Premium High- Performance Punches If optimum performance is a MUST, this may be the only punch you ll ever need.

Transcription

1 remium High- erformance unches If optimum performance is a MUST, this may be the only punch you ll ever need. Global leader in quality metal fabrication and stamping tools a MISUMI Group Company

2 Versalus remium roducts roduct pplications Versalus Jektole, egular, and Straight unches are a premium line of precision, high-performance products that offer a full range of features and benefits to users in industries where higher-than-normal production runs occur and where optimum performance is a MUST. Standard features on all ayton Versalus punch products include precision concentricity between the point and the shank, resulting in better punch and die alignment. Versalus products give you more standard features, increased wear resistance, less sharpening time, longer die runs, less downtime, lower maintenance costs, and exceptional value for your stamping dollar. ayton s Versalus premium product line includes: Jektole unches (slug ejection punches); egular unches; Straight unches; and ocking evices. Standard sizes and standard alterations are shown in this catalog within individual product sections. Features/enefits ll Versalus punch products utilize a unique combination of surface treatments to create a longer-lasting, lower maintenance, premium product. egular Versalus punches provide three times better alignment than other major brands; offer longer tool life; and can significantly improve finished part quality. HO TO OE Ordering Information Each catalog page contains detailed instructions on how to order specific ayton Versalus products. Individual drawings show product shape, dimensions, tolerances, and concentricity. hen ordering, you are asked to specify quantity, type, shank and length codes (for example), and other applicable data. In the example below, the type specified is V. V stands for Versatile, stands for punch, stands for rectangle, and stands for lus. is the press-fit diameter, which is coded by the first two digits of the decimal equivalent (.5). The point length ( 1 ) is 0, which is ½" or.". The overall length () is 5, which is 3¾" or 3.0". Finally,.15 and.135 represent the point or hole size dimension. 1 Qty. Type 5 V Standard lterations unches and die buttons are available in sizes other than those listed in the catalog. hen ordering, you are asked to specify different designations for various non-standard dimensions. For example, if the & dimensions are smaller than standard, an X is placed in front of the or dimensions, e.g., X and X. If the point length is longer than standard, designate X for the point length. See the foldout tabs in the individual product sections for these and other special order designations. X X 003 ayton rogress Corporation. ll rights reserved. Versalus and Jektole are registered trademarks of ayton rogress Corporation ayton rogress Corporation

3 Contents 3 unches Standard Shapes X J O N V K Y H Z roduct esignation Each page contains detailed instructions on how to order specific ayton Versalus products. In addition, use the following chart to define the product as a part number. VJ_ Jektole 4, 5 ound/shape V_ egular 6, 7 ound/shape VT/V ilots 8 11 VYX/VUX Straight 1, 13 Jektole /egular Miscellaneous/Other Classified Shapes 14, 15 ocking evices 16, 17 Key Flats/owel Slots Jektole ata Example: V roduct Series ength oint or Hole Size Type Catalog Number imensions s Specified iameter () is shown on the order as a two- or three-digit code. To convert the shank diameter to the appropriate code, use the following chart. Code Code Code ine roduct Shape V for Versatile for unch (egular) for ectangle for lus ress-fit ia. (shank diameter) Coded by the first digits of decimal equivalent (.5) 0 oint ength 1 Coded by three-digit decimal equivalent (0 =.") 5 Overall ength Coded by three-digit decimal equivalent (5 = 3.") V , Classified Shapes Classified shapes (83 common shapes, no detailing required) are available on all punches, die buttons, and guide bushings as indicated in this catalog. See pp. 14, 15 for more information and special instructions. lso, see individual product pages and pp. 16, 17 for additional information on orientation and views. Clearance Normal grinding methods produce:.007 max fillet on the punch matching corner shape on the die button..00. unch.007 max fillet on the die button ie utton matching corner shape on the punch. Sharp corners will be broken to minimize wear. 1 Shear ngles 19 ayton rogress Corporation

