45

300 1.70 3.25 2.45

Characteristic resistances:

Verification of the utilization of the EJOT Trawik-Set L:

β = FV,k · γG

+ FZ,k · γG

+ FA,k · γG

≤ 1.0 FVR,k FZR,k FAR,k







FVR,k Resistance of the shear force of the


FZR,k Resistance of the lateral tensile force of the


FAR,k Resistance of the axial tensile force of the


γG Global safety factor

γG = γM· γF

γM = Material safety factor

γF = Safety factor of the impact

SN1)


SV1)



45

EJO

T S

pira

l anc

hor

EJO

T D

art-

Set

EJO

T D

isc

EJO

T Z

ylin

der

EJO

T P

ower

-Blo

cE

JOT

Traw

ik-S

et F

EJO

T

Traw

ik-S

et L

EJO

T S

LK-S

etG

loss

ary



46

β =

FV,d

+ FZ,d

+ FA,d

≤ 1.0 FVR,d FZR,d FAR,d

T

(mm)

FVR,d

kN

FZR,d

kN

FAR,d

kN80 2.10 0.95 4.55

100 1.90 0.95 3.90

120 1.65 0.90 3.25

140 1.45 0.85 2.70

160 1.25 0.80 2.25

180 1.10 0.80 1.85

200 0.95 0.75 1.50

220 0.85 0.75 1.25

240 0.75 0.70 1.05

260 0.65 0.70 0.90

280 0.60 0.70 0.80

300 0.60 0.70 0.50

Rated values of the resistances:

Material safety value γM is included.


FV,d Shear forces acting against the


FZ,d Lateral tensile forces acting against the


FA,d Axial tensile forces acting against the


FVR,d Resistance of the shear force of the


FZR,d Resistance of the lateral tensile force of the


FAR,d Resistance of the axial tensile force of the


SN2)


SV2)




T

(mm)

FV,rec

kN

FZ,rec

kN

FA,rec

kN80 1.50 0.70 3.25

100 1.35 0.70 2.75

120 1.20 0.65 2.35

140 1.05 0.60 1.95

160 0.90 0.60 1.60

180 0.80 0.55 1.30

200 0.70 0.55 1.10

220 0.60 0.55 0.90

240 0.55 0.50 0.75

260 0.45 0.50 0.65

280 0.45 0.50 0.55

300 0.40 0.50 0.35

Recommended loadsMaterial safety value γM and safety factor

of the impact γF = 1.40 are included








FV,rec Recommended shear force loading acting

against the mounting element

FZ,rec Recommended lateral shear force loading


FA,rec Recommended axial shear force loading


SN3)


SV3)



β =

FV,k

+ FZ,k

+ FA,k

≤ 1.0 FV,rec FZ,rec FA,rec


47

EJO

T S

pira

l anc

hor

EJO

T D

art-

Set

EJO

T D

isc

EJO

T Z

ylin

der

EJO

T P

ower

-Blo

cE

JOT

Traw

ik-S

et F

EJO

T

Traw

ik-S

et L

EJO

T S

LK-S

etG

loss

ary


48

4) See page 47

The specified values are screw extraction forces

of a single screw from the aluminium plate.





Recommended service loadTensile force Pz on the screw fitting in the aluminium plate

SN = (0.01 · T - 0.36) · FV,k + 1.338 · FZ,k + (0.0057 · T -0.206) · FA,k


SN Tensile force acting against the screw in kN



FV,k4)

Shear forces acting against the mounting

element in kN (characterisic value)

FZ,k4)

Lateral tensile forces acting against the


FA,k4)

Axial tensile forces acting against the


T Type mounting element in mm (80 - 300)

SV = √ 1.431 · F2V,k + 0.111 · F2

A,k + 0.351 · FV,k · FA,k

S = √ S2N + S2

V




49

EJO

T S

pira

l anc

hor

EJO

T D

art-

Set

EJO

T D

isc

EJO

T Z

ylin

der

EJO

T P

ower

-Blo

cE

JOT

Traw

ik-S

et F

EJO

T

Traw

ik-S

et L

EJO

T S

LK-S

etG

loss

ary

Permissible workloads EJOT SDF-KB 10 V and EJOT SDF-KB 10 H

Surface Min.Format

Density Minimum compressive strength

EJOT anchor Permitted load*for each anchor group

[kg/dm³] [N/mm²] SR,perm

Concrete ≥ C16/20 - - - EJOT SDF-KB 10 V x 100 1.66 kN

Brick (Mz) DIN 105, DIN EN 771-1 NF ≥ 1.8 20 EJOT SDF-KB 10 H x 120 1.07 kN

Solid lime sand stone (KS) DIN 106, DIN EN 771-2 NF ≥ 2.0 36 EJOT SDF-KB 10 H x 120 1.20 kN

Solid lime sand stone (KS) DIN 106, DIN EN 771-2 8 DF ≥ 2.0 20 EJOT SDF-KB 10 H x 120 1.20 kN

Solid lightweight concrete bricks (V) DIN 18152, DIN EN 771-3 2 DF ≥ 1.2 6 EJOT SDF-KB 10 H x 120 0.53 kN

Vertically perforated brick (Hlz) DIN 105, DIN EN 771-1 NF ≥ 0.9 12 EJOT SDF-KB 10 H x 120 0.53 kN

Perforated lime sand brick (KSL) DIN 106, DIN EN 771-2 4 DF ≥ 1.6 12 EJOT SDF-KB 10 H x 120 0.66 kN

Cavity block tile made of lightweight concrete (Hbl) DIN 18151, DIN EN 771-3

12 DF ≥ 1.2 10 EJOT SDF-KB 10 H x 120 0.32 kN

* To determine the permissible loads, material safety values γM and of the part safety value γF = 1.5 have been considered.

