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HIGH LOAD SHACKLES Sale Working Load US ions Body Dia d Pin Ow 0 Inside Lengm L IMin ) Inside at Pin w inside Width .(Bow 8 Outside ola>« Dia IMa>l Appro* Wl par too aU Ordenng Coda Gaivamsod \ '/» X X X % 5 UBG IX X X '/,. 1X % % 12 UBG 2 d \ X X "A. % 18 UBG 2)4 / ^ 1 X Via l'/,a "A. 1'A. -/» 30 UBG 3 / / A > 1)4 )4 1% 1'A. 1'A. 49 UBG 3)4 / I » 2 >4 X 1* "A. 1'/. 1'Aa 76 UBG 4 I 3X X X 2"/, 1'A. l"A. 1% 149 UBG 5 V \ 4X % X 2"/» 1X 2 IX 222 UBG 8 6)4 X 1 3'A. l'/« 2%, 2X 343 UBG 7 8)4 1 1X 3X l"/« 2"/. 2X 534 UBG 8 9)4 1)4 1X 4X 1% 2% 2X 746 UBG 9 12 1X 1X 4"Aa 2'/» 3X 3 968 UBG 10 i 13)4 1X 1)4 5X 2X 3X 3V. 1.287 UBG11 \ 0 17 1)4 IX 5X 2X 3X 3X 1.749 UBG12 L_ J • I 25 1X 2 7 2X 5 4V. 2.002 UBG14 — w-1 35 2 2X 7X 3X 5X 5 4.134 UBG18 SCREW PIN ANCHOR 45 55 70 2X 2)4 2X 2)4 2X 3 ex 10)4 12 3X 4X 4)4 5)4 7X 7X 5X 6 6'/,a 5.940 8.412 10.850 UBG 18 UBG20 UBG22 85 3 3X 13 5 7X 7 11.946 UBG24 120 3)4 3X 15 5X 9)4 8 21.000 UBG 28 DIMENSIONS SHOWN ARE NOMINAL t (- w H SAFETY ANCHOR I—w— SCREW PIN CHAIN Sato Working Laed US loo, x x 1 1X 2 3X 4* 6)4 8)4 9X 12 13X 17 25 35 45 55 70 85 120 X X '/,. 14 S X * 1 1X 1X 1X 1)4 ix 2 2X 214 2X 3 3)4 '/,. )4 X X % 1 1)4 1X 1X 1)4 1X 2 2X 2)4 2X 3 3X 3X X 1>» 1X 1'/,. 1X 2 2X 2'V,. 3'/,. 3*/,. 3"/» 4'/.t 4X 5* 6X 7X 8 8x 8)4 10)4 Inside Width at Pin 21/ /M % "/» 1'/,. 1X i'/« 1% 2'/» 2X 2X 2X 3X 3* 4)4 4)4 5 5X A. 1'/I. i7» 1'A. 1* 2)4 2X 2* 3 3'A. 354 4'/,. 5 5K 6 8'/,. 7 8 in Kit 11 17 29 42 71 127 221 315 480 868 896 1.220 1.635 2.550 3,630 5.500 7.420 9.650 10.840 19.250 DIMENSIONS SHOWN ARE NOMINAL Sata Working Load US lona Body Dia d Pin Ota 0 inside Length U {Mini Inside at Pin W Wl per too MtS Older ing Code Galvanised Sale Working Load U S tons Body Oia d Pin Dia 0 inside Length L (Mm) Inside Widlti at Pin W Outside Dia (MM.) Wl per too in lbs Oidering Coda Galvanised 2 X X 1X 85 USBG 4 2 X X 1X "/.a 1'/.. 78 USDG 4 3X X X 2% 1'/. 182 USBG 5 3X X X 2 I'/t. 1'/,. 160 USDG 5 4X X X 2% IX 287 USBG 6 / d X 4X X X 2X 1X 1X 269 USDG 6 6)4 X 1 3'A. 1'/. 402 USBG 7 f 6)4 X 1 2"/,. l'/. 2X 372 USDG 7 8)4 1 1X 3X 1"/. 571 USBG 8 8X 1 1X 3s/,. 1"/. 2X 544 USDG 8 9)4 1X IX 4X 1"/. 795 USBG 9 9)4 1X 1X 3'/,. l"/,a 2X 738 USDG 9 12 IX 1X 4"/« 2'/» 1.129 USBG 10 12 IX 1X 3"/,. 2/» 3 1.038 USDG 10 13)4 1X IX 5X 2X 1.536 USBG11 13X 1X 1X 4'/.. 2X 3'A. 1.349 USDG11 17 1X 1X 5X 2X 1,968 USBG 12 (Die 17 1)4 1X 4X 2X 3X 1.855 USDG 12 25 1X 2 7 2X 3.140 USBG14 25 1X 2 5X 2X 4*A. 2.865 USDG14 2X 2X 7X 8X 3X 3X LJ, J 35 45 2X 2X ex 7X 3X 3X 4.128 6.340 45 2X 6,750 USBG18 I LJ mJ 2X 5X USDG18 55 2)4 2X 10X 4X 9,420 USBG20 I—w—i 55 2)4 2X 8 4X 6 8.465 USDG20 70 85 2X 3 3 3X 12 13 4X 5 12.000 14.530 USBG22 USBG24 SAFETY CHAIN 70 85 2X 3 3 3X 8X 9 4X 5 6V,s 7 10.600 12.360 USDG22 USDG24 120 3X 3X 15 5X 25.080 USBG28 120 3X 3X 10X 5X 8 21.860 USDG28 150 4 4X 17 6X 35.900 USBG32 150 4 4X 12X 8)4 9X 31,100 USDG32 DIMENSIONS SHOWN ARE NOMINAL DIMENSIONS S HOWNA RE NOMINAL