4 4 Jektole unches Type VJ_.01 Fillet ress-in ead Material ll heads are drawn to C roprietary high-performance material and treatment & Tolerance to *.8 See alteration XTK *.15 when = HO TO OE oint Overall Specify: Qty. Type Code ength ength (or &) imension 1 Example: VJX 0. ound & Std. Shapes 4 ays Classified Shapes 5 ays Shank Code oint gth Min. X *See p. for additional information. ound Shape ange Min. X Min. Max. /G ayton rogress Corporation

5 Jektole unches 5 VJX VJO VJ VJK VJH VJJ VJN Standard lterations X Check your & dimensions to be certain the diagonal G does not exceed the maximum shown. Centerline to flat minimum =.05 for J,.040 for J3,.058 for J4,.079 for,.1 for Note: Sharp corners will be broken to minimize wear. Note: The standard location of a key flat is at 0. See p.17 for more information on flats and dowel slots. Code VJV VJY VJZ ➋ 90 eflected View 0 (X) G = * Jektole Group J J3 J4 J J3 J4 J3 J4 J4. Min. X X 1 S Straight efore adius To determine ength of adius lend () 1. Calculate (-)/.. Find (-)/ value on left side of chart. 3. Follow line over to intersection point on radius blend line. 4. ead value on bottom of chart..00 S. X, X & imensions Smaller than Standard X oint ength onger than Standard oint ength Code Min. (ounds) Min. (Shapes) J J J *See p. 14 for additional information. X educed Shank iameter Head diameter does not change with body diameter. Shank ia. 5 6 Min. X XT TT XTK XK XH X 1 X XT TT XH No Side Hole For air ejection. No cost. Overall ength Shortened (1.00 min.) Stock removal from point end. 1 length is maintained. recision Overall ength Same as X except overall length is held to ±.001. Thinner Head than Standard Stock removal from head end which shortens overall length. recision Head Thickness Same as XT except head thick ness tolerance is held to ± educed Head iameter Minimum head equals XJ X Jektole * Group XTK Kommercial Head Thickness Shank ia. 5 6 Thickness T Smaller Jektole Components See p.. Example: = =.1 (-)/=(.5.1)/=. Following the. line on chart over the radius blend line shows the to be approximately. ayton rogress Corporation

6 6 egular unches Type V_.01 Fillet ress-in ead Material ll heads are drawn to C roprietary high-performance material and treatment & Tolerance to * See alteration XTK *.15 when =.1 or HO TO OE oint Overall Specify: Qty. Type Code ength ength (or &) imension 1 Example: VX. 1 VJ ,.065 ound & Std. Shapes 4 ays Classified Shapes 5 ays Shank Code oint gth Min. X ound Shape ange Min. X Min. Max. /G ayton rogress Corporation

7 egular unches 7 VX VO VH VJ VN Standard lterations X Check your & dimensions to be certain the diagonal G does not exceed the maximum shown. Note: Sharp corners will be broken to minimize wear. Note: The standard location of a key flat is at 0. See p.17 for more information on flats and dowel slots. Code VV VY VZ 90 eflected View 0 (X) G =. Min. X X 1 X XT TT XH oint ength Code Min. (ounds) Min. (Shapes) XT TT XTK XH X 1 X, X & imensions Smaller than Standard X oint ength onger than Standard X educed Shank iameter Head diameter does not change with body diameter. Shank ia Min. X Overall ength Shortened (1.00 min.) Stock removal from point end. 1 length is maintained. recision Overall ength Same as X except overall length is held to ±.001. Thinner Head than Standard Stock removal from head end which shortens overall length. recision Head Thickness Same as XT except head thick ness tolerance is held to ± educed Head iameter Minimum head diameter equals XTK Kommercial Head Thickness Shank ia Thickness T S Straight efore adius To determine ength of adius lend () 1. Calculate (-)/.. Find (-)/ value on left side of chart. 3. Follow line over to intersection point on radius blend line. 4. ead value on bottom of chart..00 S. Example: = =.1 (-)/=(.5.1)/=. Following the. line on chart over the radius blend line shows the to be approximately. X ayton rogress Corporation