The permissible loads of the bearing capacities apply to the tensile load, lateral load and diagonal pull under each angle according to the European Technical Approval

ETA-10/0305. The provisions of this approval are decisive.

No approval of the DIBt present.

Fastening of safety-related loads is not permitted.

Verification of the utilization of the mechanical fastening:

S5 Diagonal pull loading acting on the anchor


SR,perm Permissible diagonal pull loading acting on the

anchor

β =

S

≤ 1.0

SR,perm ,,

5) See page 48


50

The suitability of the fastening material supplied must be cecked

for the existing substrate. In event of unknown substrate, shear

load tests of the fixing material are necessary before starting

assembly on the building.

Requirements on the mechanical fastening

Requirements for the external thermal insulation composite system

A bonding over the entire surface is a requirement for the

mounting angle EJOT Trawik-Set L.

Requirements for the bonded joint

In its fitted condition, the limitation of the deformation

requires the troublefree installation of the EJOT Trawik-

Set L for the external thermal insulation composite

system. The specifications of the system supplier as

well as the professional implementation of the external

thermal insulation composite system must be observed.

Installation:

Before being installed, EJOT Trawik-Set L must not have any

visible damage and must not have been exposed to weather

conditions for longer periods. Screwed connections must

only be carried out in the areas intended for the purpose. Any

changes to the EJOT Trawik-Set L may impair the load-bearing

capacity and is therefore forbidden.

The projection of the EJOT Trawik-Set L must be maximum

80 mm. (See page 45)

1.) We recommend that the EJOT Trawik-Set L is mounted with

the insulating boards at the same time when bonding.

Apply adhesive mortar to the bonding surface of the EJOT

Trawik-Set L. The element must be bonded to the load

bearing substrate over the entire surface.

Consumption per EJOT Trawik-Set L with a layer thickness of

5 mm: 0.35 kg

2.) Press the EJOT Trawik-Set L insulating boards on flush.

3.) Perform the mechanical fixing only after the adhesive mortar

has hardened. The suitability with the screw-in anchor-

supplied must be checked with the existing substrate. Drill

the masonry with perforated brick without impact.

4.) Cut a fitting piece from insulating board material for an

existing recess, apply adhesive mortar and press the

insulating board on flush.

1

2

3

4


Installation video


Subsequent work:

The EJOT Trawik-Set L can be coated using commercially

available coating materials for ETICS without primer.

Assembly objects are mounted on the surface of the render.

The coating must withstand the pressure force that results from

the assembly object.

Screws with metric thread (M screws) are suitable for the screw

connection into the EJOT Trawik-Set L.


1.) Drill a borehole through the compact and aluminium plate.

The drilling depth must be 34 – 44 mm.

Drilling diameter:

M6: 5.0 mm

M8: 6.8 mm

M10: 8.5 mm

M12: 10.2 mm

2.) Cut a thread through the compact and aluminium plate.

3.) Screw the assembly object into the EJOT Trawik-Set L.

The screwing depth into the EJOT Trawik-Set L must be at

least 29 mm so that the screwed connection is carried out in

the entire thickness of the foamed aluminium plate.

For determining the total screwing depth, you have to know

the precise thickness of the coating material on the

EJOT Trawik-Set L. The necessary screw lengths result from

the screwing depth, the thickness of the coating material and

the thickness of the assembly object.













Observe the manufacturer specifications for the

tightening torque of the screws.

1

2

3


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The EJOT SLK-Set F is a heavy-duty console, with German DIBt

approval, comprising black coloured, rot-proof and CFC-free

PU rigid foam plastics (polyurethane). This product includes

an embedded steel plate for the securing the bolts back to the

substrate. Additionally there is an aluminium plate and a compact

HPL plate for fixing assembly objects, guaranteeing optimum

pressure distribution across the surface.

Fasten in wall materials via chemical anchors.

EJOT SLK-Set (C/M)


Thicknesses D 100 - 300 mm






Product advantages:



• Force fit assembly for heavy loads

• A safe fixing solution

Applications:

The EJOT SLK-Set L is designed for use within the

ETIC system and reduces the thermal transmission

significantly

EJOT SLK-Set L has a limited UV resistance and

does not need any protective coverings during the

construction time, but when installed, it must be

protected against weather conditions and UV radiation.

