IRFTS EASY ROOF TOP User manual

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INS-IN02-180718 - V.1.4 - 02/07/19
ON ROOF MOUNTING SYSTEM FOR PHOTOVOLTAIC AND THERMAL MODULES
EASY ROOF TOP
Installation Instructions

Information and visuals non-contractual. Subject to technical modifications without notice.
This document is the property of IRFTS. It shall not be reproduced or shared with third parties without IRFTS' agreement
Contents
2 EASY ROOF TOP
1. Safety Instructions ..........................................................................................................................................4
2. Field of use ......................................................................................................................................................5
3. Installation guide ............................................................................................................................................6
3.1.Parts list.....................................................................................................................................................6
3.2.Representation of parts .......................................................................................................................... 7-8
3.3.Tools..........................................................................................................................................................9
4. Overall dimensions of the EASY ROOF TOP system............................................................................. ........10
5. General case with mechanical tiles or slates ................................................................................................11
5.1.In PORTRAIT mode ............................................................................................................................... 12-17
5.2.In LANDSCAPE mode ...............................................................................................................................18
6. Overview of the system on MECHANICAL TILES.................................................................................. ........19
6.1.Installation on traditional structure .............................................................................................. ........20
6.1.1. Configuration for roof with flat TILES........................................................................................20
6.1.2. Configuration for roof with curved TILES. .................................................................................20
6.1.3. Position of hook baseplates and rails........................................................................................21
6.2.Installation on industrial structure (Truss).................................................................................... ........22
6.2.1. Mounting of baseplates and support plates in PORTRAIT mode .................................... ........23
6.2.2. Mounting of baseplates and support plates in LANDSCAPE mode ................................. ........24
6.3.Presentation of the hook assembly for MECHANICAL TILES in PORTRAIT and LANDSCAPE ....... ........25
6.4.Installation on MECHANICAL TILE roofing..................................................................................... ........25
6.5.Presentation on rafters of the hook assembly for MECHANICAL TILES in PORTRAIT and LANDSCAPE26
6.6.Protection of MECHANICAL TILES using a SEAL............................................................................. ........27
6.7.Grinding the tile covering the hook........................................................................................................27
6.8.Constraints for using the TILE hook ............................................................................................... ........28
6.9.Hook height adjustment .........................................................................................................................29
6.10 Hook height adjustment values with respect to the baseplate ...........................................................30
6.11 MECHANICAL TILE hook lateral position adjustment ..........................................................................31
6.12 Positioning the rail on the TILE hook....................................................................................................32
7. Presentation of the screw M10 assembly............................................................................................ ........33
7.1.Installation on MECHANICAL TILE roofing..................................................................................... ........33
7.2.Preparation of the parts................................................................................................................. ........34
7.3.Drilling the tiles .............................................................................................................................. ........35
7.4.Fixing the hook baseplate tile on the frame ................................................................................. ........36
7.5.Tile plate manufacture and fixing.................................................................................................. ........36
7.6.Installing the rail............................................................................................................................. ........37

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This document is the property of IRFTS. It shall not be reproduced or shared with third parties without IRFTS' agreement
Contents
3 EASY ROOF TOP
8. Overview of the system on SLATES & FLAT TILES ................................................................................ ........38
8.1.Presentation of the hook assembly for SLATES & FLAT TILES....................................................... ........39
8.2.Montage sur toiture ARDOISES - TUILES PLATES .......................................................................... ........39
8.2.1. Configuration pose sur LITEAUX en PORTRAIT et PAYSAGE.....................................................40
8.2.2. Configuration and mounting on SLATS in PORTRAIT and LANDSCAPE. ...................................41
8.3.Mounting on rafters (example of laying on battens).................................................................... ..... 42-43
8.4.Installing the rail on the hook for SLATES & FLAT TILES ............................................................... ........44
9. Overview of the system on CORRUGATED STEEL SHEETS, FIBRE CEMENT, UNDER-TILE PANELS...... ........45
9.1.Presentation of the double thread screw assembly for PANELS.................................................. ........46
9.2.Installation on SHEET roofing......................................................................................................... ........46
9.3.Securing the double thread screw to wooden purlins.................................................................. ........47
9.4.Installing the rail on the double thread screw assembly for PANELS........................................... ........48
10. Joining the rail .................................................................................................................................... ........49
11. Mounting the module......................................................................................................................... ........50
11.1. 1 Mounting on edge of PV field using module clip ....................................................... ……………………50
11.1.2 Mounting on edge of PV field using single clamp assembly ...................................... ……………………51
11.2. Mounting in middle of PV field using double clamp assembly ................................……………………52-53
12. Grounding............................................................................................................................................ ....... 54
12.1. Grounding via wired connection ................................................................................... ……………………54
12.2. EASY GROUNDING system............................................................................................. ……………………55
13. Closing the ends of the rail ................................................................................................................. ....... 56

