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Peikko Group Global (English)
Current site: Peikko Group Global (English). Do you want to change country or language?
Peikko Group Global (English)
EBEA® Balcony Connector is a load-bearing insulated connection element for concrete structures that minimizes thermal bridges in cantilever balconies and other applications such as walls and slabs.
Preventing thermal bridges while keeping the structural integrity of cantilever balconies, walls and slabs can be a challenge. EBEA® Balcony Connector minimizes heat losses and prevents visual and structural defects in concrete structures. The EBEA® system is very versatile with many types to choose from. From the wide range of models, you can find an optimal solution for transferring all transverse forces, horizontal forces and moments reliably to the main slab.
The EBEA® system allows achieving a noise reduction of up to 21 dB thanks to special materials used and a fire protection classification of up to REI 120.
Simple installation together with versatile features make EBEA® Balcony Connector a cost-efficient and practical solution for load-bearing structures with high requirements for minimizing thermal bridges.
The EBEA®-100 Balcony Connectors are used to transfer negative moments (-MRd) and shear forces in two directions (±VRd) between two concrete slabs. The shear plate system gives the connection better stability compared to the solution with diagonal reinforcement (shear rebars). The product is available in three different reinforcement versions.
RS – friction-welded design for corrosion resistance class III (medium)
VE1 – stainless steel design for corrosion resistance class III (medium)
VE2 – stainless steel design for corrosion resistance class IV (strong)
(1) – Height of the thermal insulation is produced with 20 mm increment.
(2) – Length of connector is produced with 50 mm increments. The maximum length is 1200 mm.
(3) – Standard thermal insulation is available in thickness 80 mm and 120 mm, thicknesses 60 mm or 100 mm are available for request.
(4) – Diameter of the bending reinforcement is also available in Ø8; Ø12 and Ø16 as special request
Comprehensive product information like resistances, required supplementary reinforcement, concrete grades, limitations of use etc. can be found within the Technical Manual. Product details may be country-specific. For design, always use product information that is localized for design's destination country. Country specific Technical Manuals can be found under Documents page, or from website of the country in question.
The EBEA® E-100 Balcony Connector corner elements are used in combination with the EBEA®-100 for cantilever parts and serve to withstand negative moments (-MRd) and shear forces in both directions (±VRd) between two concrete slabs. The shear plate system gives the connection better stability compared to the solution with diagonal reinforcement (shear rebars). The product is available in three different reinforcement versions.
RS – friction-welded design for corrosion resistance class III (medium)
VE1 – stainless steel design for corrosion resistance class III (medium)
VE2 – stainless steel design for corrosion resistance class IV (strong)
(1) – Height of the thermal insulation is produced with 20 mm increment.
(2) – Length of connector is produced with 50 mm increments. The maximum length is 1200 mm.
(3) – Standard thermal insulation is available in thickness 80 mm and 120 mm, thicknesses 60 mm or 100 mm are available for request.
(4) – Diameter of the bending reinforcement is also available in Ø8; Ø12 and Ø16 as special request
Comprehensive product information like resistances, required supplementary reinforcement, concrete grades, limitations of use etc. can be found within the Technical Manual. Product details may be country-specific. For design, always use product information that is localized for design's destination country. Country specific Technical Manuals can be found under Documents page, or from website of the country in question.
The EBEA®-200 Balcony Connectors are used for continuous slabs and serve to withstand moments (±MRd) and shear forces in both directions (±VRd) between two concrete slabs. The shear plate system gives connection better stability compared to the solution with diagonal reinforcement (shear rebars). The product is available in three different reinforcement versions.
RS – friction-welded design for corrosion resistance class III (medium)
VE1 – stainless steel design for corrosion resistance class III (medium)
VE2 – stainless steel design for corrosion resistance class IV (strong)
(1) – Height of the thermal insulation is produced with 20 mm increment.
(2) – Length of connector is produced with 50 mm increments. The maximum length is 1200 mm.
(3) – Standard thermal insulation is available in thickness 80 mm and 120 mm, thicknesses 60 mm or 100 mm are available for request.
(4) – Diameter of the bending reinforcement is also available in Ø8; Ø12 and Ø16 as special request
Comprehensive product information like resistances, required supplementary reinforcement, concrete grades, limitations of use etc. can be found within the Technical Manual. Product details may be country-specific. For design, always use product information that is localized for design's destination country. Country specific Technical Manuals can be found under Documents page, or from website of the country in question.
The EBEA®-500 Balcony Connection shear elements serve to withstand shear forces (±VRd) between two concrete slabs in both directions. The shear plate system gives the connection better stability compared to the solution with diagonal reinforcement (shear rebars). The product is available in two different reinforcement versions.
RS – friction-welded design for corrosion resistance class III (medium)
VE1 – stainless steel design for corrosion resistance class III (medium)
VE2 – stainless steel design for corrosion resistance class IV (strong)
(1) – Height of the thermal insulation is produced with 20 mm increment.
(2) – Length of connector is produced with 50 mm increments. The maximum length is 1200 mm.