Thermally broken solution fixed within the ETICS for the

following applications:

• Cantilevers

• Awnings

• Porches


• EJOT SLK-Set M for the fastening in solid and

hollow brick

• EJOT SLK-Set C for the fastening in concrete

162

250

112D150

224

10

15

5

3344

5

1217

82

162

250

112D

150

224

10

15

5

3344

5

1217

82

Dimensions:

52

Z-10.9-576

Download

German DIBt approval Z-10.9-576

EJOT SLK-Set M for the fastening in solid and hollow brick

Injection resin EJOT Injection resin Multifix PSF

Anchor rods M 10 x 170 zinc-plated including washer and nut

Drill hole diameter solid brick 12 mm

Drill hole diameter hollow brick 16 mm

Drilling depth in the substrate 90 mm


EJOT SLK-Set (C/M)



EJOT SLK-Set 100-M 8799 100 890 1

EJOT SLK-Set 120-M 8799 120 890 1

EJOT SLK-Set 140-M 8799 140 890 1

EJOT SLK-Set 160-M 8799 160 890 1

EJOT SLK-Set 180-M 8799 180 890 1

EJOT SLK-Set 200-M 8799 200 890 1

EJOT SLK-Set 220-M 8799 220 890 1

EJOT SLK-Set 240-M 8799 240 890 1

EJOT SLK-Set 260-M 8799 260 890 1

EJOT SLK-Set 280-M 8799 280 890 1

EJOT SLK-Set 300-M 8799 300 890 1

EJOT Injection resin Multifix PSF 9570 002 300 1

EJOT mesh sleeve 15/85-M10 9570 015 085 1

EJOT blow-out pump 9150 300 000 1

EJOT cleaning brush 14 9150 300 014 1


EJOT application gun AP 300 9570 010 300 1

EJOT measuring gauge template 8799 000 090 1

Product range

53

EJOT SLK-Set C for the fastening in concrete

Injection resin EJOT Injection resin Multifix VSF

Anchor rods M 10 x 170 zinc-plated including washer and nut

Through borehole 12 mm

Drilling depth in the substrate 75 mm


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EJOT SLK-Set 100-C 8799 100 390 1

EJOT SLK-Set 120-C 8799 120 390 1

EJOT SLK-Set 140-C 8799 140 390 1

EJOT SLK-Set 160-C 8799 160 390 1

EJOT SLK-Set 180-C 8799 180 390 1

EJOT SLK-Set 200-C 8799 200 390 1

EJOT SLK-Set 220-C 8799 220 390 1

EJOT SLK-Set 240-C 8799 240 390 1

EJOT SLK-Set 260-C 8799 260 390 1

EJOT SLK-Set 280-C 8799 280 390 1

EJOT SLK-Set 300-C 8799 300 390 1

EJOT Injection resin Multifix VSF 9571 002 300 1

EJOT blow-out pump 9150 300 000 1


EJOT application gun AP 300 9570 010 300 1

EJOT measuring gauge template 8799 000 090 1

Packaging includes: 1 item heavy duty console and each 4x anchor 10 x 170, washers and M10 hexagon nuts

Packaging includes: 1 item heavy duty console and each 4x anchor 10 x 170, washers and M10 hexagon nuts and mesh sleeves


EJOT SLK-Set (C/M)

54

EJOT Injection resin Multifix PSF EJOT blow-out pump

Required accessories

for the fastening in solid and hollow brick:

EJOT cleaning brush 14 / 16

EJOT application gun AP 300 EJOT measuring gauge template

EJOT Injection resin Multifix VSF

for the fastening in concrete:

EJOT blow-out pump EJOT cleaning brush 14

EJOT application gun AP 300 EJOT measuring gauge template

EJOT SLK-Set (C/M)

e.g., awnings, etc.e.g., porches, etc.

Application range:


Characteristics:


The stability is generated by the PU rigid foam plastics as

well as the insitu traction rods that connect the bottom

steel consoles with the top aluminium plate. There are no

metallic connections between the steel consoles and the

aluminium plate.

55

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56

EJOT SLK-Set (C/M)

Characteristic resistances - limit state load-carrying capacity

Characteristic component resistances Rk (internal force variable of the distribution slab) Installation surface of the load application: 186 mm x 150 mm and screw image: 150 mm / 50 mm (see amendment 5 of the approval Z-10.9-576)

Console SLK-ALU-TR

Fx,R,k [kN]

Fy,R,k [kN]

Fz,R,k [kN]

Mz,R,k [kNm]

My,R,k [kNm]

Tensile force

Compres-sive force

Shear forcein Y direction

Shear forcein Z direction

Torque from Fy around z axis

Torque from FZ around y axis

100 343.8 35.5 62.4 5.45

6.00

120 342.7 33.7 57.0 5.36

140 341.7 31.9 51.6 5.28

160 340.6 30.0 46.2 5.19

180 339.6 28.2 40.8 5.11

200 82.0 338.5 26.4 35.4 5.02

220 333.9 24.5 33.2 4.87

240 329.3 22.6 30.9 4.71

260 324.8 20.6 28.7 4.56

280 320.2 18.7 26.4 4.40

300 315.6 16.8 24.2 4.25

Characteristic component resistances Rk (internal force variable of the distribution slab) Installation surface of the load application: 100 mm x 100 mm and screw image: 50 mm / 50 mm (see amendment 5 of the approval Z-10.9-576)

Console SLK-ALU-TR

Fx,R,k

[kN]Fy,R,k [kN]

Fz,R,k [kN]

Mz,R,k [kNm]

My,R,k [kNm]