Information and visuals non-contractual. Subject to technical modifications without notice.
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4EASY ROOF TOP
1) Safety Instructions
Design, installation, and commissioning of the system must be performed by qualified
personnel only. Incorrect execution can result in damage to the system and can put lives
in danger.
National and local construction standards, the various regulations and all directives in
force concerning environmental protection must be observed. Safety regulations and
accident prevention instructions must be observed. Appropriate fall prevention devices
must be used for all work performed at height.
It is your responsibility, before installation, to check the load capacity of the roof and the
system statics using the MY SOLAR PROJECT sizing tool.
Before installation, check that you have the up-to-date version of the installation
instructions by visiting our website: http://fr.irfts.com/supports/
Throughout the installation operation, make sure that at least one copy of the
installation instruction manual is available on site.
Please be aware of the installation instructions provided by the manufacturer of the
photovoltaic modules or thermal sensors.
To remove the system, apply the installation procedure in reverse.
Systems installed in accordance with the safety and implementation instructions are
eligible for a 10-year product guarantee.
The initial structure might not be designed to support the additional weight of
photovoltaic equipment.
A structural calculation might be necessary to ensure a successful installation and to
choose the correct mounting methods.
The fitter is responsible for performing this check.

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5EASY ROOF TOP
2) Field of use
Implementation:
Used in mainland France:
• Except in mountain environments at an altitude above 900 m.
• Maximum wind zone: 4
• Must be located more than 3 km from the seaside. (Seaside installation not allowed)
• Seismic zone (up to Zone 4 for Occupancy Category III)
• On insulated or non-insulated buildings, exclusively on a cold roof
• Only in places with low or intermediate humidity, in a healthy environment.
• For roofing made of small elements (tiles and slates), the length of the roof slope must not
exceed 12 m.
• The space between the ridge and the edge of the field must be greater than 50 cm.
• The space between the roof edges and the edges of the field must be greater than 40 cm.
• The system can be used on traditional roof structures (with or without built-in battening) and
on truss-type industrialised wooden structures with restrictions due to the strength of the
structure and the correct installation of screws and hooks on it.
• The PV system must not exceed 25 m at the ridge with respect to the lowest level of the
surrounding ground.
Maximum slopes
• On TILE ROOFING:
The angle of the roof slope is limited to 50° (119%), and the maximum length of the slope is: 12
m.
• On SLATE ROOFING:
The angle of the roof slope is limited to 60° (173%), and the maximum length of the slope is: 12
m
• On FIBRE CEMENT SHEET ROOFING:
The angle of the roof slope is limited to 60° (173%), and the maximum length of the slope is
given in Table 1 of DTU 40.37 P1-1 - Corrugated fibre cement sheets (September 2011).
Minimum slopes: refer to the following DTUs (Unified Technical Documents):
-DTU 40.21 P1-1 - Clay tiles: interlocking or plain profiled
-DTU 40.22 - Curved (canal) clay tiles
-DTU 40.24 - Concrete tiles: plain and longitudinal interlocking
-DTU 40.11 –Slates
-DTU 40.13 P1-1 - Fibre cement slates
-DTU 40.37 P1-1 - Corrugated fibre cement sheets
Use outside France:
Roofing must comply with the regulations in force in each country.
Design aid:
MY SOLAR PROJECT

