Impol / Solar Mounting Systems

Solar mounting systems Building foundations for a greener future

PITCHED ROOFS

FLAT ROOFS

GROUND MOUNTING SYSTEMS

CARPORT SYSTEMS

2

Solar Mounting Systems

03

Solar Mounting Systems Building foundations for a greener future

04

Solar Mounting Systems

Production and sales of over 160.000 tons of aluminium products Since 1825

1825

160.000

What we do?

Extruded and drawn products, rolled products, foundry...

500,000.000

Annual turnover exceeds 500 million Euros

90 % 90% of exports goes to European Union and the rest to the US, Middle East, Australia, South America...

1700 More than 1700 employees

05

Our values lead us to our success With innovative approach and keen employees we can successfully adapt ourselves to different business situations and changes in broader and narrow business environment, which leads us to excellence applicable through the whole business process.

It is difficult to create quality products and mould them into stable, save and topmost faultless constructions. People at Impol can do this with great pleasure. Our aluminium products and their alloys are produced according to received orders and are sold globally. We trade our products and constantly adapt to the needs of the individuals. We gained trust from many business partners to whom we have proven that we are not only punctual and flexible but also exact and always striving for quality. We invest in our employees, because we know that it is them who are the real joints of our company. It is this comprehension that leads us to further education of our skilled workers who can guarantee you the know-how affordable to satisfy your needs.

Development is the key component of our essence. It guides us to follow the latest trends and quality products. We help ourselves through our business processes with the latest technology and impulsion and achieve enviable results. We also take care of our environment that gives us the raw material for our existence and do everything to pay it back. One of the main reasons of starting our business of solar mounting systems is our inclination to environmental activities. We carry out programmes for minimizing unacceptable influences on our environment and every year we set ourselves new goals concerning the matter.

Changes force us into constant improvement that is guided by the whish of being the very best and the most innovative company.

Impol-Montal d.o.o.

Partizanska ulica 38 2310 Slovenska Bistrica Slovenija telephone: +386 (0)2 845 31 56 fax: +386 (0)2 845 32 17 e-mail: info@impolsolar.com web: www.impolsolar.com

06

Content Solar Mounting Systems

Pitched Roofs

Flat Roofs

Ground Mounting Systems

PAGES 08 - 11

PAGEs 12 - 17

PAGEs 18 - 29

10 Characteristics of the system

14 Characteristics of the system

20 Characteristics of the system

10 Orientation of modules

14 D ifferent kinds of constructions and installations

20 Types

14 Orientation of modules

22 Orientation of modules

15 Possible installations on the roof

23 Mounting options

10 Possible installations on the roof 11 Fixation Elements

21 Various foundation options

17 Fixation Elements

Pitched Roofs

Flat Roofs

07

Carport Systems

Accessories

Service

PAGEs 30 - 35

PAGEs 36 - 64

PAGEs 65 - 66

32 Characteristics of the system

36 Marking system

65 Service

32 Types

36 Primary profileS

32 Various foundation options

40 SECONDARY PROFILES

33 Orientation of modules

41 TRIANGLE COMPONENTS

33 Features of module mounting

42 SUPPORTING PROFILES

34 Mounting options

44 Dilatation profiles 47 STEEL MOUNTING POSTS 48 PRE-ASSEMBLED CLAMPS FOR MODULE FIXATION 49 PRE-ASSEMBLED ELEMENTS FOR PROFILE CONNECTION 49 Dilatation structures 51 SUPPORTING CONSTRUCTION 52 FIXATION ELEMENTS 54 PRE-ASSEMBLED TRIANGLES 55 SUPPORTING CONSTRUCTION – CARPORT SYSTEMS 56 CLAMPS FOR MODULES 57 ELEMENTS FOR PROFILE CONNECTION 58 SYSTEM FIXATION ELEMENTS 60 OTHER CONSTRUCTION ELEMENTS 62 STANDARD ELEMENTS

Ground Mounting Systems

Carport Systems

PITCHED ROOFS

08

Solar Mounting Systems

PITCHED ROOFS

09

10

Solar Mounting Systems

PITCHED ROOFS

PITCHED ROOFS 1

Characteristics of the system uick assembly q  cross rail mounting 

2

Orientation of modules An indefinite number of vertically oriented modules is possible.

VERTICAL ORIENTATION OF MODULES

3

l ight construction  suitable for all types of roof covering 

HORIZONTAL ORIENTATION OF MODULES

An indefinite number of horizontally oriented modules is possible.

Possible installations on the roof PR-PN-MV

p itched roof c ross rail mounting  v ertically oriented modules  

7 6

NAME

DESCRIPTION

1

CA05.002.01 CA05.012.01

PRE-ASSEMBLED TRAPEZOIDAL ELEMENT

2

BP01.01_xxx BP02.01_xxx

Primary profile

3

CA02.006.01

PRE-ASSEMBLED HIGH CLAMP FOR PROFILE FIXATION

4

BP01.01_xxx BP02.01_xxx

Primary profile

5

CA01.001.01 CA01.003.01 CA01.005.01

PRE-ASSEMBLED END CLAMP FOR MODULE FIXATION

6

CA01.002.01 CA01.004.01 CA01.006.01

PRE-ASSEMBLED MIDDLE CLAMP FOR MODULE FIXATION

7

PV-MODUL

5

4

3 2 1

11

PR-PH-MV

p itched roof h orizontally adjusted profiles  v ertically oriented modules 

PITCHED ROOFS



4

3 5

2

NAME

DESCRIPTION

1

CA05.004.01 CA05.005.01 CA05.006.01 CA05.007.01

PRE-ASSEMBLED ROOF HOOK

2

BP01.01_xxx BP02.01_xxx

Primary profile

3

CA01.001.01 CA01.003.01 CA01.005.01

PRE-ASSEMBLED END CLAMP FOR MODULE FIXATION

4

CA01.002.01 CA01.004.01 CA01.006.01

PRE-ASSEMBLED MIDDLE-CLAMP FOR MODULE FIXATION

5

PV-MODUL

1

PR-PV-MH

p itched roof v ertically adjusted profiles  h orizontally oriented modules  

3

5

2 1 4

4

NAME

DESCRIPTION

1

CA05.002.01 CA05.012.01

PRE-ASSEMBLED TRAPEZOIDAL ELEMENT

2

BP01.01_xxx BP02.01_xxx

Primary profile

3

CA01.001.01 CA01.003.01 CA01.005.01

PRE-ASSEMBLED END CLAMP FOR MODULE FIXATION

4

CA01.002.01 CA01.004.01 CA01.006.01

PRE-ASSEMBLED MIDDLE CLAMP FOR MODULE FIXATION

5

PV-MODUL

Fixation Elements PRE-ASSEMBLED ROOF HOOK

Roof hooks are used for plain tile coverings.

PRE-ASSEMBLED FIXATION SCREW

Fixation screws are used for corrugated roofs as well as for trapezoidal sheet metal roofing.

PRE-ASSEMBLED TRAPEZOIDAL ELEMENT

Trapezoidal fixation element is a proven fixation for trapezoidal sheet metal roofs.

FLAT ROOFS

12

Solar Mounting Systems

FLAT ROOFS

13

14

Solar Mounting Systems

FLAT ROOFS 1

Characteristics of the system

FLAT ROOFS

easy assembly  swift assembly  easy load transmission  light construction  few elements 

2

 

Different kinds of constructions and installations CD SYSTEM

WS SYSTEM

Installation with fixation modules.

Dip = 15–45˚ (division 5˚) 3

simple mountig several combination options according to secondary profile are possible: rightangled, parallel or under certain angle

IT SYSTEM

Installation with loading solutions.

Dip = 15–45˚ (division 5˚)

Installation with system related connectors.

Dip = 15–45˚ (division 5˚)

Orientation of modules VERTICAL ORIENTATION OF MODULES

HORIZONTAL ORIENTATION OF MODULES

1-V

1 row of vertically oriented modules.

2-V

2 rows of vertically oriented modules.

2-H

2 rows of horizontally oriented modules.

3-H

3 rows of horizontally oriented modules.

15

Possible installations on the roof FR-CD-1MV

fl at roof profiles adjusted with the CD system  1 row of modules mounted vertically to the profile  

7 8

6

NAME

DESCRIPTION

1

CA05.002.01

PRE-ASSEMBLED TRAPEZOIDAL ELEMENT

2

BP01.01_xxx BP02.01_xxx

Primary profile

3

CA02.006.01

PRE-ASSEMBLED HIGH CLAMP FOR PROFILE FIXATION

4

14492.02.2.001.00*

TRIANGLE (The length is defined according to the angle.)

5

BP01.01_xxx BP02.01_xxx

Primary profile

6

CA01.001.01 CA01.003.01 CA01.005.01

PRE-ASSEMBLED END CLAMP FOR MODULE FIXATION

7

CA01.002.01 CA01.004.01 CA01.006.01

PRE-ASSEMBLED MIDDLE CLAMP FOR MODULE FIXATION

8

PV-MODUL

5

4

3 2 1

FR-CD-2MV or 3mH

fl at roof profiles adjusted with the CD system  2 rows of modules mounted vertically to the profiles (or 3 rows of modules mounted horizontally to the profiles)  

7

6 8 5 3 4

3 2 1

NAME

DESCRIPTION

1

CA05.002.01

PRE-ASSEMBLED TRAPEZOIDAL ELEMENT

2

BP01.01_XXX BP02.01_XXX

Primary profile

3

CA02.006.01

PRE-ASSEMBLED HIGH CLAMP FOR PROFILE FIXATION

4

14492.02.2.004.00*

TRIANGLE (The length is defined according to the angle.)

5

BP01.01_XXX BP02.01_XXX

Primary profile

6

CA01.001.01 CA01.003.01 CA01.005.01

PRE-ASSEMBLED END CLAMP FOR MODULE FIXATION

7

CA01.002.01 CA01.004.01 CA01.006.01

PRE-ASSEMBLED MIDDLE CLAMP FOR MODULE FIXATION

8

PV-MODUL

FLAT ROOFS

4

16

Solar Mounting Systems

FR-WS-1MV

fl at roof profiles adjusted with the WS system  1 row of modules mounted vertically to the profiles  

9

8 10

NAME

DESCRIPTION

1

CP0031.01

CONCRETE BLOCK

2

BP01.01_xxx BP02.01_xxx

Primary profile

3

CA02.006.01

PRE-ASSEMBLED HIGH CLAMP FOR PROFILE FIXATION

4

14492.02.2.004.00*

TRIANGLE (The length is defined according to the angle.)