Tensile force

Compres-sive force





100

0.0

Com

pres

sive

stre

ss o

nly

over

in

stal

latio

n su

rface

186

mm

x 1

50 m

m

30.7 52.7 4.70

5.63

120 29.1 48.1 4.63

140 27.5 43.6 4.55

160 26.0 39.0 4.48

180 24.4 34.5 4.40

200 72.3 22.8 29.9 4.33

220 21.1 28.0 4.20

240 19.5 26.1 4.07

260 17.8 24.2 3.93

280 16.2 22.3 3.80

300 14.5 20.4 3.67

EJOT SLK-Set (C/M)


57

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Characteristic resistances - limit state suitable for the job

Characteristic component resistances Ck (internal force variable of the distribution slab) Installation surface of the load application: 186 mm x 150 mm and screw image: 150 mm / 50 mm (see amendment 5 of the approval Z-10.9-576)

Console SLK-ALU-TR

Fx,C,k [kN]

Fy,C,k [kN]

Fz,C,k [kN]

Mz,C,k [kNm]

My,C,k [kNm]

Tensile force

Compres-sive force





100 172.8 12.0 22.5

2.50 3.70

120 162.4 11.3 20.6

140 151.9 10.5 18.6

160 141.4 9.78 16.7

180 131.0 9.04 14.7

200 41.0 120.6 8.30 12.8

220 116.9 7.36 11.5 2.28 3.46

240 113.2 6.42 10.2 2.05 3.22

260 109.4 5.48 8.94 1.83 2.98

280 105.7 4.54 7.65 1.60 2.74

300 102.0 3.60 6.36 1.38 2.50

Characteristic component resistances Ck (internal force variable of the distribution slab) Installation surface of the load application: 100 mm x 100 mm and screw image: 50 mm / 50 mm (see amendment 5 of the approval Z-10.9-576)

Console SLK-ALU-TR

Fx,C,k

[kN]Fy,C,k [kN]

Fz,C,k [kN]

Mz,C,k [kNm]

My,C,k [kNm]

Tensile force

Compres-sive force





100

0.0

Com

pres

sive

stre

ss o

nly

over

in

stal

latio

n su

rface

186

mm

x 1

50 m

m

10.3 21.4

2.22 2.62

120 9.66 19.6

140 9.02 17.7

160 8.38 15.9

180 7.74 14.0

200 39.6 7.10 12.2

220 6.30 11.0 2.02 2.45

240 5.49 9.74 1.82 2.28

260 4.69 8.52 1.63 2.11

280 3.88 7.29 1.43 1.94

300 3.08 6.06 1.23 1.77


58

EJOT SLK-Set (C/M)

Rd =

Rk

γM ∙ A2 ∙ A3 ∙ A4

Cd =

Ck

γM ∙ A2 ∙ A3 ∙ A4

ηFx = Fx,E,d

Fx,R,d

ηFy = Fy,E,d

Fy,R,d

ηFz = Fz,E,d

Fz,R,d

ηMy = My,E,d

My,R,d

ηMz = Mz,E,d

Mz,R,d

ηFx = Fx,E,d

Fx,C,d

ηFy = Fy,E,d

Fy,C,d

ηFz = Fz,E,d

Fz,C,d

ηMy = My,E,d

My,C,d

ηMz = Mz,E,d

Mz,C,d

ηFx + ηFy + ηFz + ηMy + ηMz ≤ 1.0

Verification of the utilisation

Limit state of the load-carrying capacity

Limit state of thesuitability for the job

Limit state of the load-carrying capacityBreaking behavior

Lmit state of the suitability for the jobDeformation behavior

Material safety factor γM 1.30 1.12

Influencing factor for media influence A2 1.30 1.10

Influencing factor for termperature influence A3

- tensile force, shear force and bending moment

- in the summer, 80ºC 1.20 1.10

- in the winter, -20ºC 1.20 1.20

- compressive force

- in the summer, 80ºC 2.10 1.20

- in the winter, -20ºC 1.20 1.20

influencing factor for cyclic loading A4 1.10 1.20

The following material safety factor and the following influencing factors have to be applied:

Verification

For all internal forces of a design situation, the utilisation rates ηi have to be determined

Limit state of the load-carrying capacity

Limit state of the suitability for the job

The utilisation rates ηi have to be overlayed linear. It is

For the dimensioning, the details of the approval Z-10.9-576 must be observed.

to be applied.

hori

zont

al

2

vert

ical

1

EJOT SLK-Set (C/M)


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SN = 0,00235 · Fy,k/FZ,k* · D + 0,25 · FX,k + 2,350 · Myk/ MZk*

SN Tensile force acting the screw in kN



Fy,k/ FZ,k* Shear forces acting against the mounting element

in kN (characteristic value)

FX,k Tensile forces acting against the mounting

element in kN (characteristic value)

Myk/ MZk* Bending moment acting against the mounting

element in kNm (characteristic value)

D Mounting element thickness in mm (100 - 300)

SN = 0,00478 · Fy,k/FZ,k* · D + 0,25 · FX,k + 4,785 · Myk/ MZk*

SV = 0,25 · Fy,k/FZ,k*

S = √ S2N + S2

V

1

2

* depending on the alignment point of the element on the wall

see image of the force direction on page 58 (upper left).