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This document is the property of IRFTS. It shall not be reproduced or shared with third parties without IRFTS' agreement
3) Installation guide
3.1) Parts List
6 EASY ROOF TOP
Raw Black
1TOP HOOK BASEPLATE TILE 8-28 150 PRT0P00403A
2TOP HOOK TILE ASSY 65-28 150 ASM0P00528A
3TOP HOOK TILE ASSY 65-152 BLACK ASM0P00528NA
4DOME-HEAD SCREW 6 x 70 V077V02
5DOME-HEAD SCREW 6 x 40 V003V02
30 ADAPTER PLATE 82x40x5 PDC0P00572AA
31 TOP HOOK BASEPLATE TILE 8-28 1250 PRT0P00569A
32 TOP SCREW SUPPORT M8 PRT0P00693A
33 TOP SHEET 82*40*5 PDC0P00572A
6TOP HOOK SLATE PDC0P00564A
7ADJUSTABLE TOP HOOK SLATE PDC0P00565A
8COUNTERSUNK SCREW 6x50 V079V02
9A HEX SCREW M8 x 20 V068V02
9B HAMMER HEAD SCREW (OPTION) V083V02
10 NUT M8 SERRATED FACE V066V02
11 DOUBLE THREAD SCREW ASSY 10 x 200 M10 V081V02
12 FIBRE CEMENT JOINT 8.4*25 V080V02
13 TOP RAIL STD 2120 PRT0P00520A
14 TOP RAIL STD 2120 BLACK PRT0P00520NA
15 TOP JOINT BAR ASSY STD 150 ASM0P00530A
16 TOP DOUBLE CLAMP ASSY ASM0P00529A
17 TOP DOUBLE CLAMP ASSY (BLACK) ASM0P00529NA
18 TOP CLIP MODULE PDC0P00490A
19 TOP SINGLE CLAMP ASSY ASM0P00562A
20 TOP SINGLE CLAMP ASSY (BLACK) ASM0P00562NA
21 TOP RAIL CLOSURE ASSY ASM0P00563A
22 TOP RAIL CLOSURE ASSY (BLACK) ASM0P00563NA
23 EASY GROUNDING PRT0P00340A
40 POLYURETHANE FOAM SEAL
41 SHEET
PART NOT SUPPLIED BUT
ESSENTIAL
(see details p.9)
PARTS COMMON TO ALL
APPLICATIONS
(see details p.9)
Reference:
FLAT TILE
SLATES
(see details
p.8)
SHEETS
(see details
p.8)
FIELDS OF
APPLICATION
N°
Description
MECHANICAL
TILES
(see details
p.7)

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7
EASY ROOF TOP
2
3
VARIANT
4
DOME-HEAD SCREW 6 x 70
DOME-HEAD SCREW 6 x 40
33
TOP ADAPTER PLATE 82x40x5
1 VARIANT
30
31
TOP SCREW ASSY M8
32
TOP SCREW SUPPORT M8
5
TOP HOOK BASEPLATE TILE 8-28 150
TOP HOOK TILE ASSY 65-152
TOP HOOK TILE ASSY 65-152 BLACK
TOP HOOK BASEPLATE TILE 8-28 1250
3.2) Representation of parts
COMPONENTS TO BE CHOSEN ACCORDING TO FIELD OF APPLICATION
MECHANICAL TILES
(See installation starting on p.19)

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EASY ROOF TOP
11
SLATES & FLAT TILES STEEL SHEETS
(RIBBED)
FIBRE CEMENT
'SOUS TUILE' PANELS
6
7
8
12
9A 10
VARIANT
VARIANT
(See installation starting on p.38)
(See installation starting on p.45)
9B
HAMMERHEAD SCREW
M8 x 20
(OPTION)
TOP HOOK SLATE
COUNTERSUNK
SCREW 6x50
TOP HOOK SLATE ADJUSTABLE
MECHANICAL TILES SLATES & FLAT TILES STEEL SHEETS
(RIBBED)
FIBRE CEMENT
'SOUS TUILE' PANELS
COMPONENTS TO BE CHOSEN ACCORDING TO FIELD OF APPLICATION
3.2) Representation of parts
DOUBLE THREAD SCREW ASSY
10 x 200 M10
FIBRE CEMENT JOINT 8.4*25
HEX SCREW M8 x 20 NUT M8 SERRATED FACE
8

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Representation of parts (continued)
9 EASY ROOF TOP
16
TOP CLAMP ASSY
DOUBLE BLACK
13
TOP RAIL STD 2120 BLACK
17
14
15
TOP CLIP MODULE
TOP JOINT BAR
ASSY STD 150
EASY GROUNDING
18
TOP CLAMP ASSY
DOUBLE
TOP RAIL STD 2120
TOP CLAMP ASSY
SINGLE BLACK
TOP CLAMP ASSY
SIMPLE
19 20
VARIANT
VARIANT
VARIANT
VARIANT
TOP CLOSURE ASSY
RAIL BLACK
TOP CLOSURE ASSY
RAIL
PARTS COMMON TO ALL APPLICATIONS
SEAL MADE OF
POLYURETHANE FOAM
THICKNESS: 60 mm.
PART NOT SUPPLIED BUT ESSENTIAL
Zinc, aluminium or
stainless-steel Plate
THK. 1,5 mm
42
49
42
49
23
21
22
VARIANT
40
Ø 10