6 5 7

FLAT ROOFS

3

4

3

5

CP0032.01

WINDSHIELD

6

CP0016.01

SELF DRILLING SCREW

7

BP01.01_xxx BP02.01_xxx

Primary profile

8

CA01.001.01 CA01.003.01 CA01.005.01

PRE-ASSEMBLED END CLAMP FOR MODULE FIXATION

9

CA01.002.01 CA01.004.01 CA01.006.01

PRE-ASSEMBLED MIDDLE CLAMP FOR MODULE FIXATION

10

PV-MODUL

2

1

FR-IT-1MV

fl at roof profiles adjusted vertically with the IT system  1 row of modules mounted vertically to the profiles  

7

6 8

5 3 4

3 2 1

NAME

DESCRIPTION

1

CA05.010.01

LOAD-BEARING STRUCTURE FOR MEMBRANE ROOFS

2

BP02.01_xxx BP03.01_xxx

Primary profile

3

CA02.006.01

PRE-ASSEMBLED HIGH CLAMP FOR PROFILE FIXATION

4

14492.02.2.004.00*

TRIANGLE (The length is defined according to the angle.)

5

BP01.01_xxx BP02.01_xxx

Primary profile

6

CA01.001.01 CA01.003.01 CA01.005.01

PRE-ASSEMBLED END CLAMP FOR MODULE FIXATION

7

CA01.002.01 CA01.004.01 CA01.006.01

PRE-ASSEMBLED MIDDLE CLAMP FOR MODULE FIXATION

8

PV-MODUL

17

FR-cd-1MH

fl at roof profiles adjusted with the CD system  1 row of modules mounted horizontally to the profiles  

6

NAME

DESCRIPTION

1

CA05.002.01 CA05.012.01

PRE-ASSEMBLED TRAPEZOIDAL ELEMENT

2

BP01.01_XXX BP02.01_XXX

Primary profile

3

CA02.006.01

PRE-ASSEMBLED HIGH CLAMP FOR PROFILE FIXATION

4

14492.02.2.007.00

TRIANGLE (The length is defined according to the angle.)

5

BP01.01_XXX BP02.01_XXX

Primary profile

6

CA01.001.01 CA01.003.01 CA01.005.01

PRE-ASSEMBLED END CLAMP FOR MODULE FIXATION

7

PV-MODUL

5

4

3 2 1

5

Fixation Elements LOAD BEARING STRUCTURE

Load bearing structure is used for membrane roof coverings.

Trapezoidal fixation element

Trapezoidal fixation element is a proven fixation for trapezoidal sheet metal roofs.

PRE-ASSEMBLED FIXATION SCREW

Pre-assembled screw is used for trapezoidal metal roofs and also for corrugated roof coverings.

CONCRETE BLOCK

Concrete block works well with systems without roof penetrations.

FLAT ROOFS

7

GROUND MOUNTING SYSTEMS

18

Solar Mounting Systems

GROUND MOUNTING SYSTEMS

19

20

Solar Mounting Systems

GROUND MOUNTING SYSTEMs

GROUND MOUNTING SYSTEMS 1

Characteristics of the system

fixation of the primary profile to the post without the middle connector angle adjustment of the construction  height adjustment  joints without middle connectors (without adjustment heads)  

2

Types ONE POST

TWO POSTS

21

Various foundation options One post

TWO postS

1C-N

One driven post

1C-W

One pre-cast concrete ballast

1C-R

One concrete pier

2C-n

Two driven posts

2c-f

Concrete pier foundation

2c-W

Two pre-cast concrete ballasts

2c-R

Two concrete piers

2c-K

Two helical pile posts

GROUND MOUNTING SYSTEMs

3

22

Solar Mounting Systems

4

Orientation of modules

GROUND MOUNTING SYSTEMs

VERTICALLY ORIENTED MODULES

1-V

1 row of vertically oriented modules

2-V

2 rows of vertically oriented modules

3-V

3 rows of vertically oriented modules

1-H

1 row of horizontally oriented modules

2-H

2 rows of horizontally oriented modules

3-H

3 rows of horizontally oriented modules

4-H

4 rows of horizontally oriented modules

5-H

5 rows of horizontally oriented modules

6-H

6 rows of horizontally oriented modules

HORIZONTALLY ORIENTED MODULES

23

Mounting options 1C-N_1MV

o n one driven post 1 row of modules  vertically oriented modules  

8

7 9

NAME

DESCRIPTION

1

KP02.01_50

DRIVEN POST

2

CA03.004.01

SUPPORTING CONSTRUCTION (THE LENGTH IS ADJUSTED ACCORDING TO THE ANGLE)

3

RP01.01_XXX

SECONDARY PROFILE

4

CA03.007.01

PRE-ASSEMBLED CLAMP FOR FIXATION OF A SUITABLE PRIMARY PROFILE TO THE POST

5

BP03.01_XXX

Primary profile

6

CA02.001.01

PRE-ASSEMBLED LOW CLAMP FOR FIXATION OF THE PROFILES

7

CA01.001.01 CA01.003.01 CA01.005.01

PRE-ASSEMBLED END CLAMP FOR MODULE FIXATION

8

CA01.002.01 CA01.004.01 CA01.006.01

PRE-ASSEMBLED MIDDLE CLAMP FOR PROFILE FIXATION

9

PV-MODUL

6 5 3

4

1 2

1C-N_2MV

o n one driven post 2 rows of modules  vertically oriented modules  

9

8 10 7

NAME

DESCRIPTION

1

KP02.01_70

DRIVEN POST

2

CA03.011.01

SUPPORTING CONSTRUCTION (THE LENGTH IS ADJUSTED ACCORDING TO THE ANGLE)

3

CA03.009.01

PRE-ASSEMBLED CLAMP FOR FIXATION OF A SUITABLE PRIMARY PROFILE TO THE POST (2)

4

CA03.007.01

PRE-ASSEMBLED CLAMP FOR FIXATION OF A SUITABLE PRIMARY PROFILE TO THE POST (1)

5

RP01.01_XXX

SECONDARY PROFILE

6

BP03.01_XXX

Primary profile

7

CA02.001.01

PRE-ASSEMBLED LOW CLAMP FOR FIXATION OF THE PROFILES

8

CA01.001.01 CA01.003.01 CA01.005.01

PRE-ASSEMBLED END CLAMP FOR MODULE FIXATION

9

CA01.002.01 CA01.004.01 CA01.006.01

PRE-ASSEMBLED MIDDLE CLAMP FOR PROFILE FIXATION

10

PV-MODUL

6

5

4 3

1

2

GROUND MOUNTING SYSTEMs

5

24

Solar Mounting Systems

1C-N_1MH

  

o n one driven post 1 rows of modules h orizontally oriented modules

7 8 6 5 3

4

GROUND MOUNTING SYSTEMs

1

2

1C-N_2MH

  

NAME

DESCRIPTION

1

KP02.01_50

DRIVEN POST

2

CA03.004.01

SUPPORTING CONSTRUCTION (THE LENGTH IS ADJUSTED ACCORDING TO THE ANGLE)

3

RP01.01_XXX

SECONDARY PROFILE

4

CA03.007.01

PRE-ASSEMBLED CLAMP FOR FIXATION OF A SUITABLE PRIMARY PROFILE TO THE POST

5

BP03.01_XXX

Primary profile

6

CA02.001.01

PRE-ASSEMBLED LOW CLAMP FOR FIXATION OF THE PROFILES

7

CA01.001.01 CA01.003.01 CA01.005.01

PRE-ASSEMBLED END CLAMP FOR MODULE FIXATION

8

PV-MODUL

o n one driven post 2 rows of modules h orizontally oriented modules

8 10 7 6

NAME

DESCRIPTION

1

KP02.01_70

DRIVEN POST

2

CA03.011.01

SUPPORTING CONSTRUCTION (THE LENGTH IS ADJUSTED ACCORDING TO THE ANGLE)

3

RP01.01_XXX

SECONDARY PROFILE

4

CA03.007.01

PRE-ASSEMBLED CLAMP FOR FIXATION OF A SUITABLE PRIMARY PROFILE TO THE POST (1)

5

CA03.009.01

PRE-ASSEMBLED CLAMP FOR FIXATION OF A SUITABLE PRIMARY PROFILE TO THE POST (2)

6

BP03.01_XXX

Primary profile

7

CA02.001.01

PRE-ASSEMBLED LOW CLAMP FOR FIXATION OF THE PROFILES

8

CA01.001.01 CA01.003.01 CA01.005.01

PRE-ASSEMBLED END CLAMP FOR MODULE FIXATION

9

CA01.002.01 CA01.004.01 CA01.006.01

PRE-ASSEMBLED MIDDLE CLAMP FOR MODULE FIXATION

10

PV-MODUL

9

3

4 5

1

2

25

1C-N_3MH

  

o n one driven post 3 rows of modules h orizontally oriented modules

8

6

9

NAME

DESCRIPTION

1

KP02.01_70

DRIVEN POST

2

CA03.011.01

SUPPORTING CONSTRUCTION (THE LENGTH IS ADJUSTED ACCORDING TO THE ANGLE)

3

RP01.01_xxx

SECONDARY PROFILE

4

CA03.007.01

PRE-ASSEMBLED CLAMP FOR FIXATION OF A SUITABLE PRIMARY PROFILE TO THE POST (1)

5

CA03.009.01

PRE-ASSEMBLED CLAMP FOR FIXATION OF A SUITABLE PRIMARY PROFILE TO THE POST (2)

6

BP03.01_xxx

Primary profile

7

CA02.001.01

PRE-ASSEMBLED LOW CLAMP FOR FIXATION OF THE PROFILES

8

CA01.001.01 CA01.003.01 CA01.005.01

PRE-ASSEMBLED END CLAMP FOR MODULE FIXATION

9

CA01.002.01 CA01.004.01 CA01.006.01

PRE-ASSEMBLED MIDDLE CLAMP FOR MODULE FIXATION

10

PV-MODUL

3

4 5

1

2

o n two driven posts 2 rows of modules  vertically oriented modules

2C-N_2MV

 

8

7 9

6 5 4

NAME

DESCRIPTION

1

KP04.01_50

DRIVEN POST

2

KP04.01_50

DRIVEN POST

3

CA03.007.01

PRE-ASSEMBLED CLAMP FOR FIXATION OF A SUITABLE PRIMARY PROFILE TO THE POST (1)