Fixing in the substrate - determination of the applied forces


60

EJOT SLK-Set (C/M)

Verification of the utilization of the mechanical fastening on concrete:

SN Tensile load acting on the anchor


SV Lateral forces acting on the anchor


SNR, Zul Permissible diagonal pull forces acting on

the anchor

SVR, Zul Permissible lateral load acting on

the anchor

Verification of the utilization of the mechanical fastening with solid and hollow bricks:

S Diagonal pull loading acting on the anchor


SR, Zul Permissible diagonal pull loading acting on the

anchor

β =

S

≤ 1.0

SR,perm

β =

SN

≤ 1.0 resp. β = SV

≤ 1.0 resp. β = SN

+ SV

≤ 1.2

SNR,Zul SVR,Zul SNR,Zul SVR,Zul

Embedment in the substrate EJOT composite anchor systems Multifix PSF and Multifix VSFbrick)

* The permissible loads of the bearing resistances, depending on the substrates, are stated in the above mentioned European Technical evaluations / approvals.

Substrate Composite anchor systems

ETA

Non-cracked concrete C20/25 to C50/60 (option 7) EJOT Multifix PSF 15/0287

Masonry EJOT Multifix PSF 15/0342

Cracked and non-cracked concrete C20/25 to C50/60 (option 1 and 7) EJOT Multifix VSF 15/0282


EJOT SLK-Set (C/M)

The suitability of the fastening material supplied must be

checked for the existing substrate. In event of unknown

substrate, shear load tests of the fixing material are

necessary before starting assembly on the building.

Requirements on the mechanical fastening Requirements for the external thermal insulationcomposite systemThe EJOT SLK-Set is very straight forward to install.

Advice however, on product positioning should be

sought from both the ETICS system holder and

contractor prior to installation.

Installation:

We recommend moving the EJOT SLK-Set before

bonding the insulating boards. Before being installed,

EJOT SLK-Set must not have any visible damage and

or have been exposed to weather conditions for long

periods. Screwed connections must only be carried out

in the areas intended for the purpose. Any changes to

the EJOT SLK-Set may impair the load-bearing capacity

and is therefore forbidden.

The suitability of the fastening material supplied must

be checked for the existing substrate.

1.) Mark and drill the first borehole.

Drill the masonry with hollow brick without impact.

2.) The boreholes must be thoroughly cleaned

from drilling dust.

Cleaning procedure for concrete or solid brick:

blow out 4 times

brush out 4 times

blow out 4 times

1

2

61

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62

EJOT SLK-Set (C/M)

3.) Position the threaded rod and by putting on the

measuring gauge for the EJOT SLK-Set, align

accurately. Allow the injection resin to harden.

After hardening, remove the measuring gauge and

remove excess material. On masonry with hollow

bricks, injection anchor sleeves must be used in all

cases.

Consumption per heavy-duty console EJOT

SLK-Set

Masonry (with anchor sleeves): 96 ml

Concrete (without anchor sleeves): 32 ml

4.) Assembly of the EJOT SLK-Set. Accurately align

the EJOT SLK-Set on the facade alignment using

spacer washers.

5.) Via the holes in the side, press the injection resin

into the EJOT SLK-Set until this runs out between

the EJOT SLK-Set and the substrate.

Consumption per heavy-duty console

EJOT SLK-Set: 30 ml

6.) Install the insulation boards around the console

without gaps

3

4

5

6

EJOT SLK-Set (C/M)

Subsequent work:

EJOT SLK-Set can be coated using commercially

available coating materials for ETICS systems without

primer.


render.



Screws with metric thread are suitable for the screw

connection into the heavy-duty console EJOT SLK-Set.


1.) Drill a borehole through the compact and aluminium

plate. The drilling depth must be 40 – 50 mm.

Drilling diameter:

M6: 5.0 mm

M8: 6.8 mm

M10: 8.5 mm

M12: 10.2 mm

2.) Cut a thread through the compact and

aluminium plate.

3.) Screw the assembly object into the

EJOT SLK-Set.

The screwing depth into the EJOT SLK-Set must be

at least 35 mm so that the screwed connection is

carried out in the entire thickness of the aluminium

plate embedded.

For determining the total screwing depth, you have

to know the precise thickness of the coating

material on the EJOT SLK-Set.

The necessary screw lengths result from the

screwing depth, the thickness of the coating

material and the thickness of the assembly object.













Observe the manufacturer specifications

for the tightening torque of the screws.

1

2

3

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Glossary

Behaviour of construction products in fireThe construction materials are classified in the

building material categories according to their fire

behaviour.

Classification according to DIN 4102

(Building material category and building authority

designation)

A1 Non-flammable construction materials without

content of combustible construction materials

A2 Non-flammable construction materials with

contents of combustible construction materials

B1 Flame-resistant construction materials

B2 Combustible construction materials

B3 Highly flammable construction materials

Classification according to EN 13501-1

(Class and reference fire scenarios)

A1 Construction products of class A1 do not

contribute to the fire in any phase, including the

fully developed fire Phase. For this reason, it is a

requirement that you are in the position to fulfil

all requirements of the classes specified

below automatically.

A2 Fulfilment of the same criteria as class B with

SIB test procedure according to EN 13823. In

addition, these construction products do not

make any significant contribution to the fire load

and the spreading of a fully developed fire.

B As with class C, but with more stricter

requirements

C As with class D, but with more stricter

requirements. With the additional loading by an

individual burning object, these construction

products also indicate a limited spreading of the

flames to the side.