(3) – Standard thermal insulation is available in thickness 80 mm and 120 mm, thicknesses 60 mm or 100 mm are available for request.
Comprehensive product information like resistances, required supplementary reinforcement, concrete grades, limitations of use etc. can be found within the Technical Manual. Product details may be country-specific. For design, always use product information that is localized for design's destination country. Country specific Technical Manuals can be found under Documents page, or from website of the country in question.
The EBEA®-600 shear elements serve to withstand shear forces in one direction (+VRd) between two concrete slabs. The shear force rebars (instead of shear plates) improve the acoustic insulation compared to shear plates solution. The product is available in two different reinforcement versions.
VE1 – stainless steel design for corrosion resistance class III (medium)
VE2 – stainless steel design for corrosion resistance class IV (strong)
(2) – Length of connector is produced with 50 mm increments. The maximum length is 1200 mm.
(3) – Standard thermal insulation is available in thickness 80 mm and 120 mm. Thicknesses 60 mm is available for request.
Comprehensive product information like resistances, required supplementary reinforcement, concrete grades, limitations of use etc. can be found within the Technical Manual. Product details may be country-specific. For design, always use product information that is localized for design's destination country. Country specific Technical Manuals can be found under Documents page, or from website of the country in question.
EBEA®-700 Balcony Connector are used for cantilever parts (corbel- and parapet elements) and serve to withstand negative and positive moments (±MRd), shear forces in both directions (±VRd) and axial forces (±NRd). The shear plate system gives the connection better stability compared to the solution with diagonal reinforcement (shear rebars). The product is available in two different reinforcement versions.
VE1 – stainless steel design for corrosion resistance class III (medium)
VE2 – stainless steel design for corrosion resistance class IV (strong)
(1) – Height of the thermal insulation can be produced up to 440 mm and with 20 mm increment.
(2) – Length of connector is produced with 50 mm increments. The maximum length is 1200 mm.
(3) – Standard thermal insulation is available in thickness 80 mm and 120 mm. Thicknesses 60 mm or 100 mm are available for request.
(4) – The rebar length S determines the element size. The most important dimensions are shown in Table. In addition, EBEA®-700 can be manufactured with individual dimensions. The following limits must be considered: S11min (ISO60/100) = 110 mm; S11min (ISO80/120) = 100 mm; S11max (ISO60/80/100/120) = 430 mm.
Comprehensive product information like resistances, required supplementary reinforcement, concrete grades, limitations of use etc. can be found within the Technical Manual. Product details may be country-specific. For design, always use product information that is localized for design's destination country. Country specific Technical Manuals can be found under Documents page, or from website of the country in question.
The EBEA®-800 Balcony Connector serve for offset slabs to withstand shear forces in both directions (±VRd). The shear plate system gives the connection better stability compared to the solution with diagonal reinforcement (shear rebars). The product is available in two different reinforcement versions.
VE1 – stainless steel design for corrosion resistance class III (medium)
VE2 – stainless steel design for corrosion resistance class IV (strong)
(1) – Height of the thermal insulation can be produced up to 470 mm.
(2) – Length of connector is produced with 50 mm increments. The maximum length is 1200 mm.
(3) – Standard thermal insulation is available in thickness 80 mm. Thicknesses 60 mm available for request.
Comprehensive product information like resistances, required supplementary reinforcement, concrete grades, limitations of use etc. can be found within the Technical Manual. Product details may be country-specific. For design, always use product information that is localized for design's destination country. Country specific Technical Manuals can be found under Documents page, or from website of the country in question.
The EBEA®-900 Balcony Connectors withstand positive and negative moments (±MRd) and shear forces in both directions (±VRd) between two concrete slabs. The integrated PVC tubes allow an individual, on-site installation of the bending reinforcement B500B. The shear plate system gives the connection better stability compared to the solution with diagonal reinforcement (shear rebars). The product is available in two different reinforcement versions.
VE1 – stainless steel design for corrosion resistance class III (medium)
VE2 – stainless steel design for corrosion resistance class IV (strong)
(1) – Height of the thermal insulation is produced with 20 mm increment.
(2) – The thermal insulation length can be produced from minimum 250 mm up to 1200 mm and 150 mm increment.
(3) – Standard thermal insulation is available in thickness 80 mm. Thicknesses 60 mm is available for request.
(4) – Bending reinforcement is not a part of the EBEA® delivery and should be ordered separately.
Comprehensive product information like resistances, required supplementary reinforcement, concrete grades, limitations of use etc. can be found within the Technical Manual. Product details may be country-specific. For design, always use product information that is localized for design's destination country. Country specific Technical Manuals can be found under Documents page, or from website of the country in question.
The EBEA® E-900 Balcony Connector corner elements withstand positive and negative moments (±MRd) and shear forces in both directions (±VRd). The integrated PVC tubes allow an individual, on-site installation of the bending reinforcement B500B. The shear plate system gives the connection better stability compared to the solution with diagonal reinforcement (shear rebars). The product is available in two different reinforcement versions. Model EBEA® E-900 is used in combination with EBEA®-900.