4

RP01.01_XXX

SECONDARY PROFILE

5

BP03.01_XXX

Primary profile

6

CA02.001.01

PRE-ASSEMBLED LOW CLAMP FOR FIXATION OF THE PROFILES

7

CA01.001.01 CA01.003.01 CA01.005.01

PRE-ASSEMBLED END CLAMP FOR MODULE FIXATION

8

CA01.002.01 CA01.004.01 CA01.006.01

PRE-ASSEMBLED MIDDLE CLAMP FOR MODULE FIXATION

9

PV-MODUL

3

1

2

GROUND MOUNTING SYSTEMs

10 7

26

Solar Mounting Systems

2C-N_3MV

o n two driven posts 3 rows of modules  vertically oriented modules  

10 9 11 8 7

NAME

DESCRIPTION

1

KP03.01_70

DRIVEN POST

4 5

GROUND MOUNTING SYSTEMs

6

1

3 2

2C-N_3MH

  

2

KP03.01_70

DRIVEN POST

3

CA03.008.01

SUPPORTING CONSTRUCTION

4

RP01.01_XXX

SECONDARY PROFILE

5

CA03.007.01

PRE-ASSEMBLED CLAMP FOR FIXATION OF A SUITABLE PRIMARY PROFILE TO THE POST (1)

6

ca03.009.01

PRE-ASSEMBLED CLAMP FOR FIXATION OF A SUITABLE PRIMARY PROFILE TO THE POST (2)

7

bp03.01_XXX

Primary profile

8

CA02.001.01

PRE-ASSEMBLED LOW CLAMP FOR FIXATION OF THE PROFILES

9

CA01.001.01 CA01.003.01 CA01.005.01

PRE-ASSEMBLED END CLAMP FOR MODULE FIXATION

10

CA01.002.01 CA01.004.01 CA01.006.01

PRE-ASSEMBLED MIDDLE CLAMP FOR MODULE FIXATION

11

PV-MODUL

o n two driven posts 3 rows of modules h orizontally oriented modules

7 9 6 5 8

4 3

1 2

NAME

DESCRIPTION

1

KP04.01_50

DRIVEN POST

2

KP04.01_50

DRIVEN POST

3

CA03.007.01

PRE-ASSEMBLED CLAMP FOR FIXATION OF A SUITABLE PRIMARY PROFILE TO THE POST (1)

4

RP01.01_XXX

SECONDARY PROFILE

5

BP03.01_XXX

Primary profile

6

CA02.001.01

PRE-ASSEMBLED LOW CLAMP FOR FIXATION OF THE PROFILES

7

CA01.001.01 CA01.003.01 CA01.005.01

PRE-ASSEMBLED END CLAMP FOR MODULE FIXATION

8

CA01.002.01 CA01.004.01 CA01.006.01

PRE-ASSEMBLED MIDDLE CLAMP FOR MODULE FIXATION

9

PV-MODUL

27

2C-N_4MH

  

o n two driven posts 4 rows of modules h orizontally oriented modules

11 9 8 7 4

10

NAME

DESCRIPTION

1

KP03.01_70

DRIVEN POST

6

3

2

KP03.01_70

DRIVEN POST

3

CA03.008.01

SUPPORTING CONSTRUCTION

4

RP01.01_XXX

SECONDARY PROFILE

5

CA03.007.01

PRE-ASSEMBLED CLAMP FOR FIXATION OF A SUITABLE PRIMARY PROFILE TO THE POST (1)

6

CA03.009.01

PRE-ASSEMBLED CLAMP FOR FIXATION OF A SUITABLE PRIMARY PROFILE TO THE POST (2)

7

BP03.01_xxx

Primary profile

8

CA02.001.01

PRE-ASSEMBLED LOW CLAMP FOR FIXATION OF THE PROFILES

9

CA01.001.01 CA01.003.01 CA01.005.01

PRE-ASSEMBLED END CLAMP FOR MODULE FIXATION

10

CA01.002.01 CA01.004.01 CA01.006.01

PRE-ASSEMBLED MIDDLE CLAMP FOR MODULE FIXATION

11

PV-MODUL

1 2

2C-N_5MH

  

o n two driven posts 5 rows of modules h orizontally oriented modules

9

11 8 7

10 6

NAME

DESCRIPTION

1

KP03.01_70

DRIVEN POST

2

KP03.01_70

DRIVEN POST

3

CA03.008.01

SUPPORTING CONSTRUCTION

4

CA03.007.01

PRE-ASSEMBLED CLAMP FOR FIXATION OF A SUITABLE PRIMARY PROFILE TO THE POST (1)

5

CA03.009.01

PRE-ASSEMBLED CLAMP FOR FIXATION OF A SUITABLE PRIMARY PROFILE TO THE POST (2)

6

RP01.01_XXX

SECONDARY PROFILE

7

BP03.01_XXX

Primary profile

8

CA02.001.01

PRE-ASSEMBLED LOW CLAMP FOR FIXATION OF THE PROFILES

9

CA01.001.01 CA01.003.01 CA01.005.01

PRE-ASSEMBLED END CLAMP FOR MODULE FIXATION

10

CA01.002.01 CA01.004.01 CA01.006.01

PRE-ASSEMBLED MIDDLE CLAMP FOR MODULE FIXATION

11

PV-MODUL

4 5

1 3

2

GROUND MOUNTING SYSTEMs

5

28

Solar Mounting Systems

2C-N_6 mH

  

o n two driven posts 6 rows of modules h orizontally oriented modules

9 11 7

8

10

6

5

NAME

DESCRIPTION

1

KP03.01_70

DRIVEN POST

2

KP03.01_70

DRIVEN POST

3

CA03.006.01

SUPPORTING CONSTRUCTION

4

CA03.009.01

PRE-ASSEMBLED CLAMP FOR FIXATION OF A SUITABLE PRIMARY PROFILE TO THE POST (2)

5

CA03.007.01

PRE-ASSEMBLED CLAMP FOR FIXATION OF A SUITABLE PRIMARY PROFILE TO THE POST (1)

6

RP01.01_XXX

SECONDARY PROFILE

7

CA02.001.01

PRE-ASSEMBLED LOW CLAMP FOR FIXATION OF THE PROFILES

8

BP03.01_XXX

Primary profile

9

CA01.001.01 CA01.003.01 CA01.005.01

PRE-ASSEMBLED END CLAMP FOR MODULE FIXATION

10

CA01.002.01 CA01.004.01 CA01.006.01

PRE-ASSEMBLED MIDDLE CLAMP FOR MODULE FIXATION

11

PV-MODUL

GROUND MOUNTING SYSTEMs

4

1 3 2

2C-F_2MV

o n concrete pier foundations 2 rows of modules  vertically oriented modules  

11 10 12 9 8 7

NAME

6

3

1 2

CA05.001.01

PRE-ASSEMBLED FOOT FOR POST FIXATION

3

KP01.01_90

SUPPORTING POST

4

KP01.01_90

SUPPORTING POST

5

CA03.005.01

SUPPORTING CONSTRUCTION

6

CA03.003.01

PRE-ASSEMBLED ATTACHMENT HEAD

7

RP01.01_XXX

SECONDARY PROFILE

8

BP03.01_XXX

Primary profile

9

CA02.001.01

PRE-ASSEMBLED LOW CLAMP FOR FIXATION OF THE PROFILES

10

CA01.001.01 CA01.003.01 CA01.005.01

PRE-ASSEMBLED END CLAMP FOR MODULE FIXATION

11

CA01.002.01 CA01.004.01 CA01.006.01

PRE-ASSEMBLED MIDDLE CLAMP FOR MODULE FIXATION

12

PV-MODUL

5 2 1 4

DESCRIPTION

CONCRETE PIER FOUNDATION

29

2C-F_3MH

  

o n concrete pier foundations 3 rows of modules h orizontally oriented modules

11 10 12 9 8 7

4

1 2

CA05.001.01

PRE-ASSEMBLED FOOT FOR POST FIXATION

3

KP01.01_90

SUPPORTING POST

4

KP01.01_90

SUPPORTING POST

5

CA03.005.01

SUPPORTING CONSTRUCTION

6

CA03.003.01

PRE-ASSEMBLED ATTACHMENT HEAD

7

RP01.01_XXX

SECONDARY PROFILE

8

BP03.01_XXX

Primary profile

9

CA02.001.01

PRE-ASSEMBLED LOW CLAMP FOR FIXATION OF THE PROFILES

10

CA01.001.01 CA01.003.01 CA01.005.01

PRE-ASSEMBLED END CLAMP FOR MODULE FIXATION

11

CA01.002.01 CA01.004.01 CA01.006.01

PRE-ASSEMBLED MIDDLE CLAMP FOR MODULE FIXATION

12

PV-MODUL

5

2

1 3

TABLE: DIFFERENT LENGTHS OF PROFILES ACCORDING TO THE ANGLE 1 MODULE 1 POST α [°]

l1 [mm]

l1,cel [mm]

15

540

570

20

504

534

25

470

500

30

434

464

35

397

427

40

360

390

45

322

352

NOTES: - lx [mm]...distance between the holes - lx,cel [mm]...the whole distance of the post

DESCRIPTION

CONCRETE PIER FOUNDATION

GROUND MOUNTING SYSTEMs

NAME

6

CARPORT SYSTEMS

30

Solar Mounting Systems

CARPORT SYSTEMS

31

32

Solar Mounting Systems

CARPORT SYSTEMS 1

Characteristics of the system aluminium construction  quick assembly  light construction 

2

small volume for easy transportation  beautiful appearance  good flow of meteor water  customer adjusted installation 

Types

CARPORT SYSTEMS

ONE CAR Načini

3

TWO CARS

Various foundation options Strip Foundation

Pilots

33

Orientation of modules HORIZONTALLY ORIENTED MODULES

5

CP-L1

5 rows of modules for 1 row of cars

CP-L2

10 rows of modules for 2 rows of cars

Features of module mounting POSSIBLE SET-UPS

CP-L1

1-row vehicle arrangement Width

Lengthmin

Lengthmin = 2,2 m Width = 5 m Angle = 10–15˚ (division 1˚)

Spanmax = 2,8 m

(One parking space between the supports)

Spanmax = 5,3 m

(Two parking spaces between the supports)

CP-L2

2-row vehicle arrangement Width

Lengthmin

Lengthmin = 2,2 m Width = 5 m Angle = 10–15˚ (division 1˚)

Spanmax = 2,8 m

(One parking space between the supports)

Spanmax = 5,3 m

(Two parking spaces between the supports)

CARPORT SYSTEMS

4

34

Solar Mounting Systems

6

Mounting options CP-L1-MH for 1 car 5 rows of modules  h orizontally oriented modules  

5

4 2

9

3

10 8 1 7

CARPORT SYSTEMS

6

NAME

DESCRIPTION

1

14492.03.2.002.00

SUPPORTING CONSTRUCTION (THE LENGTH IS ADJUSTED ACCORDING TO THE PROFILE)