D Construction products that fulfil the criteria of

class E and are in the position to withstand the

attack of a small flame for a longer period without

any significant spreading of the flame.

They are also in the position to withstand a

loading from an individual burning object with

sufficient delay and limited dissipation of heat.

E Construction products that are in the position to

withstand the attack of a small flame for a longer

period without any significant spreading of the

flame.

F Construction materials that have not been

determined for the fire behaviour or cannot be

classified in the classes A1, A2, B, C, D, E.

Breaking loadsBreak loads are those forces that either lead to a

breakage of the anchorage ground, to the dowel

breaking or being pulled out or to the destruction of the

mounting elements.

Characteristic loadsCharacteristic breaking loads refer to those forces that

are reached or exceeded in 95% of all failure cases

(5% quantile).

DIBtDeutsches Institut für Bautechnik

(German Institute for Building Technology).

DINGerman Institute for Standardization.

Compressive strengthThe compressive strength is the resistance of a

material during the impact of compressive forces. If

the compressive stress is greater than the compressive

strength of a body, it is then destroyed. The compressive

strength is the quotient from the breaking load and the

cross-sectional area of a test specimen. It is normally

designated as force per area (N/mm²) and thus has the

unit of a tension.

Compressive forceCompressive force is a force that acts on a surface

that is directed vertically onto a surface. It is thus

also designated as normal force. The mass unit of the

compressive force is N.

Compressive stressThe mechanical tension (symbol σ) is a term from the

strength of materials, a subsection of the technical

mechanics. It is the force per area (N/mm²) that acts on

the imaginary section surface through a body, a fluid

or a gas. If the compressive stress is greater than the

compressive strength of a body, it is then destroyed.

64

Glossary

Recommended work loadsRecommended workloads or maximum workloads

already have a sufficient safety factor.

FractileSee quantile

IECInternational Electrotechnical Commission

Bonding strengthThe bonding strength (symbol β) serves as the

characteristic value for the surface tensile strength of

coating on a substrate.

JalousiesA jalousie is a sun protection and blind facility for

windows and French doors made from adjustable

horizontal pleats.

AwningAn awning is a frame construction with material secured

to an object that, amongst others, serves as a protection

against the sun, heat, shade or physical protection.

Depending on the type and equipment, it can also be

used as vision and rain protection.

NewtonN Newton (N) is the SI unit for force.

It was named after the English scientist

Isaac Newton.

1 N = 1 m kg/s2

One Newton is thus the force that is required to

uniformly accelerate a body at rest with a mass

of 1 kg to the speed of 1 m/s within one second.

daN One decanewton (daN) is equivalent to 10 Newton

and is commonly used unit in France for

forces (1 daN is equivalent to the weight force

of 1 kg).

kaN One kilonewton (kN) is equivalent to 1000

Newton and is the unit for forces in civil

engineering (1 kN is approximately equivalent to

the weight force of 100 kg).

Newton metreOne Newton metre (N m) is the SI unit for the variable

torque (torsion). One Newton metre is the torque that

one force (F) generates from one Newton with a lever

arm (r) of one metre at the rotation point.

Torque = force x lever arm

Quantile

Quantile Fε% (also Fractile) designates a certain

characteristic of a series of measurements that lay

below or above this by only a certain percent rate ε of

all measurement values. The specification of such a

quantile value can only be specified with a confidence

level (W) as the quantile value is only determined from

a limited number of measurements. Without further

specifications, in this documentation the quantile is

defined with ε = 5% and with a confidence level

W = 90%.

Shear forceThe shear force is a force that acts vertically to the

primary axis of a straight-line co-ordinate system.

Perpendicular to it, that means the normal force acts in

the direction of the primary axis.

Raff slat blindsSee jalousie

Roller shutterA roller shutter is a moving lamellae-type construction

arranged rolled-up in the lintel area above windows and

French windows that serves as an additional closing via

the openings on the outside of the building by lowering

along two guide rails using a strap. This predominantly

serves as a sun protection and blind facility but however,

with respective versions, can also take over the function

as anti-burglar protection.

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Glossary

Safety factorThe safety factor specifies by which factor that the

failure limit of a structure, component or material must

be dimensioned higher as it should be by theoretic

determinations.

With the global safety assessment, as its name

suggests, a global safety factor is used for the

verification of the load carrying capacity. This means

that the characteristic breaking loads divided by

the global safety factor must be greater that the

characteristic working loads.

The global safety factor γ is put together from a

material safety factor γM and a safety factor of the

impact γL.

Storen (Shutters)Storen (shutters) is a Swiss term. Storen (shutters)

is designated as everything that has to do with sun

protection. It can be an awning, a jalousie, a Raff slat

blind or a shutter.

Coefficient of thermal transmittance

See thermal conductivity coefficient

Thermal bridges Due to their shape, e.g., external building corners

where the material structure is otherwise the same

or, with component connections with the resulting

material change of construction materials of different

thermal conductivity, e.g., with projecting balcony

plates, ceiling cavity wall junctions, window and

door joints, penetrations for balconies, steel girders,

supports, etc. thermal bridges may occur.

Thermal bridge loss coefficient The thermal bridge loss coefficient is a calculation

variable for the detailed calculation of the transmission

heat requirement or, the annual heat energy demand,

quantitative for linear thermal bridges (Psi value) per

running metre W/Cm and with point thermal bridges

(Chi value) per thermal bridge W/C.

