LAS-632-2MD
Floating self-clinching, locking thread fasteners LA4, LAC, LAS - Unified
These innovative fasteners offer a reliable solution for creating load-bearing threads in thin sheets, with the flexibility to accommodate up to .030” of adjustment for mating hole misalignment. Featuring a self-clinching design, they ensure quick and straightforward assembly by simply squeezing them into prepared holes using a standard press. With a flush finish on one side and a secure, permanent lock in place, they provide extra strength and support in assembly. The floating nut design extends fully into the retainer shank, enhancing stability. Additionally, a self-locking version is available, offering thread locking torque performance that meets NASM25027 specifications. Suitable for stainless steel sheets as thin as .038” with a hardness of up to HRB 88, these fasteners are essential for various applications. Visit our website for more information and to explore our complete range of Military Specification and National Aerospace Standards Reference Guide (Bulletin NASM) compliant products.
Product Category: | |
Manufacturer: | Penn Engineering |
Manufacturer Part Number: | Penn Engineering LAS-632-2MD |
Thread Size: | 6-32 |
Material: | Steel |
Thread Type: | Self-Locking |
Retainer Material: | Heat-Treated Carbon Steel |
Nut Material: | Stainless Steel |
Animation: | View Animation |
SKU: | PEMLAS-632-2MD |
Float: | .015” minimum, in all directions from center, .030” total |
For Use in Sheet Hardness: | HRB 70 / HB 125 or Less |
Min. Sheet Thickness: | .054 in |
Nut Finish: | Black Dry-film Lubricant |
Retainer Finish: | Zinc plated per ASTM B633, SC1 (5µm), Type III, colorless |
Shank Code: | 2 |
Thread Code: | 632 |
A (Shank) Max.: | .054 in |
C Max.: | .327 in |
D Max.: | .335 in |
E ± .015: | .390 in |
Hole Size in Sheet + .003 - .000: | .328 in |
Min. Dist. Hole C/L to Edge: | .320 in |
T2 Max.: | .200 in |
Environmental Initiative Details
Environmental Initiative: | RoHS |
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Compliant: | Unknown |
Date of this Information: | Unknown |
Notes: |