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10EASY ROOF TOP
Tape measure
13-mm flat or socket spanner
+
15-mm flat or socket spanner
3.3) Tools
Angle grinder
+ Diamond disc
Roofer's stick
(To shape the lead sheets
in the case of laying on
SLATES & FLAT TILES.)
Drill / Screwdriver
+ Torx TX 25 tip
+ Drill bits Ø 7; Ø 14
Socket spanner 9 or socket spanner

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11EASY ROOF TOP
Dimension X
14
Dimension l
10 min.
→ Value of dimension X
with TOP CLIP MODULE
X = (l x N) + (14 x (N-1))
with N = Number of PV modules on the line.
18
→ Value of Dimension X
with TOP SINGLE CLAMP ASSEMBLY
X = (l x N) + (14 x (N-1)) + (15 x 2)
with N = Number of PV modules on the line.
19
4) Overall dimensions of the EASY ROOF TOP system
13
18
PV module
13
19
Dimension Y
Dimension L
PV module
→ Value of Dimension Y
X = (L x N) + (10 min x (N-1))
with N = Number of PV modules on the column.

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12 EASY ROOF TOP
5) GENERAL CASE WITH MECHANICAL TILES or SLATES
The following tables are provided for information.
IRFTS is not responsible for the data they contain.
Only the results of the MY SOLAR PROJECT tool are authoritative.
The fitter is responsible for confirming the data concerning his/her project using
the MY SOLAR PROJECT tool.
Field of use (for all other fields of use: see MY SOLAR PROJECT)
- Excluding seaside areas
- Gable roof
- Roof slope = 25°
- Roof length = 15 m
- Roof width = 8 m
- Ridge height: 12 m
- Zone 5 consult Solar Project
- Land category: IIIa
Field of use (for all other fields of use: see MY SOLAR PROJECT)
- Excluding seaside areas
- Gable roof
- Roof slope = 25°
- Roof length = 15 m
- Roof width = 8 m
- Ridge height: 12 m
- Zone 5 consult Solar Project
- Land category: IIIa
- Rafter or truss spacing <900 mm
PORTRAIT mode
LANDSCAPE mode

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13 EASY ROOF TOP
Max. authorised offset between module edge and hook (m)
Zone 4
Roof Zone A 0.3
≤ 200 ≤ 500 ≤ 900 ≤ 500 ≤ 900 ≤ 200 ≤ 500 ≤ 900 ≤ 500 ≤ 900
A1
A2
B1
B2
C1
C2 cf1
Dcf2 cf2
Ecf2
A1 cf1
A2
B1
B2
C1 cf1 cf1
C2 cf2
Dcf2
Ecf1
A1
A2
B1
B2
C1
C2 cf2
D
E
Non-existent combination cf1 A partial
Excessive loads
M = the sma l l er of the followi ng two dimens i ons : L/4 or H/2
N = the sma l l er of the fol lowing two di mens i ons: l/4 or H/2 cf2 A complete
O = the sma l l er of the fol lowing two di mens i ons : l/10 or H/5
P = the sma l l er of the fol lowing two di mens i ons: L/10 or H/5
cf2
cf2
cf2
cf2
cf2
cf2
cf2
cf2
cf2
cf2
cf1
cf2
cf2
cf1
cf1
cf2
cf2
cf2
cf2
cf1
Roof
Zone
Rafter or truss spacing
Snow
zone
Wind Zone 1
Wind Zone 2
Wind Zone 3
Wind Zone 4
Reference diagram /
Altitude (m)
Reference
diagram /
Altitude
Reference diagram /
Altitude
Reference
diagram /
Altitude
Main field A
Spacing ≤ 600 mm
900 mm > Spacing ≤
1200 mm
600 mm > Spacing ≤
900 mm
cf1
cf1
cf1
cf1
cf1
cf1
cf1
cf1
cf1
Zones 1 to 3
0.4
cf2
cf2
Crochets
Hooks
5.1) IN PORTRAIT MODE