8 8 egular ilots Type VT.01 Fillet ress-in ead.5.09 Full ia. ead Material ll heads are drawn to C roprietary high-performance material and treatment & Tolerance to.0003 hen =, shank tolerance applies. HO TO OE Specify: Qty. Type Code imension Example: 3 VT VT 0 Shank Code oint gth ound Min. ange X ** unch ength (ef.) **.15 when =.1 or *.5 *ength slightly less for ias. under ays ayton rogress Corporation

9 egular ilots 9 oint iameters Under Over.38 Standard lterations End of Cut unch.5 ess Than Min. X X 1 X imension Smaller than Standard Code arabolic oint Shape for Smooth ick-up ction Full iameter ead X XT TT XH X 1 X oint ength onger than Standard X X X3 oint ength Code Type Min. (ounds) 1 VT VT VT VT VT VT VT VT VT VT VT educed Shank iameter Head diameter does not change with body diameter. Shank ia Min. X X XT TT XH Overall ength Shortened (1.00 min.) Stock removal from point end. 1 is maintained. Thinner Head than Standard Stock removal from head end which shortens overall length. recision Head Thickness Same as XT except head thick ness tolerance is held to ± educed Head iameter Minimum head diameter equals XTK Kommercial Head Thickness Shank ia Thickness T S Straight efore adius ( 1 ) To determine ength of adius lend () 1. Calculate (-)/.. Find (-)/ value on left side of chart. 3. Follow line over to intersection point on radius blend line. 4. ead value on bottom of chart Example: =.5 =.1 (-)/=(.5.1)/=. Following the. line on chart over the radius blend line shows the to be approximately. X 1 ayton rogress Corporation

10 10 ositive ick-up ilots Type V Material ll heads are drawn to C roprietary high-performance material and treatment Tolerance to.0003 hen =, Tolerance is hen =, shank tolerance applies..01 Fillet *.8 *.15 when = ress-in ead N N =.13+ [(-.057)/.78] 40 Included HO TO OE Specify: Qty. Type Code imension Example: 6 V ound oint gth. Code ound Min. ange X Max. N ays ayton rogress Corporation

11 ositive ick-up ilots 11 Geometry Geometry provides provides without smoother risk of distortion pick-up without of hole. risk of distortion of hole. Standard lterations X X imension Smaller than Standard. Min. X 1 X oint ength onger than Standard Specify X, X, or X3 and length (see chart below). X and X3 add to delivery time. Greater positioning moves stock farther than conventional pilots. Code X X X3 oint ength Code Type Min. (ounds) V V V V V V V V V V X educed Shank iameter Head iameter does not change with body diameter. Shank ia. 5 6 Min. X XT TT XH X 1 X XT TT XH Overall ength Shortened (.00 min.) Stock removal from point end. 1 is maintained. Thinner Head than Standard Stock removal from head end which shortens overall length. recision Head Thickness Same as XT except head thick ness tolerance is held to ± educed Head iameter Minimum head diameter equals XTK Kommercial Head Thickness Shank ia. 5 6 Thickness T S Straight efore adius ( 1 ) To determine ength of adius lend () 1. Calculate (-)/.. Find (-)/ value on left side of chart. 3. Follow line over to intersection point on radius blend line. 4. ead value on bottom of chart Example: =.5 =.1 (-)/=(.5.1)/=. Following the. line on chart over the radius blend line shows the to be approximately. 1 X ayton rogress Corporation

12 1 Straight unches Jektole and egular Type VYX H C Vent Hole Type VUX Fillet Material ll heads are drawn to C roprietary high-performance material and treatment Tolerance H T.01.0 Fillet HO TO OE Specify: Qty. Type ength Overall imension Example: 5 VYX.34 VUX ays VYX VUX ange Head ia. H *See p. for additional information. Head Thk. T See G C Vent Hole N/ ayton rogress Corporation