2

side metal sheet

3

BP03.01_XXX BP04.01_XXX

Primary profile

4

CA01.002.01 CA01.004.01 CA01.006.01

PRE-ASSEMBLED MIDDLE CLAMP FOR PROFILE FIXATION

5

Trapezoidal roof covering

6

thread

7

canal

8

CA02.001.01

9

Pv-MODUL

10

CA01.001.01 CA01.003.01 CA01.005.01

PRE-ASSEMBLED LOW CLAMP FOR FIXATION OF THE PROFILES

PRE-ASSEMBLED END CLAMP FOR MODULE FIXATION

35

CP-L2-MH for 2 cars 1 0 rows of modules  h orizontally oriented modules  

5

4 9

2

3 10

1

8 7

NAME

DESCRIPTION

1

14492.03.2.001.00 14492.03.2.003.00

SUPPORTING CONSTRUCTION (THE LENGTH IS ADJUSTED ACCORDING TO THE PROFILE)

2

side metal sheet

3

BP03.01_XXX BP04.01_XXX

Primary profile

4

CA01.002.01 CA01.004.01 CA01.006.01

PRE-ASSEMBLED MIDDLE CLAMP FOR PROFILE FIXATION

5

Trapezoidal roof covering

6

thread

7

canal

8

CA02.001.01

9

PV-MODUL

10

CA01.001.01 CA01.003.01 CA01.005.01

PRE-ASSEMBLED LOW CLAMP FOR FIXATION OF THE PROFILES

PRE-ASSEMBLED END CLAMP FOR MODULE FIXATION

CARPORT SYSTEMS

6

36

Solar Mounting Systems

ACCESSORIES 1

Marking system Example of profile marking EXAMPLE OF PROFILE ITEM

TYPE

EXAMPLE OF ITEM ELEMENT CONSTRUCTION

VERSION HEIGHT

TYPE / POSITION

LENGTH

VERSION

EXAMPLE OF ITEM ELEMENT ACCESSORIES PRIMARY PROFILES

TYPE

VERSION

Primary profileS NAME

MAT. COD.

BP01.01_30

10010-01 6 m 10010-05 Cut according

Primary profile 30

3D VIEW

SUGGESTED MATERIAL QUALITY

EN AW-6063 T6

to the measure

1

TECHNICAL TERMS

MASS PER METRE: 0,89 kg/m, SQUARE SECTION: 327,21 mm2, HEIGHT: 30, WIDTH: 40 MOMENT OF INERTIA: Ixx = 32911.44 mm4, Iyy = 49771.15 mm4 MOMENT OF RESISTANCE: Wx = 2765,67 mm3, Wy = 3318,1 mm3

37

BP02.01_40

Primary profile 40

10020-01 6 m 10020-05 Cut according

EN AW-6063 T6

to the measure

2

TECHNICAL TERMS

MASS PER METRE: 1,04 kg/m, SQUARE SECTION: 378,02 mm2, HEIGHT: 40, WIDTH: 40 MOMENT OF INERTIA: Ixx = 73834.49 mm4, Iyy = 63356.59 mm4 MOMENT OF RESISTANCE: Wx = 4248,24 mm3, Wy = 3167,8 mm3

BP02.01_50

10030-01 6 m 10030-05 Cut according

Primary profile 50

EN AW-6063 T6

to the measure

3

TECHNICAL TERMS

MASS PER METRE: 1,12 kg/m, SQUARE SECTION: 408,01 mm2, HEIGHT: 50, WIDTH: 40 MOMENT OF INERTIA: Ixx = 131362.66 mm4, Iyy = 69889.1 mm4 MOMENT OF RESISTANCE: Wx = 5851,34 mm3, Wy = 3494,45 mm3

BP02.01_60

10040-01 6 m 10040-05 Cut according

Primary profile 60

EN AW-6063 T6

to the measure

4

TECHNICAL TERMS

MASS PER METRE: 1,2 kg/m,SQUARE SECTION: 438,02 mm2 , HEIGHT: 60, WIDTH: 40 MOMENT OF INERTIA: Ixx = 209288.19 mm4, Iyy = 76421.6 mm4 MOMENT OF RESISTANCE: Wx = 7607,71 mm3, Wy = 3821,1 mm3

BP03.01_80

10050-01 6 m 10050-02 7 m 10050-05 Cut according

EN AW-6063 T6

to the measure

5

TECHNICAL TERMS

MASS PER METRE: 2,26 kg/m, SQUARE SECTION: 824,29 mm2, HEIGHT: 80, WIDTH: 55 MOMENT OF INERTIA: Ixx = 1147520.74 mm4, Iyy = 330746.09 mm4 MOMENT OF RESISTANCE: Wx = 22273,31 mm3, Wy = 12027,13 mm3

BP03.01_100

10060-01 7 m 10060-05 Cut according

Primary profile 100

EN AW-6063 T6

to the measure

6

TECHNICAL TERMS

MASS PER METRE: 2,26 kg/m, SQUARE SECTION: 824,29 mm2, HEIGHT: 100, WIDTH: 55 MOMENT OF INERTIA: Ixx = 1147520.74 mm4, Iyy = 330746.09 mm4 MOMENT OF RESISTANCE: Wx = 22273,31 mm3, Wy = 12027,13 mm3

ACCESSORIES PRIMARY PROFILES

Primary profile 80

38

Solar Mounting Systems

NAME

MAT. COD.

BP03.01_110

10070-01 7 m 10070-05 Cut according

Primary profile 110

3D VIEW

SUGGESTED MAT. QUAL.

EN AW-6063 T6

to the measure

7

TECHNICAL TERMS

MASS PER METRE: 2,37 kg/m, SQUARE SECTION: 864,29 mm2, HEIGHT: 110, WIDTH: 55 MOMENT OF INERTIA: Ixx = 1450539.76 mm4, Iyy = 358849.44 mm4 MOMENT OF RESISTANCE: Wx = 25555,66 mm3, Wy = 13049,07 mm3

BP03.01_120

10080-01 7 m 10080-05 Cut according

Primary profile 120

EN AW-6063 T6

to the measure

8

TECHNICAL TERMS

MASS PER METRE: 2,48 kg/m, SQUARE SECTION: 904,29 mm2, HEIGHT: 120, WIDTH: 55 MOMENT OF INERTIA: Ixx = 1796493.44 mm4, Iyy = 386952.79 mm4 MOMENT OF RESISTANCE: Wx = 28985,05 mm3, Wy = 14071,01 mm3

BP03.01_130

10090-01 7 m 10090-05 Cut according

Primary profile 130

EN AW-6063 T6

to the measure

9

TECHNICAL TERMS

MASS PER METRE: 2,59 kg/m, SQUARE SECTION: 944,29 mm2, HEIGHT: 130, WIDTH: 55 MOMENT OF INERTIA: Ixx = 2187393.82 mm4, Iyy = 415056.14 mm4 MOMENT OF RESISTANCE: Wx = 32555,34 mm3, Wy = 15092,95 mm3

BP03.01_140

10100-01 7 m 10100-05 Cut according

ACCESSORIES Primary profileS

Primary profile 140

EN AW-6063 T6

to the measure

10

TECHNICAL TERMS

BP03.01_150

Primary profile 150 (1)

MASS PER METRE: 2,71 kg/m, SQUARE SECTION: 984,29 mm2, HEIGHT: 140, WIDTH: 55 MOMENT OF INERTIA: Ixx = 2625250.97 mm4, Iyy = 443159.49 mm4 MOMENT OF RESISTANCE: Wx = 36270,39 mm3, Wy = 16114,89 mm3

10110-01 7 m 10110-05 Cut according

EN AW-6063 T6

to the measure

11

TECHNICAL TERMS

MASS PER METRE: 2,91 kg/m, SQUARE SECTION: 1059,96 mm2, HEIGHT: 150, WIDTH: 60 MOMENT OF INERTIA: Ixx = 3288180.88 mm4, Iyy = 574602.74 mm4 MOMENT OF RESISTANCE: Wx = 42080,63 mm3, Wy = 19153,42 mm3

39

NAME

MAT. COD.

BP03.01_160

10120-01 7 m 10120-05 Cut according

Primary profile 160

3D VIEW

SUGGESTED MAT. QUAL.

EN AW-6063 T6

to the measure

12

TECHNICAL TERMS

BP04.01_150

Primary profile 150 (2)

MASS PER METRE: 3,02 kg/m, SQUARE SECTION: 1099,96 mm2, HEIGHT: 160, WIDTH: 60 MOMENT OF INERTIA: Ixx = 3852119.48 mm4, Iyy = 603776.09 mm4 MOMENT OF RESISTANCE: Wx = 46227,28 mm3, Wy = 20123,86 mm3

10130-01 7 m 10130-05 Cut according

EN AW-6063 T6

to the measure

13

TECHNICAL TERMS

MASS PER METRE: 3,51 kg/m, SQUARE SECTION: 1276,87 mm2, HEIGHT: 150, WIDTH: 70 MOMENT OF INERTIA: Ixx = 3908453.25 mm4, Iyy = 954973.73 mm4 MOMENT OF RESISTANCE: Wx = 49725,86 mm3, Wy = 27284,96 mm3

BP04.01_170

10140-01 7 m 10140-05 Cut according

Primary profile 170

EN AW-6063 T6

to the measure

14

TECHNICAL TERMS

MASS PER METRE: 3,33 kg/m, SQUARE SECTION: 1212,82 mm2, HEIGHT: 170, WIDTH: 70 MOMENT OF INERTIA: Ixx = 4929980.52 mm4, Iyy = 918954.07 mm4 MOMENT OF RESISTANCE: Wx = 55065,12 mm3, Wy = 26255,83 mm3

BP04.01_195

10150-01 7 m 10150-05 Cut according

EN AW-6063 T6

to the measure

15

TECHNICAL TERMS

BP07.01_200

Primary profile 200

MASS PER METRE: 4,13 kg/m, SQUARE SECTION: 1501,87 mm2, HEIGHT: 195, WIDTH: 70 MOMENT OF INERTIA: Ixx = 7482915.93 mm4, Iyy = 1211390.70 mm4 MOMENT OF RESISTANCE: Wx = 73534,94 mm3, Wy = 34611,16 mm3

10160-01 7 m 10160-05 Cut according

EN AW-6063 T6

to the measure

16

TECHNICAL TERMS

MASS PER METRE: 5,34 kg/m, SQUARE SECTION: 1943,26 mm2, HEIGHT: 200, WIDTH: 95 MOMENT OF INERTIA: Ixx = 10481179,9 mm4, Iyy = 2754586,6 mm4 MOMENT OF RESISTANCE: Wx = 101799 mm3, Wy = 57991 mm3

ACCESSORIES Primary profileS

Primary profile 195

40

Solar Mounting Systems

SECONDARY PROFILES NAME

MAT. COD.

