ISOTEC Enerji San. ve Tic. Ltd. Åžti. products
Solar Mounting Systems - Curved Roof - Pitched Roof Solar Mounting Systems
Isotec - Mini Mounting System
On trapezoidal and sandwich roofs with 5 ribs horizontally used ISOTRAP Mini mounting system, from the top of the roof covering burr-free sealed and hardened stainless steel pointed screws Applied with. Three different sizes In addition to being an economical solution with its options, it is long-lasting and guaranteed for 12 years.
Isotech - Mounting Rails
3, 4 or 5 pitch trapezoidal - on sandwich covered roofs ISOTRAP S mounting rails used in vertical or horizontal installation, from the ridge top of the roof covering burr-free sealed, hardened stainless pointed screws is applied with. In addition to being an economical solution with three different lengths and two different height options, it is long-lasting and guaranteed for 12 years.
Isotec - Solar Mounting System
ISOTRAP XL solar mounting system used as a full-length rail 3, 4 and 5 rib trapezoidal and sandwich coated In addition to the ease of application on roofs, it creates additional strength on your roof. In vertical or horizontal layout ©ISOTRAP XL mounting rails used are manufactured from durable aluminum 6063 T66 alloy. XLA from the ridge top of the roof covering with the connection apparatus, burr-free sealed, hardened end stainless pointed screws applied with.
Isotec - Solar Mounting System
ISOBEAM V solar mounting system used as a full-length rail 4 and 5 ribs trapezoidal and sandwich coated It is applied on roofs to be mounted on purlins or beams. In horizontal layout The ©ISOBEAM V mounting system used is manufactured from high-strength aluminum 6063 T66 alloy. ©BAP from the pitch direction and pitch of the roof covering with the connection apparatus, top saddle stainless stud screws applied with.
Isotec - Solar Mounting System
ISOBEAM H solar mounting system used as a full-length rail 3,4 and 5 rib trapezoidal and sandwich coated It is applied on roofs to be mounted on purlins or beams. Used in horizontal or vertical placement ©ISOBEAM H mounting system is manufactured from high-strength aluminum 6063 T66 alloy. BUP roof covering with fasteners Stainless stud screws opposite to the direction of the pitch and saddle from the top of the pitch applied with.
Isotec - Solar Mounting System
ISOBEAM X solar mounting system used as a full-length rail 3,4 and 5 rib trapezoidal and sandwich coated It is applied on roofs to be mounted on purlins or beams.
Isotec - Solar Mounting System
ISOSIDE solar mounting system used as a full-length rail 3,4 and 5 rib trapezoidal and sandwich coated In addition to the ease of application on roofs, it provides additional strength to your roof. In vertical or horizontal layout ©ISOSIDE mounting rails used are manufactured from strong aluminum 6063 T66 alloy XSide from the rib sidewalls of the roof covering with the connection apparatus, burr-free sealed, hardened end stainless pointed screws applied with.
Isotec - Solar Mounting System
The ISOBEAM Vo solar mounting system, which is used as a full-length rail, is applied on onduline roofs to be mounted on purlins or beams. In horizontal layout The ©ISOBEAM Vo mounting system used is manufactured from high-strength aluminum 6063 T66 alloy. BUP With the connection apparatus, the onduline roof covering from the pitch direction and pitch top saddle stainless stud screws applied with.
Solar Mounting Systems - Flat Roof Systems
Isotec - Flat Roof Mounting System
It is applied inclined towards 13 ° to the south. Thanks to the weights placed on the rails, the roof covering is applied without puncturing. It is applied on flat concrete, gravel & membrane roofs. It offers maximum production possibilities. IFI Wind tunnel test approved.
Isotec - Flat Roof Mounting System
It is applied in the east-west direction with a slope of 13 °. It is applied on flat concrete, gravel & membrane roofs. Thanks to the very low weights placed on the rails, the roof covering is applied without puncturing. It is applied in the east-west direction with a slope of 13°. 0 offers the opportunity to use the roof area efficiently.
