Turnbuckles

Tie rod assemblies & Turnbuckles manufactured by BBI are usually offered as components of the respective assemblies. Most often, these are used alongside clevises. Turnbuckles possess right-hand internal threads on one end and left-hand internal threads on the other end. When you rotate the turnbuckle, the tie rod assembly tightens.

Availability

Though turnbuckles are not a stocked item, at BBI, you can avail them in a couple of days. Well, turnbuckles are available as plain finish as well as hot dip galvanized finish; medium carbon steel and stainless steel.

Dimensions

Click table to show drawing
Dia. (D), in.Standard TurnbucklesWeight in PoundsSafe Working Load, KipsPart Numbers
(6 inch)
Dimensions, InchesLength, Inches
ANCEG6912182436ASDLRFDPlainGalvanized
1⁄2625⁄3279⁄1611⁄1615⁄16.65.901.203.675.501870718719
5⁄8615⁄1677⁄813⁄1611⁄2.981.351.582.435.838.751870818720
3⁄4611⁄1681⁄815⁄16123⁄321.451.842.353.064.258.6713.01870918722
7⁄8615⁄1685⁄813⁄3217⁄81.853.024.205.4312.018.01871018723
1617⁄1687⁄819⁄3221⁄322.604.024.406.8510.015.523.31871118724
11⁄8619⁄1691⁄8113⁄3229⁄324.064.706.1019.329.01871218725
11⁄4619⁄1691⁄819⁄16217⁄324.006.497.1311.3013.125.338.01871318726
13⁄86113⁄1695⁄8111⁄1623⁄46.1529.043.51871418727
11⁄2617⁄893⁄4127⁄3231⁄326.159.709.1316.8019.435.052.51871518728
15⁄8621⁄211131⁄323⁄329.8040.961.3––
13⁄4621⁄21121⁄839⁄169.8015.316.019.547.270.81871618729
17⁄86213⁄16115⁄823⁄8414.015.362.093.0––
26213⁄16115⁄823⁄8414.015.327.562.093.01871718730
21⁄4635⁄16125⁄8211⁄1645⁄819.630.943.580.0120––
21⁄2633⁄4131⁄23523.330.942.4100150––
23⁄4643⁄16143⁄831⁄455⁄831.554.0125188––
3645⁄16145⁄835⁄861⁄839.5161242––
31⁄4657⁄16167⁄837⁄863⁄460.579.5203305––
31⁄2657⁄16167⁄837⁄863⁄460.570.079.5203305––
33⁄4661845⁄881⁄295.0280420––
4661845⁄881⁄295.0280420––
41⁄4963⁄4221⁄251⁄493⁄4152390585––
41⁄2963⁄4221⁄251⁄493⁄4152390585––
43⁄4963⁄4221⁄251⁄493⁄4152390585––
5971⁄224610200491737––

Dimensions per AISC Manual of Steel Construction thirteenth edition page 15-16

ASD – Allowable Stress Design (according to the AISC 9th Ed.)LRFD – Load and Resistance Factor Design (according to AISC 3rd Ed.)