RP01.01_80

11010-05 Cut according

TECHNICAL TERMS

MASS PER METRE: 2,08 kg/m, SQUARE SECTION: 756,255 mm2, HEIGHT: 80, WIDTH: 50 MOMENT OF INERTIA: Ixx = 605402.31 mm4, Iyy = 197294.18 mm4 MOMENT OF RESISTANCE: Wx = 15806,85 mm3, Wy = 7889,97 mm3

SECONDARY PROFILE 80

3D VIEW

to the measure

SUGGESTED MAT. QUAL.

EN AW-6063 T6

1

RP01.01_100

SECONDARY PROFILE 100

11020-05 Cut according

to the measure

EN AW-6063 T6

2

TECHNICAL TERMS

MASS PER METRE: 2,32 kg/m, SQUARE SECTION: 846 mm2, HEIGHT: 100, WIDTH: 50 MOMENT OF INERTIA: Ixx = 1006320 mm4, Iyy = 266167,3 mm4 MOMENT OF RESISTANCE: Wx = 21752 mm3, Wy = 10647 mm3

RP01.01_160

11030-05 Cut according

TECHNICAL TERMS

MASS PER METRE: 3,36 kg/m, SQUARE SECTION: 1225 mm2, HEIGHT: 160, WIDTH: 70 MOMENT OF INERTIA: Ixx = 4443751,5 mm4, Iyy = 893004,1 mm4 MOMENT OF RESISTANCE: Wx = 54902 mm3, Wy = 25514 mm3

RP01.01_180

11040-05 Cut according

TECHNICAL TERMS

MASS PER METRE: 3,57 kg/m, SQUARE SECTION: 1300 mm2, HEIGHT: 180, WIDTH: 70 MOMENT OF INERTIA: Ixx = 5906663,9 mm4, Iyy = 983769,5 mm4 MOMENT OF RESISTANCE: Wx = 64780 mm3, Wy = 28108 mm3

SECONDARY PROFILE 160

to the measure

EN AW-6063 T6

ACCESSORIES SECONDARY PROFILES

3

SECONDARY PROFILE 180

to the measure

EN AW-6063 T6

4

RP02.01_205

SECONDARY PROFILE 205

11050-05 Cut according

to the measure

EN AW-6063 T6

5

TECHNICAL TERMS

MASS PER METRE: 6,32 kg/m, SQUARE SECTION: 2300 mm2, HEIGHT: 205, WIDTH: 100 MOMENT OF INERTIA: Ixx = 15765319,3 mm4, Iyy = 4043315,5 mm4 MOMENT OF RESISTANCE: Wx = 153853 mm3, Wy = 80866 mm3

41

NAME

RP02.01_270

SECONDARY PROFILE 270

MAT. COD.

3D VIEW

11060-05 Cut according

to the measure

SUGGESTED MAT. QUAL.

EN AW-6063 T6

6

TECHNICAL TERMS

MASS PER METRE: 8,54 kg/m, SQUARE SECTION: 3106 mm2, HEIGHT: 270, WIDTH: 100 MOMENT OF INERTIA: Ixx = 31285713,88 mm4, Iyy = 5388263,6 mm4 MOMENT OF RESISTANCE: Wx = 228764 mm3, Wy = 125308 mm3

TRIANGLE COMPONENTS

UPPER PART OF THE TRIANGLE 80

12010-01 12010-02 12010-03 12010-05

1

TECHNICAL TERMS

BP05.01_100

UPPER PART OF THE TRIANGLE 100

BP06.01_40

LOWER PART OF THE TRIANGLE 40

12020-01 12020-02 12020-03 12020-05

BP06.01_45

LOWER PART OF THE TRIANGLE 45 4

TECHNICAL TERMS

1550 mm 1165 mm 3230 mm Cut according to the measure

EN AW-6063 T6

MASS PER METRE: 1,92 kg/m, SQUARE SECTION: 701 mm2, HEIGHT: 100, WIDTH: 50 MOMENT OF INERTIA: Ixx = 858936,4 mm4, Iyy = 180194 mm4 MOMENT OF RESISTANCE: Wx = 16783 mm3, Wy = 9010 mm3

12030-01 12030-02 12030-03 12030-05

3

TECHNICAL TERMS

EN AW-6063 T6

MASS PER METRE: 1,71 kg/m, SQUARE SECTION: 621,1 mm2, HEIGHT: 80, WIDTH: 40 MOMENT OF INERTIA: Ixx = 478815.91 mm4, Iyy = 151287.46 mm4 MOMENT OF RESISTANCE: Wx = 12600,41 mm3, Wy = 7564,37 mm3

2

TECHNICAL TERMS

1550 mm 1165 mm 3230 mm Cut according to the measure

1800 mm 1400 mm 2500 mm Cut according to the measure

EN AW-6063 T6

MASS PER METRE: 1,12 kg/m, SQUARE SECTION: 407,42 mm2, HEIGHT: 40, WIDTH: 64 MOMENT OF INERTIA: Ixx = 75990.42 mm4, Iyy = 230750.92 mm4 MOMENT OF RESISTANCE: Wx = 5066,03 mm3, Wy = 7210,97 mm3

12040-01 12040-02 12040-03 12040-05

1800 mm 1400 mm 2500 mm Cut according to the measure

EN AW-6063 T6

MASS PER METRE: 1,32 kg/m, SQUARE SECTION: 482 mm2, HEIGHT: 45, WIDTH: 64 MOMENT OF INERTIA: Ixx = 123548,2 mm4, Iyy = 285351,8 mm4 MOMENT OF RESISTANCE: Wx = 4868 mm3, Wy = 8917 mm3

ACCESSORIES TRIANGLE COMPONENTS

BP05.01_80

42

Solar Mounting Systems

NAME

CP0045.01

SUPPORTING PART OF THE TRIANGLE

MAT. COD.

3D VIEW

12050-05 Cut according

to the measure

SUGGESTED MAT. QUAL.

EN AW-6063 T6

5

TECHNICAL TERMS

MASS PER METRE: 0,71 kg/m, DIMENSIONS: 45x45x2

SUPPORTING PROFILES KP05.01_120

SUPPORTING PROFILE CARPORT SYSTEMS 120

13010-05 Cut according

to the measure

EN AW-6063 T6

1

TECHNICAL TERMS

KP05.01_150

SUPPORTING PROFILE CARPORT SYSTEMS 150

MASS PER METRE: 5,5 kg/m, SQUARE SECTION: 2000 mm2, HEIGHT: 120, WIDTH: 90 MOMENT OF INERTIA: Ixx = 4086667 mm4, Iyy = 2596667 mm4 MOMENT OF RESISTANCE: Wx = 68111,11 mm3, Wy = 57703,7 mm3

13020-05 Cut according

to the measure

EN AW-6063 T6

2

ACCESSORIES SUPPORTING PROFILES

TECHNICAL TERMS

KP01.01_90

SUPPORTING PROFILE GROUND MOUNT 90

MASS PER METRE: 6,32 kg/m, SQUARE SECTION: 2300 mm2, HEIGHT: 150, WIDTH: 90 MOMENT OF INERTIA: Ixx = 7019167 mm4, Iyy = 3139167 mm4 MOMENT OF RESISTANCE: Wx = 93588,89 mm3, Wy = 69759,26 mm3

13030-05 Cut according

to the measure

EN AW-6063 T6

3

TECHNICAL TERMS

MASS PER METRE: 1,68 kg/m, SQUARE SECTION: 948 mm2, HEIGHT: 86, WIDTH: 72 MOMENT OF INERTIA: Ixx = 1015693,8 mm4, Iyy = 745412,4 mm4 MOMENT OF RESISTANCE: Wx = 23621 mm3, Wy = 20706 mm3

CP0042.01

13040-05 Cut according

TECHNICAL TERMS

DIMENSIONS: 60x40x4, LENGTH: 380 mm

SUPPORTING PROFILE 1

to the measure

4

EN AW-6063 T6

43

NAME

MAT. COD.

CP0056.01

13050-01 1586 mm 13050-05 Cut according

SUPPORTING PROFILE 2

3D VIEW

SUGGESTED MAT. QUAL.

to the measure

5

TECHNICAL TERMS

DIMENSIONS: 80x45x3, LENGTH: 1586 mm

CP0062.01

13060-01 2645 mm 13060-05 Cut according

SUPPORTING PROFILE 3

to the measure

6

TECHNICAL TERMS

DIMENSIONS: 80x40x4, LENGTH: 900 mm

CP0060.01

13070-01 1605 mm 13070-05 Cut according

SUPPORTING PROFILE 4

EN AW-6063 T6

to the measure

7

TECHNICAL TERMS

DIMENSIONS: 50x40x2, LENGTH: 1605 mm

CP0057.01

13080-01 3440 mm 13080-05 Cut according

EN AW-6063 T6

to the measure ACCESSORIES SUPPORTING PROFILES

SUPPORTING PROFILE 5 8

TECHNICAL TERMS

DIMENSIONS: 70x70x4, LENGTH: 3440 mm, 2646 mm

CP0059.01

13090-01 2645 mm 13090-05 Cut according

SUPPORTING PROFILE 6

to the measure

9

TECHNICAL TERMS

DIMENSIONS: 45x45x2, LENGTH: 1684 mm

EN AW-6063 T6

44

Solar Mounting Systems

Dilatation profiles NAME

JP04.01_30x300

Dilatation profile 30

MAT. COD.

3D VIEW

14010-01 300 mm

SUGGESTED MAT. QUAL.

EN AW-6063 T6

1

TECHNICAL TERMS

JP04.01_40x300

Dilatation profile 40

MASS PER METRE: 0,39 kg/m, SQUARE SECTION: 143,46 mm2

14020-01 300 mm

EN AW-6063 T6

2

TECHNICAL TERMS

JP04.01_50x300

Dilatation profile 50

MASS PER METRE: 0,57 kg/m, SQUARE SECTION: 210,36 mm2

14030-01 300 mm

EN AW-6063 T6

3

TECHNICAL TERMS

ACCESSORIES Dilatation profiles

JP04.01_60x300

Dilatation profile 60

MASS PER METRE: 0,66 kg/m, SQUARE SECTION: 239,21 mm2

14040-01 300 mm

EN AW-6063 T6

4

TECHNICAL TERMS

JP04.01_80x300

Dilatation profile 80

MASS PER METRE: 0,74 kg/m, SQUARE SECTION: 269,64 mm2

14050-01 300 mm

5

TECHNICAL TERMS

MASS PER METRE: 1,28 kg/m, SQUARE SECTION: 468,25 mm2

EN AW-6063 T6

45

NAME

JP04.01_100x300

Dilatation profile 100

MAT. COD.