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14 EASY ROOF TOP
Max. authorised offset between edge of module and the hook
Zone 4
Roof Zone B 0,2
≤ 200 ≤ 500 ≤ 900 ≤ 500 ≤ 900 ≤ 200 ≤ 500 ≤ 900 ≤ 500 ≤ 900
A1
A2
B1
B2
C1
C2 cf3
Dcf5 cf5
Ecf5
A1 cf3
A2
B1
B2
C1 cf3 cf3
C2 cf5
Dcf5
Ecf3
A1
A2
B1
B2
C1
C2 cf5
D
E
Non-existent combination cf3 A partial / B partial
Excessive loads
M = the sma l l er of the followi ng two di mens i ons : L/4 or H/2
N = the sma l l er of the followi ng two di mens i ons : l/4 or H/2
O = the smaller of the fol l owing two dimens i ons: l/10 or H/5
P = the smaller of the followi ng two di mens i ons: L/10 or H/5
cf5 A complete / B complete cf4 A partial / B complete
600 mm > Spacing ≤
900 mm
cf5
cf5
cf5
cf5
cf5
Zone 1 to 3
Wind Zone 1
Wind Zone 2
Wind Zone 3
Wind Zone 4
Roof
Zone
Rafter or truss spacing
Snow
zone
Main field B
Spacing ≤ 600 mm
cf3
cf3
cf4
cf5
cf3
cf3
cf3
cf4
cf3
cf5
Reference diagram /
Altitude (m)
cf4
cf5
cf3
cf3
cf5
cf4
cf3
cf3
cf5
cf5
Reference
diagram /
Altitude
Reference diagram /
Altitude
Reference
diagram /
Altitude
cf5
cf5
900 mm > Spacing ≤
1200 mm
cf5
cf5
cf5
0,3
Hooks

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15 EASY ROOF TOP
Max. authorised offset between edge of module and the hook
Zone 4
Roof Zone C 0,1
≤ 200 ≤ 500 ≤ 900 ≤ 500 ≤ 900 ≤ 200 ≤ 500 ≤ 900 ≤ 500 ≤ 900
A1
A2
B1
B2
C1
C2 cf11
Dcf9 cf9
Ecf9
A1 cf10 cf11
A2
B1
B2
C1 cf10 cf11
C2 cf9
Dcf9
Ecf10
A1
A2
B1
B2
C1
C2
D
E
Non-existent combination cf8 C partial/A partial/B partial
Excessive loads
cf9 A/B/C complete
Zones 1 to 3
0,2
cf11
cf11
cf9
cf9
cf9
cf9
Main field C
Spacing ≤ 600 mm
cf8
cf10
900 mm > Spacing ≤ 1200
mm
600 mm > Spacing ≤ 900 mm
cf9
cf5
cf9
cf11
cf8
cf10
cf10
cf10
cf11
cf9
cf9
cf8
cf10
cf9
cf11
Wind Zone 4
Roof
Zone
Rafter or truss spacing
Snow
zone
Reference diagram /
Altitude (m)
Reference
diagram /
Altitude
Reference diagram /
Altitude
Reference
diagram /
Altitude
Wind Zone 1
Wind Zone 2
Wind Zone 3
cf9
cf9
cf9
cf5
cf5
Hooks

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16 EASY ROOF TOP
cf11 C complete / B complete / A partial cf10 C complete/A partial/ B partial

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17 EASY ROOF TOP
Max. authorised offset between edge of module and the hook
Zone 4
Roof Zone D 0,2
≤ 200 ≤ 500 ≤ 900 ≤ 500 ≤ 900 ≤ 200 ≤ 500 ≤ 900 ≤ 500 ≤ 900
A1
A2
B1
B2
C1
C2 cf6
Dcf7 cf7
Ecf7
A1 cf6
A2
B1
B2
C1 cf6 cf6
C2 cf7
Dcf7
Ecf6
A1
A2
B1
B2
C1
C2
D
E
Non-existent combination
Excessive loads cf6 Partial
cf7 Complete
M = the s ma l ler of the fol l owi ng two di mens i ons : L/4 or H/2
N = the sma l l er of the fol l owi ng two di mensi ons: l/4 or H/2
O = the s ma l ler of the fol l owi ng two di mensi ons: l /10 or H/5
P = the s ma ller of the fol lowi ng two di mens i ons : L/10 or H/5
Wind Zone 1
Wind Zone 2
Wind Zone 3
Wind Zone 4
Roof
Zone
Rafter or truss spacing
Snow
zone
Reference diagram /
Altitude (m)
Reference
diagram /
Altitude
Reference diagram /
Altitude
Reference
diagram /
Altitude
Main field D
Spacing ≤ 600 mm
cf6
cf6
900 mm > Spacing ≤ 1200
mm
cf7
cf7
cf6
600 mm > Spacing ≤ 900
mm
cf7
cf6
cf6
cf6
cf6
cf6
cf7
cf6
cf6
cf7
cf7
cf7
cf6
cf6
cf7
Zones 1 to 3
0,3
cf6
cf7
cf7
Hooks

