Facade substructure console

Abstract

Facade substructure console comprising two support parts (10, 20), a cantilever bracket (30), an inner thermal break pair (40), and a coupling bolt arrangement (50), wherein the support lower part (10) has a first and second subdividing end section (11, 12) and a subdividing middle section (13), wherein the subdividing sections (11, 12, 13) form a common subdividing base plane (15) which has a subdividing base plane underside (16) designed for plan-parallel contact with a substructure, wherein the subdividing end sections (11, 12) are arranged in a longitudinal extension on both sides of the subdividing middle section (13) and each has a lower fastening bore (71), wherein the subdividing middle section (13) has an upturned longitudinally extended subdividing flange (14) which extends transversely to the subdividing base plane (14) is arranged and has at least one lower flange bore (61),wherein the upper support section (20) comprises a first and second upper section end section (21, 22) and an upper section middle section (23), wherein the upper section sections (21, 22, 23) form a common upper section base plane (25) that is plane-parallel to the common lower section base plane (15), wherein the upper section end sections (21, 22) are arranged longitudinally on both sides of the upper section middle section (23) and each has an upper fastening bore (72), wherein the first upper section end section (21) rests flat on the first lower section end section (11) and the second upper section end section (22) rests flat on the second lower section end section (12), and wherein the fastening bores (71, 72) are each aligned and designed to receive a fastening bolt for attachment to the substructure, wherein the upper section middle section (23) has a raised longitudinal upper section flange (24) exhibitsthe cantilever sword (30) is arranged transversely to the base plane (25) and parallel to the flange of the lower part (14) and has at least one upper flange bore (62) aligned with the flange bore (61) of the lower part, wherein the cantilever sword (30) has a beam-side sword coupling section (31) and a facade-side mounting section (32), wherein the sword coupling section (31) is arranged parallel to the lower flange (14) and the upper flange (24) and has at least one sword bore (63) aligned with the flange bores (61, 62), wherein the facade-side mounting section (32) is designed for coupling facade construction components, and wherein the cantilever sword and the fastening bores (71, 72) are arranged in a common load-bearing plane, wherein the inner thermal break pair (40) has a first and a second thermal break Separation layer (41,42) and the first thermal separation layer (41) is arranged between the lower flange (14) and the sword coupling section (31) and the second thermal separation layer (42) is arranged between the sword coupling section (31) and the upper flange (24) and the separation layers (41, 42) are designed for thermal separation between the support parts (10, 20) and the cantilever plate (30), wherein the coupling bolt arrangement (50) has at least one coupling bolt (51) which passes through the bores (61, 63, 62) and positively locks the positional relationship between the support parts (10, 20), the cantilever sword (30) and the thermal separation layer pair (40).