Standard – friction-welded design (RS-bars) for corrosion resistance class III (medium)
VE1 – stainless steel design for corrosion resistance class III (medium)
VE2 – stainless steel design for corrosion resistance class IV (strong)
(1) – Height of the thermal insulation is produced with 20 mm increment.
(2) – The thermal insulation length can be produced from minimum 250 mm up to 1200 mm and 150 mm increment.
(3) – Standard thermal insulation is available in thickness 80 mm and 120 mm. Thicknesses 60 mm or 100 mm is available for request.
(4) – Bending reinforcement is not a part of the EBEA® delivery and should be ordered separately.
Comprehensive product information like resistances, required supplementary reinforcement, concrete grades, limitations of use etc. can be found within the Technical Manual. Product details may be country-specific. For design, always use product information that is localized for design's destination country. Country specific Technical Manuals can be found under Documents page, or from website of the country in question.
The EBEA®-1000 Balcony Connectors are used for offset balcony slabs with respect to the ceiling and their purpose is to withstand positive and negative moments (±MRd) and shear forces in both directions (±VRd) between two concrete slabs. The used shear plate system gives the connection better stability compared to the solution with diagonal reinforcement (shear rebars). The product is available in two different reinforcement versions.
VE1 – stainless steel design for corrosion resistance class III (medium)
VE2 – stainless steel design for corrosion resistance class IV (strong)
(1) – Height of the thermal insulation can be produced up to 470 mm.
(2) – The maximum production length is 1200 mm and 50 mm increment.
(3) – Standard thermal insulation is available in thickness 80 mm. Thicknesses 60 mm is available for request.
Comprehensive product information like resistances, required supplementary reinforcement, concrete grades, limitations of use etc. can be found within the Technical Manual. Product details may be country-specific. For design, always use product information that is localized for design's destination country. Country specific Technical Manuals can be found under Documents page, or from website of the country in question.
The EBEA®-1100 Balcony Connectors are used for cantilever parts and serve to withstand negative moments (-MRd) and transverse forces in on direction (+VRd) between two concrete slabs. The small shear rebars improve the acoustic insulation significantly compare to shear plate solution. The product is available in three different reinforcement versions.
RS – friction-welded design for corrosion resistance class III (medium)
VE1 – stainless steel design for corrosion resistance class III (medium)
VE2 – stainless steel design for corrosion resistance class IV (strong)
(1) – Height of the thermal insulation is produced with 20 mm increment.
(2) – The maximum production length is 1200 mm and 50 mm increment.
(3) – Standard thermal insulation is available in thickness 80 mm and 120 mm. Thicknesses 60 mm or 100 mm are available for request.
(4) – Diameter of the bending reinforcement is also available in Ø8; Ø12 and Ø16 as special request.
Comprehensive product information like resistances, required supplementary reinforcement, concrete grades, limitations of use etc. can be found within the Technical Manual. Product details may be country-specific. For design, always use product information that is localized for design's destination country. Country specific Technical Manuals can be found under Documents page, or from website of the country in question.
The EBEA®-1200 Balcony Connectors are used for continuous slabs and serve to withstand positive and negative moments (±MRd) and shear forces in both direction (±VRd). The small shear rebars improve the acoustic insulation significantly compared to the solution with shear plates. The product is available in three different reinforcement versions.
RS – friction-welded design for corrosion resistance class III (medium)
VE1 – stainless steel design for corrosion resistance class III (medium)
VE2 – stainless steel design for corrosion resistance class IV (strong)
(1) – Height of the thermal insulation is produced with 20 mm increment.
(2) – The maximum production length is 1200 mm and 50 mm increment.
(3) – Standard thermal insulation is available in thickness 80 mm and 120 mm. Thicknesses 60 mm or 100 mm are available for request.
(4) – Diameter of the bending reinforcement is also available in Ø8; Ø12 and Ø16 as special request.
Comprehensive product information like resistances, required supplementary reinforcement, concrete grades, limitations of use etc. can be found within the Technical Manual. Product details may be country-specific. For design, always use product information that is localized for design's destination country. Country specific Technical Manuals can be found under Documents page, or from website of the country in question.
The EBEA®-Type G Earthquake elements serve to withstand horizontal forces parallel to the joint in both directions (±HRd) and are used for increased seismic requirements. The position is usually between standard EBEA® elements. The product is available in two different reinforcement versions.
VE1 – stainless steel design for corrosion resistance class III (medium)
VE2 – stainless steel design for corrosion resistance class IV (strong)
(1) – Height of the thermal insulation is produced with 20 mm increment.
(2) – Standard thermal insulation is available in thickness 80 mm. Thicknesses 60 mm is available for request.
Comprehensive product information like resistances, required supplementary reinforcement, concrete grades, limitations of use etc. can be found within the Technical Manual. Product details may be country-specific. For design, always use product information that is localized for design's destination country. Country specific Technical Manuals can be found under Documents page, or from website of the country in question.
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