PennEngineering® Datasheets for Posts, Spacers, and Standoffs
Posts, spacers and standoffs are threaded and used in applications where boards, plates, or other items need to be fastened to each other.
Posts, Spacers, and Standoffs: Learn more
| Product Name | Notes |
|---|---|
| PEM® surface mounted standoffs that eliminate the need for attaching screws PEM® SMTSK™ standoffs are designed so that a PC board or panel can be quickly slipped into place and... | |
| New surface mount ReelFast® microPEM® (Type SMTSO™) fasteners for compactelectronic assemblies attach to P.C. Boards for nut/standoff applications. These fastenersmount on P.C. Boards in the same manner and at the... | |
| No matter how sophisticated or advanced, electronic components must be attached reliably and securely if they are to deliver optimum performance. We offer several fastener products for use with PC... | |
| PEM SNAP-TOP® Standoffs (Types SSA, SSS, SSC) are designed for permanent installation into metal panels or PC boards. These all-metal standoffs use a spring action to hold PC boards and... | |
| 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 .016” /... | |
| PEM® KEYHOLE® Standoffs are designed so that a PC board or panel can be quickly slipped into place and then removed from an assembly by simply sliding the board sideways... | |
| Steel Standoff with Base Plate - Metric | |
| Steel Standoff with Base Plate - Unified | |
| These standoffs ensure permanent mounting in metal sheets as thin as .062 in. The fastener head is locked securely in a blind, milled hole and is able to handle substantial... | |
| These standoffs ensure permanent mounting in metal sheets as thin as 1.60mm. The fastener head is locked securely in a blind, milled hole and is able to handle substantial loads. | |
| These standoffs, which use the proven self-clinching design, install with a squeeze in properly sized round holes - and become permanently mounted in the thin sheet. PEM® brand thru-hole threaded... | |
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Blind Threaded Standoffs for Installation into Stainless Steel - Type BSO4 - Metric -- BSO4-3-5M3-22
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These standoffs, which use the proven self-clinching design, install with a squeeze in properly sized round holes - and become permanently mounted in the thin sheet. Types BSO4 standoffs are... |
| These standoffs, which use the proven self-clinching design, install with a squeeze in properly sized round holes - and become permanently mounted in the thin sheet. Types DSO and DSOS... | |
| These standoffs, which use the proven self-clinching design, install with a squeeze in properly sized round holes - and become permanently mounted in the thin sheet. Types SO4 standoffs are... | |
| These standoffs, which use the proven self-clinching design, install with a squeeze in properly sized round holes - and become permanently mounted in the thin sheet. Types SOAG and SOSG... | |
| These standoffs, which use the proven self-clinching design, install with a squeeze in properly sized round holes - and become permanently mounted in the thin sheet. Types TSO, TSOS, and... | |
| These standoffs, which use the proven self-clinching design, install with a squeeze in properly sized round holes - and become permanently mounted in the thin sheet. Unthreaded standoffs are also... | |
| These standoffs, which use the proven self-clinching design, install with a squeeze in properly sized round holes - and become permanently mounted in the thin sheet. When blind-threaded types are... | |
| Threaded Standoffs for Stainless Sheets as Thin as .025” - Types TSO4 – Unified | |
| Threaded Standoffs for Stainless Sheets as Thin as 0.63mm - Types TSO4 – Metric | |
| Type KFE and KFSE - Broaching standoffs, threaded or unthreaded for stacking or spacing. | |
| Type SMTSO - ReelFast® surface mount nuts and standoffs are available threaded and unthreaded. Packaged on 13” recyclable reels. Tape width is 24mm. Supplied with polyamide patch for vacuum pick... |
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