3D VIEW

14060-01 300 mm

SUGGESTED MAT. QUAL.

EN AW-6063 T6

6

TECHNICAL TERMS

JP04.01_110x300

Dilatation profile 110

MASS PER METRE: 1,51 kg/m, SQUARE SECTION: 549,81 mm2

14070-01 300 mm

EN AW-6063 T6

7

TECHNICAL TERMS

JP04.01_120x300

Dilatation profile 150

MASS PER METRE: 1,61 kg/m, SQUARE SECTION: 585,81 mm2

14080-01 300 mm

EN AW-6063 T6

8

JP04.01_130x300

Dilatation profile 130

MASS PER METRE: 1,71 kg/m, SQUARE SECTION: 624,81 mm2

14090-01 300 mm

EN AW-6063 T6 ACCESSORIES Dilatation profiles

TECHNICAL TERMS

9

TECHNICAL TERMS

JP04.01_140x300

Dilatation profile 140

MASS PER METRE: 1,81 kg/m, SQUARE SECTION: 657,81 mm2

14100-01 300 mm

10

TECHNICAL TERMS

MASS PER METRE: 1,91 kg/m, SQUARE SECTION: 693,81 mm2

EN AW-6063 T6

46

Solar Mounting Systems

NAME

JP04.02_150x300

MAT. COD.

3D VIEW

Dilatation profile 150 (1)

14110-01

TECHNICAL TERMS

MASS PER METRE: 2,06 kg/m, SQUARE SECTION: 750,25 mm2

300 mm

SUGGESTED MAT. QUAL.

EN AW-6063 T6

11

JP04.01_160x300

Dilatation profile 160

14120-01 300 mm

EN AW-6063 T6

12

TECHNICAL TERMS

JP04.01_150x300

MASS PER METRE: 2,15 kg/m, SQUARE SECTION: 783,49 mm2

Dilatation profile 150 (2)

14130-01 300 mm

TECHNICAL TERMS

MASS PER METRE: 2,61 kg/m, SQUARE SECTION: 949,78 mm2

EN AW-6063 T6

13

JP04.01_170x300

Dilatation profile 170

14140-01 300 mm

EN AW-6063 T6

14

ACCESSORIES Dilatation profiles

TECHNICAL TERMS

JP04.01_195x300

Dilatation profile 195

MASS PER METRE: 2,87 kg/m, SQUARE SECTION: 1046,38 mm2

14150-01 300 mm

EN AW-6063 T6

15

TECHNICAL TERMS

MASS PER METRE: 3,07 kg/m, SQUARE SECTION: 1117,17 mm2

JP04.01_200x300 14160-01 300 mm Dilatation profile 200 16

TECHNICAL TERMS

MASS PER METRE: 2,96 kg/m, SQUARE SECTION: 1077,81 mm2

EN AW-6063 T6

47

STEEL MOUNTING POSTS NAME

MAT. COD.

KP02.01_50

15010-05 Cut according

TECHNICAL TERMS

STEEL THICKNESS: 4 mm, MASS PER METRE: 9,47 kg/m, SQUARE SECTION: 1206,61 mm2, MOMENT OF INERTIA: Iyy = 1676530 kg/mm2, Izz = 1002072 kg/mm2, MOMENT OF RESISTANCE: Wy = 28844,3 mm3, Wz = 19899,9 mm3

KP02.01_70

15020-05 Cut according

TECHNICAL TERMS

STEEL THICKNESS: 4 mm, MASS PER METRE: 12,61 kg/m, SQUARE SECTION: 1606,94 mm2, MOMENT OF INERTIA: Iyy = 4132041,97 kg/mm2, Izz = 2215405,3 kg/mm2 MOMENT OF RESISTANCE: Wy = 51139 mm3, Wz = 36923 mm3

KP03.01_70

15030-05 Cut according

TECHNICAL TERMS

STEEL THICKNESS: 4 mm, MASS PER METRE: 9,83 kg/m, SQUARE SECTION: 1252,51 mm2, MOMENT OF INERTIA: Iyy = 1501292 kg/mm2, Izz = 1479935 kg/mm2 MOMENT OF RESISTANCE: Wy = 24467 mm3, Wz = 25964 mm3

KP04.01_50

15040-05 Cut according

TECHNICAL TERMS

STEEL THICKNESS: 4 mm, MASS PER METRE: 8,58 kg/m, SQUARE SECTION: 1092,52 mm2, MOMENT OF INERTIA: Iyy = 1348417 kg/mm2, Izz = 803199 kg/mm2 MOMENT OF RESISTANCE: Wy = 23137 mm3, Wz = 17089 mm3

POST 50 (1)

3D VIEW

to the measure

SUGGESTED MAT. QUAL.

S355JR - galvanised

1

POST 70 (1)

to the measure

S355JR - galvanised

2

POST 70 (2)

to the measure

S355JR - galvanised

POST 50 (2)

to the measure

S355JR - galvanised

4

ACCESSORIES STEEL MOUNTING POSTS

3

48

Solar Mounting Systems

PRE-ASSEMBLED CLAMPS FOR MODULE FIXATION NAME

MAT. COD.

CA01.001.01 1

PRE-ASSEMBLED END CLAMP FOR MODULE FIXATION 30–39 mm

PRE-ASSEMBLED END CLAMP FOR MODULE FIXATION 40–50 mm

16010

16020

CP0006.01 CP0065.01 CP0003.01 CP0001.01

16030

CP0024.01 CP0004.01 CP0003.01 CP0002.01

16040

CP0006.01 CP0064.01 CP0003.01 CP0002.01

16050

CP0003.01 CP0020.01 CP0033.01 CP0034.01 CP0035.01 CP0038.01

16060

CP0003.01 CP0020.01 CP0033.01 CP0034.01 CP0036.01 CP0038.01

16070

CP0033.01 CP0044.01 CP0072.01 CP0073.01

CA01.002.01 3

PRE-ASSEMBLED MIDDLE CLAMP FOR MODULE FIXATION 30–39 mm

CA01.006.01

ACCESSORIES PRE-ASSEMBLED CLAMPS FOR MODULE FIXATION

4

PRE-ASSEMBLED MIDDLE CLAMP FOR MODULE FIXATION 40–50 mm

CA01.003.01 5

PRE-ASSEMBLED END CLAMP FOR MODULE FIXATION WITHOUT THE FRAME 4-10 mm

CA01.004.01 6

PRE-ASSEMBLED MIDDLE CLAMP FOR MODULE FIXATION WITHOUT THE FRAME 4-10 mm

CA01.007.01 7

PRE-ASSEMBLED CLAMP FOR UNDERNEATH FIXATION OF MODULES

ELEMENTS

CP0024.01 CP0020.01 CP0003.01 CP0001.01

CA01.005.01 2

3D VIEW

49

PRE-ASSEMBLED ELEMENTS FOR PROFILE CONNECTION NAME

MAT. COD.

3D VIEW

CA02.001.01 8

PRE-ASSEMBLED LOW CLAMP FOR PROFILE FIXATION

16080

CP0020.01 CP0017.01 CP0015.01 CP0003.01

16090

CP0046.01 CP0020.01 CP0017.01 CP0003.01

16100

CP0058.01 CP0014.01 CP0013.01 CP0010.01

16110

CP0010.01 CP0014.01 CP0040.01

16120

CP0008.01 CP0009.01 CP0010.01 CP0012.01 CP0013.01 CP0014.01 CP0037.01

CA02.006.01 9

PRE-ASSEMBLED HIGH CLAMP FOR PROFILE FIXATION

CA03.007.01 10

PRE-ASSEMBLED CLAMP FOR FIXATION OF A SUITABLE PRIMARY PROFILE TO THE POST (1)

ELEMENTS

11

12

PRE-ASSEMBLED CLAMP FOR FIXATION OF A SUITABLE PRIMARY PROFILE TO THE POST (2)

CA03.003.01

PRE-ASSEMBLED ATTACHMENT HEAD

Dilatation structures NAME

13

14

CA02.017.01

Dilatation structures 30

CA02.012.01

Dilatation structures 40

MAT. COD.

3D VIEW

ELEMENTS

16130

CP0016.01 JP04.01_30x300

16140

CP0016.01 JP04.01_40x300

ACCESSORIES PRE-ASSEMBLED ELEMENTS FOR PROFILE CONNECTION

CA03.009.01

50

Solar Mounting Systems

NAME

15

16

17

18

19

20

ACCESSORIES Dilatation structures

21

22

23

24

CA02.007.01

Dilatation structures 50

CA02.010.01

Dilatation structures 60

CA02.016.01

Dilatation structures 80

CA02.011.01

Dilatation structures 100

CA02.013.01

Dilatation structures 110

CA02.008.01

Dilatation structures 130

CA02.014.01

Dilatation structures 140

CA02.004.01

Dilatation structures 150 (1)

CA02.015.01

Dilatation structures 160

CA02.004.01

Dilatation structures 150 (2)

MAT. COD.

3D VIEW

ELEMENTS

16150

CP0016.01 JP04.01_50x300

16160

CP0016.01 JP04.01_60x300

16170

CP0016.01 JP04.01_80x300

16180

CP0016.01 JP04.01_100x300

16190

CP0016.01 JP04.01_110x300

16200

CP0016.01 JP04.01_130x300

16210

CP0016.01 JP04.01_140x300

16220

CP0016.01 JP04.01_150x300 (1)

16230

CP0016.01 JP04.01_160x300

16240

CP0016.01 JP04.01_150x300 (2)

51

NAME

25

26

27

CA02.002.01

Dilatation structures 170

CA02.020.01

Dilatation structures 195

CA02.019.01

Dilatation structures 200

MAT. COD.

3D VIEW

ELEMENTS

16250

CP0016.01 JP04.01_170x300

16260

CP0016.01 JP04.01_195x300

16270

CP0016.01 JP04.01_200x300

SUPPORTING CONSTRUCTION

28

29

CA03.004.01

SUPPORTING CONSTRUCTION 1

CA03.005.01

SUPPORTING CONSTRUCTION 2

CA03.011.01 30

31

SUPPORTING CONSTRUCTION 3

CA03.006.01

SUPPORTING CONSTRUCTION 4

MAT. COD.