Thermal conductivity coefficientThe thermal conductivity coefficient (also heat transfer

coefficient, heat transmission coefficient, former

k-Value) is a value for the heat transfer through a single

or multi-layer material layer if different temperatures are

at hand on both sides. It specifies the amount of energy

that flows through an area of 1 m² in one hour if the air

temperatures at hand on both sides differ by 1 K.

The thermal conductivity coefficient in W/Km² is a

specific parameter of the material composition of a

component.

Thermal conductivityThe thermal conductivity (symbol ) is a material

property that expresses how good the heat transfer

takes place in a material. The thermal conductivity in

W/Km is a specific parameter of a component.

Tensile forceIn physics, tensile force is the designation of a force that

pulls something, thus, acts upon the force generator.

As with compression force, it is also designated as

normal force and has the same unit of measurement N.

A negative tensile force is equivalent to a compression

force.

ValidityAll information was state of the art at the time of

printing. Guarantee or an obligation for the application

case cannot be derived as the implementation and work

conditions are beyond our control.

We reserve the right to make changes and further

developments.

These conditions are effective when placing an order.

All changes must always be in writing.

66

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69

Notes

Imprint

70

PublisherEJOT Baubefestigungen GmbH

D-57334 Bad Laasphe

Layout and realisationEJOT Baubefestigungen GmbH

D-57334 Bad Laasphe

KRAFTJUNGS GmbH

D-76571 GAGGENAU

Image graphicsKRAFTJUNGS GmbH

D-76571 GAGGENAU

PrintVorländer GmbH & Co. KG

D-57072 Siegen

Legal notesEJOT products are constantly enhanced.

They are subject to technical changes, assortment and

price changes. During planning and use of our products

please comply with accepted engineering rules, planning

laws as well as relevant safety regulations.

The national technical approvals granted to our products

can be downloaded on the Internet at www.bau.ejot.de

General terms and conditionsOur current General Terms and Conditions of business can

also be found at www.ejot.de (footer: GTCT)

© 2014 by EJOT Baubefestigungen GmbH

EJOT®, ejotherm®, Delta PT® und PT® are registered

trademarks of EJOT GmbH & Co. KG.

CRONIMAKS®, Corremaks®, EJOFAST®, Dabo®,

ECOmate®, FR-variotool® and Solar Ready® are

registered trademarks of EJOT Baubefestigungen GmbH.

DEKTITE® is a registered trademark of Deks Industries

Pty. Ltd., Bayswater Victoria, AU.

TORX®,TORX PLUS® und AUTOSERT® are registered

trademarks of Acument Intellectual Properties, LLC,

Troy Mich., US.

International contact

www.globalfasteneralliance.com

AustriAEJOt Austria GmbH & Co KGGrazer Vorstadt 146 A-8570 Voitsberg phone: +43 3142 2 76 00-0 fax: +43 3142 2 76 00-30 e-Mail: [email protected] Internet: www.ejot.at

BAltiC stAtEsuAB EJOt BalticTitnago g. 19 LT-02300 Vilnius phone: +370 5 23 11-437 fax: +370 5 23 11-439 e-Mail: [email protected]: www.ejot.lt

BENEluxEJOt Benelux bvba/sprlReedonk 19-1B-2880 Bornemphone: +32 3 740 79 70fax: +32 3 740 79 79e-Mail: [email protected] Internet: www.ejot.be

BrAZilEJOt sistemas de Fixação ltda. Av. Eng. Carlos Reinaldo Mendes, 3200 Alto da Boa Vista 18013-280 - Sorocaba/SP - Brazilphone: +55 (0) 15 3359-0767e-Mail: [email protected]: www.ejot.com.br

BulGAriAEJOt Bulgaria EOOD & Co. KDLogistic center "Mimi DM" No 31BG - Miroviane 1289 phone: +359 2421 96 37fax: +359 2421 96 37e-Mail: [email protected]

BOsNiA AND HErZEGOViNAEJOt d.o.o. sarajevoRajlovacka b.b.BiH-71000 Sarajevophone: +387 33 782 760e-Mail: [email protected]

CHiNAEJOt Fastening system (taicang) Co., ltdNo.165 Fada Road Taicang Development Zone Taicang, Jiangsu ProvinceP.R. China 215413phone: +86 512 53565290-105fax: +86 512 53566292e-Mail: [email protected]: www.ejot.cn

CrOAtiAEJOt spojna tehnika d.o.o.Franje Lučića 23/3HR-10090 Zagrebphone: +385 1 349 86 12fax: +385 1 349 89 63e-Mail: [email protected]

CZECH rEpuBliCEJOt CZ, s.r.o.Zdĕbradská 65CZ-25101 Řičany-Jažlovicephone: +420 323 62 78 11fax: +420 323 62 78 20e-Mail: [email protected]: www.ejot.cz

DENmArKEJOt Danmark ApsIndustrisvinget 8 DK-4683 Rønnede phone: +45 56 39 08 42fax: +45 56 39 91 06e-Mail: [email protected]: www.ejot.dk

FrANCEEJOt France s.à.r.l.Z.l. rue du ClimontF-67220 Villéphone: +33 388 58 92 00fax: +33 388 58 92 01e-Mail: [email protected]: www.ejot.fr