13 Straight unches Jektole and egular 13 VYX Standard lterations X X Overall ength Shortened (1.00 min.) Stock removal from point end. recision Overall ength Same as X except overall length is held to ±.001. VUX XT/TT XT TT Thinner Head than Standard Stock removal from head end which shortens overall length. recision Head Thickness Same as XT except head thick ness tolerance is held to ± * Jektole Group J XH XH educed Head iameter Minimum head diameter equals J3 J4 N/ The ayton ifference Since 1946, ayton rogress has grown to an organization 1+ people strong. e operate seven manufacturing/engineering facilities occupying a total of over 00,000 square feet (,000 square meters) in North merica, Europe, and the acific im. Further, we have alliances with selected manufacturers of leading-edge die component products that give us the ability to sell these proprietary products worldwide. Our real strength, however, lies with our employees and business partners who bring years of experience and a wealth of talent. ll of us in the ayton family are dedicated to creating value for our customers because we care about quality, reliability, product performance, on-time delivery, technical support, and exceptional customer service. ayton rogress Corporation

14 14 Classified Shapes 3 Classified shapes are available on all punches, die buttons, and guide bushings in this catalog. Ordering Information * Corner imensions imension should be the theoretical sharp corners for shapes C, C4, C34, C61, and C88. However, some reduction of these dimensions will result from fitting the punch and die button under conditions C40 where the clearance C41 is.005 or less 1 per side. Shape Center Shapes are centered on 1 = = the 1.3 punch.683 shanks as shown. C4* Shapes in C guide bushings and die buttons are also center as shown with the exception of shapes C and C34. ue to clearance, the dimension on these shapes will not be centered. 1 C40 C40 C41 C41 C4* C The 1 locking device orientation X5 is standard at For =.683 types 1 = of.3 locking = 1.3 = methods and custom C93 C40 C64 C41 C4* 70 C4* C C eflected View locations, see C93p. 16. C C13 C13 C53 C55 1 = C53 = C13 C40 C4* C C93 C93 C64 C64 C65 C7 C65 C7 S S C53 C54 C54 C55 C55 C56 C57 C54 C4* C40 C41 C93 C64 C65 C65 C7 C7 C8** C9 1 C8** C9 1 S S 1 = C55 C14 C14 C56 C56 C57 C58 = C14 C4* C C93 C65 C40 C40 C41 C41 C16 C34+ C7 C8** C8** C9 C9 C16 C C+* C+* 1 1 S 1 = = C56 C57 C57 C58 C58 = 1.3 = C57 C41 C4* C4* C C C93 C64 C65 C8** C9 C16 C16 C34+ C34+ 1 C3 C4* C4* C+* C3 C+* 1 = = C58 S S C C93 C93 C64 C64 C65 C7 C8** C16 C34+ C4* C+* C3 C4* C5* C5* C6 C6 C3 S C64 S S S S C16 C65 C65 C7 C7 C8** C9 C4* C5* C6 C5* C6 C36 C36 C C S S ayton rogress Corporation Flatted ounds Miscellaneous Triangles/Trapezoids 1 eflected View unches and Guides lan View unch 0º unch eflected Views 0º Guide Head own The reflected view is used for punches and guides. It is the view as seen in a mirror held below a punch or guide in its operating position. It is the same as a plan view from the head end, in C40 which the point shapes is shown dotted. reflected view is shown with solid lines. Orientation and ocking 0º lan View ie utton 0º 1 Clearance Normal grinding methods produce.007 max fillet on the punch and.007 max fillet on the die button with matching corner ** Now standard. See product pages. Mono obes 1 C53 C14 C = = 1.3 C C55 C C+* C+* C56 C64 C40 C3 C3 C4* C4* 1 S S C58 C7 C93 C4* C5* C5* C6 C6 S S S C9 C93 C36 C36 C C C34+ = (No. = = (No. = 3 3 of (No. sides) of sides) 3 3 of (No. sides) of sides) C65 unch ie utton shape on the die button and punch, respectively. hen ordering die buttons, please specify punch dimensions and clearance per side ( ). (If the clearance is.005, ayton will break sharp corners C41 when the punches and die buttons are 1 ordered together.) Sharp corners will be broken to minimize 1 = = wear C = = C C64 C7 S