3D VIEW

16280-05 Cut according

to the measure

16290-01 1586 mm 16290-05 Cut according

to the measure

16300-01 2645 mm 16300-05 Cut according

to the measure

16310-01 1605 mm 16310-05 Cut according

to the measure

ELEMENTS

CP0008.01 CP0009.01 CP0010.01 CP0014.01 CP0040.01 CP0042.01 CP0021.01 CP0022.01 CP0023.01 CP0056.01 CP0009.01 CP0010.01 CP0014.01 CP0029.01 CP0040.01 CP0062.01 CP0009.01 CP0010.01 CP0019.01 CP0057.01

ACCESSORIES SUPPORTING CONSTRUCTION

NAME

52

Solar Mounting Systems

32

33

NAME

MAT. COD.

CA03.008.01

16320-01 3440 mm 16320-05 Cut according

CP0009.01 CP0010.01 CP0019.01 CP0059.01

16330-01 2645 mm 16330-05 Cut according

CP0022.01 CP0023.01 CP0039.01 CP0060.01

SUPPORTING CONSTRUCTION 5

CA03.010.01

SUPPORTING CONSTRUCTION 6

3D VIEW

to the measure

to the measure

ELEMENTS

FIXATION ELEMENTS NAME

MAT. COD.

CA05.001.01 34

35

PRE-ASSEMBLED FOOT FOR POST FIXATION

CA04.001.01

ANCHOR ELEMENT

ACCESSORIES FIXATION ELEMENTS

36

16340

16350

CP0021.01 CP0022.01 CP0023.01

16360

CP0018.01 CP0044.01 CP0046.01 CP0047.01

16370

CP0018.01 CP0044.01 CP0046.01 CP0078.01

CA05.012.01 37

PRE-ASSEMBLED TRAPEZOIDAL ELEMENT (2)

ELEMENTS

CP0007.01 CP0008.01 CP0009.01 CP0010.01

CA05.002.01

PRE-ASSEMBLED TRAPEZOIDAL ELEMENT (1)

3D VIEW

53

MAT. COD.

PRE-ASSEMBLED FIXATION SCREW L = 200

16380

16390

CP0018.01 CP0022.01 CP0023.01 CP0044.01 CP0049.01 CP0050.01 CP0051.01 CP0063.01 CP0069.01

16400

CP0018.01 CP0022.01 CP0023.01 CP0044.01 CP0049.01 CP0050.01 CP0051.01 CP0063.01 CP0070.01

16410

CP0018.01 CP0041.01 CP0044.01 CP0051.01 CP0063.01

16420

CP0018.01 CP0044.01 CP0051.01 CP0063.01 CP0066.01

16430

CP0018.01 CP0044.01 CP0051.01 CP0063.01 CP0067.01

16440

CP0018.01 CP0044.01 CP0051.01 CP0063.01 CP0068.01

16450

CP0015.01 CP0018.01 CP0033.01 CP0044.01 CP0071.01

CA05.003.01 39

PRE-ASSEMBLED FIXATION SCREW L = 250

CA05.003.01 40

PRE-ASSEMBLED FIXATION SCREW L = 300

CA05.004.01 41

PRE-ASSEMBLED HOOK ADJUSTED TO THE ROOFING HEIGHT: 40 mm

CA05.005.01 42

PRE-ASSEMBLED HOOK ADJUSTED TO THE ROOFING HEIGHT: 45 mm

CA05.006.01 43

PRE-ASSEMBLED HOOK ADJUSTED TO THE ROOFING HEIGHT: 50 mm

CA05.007.01 44

PRE-ASSEMBLED HOOK ADJUSTED TO THE ROOFING HEIGHT: 55 mm

CA05.010.01 45

SUPPORTING ELEMENT FOR FIXATION

ELEMENTS

CP0018.01 CP0022.01 CP0023.01 CP0044.01 CP0048.01 CP0049.01 CP0050.01 CP0051.01 CP0063.01

CA05.003.01 38

3D VIEW

ACCESSORIES FIXATION ELEMENTS

NAME

54

Solar Mounting Systems

PRE-ASSEMBLED TRIANGLES NAME

MAT. COD.

14492.02.2.001

3D VIEW

CONSTRUCTION ELEMENTS

BP05.01_80x1550 BP06.02_40x1800 CP0018.01 CP0043.01 CP0044.01 CP0045.01

16460

TRIANGLE 1MH 46

TECHNICAL TERMS

SEE TABLE BELOW (LENGTH OF SUPPORTING PROFILES ACCORDING TO THE ANGLE)

14492.02.2.004

BP05.01_80x3230 BP06.02_40x2500 CP0018.01 CP0043.01 CP0044.01 CP0054.01 CP0055.01

TRIANGLE 2MV OR 3mh

16470

TECHNICAL TERMS

SEE TABLE BELOW (LENGTH OF SUPPORTING PROFILES ACCORDING TO THE ANGLE)

47

14492.02.2.008

BP05.01_80x1165 BP06.02_40x1400 CP0018.01 CP0043.01 CP0044.01 CP0076.01

16480

TRIANGLE 1MV

ACCESSORIES PRE-ASSEMBLED TRIANGLES

48

TECHNICAL TERMS

SEE TABLE BELOW (LENGTH OF SUPPORTING PROFILES ACCORDING TO THE ANGLE)

TABLE: LENGTH OF SUPPORTING PROFILES ACCORDING TO THE ANGLE: 1 vertically oriented module

1 horizontally oriented module

2 vertically oriented modules

α [°]

l1 [mm]

l1,cel [mm]

α [°]

l1 [mm]

l1,cel [mm]

α [°]

l1 [mm]

l1,cel [mm]

l2 [mm]

l2,cel [mm]

15

400

424

15

298

324

20

1340

1370

746,3

776,3

20

532

556

20

396

422

25

1500

1530

901,4

931,4

25

663

687

25

495

519

30

1660

1690

1047,5

1077,5

30

776

800

30

591

615

35

1875

1905

1234,9

1264,9

35

920

944

35

687

721

40

1047

1071

40

781

875

45

1171

1165

45

874

898

NOTES: - lx [mm]...DISTANCE BETWEEN HOLES - lx,cel [mm]... the whole length of the supporting part of the triangle

55

SUPPORTING CONSTRUCTION – CARPORT SYSTEMS

49

MAT. COD.

3D VIEW

CONSTRUCTION ELEMENTS

RP02.01_205x10220 KP05.01_120x4875 KP05.01_120x3337 KP05.01_120x3322 KP05.01_120x3315 CP0028.01 CP0026.01 CP0025.01 CP0011.01

14492.03.2.001 14492.03.2.003

16490

TECHNICAL TERMS

SEE TABLE BELOW (LENGTH OF SUPPORTING PROFILES ACCORDING TO THE ANGLE)

SUPPORT (FOR 2 CARS)

14492.03.2.002

RP02.01_205x5200 KP05.01_120x3287 KP05.01_120x2635 KP05.01_120x1990 CP0028.01 CP0026.01 CP0025.01 CP0011.01

SUPPORT (FOR 1 CAR)

16500

TECHNICAL TERMS

SEE TABLE BELOW (LENGTH OF SUPPORTING PROFILES ACCORDING TO THE ANGLE)

50

TABLE: LENGTH OF SUPPORTING PROFILES ACCORDING TO THE ANGLE: 1 CAR

2 CARS

α [°]

l1 [mm]

l2 [mm]

l3 [mm]

α [°]

l1 [mm]

l2 [mm]

l3 [mm]

l4 [mm]

10

2908

2485

1859

10

4247

2781

2831

3116

11

2964

2495

1865

11

4351

2872

2909

3134

12

3020

2505

1871

12

4456

2963

2988

3154

13

3076

2515

1877

13

4562

3054

3066

3173

14

3132

2525

1883

14

4668

3145

3144

3193

15

3187

2535

1889

15

4776

3237

3222

3215

NOTES: - lx [mm]...DISTANCE BETWEEN HOLES - THE WHOLE LENGTH OF THE SUPPORTING PART OF THE TRIANGLE IS lx + 100 mm

ACCESSORIES SUPPORTING CONSTRUCTION – CARPORT SYSTEMS

NAME

56

Solar Mounting Systems

CLAMPS FOR MODULES NAME

MAT. COD.

3D VIEW

SUGGESTED MAT. QUAL.

CP0001.01 1

END CLAMP FOR MODULE FIXATION 30–50 mm

17010

TECHNICAL TERMS

MASS PER METRE: 0,64 kg/m, SQUARE SECTION: 234,4 mm2

EN AW-6060 T66

CP0002.01

2

MIDDLE CLAMP FOR MODULE FIXATION 30–50 mm

17020

TECHNICAL TERMS

MASS PER METRE: 0,36 kg/m, SQUARE SECTION: 134,52 mm2

EN AW-6060 T66

CP0035.01

3

END CLAMP FOR MODULE FIXATION WITHOUT THE FRAME ABOVE TECHNICAL TERMS

17030

EN AW-6060 T66

MASS PER METRE: 0,42 kg/m, SQUARE SECTION: 153,54 mm2

CP0079.01

4

END CLAMP FOR MODULE FIXATION WITHOUT THE FRAME BELLOW

ACCESSORIES CLAMPS FOR MODULES

TECHNICAL TERMS

17040

EN AW-6060 T66

MASS PER METRE: 0,31 kg/m, SQUARE SECTION: 114,57 mm2

CP0036.01

5

MIDDLE CLAMP FOR MODULE FIXATION WITHOUT THE FRAME ABOVE TECHNICAL TERMS

17050

EN AW-6060 T66

MASS PER METRE: 0,52 kg/m, SQUARE SECTION: 192,57 mm2

CP0034.01

6

MIDDLE CLAMP FOR MODULE FIXATION WITHOUT THE FRAME BELLOW TECHNICAL TERMS

17060

MASS PER METRE: 0,41 kg/m, SQUARE SECTION: 148,16 mm2

EN AW-6060 T66

57

NAME

MAT. COD.

3D VIEW

SUGGESTED MAT. QUAL.

CP0072.01

7

CLAMP COMPOUND FOR FIXATION OF MODULES FROM BELLOW

TECHNICAL TERMS

17070

EN AW-6060 T66

MASS PER METRE: 0,45 kg/m, SQUARE SECTION: 164,24 mm2

CP0073.01 8

CLAMP FOR FIXATION OF MODULES FROM BELLOW

17080

TECHNICAL TERMS

MASS PER METRE: 3,95 kg/m, SQUARE SECTION: 503,82 mm2

EN AW-6060 T66

ELEMENTS FOR PROFILE CONNECTION NAME

MAT. COD.

