12.2023 2131.21. e 3F d1 SW f b c øa 180° 360° 2F 1F d2 1 1 2 2 2 0–7° 90° 0–7° 90° 0–45° 45–60° 0–45° 45–60° 2131.21.036 M36 15 8 (10) 30 16 (20) 11,2 (14) 8 (10) 8 (10) 16,8 (21) 12 (15) 8 (10) 2131.21.042 M42 17 12 (13) 34 24 (26) 16,8 (18,2) 12 (13) 12 (13) 25,2 (27,3) 18 (19,5) 12 (13) 2131.21.045 [M45] 18 12 (15) 36 24 (30) 16,8 (21) 12 (15) 12 (15) 25,23 (31,5) 18 (22,5) 12 (15) 2131.21.048 M48 18 13 (16) 36 26 (32) 18,2 (22,4) 13 (16) 13 (16) 27,3 (33,6) 19,5 (24) 13 (16) 2131.21.056 M56 28 16 (22) 56 32 (44) 22,4 (30,8) 16 (22) 16 (22) 33,6 (46,2) 24 (33) 16 (22) 2131.21.064 M64 28 16 (25) 56 32 (50) 22,4 (35) 16 (25) 16 (25) 33,6 (52,5) 24 (37,5) 16 (25) 2131.21.090 M90 50 40 (50) 100 80 (100) 56 (70) 40 (50) 40 (50) 84 (105) 60 (75) 40 (50) G G G G G G G G F3 F1(F2) subject to alterations ROTARY SAFETY EYEBOLT, HEAVY DUTY, WITH BALL BEARING 2131.21. Rotary safety eyebolt, heavy duty, with ball bearing Rated carrying capacity Order No for F1 [t] d2 f a b c d1 e SW 2131.21.036 8 M36 54 22 86 50 90 208 80 2131.21.042 12 M42 63 26 111 65 98 235 85 2131.21.045 12 M45 67 26 111 65 98 235 85 2131.21.048 13 M48 68 26 111 65 98 235 85 2131.21.056 16 M56 84 32 119 70 120 274 95 2131.21.064 16 M64 94 32 119 70 120 274 95 2131.21.090 40 M90 135 46 170 110 170 378 145 Max. carried load “G” in tonnes for various types of attachment Type of attachment/Arrangement of the suspension points Number of lines 2 symmetrical 3 and 4 symmetrical 3 and 4 Angle of inclination/load direction asymmetrical asymmetrical Order No. Thread carried load in tonnes Description: For loads that are turned and rotated. Mounted on ball-bearings – can be rotated through 360° under load (F3). Cannot be rotated under full load at 90° to the threaded fixing (F1, F2). Not suitable for extended rotational movement when fully loaded. Can be loaded on all sides with a safety factor 4:1. Note: Ensure that the bolting surface is flat. Thread must be screwed in completely. The threaded connection on the transported load must be suitable for transferring forces.
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