64 H 128 101 Ø5 min 11.5 X Y SERVO-DRIVE Ø 10 63 H 124 91.5 11 11 X Y SERVO-DRIVE Ø 10 3 2 1 min 22 B A min 264 30 KH 66 30 SERVO DRIVE min LH C Y FH X max FD KH FHu FHo Fo Z FAu min 31 + FAu Fm KH = FHo x 2 + Fo + Fm + Fu FHo FHu Fo Fm Fu Fu FHu FHu Fm FHo TKH = FHo x 2 + Fo + Fm + Fu FHo FHu Fo Fm Fu Fu FHu FHu Fm FHo 20 1 〉 Lift systems 〉 AVENTOS HF top – bi-fold lift system 〉 Standard | SERVO-DRIVE Catalogue 2027/2028 Narrow alu frames Web code – click on the code or enter it in the Product Configurator DQDYAP Planning Symmetrical | asymmetrical Drilling position – system screws Cabinet height KH (mm) H (mm) X (mm) Y (mm) 480–519 93.5 38.5 102 520–1200 116 38.5 124 Drilling position – chipboard screws Cabinet height KH (mm) H (mm) X (mm) Y (mm) 480–519 93 38.5 102 520–1200 115.5 38.5 124 4 x chipboard screws Ø 4 x 35 mm Positioning system – chipboard screws Cabinet height KH (mm) 520–1200 Space requirement Lever arm set LH min (mm) 22F3200 443 22F3500 512 22F3900 632 KH (mm) A (mm) B (mm) C min (mm) 480–519 66.5 171.5 172 520–1200 89.0 194.0 195 KH Cabinet height LH Internal cabinet height X max = FH x 0.9 + FD x 1.5 + 35 Opening angle stop Y (mm) 116° FH x 0.44 + 38 107° FH x 0.29 + 35 97° FH x 0.12 + 31 88° 28 81° 0 FH Front height FD Front thickness Front assembly Cabinet height KH (mm) Z (mm) 480–549 188 520–1200 207 Fo Top gap Fm Middle gap FAu Bottom front overlay FHo Upper front height FHu Lower front height Front, symmetrical Fo Top gap Fm Middle gap Fu Bottom gap FHo Upper front height FHu Lower front height KH Cabinet height Front, asymmetrical Fo Top gap Fm Middle gap Fu Bottom gap FHo Upper front height FHu Lower front height TKH Theoretical cabinet height 1
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