3D VIEW

SUGGESTED MAT. QUAL.

CP0015.01

LOW CLAMP FOR PROFILE CONNECTION

17090

TECHNICAL TERMS

MASS PER METRE: 0,67 kg/m, SQUARE SECTION: 248,98 mm2

EN-AW-6082 T6

CP0046.01

HIGH CLAMP FOR PROFILE CONNECTION (1)

17100

EN-AW-6082 T6

10

TECHNICAL TERMS

MASS PER METRE: 1,10kg/m, SQUARE SECTION: 434,04 mm2 NOTE: FOR DOUBLE COUNTERSUNK SCREWS

CP0063.01

HIGH CLAMP FOR PROFILE CONNECTION (2)

17110

TECHNICAL TERMS

MASS PER METRE: 1,10kg/m, SQUARE SECTION: 434,04 mm2

11

EN-AW-6082 T6

ACCESSORIES ELEMENTS FOR PROFILE CONNECTION

9

58

Solar Mounting Systems

NAME

MAT. COD.

3D VIEW

SUGGESTED MAT. QUAL.

CP0012.01 12

HEAD HEIGHT ADJUSTMENT CLAMP (1)

17120

TECHNICAL TERMS

MASS PER METRE: 0,30 kg/m, SQUARE SECTION: 98,00 mm2

CP0058.01

EN-AW-6082 T6

POST ADJUSTMENT CLAMP (2)

17130

TECHNICAL TERMS

MASS PER METRE: 0,44 kg/m, SQUARE SECTION: 160,51 mm2

EN-AW-6082 T6

13

CP0037.01

ATTACHMENT HEAD

17140

EN-AW-6082 T6

14

TECHNICAL TERMS

MASS PER METRE: 5,5 kg/m, SQUARE SECTION: 2033,39 mm2

ACCESSORIES SYSTEM FIXATION ELEMENTS

SYSTEM FIXATION ELEMENTS NAME

CP0007.01

MAT. COD.

3D VIEW

FOOT FOR POST FIXATION

17150

TECHNICAL TERMS

MASS PER METRE: 9,85 kg/m, SQUARE SECTION: 3582,7 mm2

SUGGESTED MAT. QUAL.

EN-AW-6060 T66

15

CP0047.01

TRAPEZOIDAL ELEMENT (1)

17160

TECHNICAL TERMS

STEEL THICKNESS: 2,5 mm

16

X5CrNi18-10

59

NAME

CP0078.01

MAT. COD.

TRAPEZOIDAL ELEMENT (2)

17170

TECHNICAL TERMS

STEEL THICKNESS: 2,5 mm

3D VIEW

SUGGESTED MAT. QUAL.

X5CrNi18-10

17

CP0048.01

FIXATION SCREW L = 200

17180

TECHNICAL TERMS

DIMENSIONS: 10 mm x 200 mm

A2

18

CP0069.01

FIXATION SCREW L = 250

17190

TECHNICAL TERMS

DIMENSIONS: 10 x 250 mm

A2

19

CP0070.01

FIXATION SCREW L = 300

17200

TECHNICAL TERMS

DIMENSIONS: 10 x 300 mm

A2

CP0041.01 21

HOOK ADJUSTED TO THE ROOFING HEIGHT: 40 mm

17210

A2

17220

A2

CP0066.01 22

HOOK ADJUSTED TO THE ROOFING HEIGHT: 45 mm

ACCESSORIES SYSTEM FIXATION ELEMENTS

20

60

Solar Mounting Systems

NAME

MAT. COD.

3D VIEW

SUGGESTED MAT. QUAL.

CP0067.01 23

HOOK ADJUSTED TO THE ROOFING HEIGHT: 50 mm

17230

A2

17240

A2

CARPORT SYSTEM ELEMENT

17250

EN-AW-6082 T6

TECHNICAL TERMS

THICKNESS: 12 mm

CP0068.01 24

HOOK ADJUSTED TO THE ROOFING HEIGHT: 55 mm

CP0028.01

ACCESSORIES OTHER CONSTRUCTION ELEMENTS

25

OTHER CONSTRUCTION ELEMENTS NAME

CP0003.01

MAT. COD.

ROMBOID FEMALE SCREW

17260

TECHNICAL TERMS

STEEL THICKNESS: 5 mm

3D VIEW

SUGGESTED MAT. QUAL.

A2

26

CP0050.01 27

LOAD BEARING PLATE FOR ANCHOR CONSTRUCTIONS

17270

TECHNICAL TERMS

STEEL THICKNESS: 6 mm

A2

61

NAME

CP0004.01 SPRING 1

MAT. COD.

17280

3D VIEW

SUGGESTED MAT. QUAL.

A2

28

TECHNICAL TERMS

CP0020.01 SPRING 2

SPRING THICKNESS: 1 mm

17290

A2

29

TECHNICAL TERMS

CP0064.01 SPRING 3

SPRING THICKNESS: 1 mm

17300

A2

TECHNICAL TERMS

CP0065.01 SPRING 4

SPRING THICKNESS: 1 mm

17310

A2

31

TECHNICAL TERMS

32

CP0049.01

ROOF COVERING SEAL

SPRING THICKNESS: 1 mm

17320

EPDM

ACCESSORIES OTHER CONSTRUCTION ELEMENTS

30

62

Solar Mounting Systems

NAME

MAT. COD.

3D VIEW

SUGGESTED MAT. QUAL.

CP0038.01

33

34

35

36

CLAMP SEAL FOR MODULES WITHOUT A FRAME

CP0031.01

CONCRETE WEIGHT (1) 30 kg

CP0074.01

CONCRETE WEIGHT (2) 30 kg

CP0032.01 WINDSHIELD

17330

EPDM

17340

CONCRETE

17350

CONCRETE

17360

EN-AW-6063 T6

STANDARD ELEMENTS NAME

ACCESSORIES STANDARD ELEMENTS

1

2

3

CP0033.01

IMBUS HEX SOCKET HEAD SCREW M8x30

CP0024.01

IMBUS HEX SOCKET HEAD SCREW M8x50

CP0006.01

IMBUS HEX SOCKET HEAD SCREW M8x60

MAT. COD.

3D VIEW

SUGGESTED MAT. QUAL.

05010

A2

05020

A2

05030

A2

4

CP0017.01

05040

A2

5

CP0005.01

05050

A2

IMBUS SCREW M8x20

IMBUS SCREW M8x40

63

MAT. COD.

3D VIEW

SUGGESTED MAT. QUAL.

6

CP0027.01

05060

A2

7

CP0030.01

05070

A2

05080

A2

05090

A2

05100

A2

05110

A2

05120

A2

05130

A2

05140

A2

05150

A2

8

9

10

11

12

13

14

15

IMBUS SCREW M8x45

IMBUS SCREW M8x55

CP0043.01

IMBUS SCREW M8x65_b82

CP0039.01

IMBUS SCREW M10x70

CP0021.01

IMBUS SCREW M10x90

CP0040.01

IMBUS SCREW WITH LOW HEAD M12x20

CP0008.01

IMBUS SCREW M12x90

CP0019.01

IMBUS SCREW M12x100

CP0029.01

IMBUS SCREW M12x110

CP0013.01

IMBUS SCREW WITH LOW HEAD M12x25

ACCESSORIES STANDARD ELEMENTS

NAME

64

Solar Mounting Systems

NAME

16

17

CP0016.01

SELF DRILLING SCREW K_6.3x19

CP0011.01

HEX SOCKET HEAD SCREW M24x160

MAT. COD.

3D VIEW

SUGGESTED MAT. QUAL.

05160

A2

05170

A2

05180

A2

CP0051.01

ACCESSORIES STANDARD ELEMENTS

18

SQUARE SOCKET HEAD SCREW M8x32xb22_8.8

19

CP0018.01

05190

A2

20

CP0023.01

05200

A2

21

CP0010.01

05210

A2

22

CP0025.01

05220

A2

23

CP0044.01

05230

A2

24

CP0022.01

05240

A2

25

CP0009.01

05250

A2

26

CP0026.01

05260

A2

05270

A2

27

Tab washer_8

Tab washer 10

Tab washer 12

Tab washer 24

HEXAGON NUT M8

HEXAGON NUT M10

HEXAGON NUT M12

HEXAGON NUT M24

CP0014.01

SQUARE NUT M12 10x19x19

65

SERVICE CATALOGUE SALE All products can be ordered according to the indicated codes.

PROJECT SALE 1. STEP

Gathering of basic project data (informative offer).

4. STEP

Preparation of the final technical documentation: bill of materials, detailed plan, and assembly instruction.

2. STEP

Terrain survey and customer collaboration concerning technical data and characteristics of the system.

5. STEP

Material production according to the dimensions in the project.

3. STEP

Confirmation of the draft (final offer).

6. STEP

Delivery and cooperation during the project construction.

SERVICE

3D CAD Direct Modelling System

66

Solar Mounting Systems

STANDARDS CONSIDERED IN CALCULATION OF STATICS EN 1990: Eurocode - Basis of structural design EN 1991-1-3: Eurocode 1 – Actions on structures – Part 1-3: General actions – Snow loads EN 1991-1-4: Eurocode 1 – Actions on structures – Part 1-4: General actions – Wind actions EN 1993-1-1: Eurocode 3 – Design of steel structures – Part 1-1: General structural rules EN 1999-1-1: Eurocode 9 – Design of aluminium structures – Part 1-1: General rules - General rules and rules for buildings EN 485 – 2 1994: Aluminium and aluminium alloys. Sheet, strip and plate. Technical conditions for inspection and delivery EN 10025 – 2: European structural steel standard DIN EN 755-2: 2008 Aluminium and aluminium alloys - Extruded rod/bar, tube and profiles

EEM - END ELEMENT METHOD

SERVICE

QUALITY CERTIFICATE

ISO 9001:2008 Certificate of Quality Management Systems

ISO 14001 Certificate of Environmental Management System

ISO/TS 16949 Certificate of Quality Management Systems

OHSAS 18001 Certificate of Vocational Health & Safety Management System

SERVICE

67

Published by: Impol d.o.o., Partizanska ulica 38, 2310 Slovenska Bistrica, Slovenija. All photos are symbolic.

Concept and design by: Aritmija oglaševalska agencija d.o.o.

Impol-Montal d.o.o.

Partizanska ulica 38 2310 Slovenska Bistrica Slovenija telephone: +386 (0)2 845 31 56 fax: +386 (0)2 845 32 17 e-mail: info@impolsolar.com web: www.impolsolar.com