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PEM Type MSO4 self-clinching microPEM® standoffs are used to stack or space internal components and provide strong, permanent, and reusable load-bearing threads in metal sheets as thin as .012” / 0.3mm. Thread sizes have been developed as small as M1 and available unified fastener lengths are .094” and .125” and 2mm and 3mm in metric.
  • Become integral parts of an assembly by clinching permanently in place.
  • Will not loosen or fall out.
  • Can be installed into stainless steel sheets.
  • Can be installed automatically.
  • RoHS compliant.
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Unit of Measure
Items
Self-clinching Micro Standoffs

PEM® Type MSO4™ Self-clinching microPEM® Standoffs - Unified
Self-clinching Micro Standoffs

PEM® Type MSO4™ Self-clinching microPEM® Standoffs - Unified
Self-clinching Micro Standoffs

PEM® Type MSO4™ Self-clinching microPEM® Standoffs - Unified
Self-clinching Micro Standoffs

PEM® Type MSO4™ Self-clinching microPEM® Standoffs - Unified
Thread Size N/A .060-80 (#0-80) N/A .060-80 (#0-80) N/A .086-56 (#2-56) N/A .086-56 (#2-56)
Min. Sheet Thickness N/A .012 in
Hole Size in Sheet +.002 - .000 N/A .095 in N/A .095 in N/A .125 in N/A .125 in
C Max.
N/A .094 in MSO4-P-Self-clinching-Micro-Standoffs_1.jpg N/A .094 in MSO4-P-Self-clinching-Micro-Standoffs_1.jpg N/A .124 in MSO4-P-Self-clinching-Micro-Standoffs_1.jpg N/A .124 in MSO4-P-Self-clinching-Micro-Standoffs_1.jpg
H Nom. N/A .125 in N/A .125 in N/A .156 in N/A .156 in
L +.002 -.0031 N/A .094 in N/A .125 in N/A .094 in N/A .125 in
Min. Dist. Hole C/L to Edge2 N/A .090 in N/A .090 in N/A .120 in N/A .120 in
Anvil Chamfer Dia. A N/A .112 - .114 in N/A .112 - .114 in N/A .142 - .144 in N/A .142 - .144 in
Anvil Length N/A .219 in N/A .250 in N/A .219 in N/A .250 in
Thread Specification N/A ASME B1.1, 2B
Fastener Material N/A 400 Series Stainless Steel
Standard Finish N/A Passivated and/or tested per ASTM A380
For Use in Sheet Hardness3 N/A HRB 88 / HB 176 or Less
CAD Supplier N/A PennEngineering® (PEM®)
Pitch N/A
Inventory N/A {0} N/A {0} N/A {0} N/A {0}
  • 1 The “L” dimension is the height of the installed stud at max grip. The height of the stud will increase if it is installed into thinner material. To calculate “actual L” use this formula: max grip - actual grip + L = “actual L”
  • 2 To minimize sheet distortion and maximize product performance, use a centerline-to-edge value greater or equal to the value specified.
  • 3 HRB - Hardness Rockwell “B” Scale. HB - Hardness Brinell