Inch

BS13 Swage-in Ball Studs

Download PDF

Can't find what you're looking for or need more information?

Quote Request

Part Desc. LengthShank Length CodeMaterialFinish
General
Sheet 1 Thickness Length Code L ±.010 S ±.005 Anvil A
.025-.051 421 .421 .328 .313
.052-.078 447 .447 .354 .339
.079-.105 473 .473 .380 .365
.106-.132 499 .499 .406 .391
.133-.159 525 .525 .432 .417
.160-.187 551 .551 .458 .443
.177-.203 570 .570 .477 .462
.230-.256 625 .625 .532 .517
Shank Length
Sheet 2 Thickness Shank Length Code T ±.003 Sheet B
Swage-In Flare-In Min.
.031 .095 A .075 .015
.062 .125 B .105 .035
.094 .155 C .135 .065
.125 .185 D .165 .095
.187 .250 E .230 .160
.250 .310 F .290 .220
Swage-In Installation
  1. Prepare the sheet as shown for swage–in installation.
  2. Insert the ball stud into recessed anvil and place sheet hole over ball stud shank.
  3. Squeeze the ball stud between parallel and concentric anvil and punch. Swage the ball stud shank using light pressure. Anvil should be made from hardened steel. Punch may be ordered using PENCOM part number TL1197.
Flare-In Installation
  1. Prepare the sheet as shown for flare–in installation.
  2. Insert the ball stud into recessed anvil and place sheet hole over ball stud shank.
  3. Squeeze the ball stud between parallel and concentric anvil and punch. Flare the ball stud shank into the sheet countersink using light pressure. Punch flare angle should match the sheet hole countersink angle. Anvil and punch should be made from hardened steel.