15 C C C61* Classified Shapes C1** C17 = Even No. of = Sides Even No. of Sides = Even No. of = Sides Even No. of Sides = Odd No. of Sides = Odd No. of Sides C35 C35 C86 C86 C35 C35 C86 C86 C36 C36 C C C88* C89 (4) C19 C19 C59 C59 C0 C60 C0 C60 = Even No. of = Sides Even No. of Sides = Even No. of = Sides Even No. of Sides = Even No. of = Sides Even No. of Sides = Even No. of = Sides Even No. of Sides = Odd No. of Sides = Odd No. of Sides = Odd No. of Sides = Odd No. of Sides C1** C85** C C35 C46 C36C46 C36 C77 C77 C86 C C36 C36 C C C88* C88* C89 C89 (4) (4) C C38 C0 C0 C60 C60 = Odd No. of = Sides Odd No. of Sides C35 C86 = Even No. of Sides = = Odd No. of = Sides Odd No. of Sides Even No. of Sides = Odd No. of = Sides Odd No. of Sides = Odd No. of = Sides Odd No. of Sides C36 C C88* C39 C88* C89 C89 (4) (4) C88* C88* C89 C89 C C C38 C38 C39 C90 (4) (4) C78 C78 C79 C79 1 C46 C46 C77 C77 C30 C30 C30 C30 = Odd No. of Sides = Odd No. of Sides = No. of teeth = (3, No. 4, of teeth (3, 4, = No. of teeth (3, 4, C 6 or C 8 only) 6 or 8 only) C38 C38 6 or 8 only) C39 C C C38 C38 C88* C39 C90 C90 C89 (4) 1 1 uo Tees Ts C78 C78 C79 C79 C48 C48 C80 C80 C30C46 C46 C77 C77 C1 C91 C44 C C3 C C C3 C3 C C3 C66 C46 C46 C77 C77 = No. of teeth = (3, No. 4, of teeth (3, 4, = No. of teeth = (3, No. 4, of teeth (3, 4, 6 or 8 only) 6 or 8 only) 6 or 8 only) 6 or 8 only) C39 C39 C90 C90 C39 C39 C90 C90 C C C C68 C9 C15 C61* C3 C6 C61* C61* C6 C6 C61* C6 = No. C81 C81 C45 of teeth = (3, No. 4, of teeth (3, 4, C8 = No. C8 C67 of teeth = (3, No. 4, of teeth (3, 4, C78 = No. C78 of teeth = (3, No. 4, of teeth (3, 4, C79 = No. of C79 C48 C48 C80 C80 teeth = (3, No. 4, of teeth (3, 4, 6 or 8 only) 6 or 8 only) 6 or 8 only) 6 or 8 only) 6 or 8 only) 6 or 8 only) 6 or 8 only) 6 or 8 only) C39 C90 C78 C79 C79 C46 C77 C46 C77 C78 1 S C C68 C69 C70 C C68 = No. of teeth (3, 4, = No. of teeth (3, 4, C6 6 or 8 only) 6 or 8 only) C81 C81 C8 C8 C48 C48 C80 C80 C47 C83 C46 C46 C77 C77 C47 C83 C79 C78 C78 C79 C48 C48 C80 C80 C68 C69 C70 C71 C7 C C68 C69 C70 C81 C81 C8 C8 C47 C47 C83 C83 C49 C49 C84 C84 C78 C78 C79 C79 C81 C81 C8 C8 C48 C48 C80 C80 C70 C71 C7 C51 C C68 C73 C69 C70 C71 C7 C47 C48 C47 C48 C83 C80 C83 C49 C49 C84 C84 C80 C81 C81 C8 C8 C47 C47 C83 C83 C7 C51 C C73 C74 C C68 C69 C70 C71 C7 C51 C73 S C49C81C49 C81 C84C8 C84 C8 C47 C47 C83 C83 C49 C49 C84 C84 C73 C74 C C76 C69 C70 C71 C7 C51 C73 C74 90 C S S S C47 C47 C83 C83 C C76 C49 C49 C84 C84 C51 C71 C7 C73 C74 C C76 ayton rogress Corporation S olygons s Us C1** C17 Multi obes Keys C85** C C85** C C17 C1** C35 C19 C1** C35 C85** C C86 C59 C19 C85** C86 C0 C17 C19 C35 C1** C1** C36 C60 C59 C0 = Even No. of Sides C85** C C85** C86 C59 C85** C C60 = Even No. of Sides C17 C19 C C59 C C17 C1** 15

