Self-clinching standoffs are a type of fastener that is used to provide a secure connection between two objects. The standoff has a threaded end that is screwed into a hole in one object, and a crimped end that is inserted into a hole in the other object. The crimped end of the standoff expands when it is inserted into the hole, creating a secure connection. Self-clinching standoffs are typically made of steel or stainless steel and are available in a variety of sizes and finishes.
Unit of Measure
Item Description |
N/A Captive SOA-M3.5-4 Standoff, Through Threaded, 7075-T6 Aluminum, #M3.5x0.6x4 |
Product Major Category |
N/A Fasteners (Self Clinching) |
Measurement |
N/A Metric |
Search Measurement |
N/A Metric |
Thread Size |
N/A M 3.5 x 0.60 |
Material |
N/A Aluminum |
Search Material |
N/A Aluminum |
Search Material - Sub |
N/A Aluminum, 7076-T6 |
Length |
N/A 4 mm |
Product Category ID |
N/A PRODUCTS-FASTENERS-CLINCHFASTENER-STANDOFFS |
A |
N/A 5.39 +0.00 -0.13 |
Product Minor Category |
N/A Standoffs - Clinch |
Sheet Min |
N/A 1 |
Hole Diameter |
N/A 5.41 +.08 |
C |
N/A 4.0 -0.13 |
H |
N/A 6.4 |
CL to Edge |
N/A 6.8 |
1500mm CRS Installation Force |
N/A nr |
1500mm CRS Push Out |
N/A nr |
1500mm CRS Torque Out |
N/A nr |
1500mm CRS Pull Through |
N/A nr |
1500mm CRS Max Tightening Torque |
N/A 0.3 N-m |
1500mm 5052 H34 Aluminum Intallation Force |
N/A 7.4 kN |
1500mm 5052 H34 Aluminum Push Out |
N/A 1310 N |
1500mm 5052 H34 Aluminum Torque Out |
N/A 2.79 N-m |
1500mm 5052 H34 Aluminum Pull Through |
N/A 810 N |
CR Similar to Brand Pem |
N/A SOA-M3.5-4 |
Product Selector |
N/A Standoff / Clinch |
Product Guide |
N/A Self-Clinching Standoffs Guide |
About OneMonroe |
N/A VMI - Custom Manufacturing, Technical Guides - Quality - Company Overview |
Item Notes |
N/A Product image(s) are representational. Please see manufacturer specification or contact a Sales Engineer for more information. Prop 65 Warning: This product may contain chemicals known to the State of California to cause cancer, and birth defects or other reproductive harm. |