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18EASY ROOF TOP
No hooks"X"
Rafter or truss spacing <900 mm
Tile margin = 250 mm
number of margins 1 2 3 4 5 6 Margin (250 or 370 mm)
Distance between hooks 250 500 750 1000 1250 1500
Tile margin = 370 mm
number of margins 1 2 3 4
Distance between hooks 370 740 1110 1480
Non-existent combination
Roof Zone A B C D A B C D A B C D A B C D A B C D A B C D A B C D
A1 1500
A2 1000 750
B1
B2 750 500 750 500
C1 1500 1250 1250
C2
D
E1500 1250
A1 1480
A2 250
B1
B2 1110 1110
C1 1480 1110
C2 1110
D
E1480 740
A1 1800 1741 1704
A2 1252 1075 906 784
B1
B2 1452 1247 1051 909 1246 1246 1051 909
C1 1741 1480 1741 1468 1270 1704 1110 1110
C2 1699 1246 1246 1246 1246 1699 1246 1246 1452 1246 1246 1051
D1335 1335 1038 1038 1038 1038 1335 1038 1038 1038
E1480 1515 1468 1270 862 862 862 862
Definition of Roof Zones Max. authorised offset between edge of module and the first hook
Zones 1 to 3 Zone 4
M = the smaller of the following two dimensions: L/4 or H/2 Roof Zone A (mm) 400 300
N = the smaller of the following two dimensions: l/4 or H/2 Roof Zone B (mm) 300 200
O =the smaller of the following two dimensions: l/10 or H/5 Roof Zone C (mm) 200 100
P = the smaller of the following two dimensions: L/10 or H/5 Roof Zone D (mm) 300 200
909
1247
1051
909
1800
1270
1233
1067
1233
1067
1741
1468
1468
1067
1463
1233
1067
1452
1452
1475
1247
1051
909
1247
Max allowable gauge
between hooks
1800
1270
1270
1704
1463
1233
1475
1468
1475
1463
1051
909
Wind Zone 2
Wind Zone 3
Wind Zone 4
Wind Zone 1
No "X" hooks according to roof zone
Snow
zone
Altitude ≤900 m
500 m < Altitude ≤
900 m
Altitude ≤500 m
500 m < Altitude ≤
900 m
500
1000
1000
1000
750
500
500
1000
750
500
1250
1000
250 mm Margin
(Gauge of small tiles)
1500
1250
1000
1250
1000
1250
Altitude ≤500 m
500 m < Altitude ≤
900 m
Altitude ≤500 m
1500
1250
1000
1000
1250
1000
1250
1000
1000
750
750
500
1000
750
1000
750
1000
1000
370 mm Margin
(Gauge of large tiles)
1480
1110
740
1110
1000
750
740
1110
740
740
740
1110
740
740
1110
1110
740
1110
740
1000
750
750
1000
500
740
740
1480
1110
740
740
1110
1110
740
740
1110
740
1110
740
1110
1110
740
740
1110
740
1110
1110
740
5.2) IN LANDSCAPE MODE

Information and visuals non-contractual. Subject to technical modifications without notice.
This document is the property of IRFTS. It shall not be reproduced or shared with third parties without IRFTS' agreement
6) Overview of the system on MECHANICAL TILES
19 EASY ROOF TOP
PV module
16
14
2
13
17
PORTRAIT mode

Information and visuals non-contractual. Subject to technical modifications without notice.
This document is the property of IRFTS. It shall not be reproduced or shared with third parties without IRFTS' agreement
20 EASY ROOF TOP
6.1.2) Configuration for roofing
with CURVED tiles.
Hook bracket
Tile hook
Hook baseplate
Turn the hook bracket and the
180° rail mounting bolt.
6.1.1) Configuration for roofing with FLAT tiles.
Screw
6.1) INSTALLATION ON TRADITIONAL STRUCTURE
Rail mounting bolt
1
2
Hook bracket
Hook baseplate
Tile hook