LIDECO Standard Parts 07/2022

F71 H L H L H L 2450.20A.0264.0163.078 7,1 4100 3,5 9000 17,1 M10 2450.20B.0321.0203.108 9,8 6600 12 30000 23,8 M12 2450.20B.0458.0253.170 15,3 14500 19 45000 31,3 M16 2450.20A.0546.0303.213 19 22500 47 67000 39 M20 2450.20A.0618.0363.215 19,5 37500 76 114000 39,5 M24 2450.20A.0785.0423.294 27 46000 143 152000 50 M30 2450.20A.0546.0303.213 19 18000 78 107000 66 M20 2450.20A.0618.0363.215 19,5 35000 148 174000 67 M24 2450.20A.0785.0423.294 27 39000 233 272000 85 M30 2450.20A.0546.0303.213 19 16000 100 127000 93 M20 2450.20A.0618.0363.215 19,5 28000 176 194000 94,5 M24 2450.20A.0785.0423.294 27 29000 255 281000 120 M30 DAMPER, HEAVY-DUTY SELECTION TABLE MULTIPLE LAYERING Simple layering Order No L 1 * F 1 max [N] (dynamic >0,1) W 1 [Nm/stroke (s)]** W h1 [Nm/h]*** H 1 total height socket cap screw * Dimension „L 1 “ is the slump which must be taken into account for the design. ** Total energy per stroke *** Total energy per hour Double layering Order No L 1 * F 2 max [N] (dynamic >0,1) W 2 [Nm/stroke (s)]** Wh 2 [Nm/h]*** H 2 total height socket cap screw * Dimension „L 1 “ is the slump which must be taken into account for the design. ** Total energy per stroke *** Total energy per hour Threefold layering Order No L 1 * F 3 max [N] (dynamic >0,1) W 3 [Nm/stroke (s)]** W h3 [Nm/h]*** H 3 total height socket cap screw * Dimension „L 1 “ is the slump which must be taken into account for the design. ** Total energy per stroke *** Total energy per hour