16 16 ocking evices Ordering Information Orientation The standard location for all locking devices is 0, and is always on the long side () of the shape. Custom locations are measured counterclockwise from 0. (See drawing below.) Views lan View is used for the die button, and a eflected View is used for the punch or guide. The eflected View, a mirror image, simplifies orientation locking devices are all in the same position. Standard ocation Custom ocation lan View eflected View ie utton unch Guide Head own Standard ocation Custom ocation 0 eflected View (unch).5 F 0 F 0 eflected View (Guide) 0 F 0 lan View (ie utton) F How To Specify The most common locking devices flat, double flat, and dowel are available. Simply select the type, then add the code to the component description shown on p. 17. HO TO OE Specify: Qty. Type 1 (or &) imension Example: 1 VJJ 0.,.9 ocation Tolerance Flat owel F adial F adial / inch ' ayton rogress Corporation

17 ocking evices Flats vs. owel Slots 17 Flats X X X8 X.5 TY. F Standard and lternate ocations efinitions: Standard ocation is at 0. lternate ocation is 90, 0, or 70. lternate ocations are available at no additional charge. Custom ocations efinitions: Custom ocation is any angle other than: 0, 90, 0, or 70. F imension (.5 on Headed roducts) F TY. Headless ie uttons and Guides ody ia. 5 F ody ia F ody ia F epth ength 0 (from top of die button) Key Flats vs. owel Slots Maximum hole dimensions in die buttons were designed with key flats in mind. There are instances where, if using a dowel slot, the dowel hole could break into the relief. For this reason, there are two ways to specify the location of the dowel. X0 (standard/alternate location) and X1 (custom location) are located.5 from centerline. However, when hole dimensions are approaching the high limit of, X4 (standard/alternate location) or X7 (custom location) may be specified. This relocates the dowel outward to assure no interference between the dowel and the relief hole. Note: hen the die button diameter is over.00, the centerline dimension is.5 on all dowels. owel Slots 90 The depth of the flat is taken from the shank, not the head, on punches. Single Flats ocking evices unches ie uttons X Top ottom X8 N/ Top Order Example: X 90 ouble Flats ocking evices unches ie uttons X3 Top ottom Order Example: X3 90 Second Flat is always parallel to the first flat. dditional Flats Code epth ength X81* X8* X83* X Full ength X85*.0 X86*.65 X*.0 X88 Full ength X89 Specify imensions owel Slots ocking evices owel iameter X0**.1 X4.1 X41.15 X.0 Order Example: X0 0 Single Flats ocking evices unches ie uttons X5 Top ottom X9 N/ Top Order Example: X5 135 ouble Flats ocking evices unches ie uttons X6 Top ottom Order Example: X6 135 dditional Flats Code epth ength X91* X9* X93* X Full ength X95*.0 X96*.65 X97*.0 X98 Full ength X99 Specify imensions owel Slots ocking evices owel iameter X1**.1 X7.1 X71.15 X73.0 Order Example: X F F imension for Headed unches and ie uttons F = owel ia. F =.5 + 1/ owel ia. on Headed unches and ie uttons * not available on headed die buttons ** available on headless die buttons only F imension for Headless ie uttons Only ody iameter X0, X X4, X F X41, X X, X ayton rogress Corporation