GErmANyEJOt Baubefestigungen GmbHIn der Stockwiese 35D-57334 Bad Laasphe, Germanyphone: +49 2752 908-0fax: +49 2752 908-731e-Mail: [email protected]: www.ejot.de

HuNGAryEJOt Hungaria Kft.H-1239 BudapestÓcsai út 1-3phone: +36 1 289 30 90fax: +36 1 289 30 91e-Mail: [email protected]: www.ejot.hu

iNDiAlps-EJOt Fastening systems pvt. ltd.A-501/502, Millennium Plaza, Sector-27, Gurgaon -1240022, Haryana, lndiaphone: +91 124 4200 492fax: +91 124 4200 493mobile: +91 98180 7 77 92e-Mail: [email protected]

itAlyEJOt tecnologie di fissaggio S.a.s.Via Marco Polo 16I-35011 Campodarsego (PD)phone: +39 049 98690 00e-Mail: [email protected]: www.ejot.it

mExiCOEJOt AtF Fasteners de méxico y Compañía, s. en C. División Fijaciones para la ConstrucciónAv. Del Siglo No. 180 Parque Industrial MillenniumSan Luis Potosí S.L.P.C.P. 78395 Méxicophone: +52 444 8 70 82 25e-Mail: [email protected]: www.ejot-atf.com

NOrwAyEJOt Festesystem A/sAslakveien 20AN-0701 Oslophone: +47 23 25 30 40fax: +47 23 25 30 41e-Mail: [email protected]: www.ejot.no

pOlANDEJOt polska Spółka z ograniczoną odpowiedzialnością Spółka komandytoUl. Jeżowska 9 PL-42-793 Ciasna phone: +48 34 351 06 60 fax: +47 23 353 54 10 e-Mail: [email protected] Internet: www.ejot.pl

rOmANiAEJOt romania srlStr. Depozitelor 27RO-110078 Pitestiphone: +40 248 223 886fax: +40 248 223 887e-Mail: [email protected]

russiAOOO EJOt wostok105523 Moscow, Russia Shelkovskoe sh.100, Bldg. 1, office 511phone: +7 495 941 95 84 fax: +7 495 941 95 84e-Mail: [email protected]: www.ejot.ru

sErBiAEJOt tehnika spajanja d.o.o. Autoput Beograd-Novi Sad 296X SCG-Serbia, 11080 Zemunphone: +381 11 748 60 82fax: +381 11 748 00 56e-Mail: [email protected]

siNGApOrEEJOT Asia Pacific Pte. Ltd.32 Old Toh Tuck Road#04-05 I.Biz CentreSingapore 597658phone: +65 65 62 8600fax: +65 65 62 8601e-Mail: [email protected]

slOVAKiAEJOt slovakia, s.r.o.Juzná trieda 82 (Areál VSS)SK-04017 Košicephone: +421 55 622 17 60fax: +421 55 678 09 57e-Mail: [email protected]: www.ejot.sk

spAiN

EJOt ibérica s. l.Pol. P 29 - C/ Azuela 78, nave 4E-28400 Collado Villalba (Madrid)phone: +34 91 286 10 20fax: +34 91 286 10 21e-Mail: [email protected] Internet: www.ejot.es

swEDENEJOt & AVDEl system ABSandtagsvägen 9S-70236 Örebrophone: +46 19 20 65 00fax: +46 19 20 65 14e-Mail: [email protected]: www.ejot-avdel.se

switZErlANDEJOT Switzerland AGUttwiler Strasse 3CH-8582 Dozwilphone: +41 71 414 52 22fax: +41 71 414 52 50 e-Mail: [email protected]: www.ejot.ch

tAiwANEJOt taiwan BranchNo. 8, Aly. 81, Ln. 296, Xinya Rd., Qianzhen Dist. 80673 Kaohsiung, Taiwan, R.O.C.phone: +886 7 811 08 18e-Mail: [email protected]

turKEyEJOT TezmakCebeci Cad. No. 84TR-34250 Küçükköy-Istanbulphone: +90 212 477 77 92-95fax: +90 212 538 00 93e-Mail: [email protected]: www.ejot-tezmak.com

uNitED ArAB EmirAtEsEJOt middle East FZESharjah Airport International Free ZoneP.O. Box 120588 SharjahUnited Arab Emirates phone: +971 6 557 97-70fax: +971 6 557 97-75 e-Mail: [email protected] Internet: www.ejot.com

uNitED KiNGDOmEJOt u.K. ltd.Hurricane CloseSherburn Enterprise ParkSherburn- in- ElmetGB-Leeds, LS25 6PBphone: +44 1977 68 70 40fax: +44 1977 68 70 41e-Mail: [email protected]: www.ejot.co.uk

usAEJOt Fastening systems l.p.9900 58th Place, Suite 300Kenosha, Wisconsin 53144 USAphone: +1 262 612 35 50fax: +1 262 721 12 45Internet: www.ejot-usa.com

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EJOT Baubefestigungen GmbHIn der Stockwiese 35

D-57334 Bad Laasphe, Germany

phone: +49 2752 908-0

fax: +49 2752 908-731

e-Mail: [email protected]

Internet: www.ejot.com

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