18 Jektole ata.06 (.03 for J & J3) E S =. Min. Jektole Cutaway Jektole Components unch.09 (.05 for J & J3) C 1 Set Screw in Extension The Engineered Clearance erforating punch-to-button clearances in metal stamping dies has been universally expressed as a percentage of stock thickness, and for clarity should be articulated as percent per side ( =clearance per side). Standard practice has called for 5%, and is commonly known as regular clearance. egular clearance has been applied almost universally to all applications involving the perforation of ferrous materials. Jektole, the Engineered Clearance, is approximately twice regular clearance, i.e., 10-1%. This means greater productivity, improved maintenance, and a better return on your tooling investment. In addition, clearances of up to % are not uncommon with some hard materials. Clearance tests have been performed by ayton rogress to prove that increasing the clearance does not lessen hole quality a common thought by some designers and engineers. ayton clearance tests do, in fact, prove that the Jektole Engineered Clearance provides many advantages and benefits. Spring End Ground Square. H Jektole in C Fillet T Jektole In roduction equires less press tonnage educes the pressure required to strip the punch, which, in turn reduces punch wear roduces minimal burr oubles often triples piece output per grind educes total punch costs Jektole In Maintenance Keeper Key holds pin in retracted position (see photo at left) Eliminates the need for disassembly before grinding Helps maintain proper pin extension educes downtime for regrinding Standard Jektole ata IMENSION J J3 J4 Std. Shank iameter oint Hole iameter Shank Hole iameter in Extension Keeper Key Number Jektole esign imits C E IMENSION J J3 J4 Min. Shank ia Min. oint ia Max. oint gth Universal Jektole Components EJECTO INS J J3 J4 Overall ength in iameter Head iameter H Hd. Thickness T SINGS J J3 J4 Outside ia Free ength ressure (.1" re-load) bs SCES J J3 J4 Screw Size #3-48 #5-40 #8-3 #10-3 1/4-8 Screw ength ayton rogress Corporation

19 Shear ngles 19 Versalus products are available in common shear angle configurations for all standard shapes. Shear angles are available in any angle. Specify angle in whole degrees. If half degree is necessary, specify as a decimal, e.g., 8.5. (Tolerance on all angles is ±15 minutes.) Use the chart below to determine the product designation, then simply add the alteration code shown next to the drawings, along with the angle desired. Example: VJX 0. XS0 5. For ound unches Only For ound and Shape unches Views are reflected view. XS19 Nail oint XS ouble Shear XS0 Chamfer XS3 Single Shear XS1 Conical ayton rogress Corporation

20 ayton rogress Corporation 0 rogress oad.o. ox 39 ayton, OH US ayton rogress etroit oreka r. Fraser, MI 4806 ayton rogress ortland 14 Meridian St. ortland, IN 471 US ayton rogress Canada, td. 861 owntree airy oad oodbridge, Ontario 4 53 ayton rogress Mexico, S. de.. de C.V. ccess II Number 5, arehouse 9 enito Juarez Industrial ark Querétaro, Qro. Mexico ayton rogress, td. G1 Holly Farm usiness ark Honiley, Kenilworth arwickshire CV8 1N UK ayton rogress Corporation of Japan Hashimotodai, Midori-Ku Sagamihara-Shi, Kanagawa-Ken Japan ayton rogress GmbH denauerallee Oberursel/TS, Germany ayton rogress erfuradores da Zona Industrial de Casal da reia ote 17 Cós, lcobaça, ortugal ayton rogress SS 105 venue de l Epinette Zone Industrielle Meaux Cedex, France ayton rogress Czech sro Hala G ražská 707 CZ enátky nad Jizerou Czech epublic Global leader in providing fabrication and stamping solutions Form 905 3/13 a MISUMI Group Company