Self-clinching slide-top standoffs are a type of standoff that is designed to allow for quick and easy installation. The standoff has a threaded end that is screwed into a hole in one object, and a slide-top end that is inserted into a hole in the other object. The slide-top end of the standoff has a tab that can be pressed down to release the crimped end, allowing the standoff to be inserted into the hole. Once the standoff is in place, the tab can be released, crimping the end of the standoffmore
Unit of Measure

Item Description

Captive SKC-6060-6 Standoff, Slide Top, 300 Series Stainless Steel, Passivated, 6060 x 0.188

Product Major Category

Fasteners (Self Clinching)

Measurement

Unified

Search Measurement

Unified

Thread Size

Unthreaded

B

0.177

Material

Stainless

Search Material

Stainless

Search Material - Sub

Stainless Steel, 300 Series

Finish

Passivated

Length

0.188

Product Category ID

PRODUCTS-FASTENERS-CLINCHFASTENER-STANDOFFS

A

0.099 -0.005

Weight per Thousand

2.1

Product Minor Category

Standoffs - Clinch

Body or Hole Code

6060

Sheet Min

0.04

Hole Diameter

0.213 +0.003

C

0.212

H

0.25

M

0.108

S

0.068

Anvil Hole

0.216

CL to Edge

0.26

060in CRS Installation Force

3200 tons

060in CRS Push Out

600 lbs

5052 H34 Aluminum Installation Force

1600 tons

5052 H34 Aluminum Push Out

250 lbs

Units and Tolerances

Specific units and tolerances are not displayed, but may be applicable for this product. For more information please call us or contact customer service.

CR Similar to Brand Pem

SKC-6060-6

Product Selector

Standoff / Slide & Spring Top

Product Guide

Self-Clinching Slide-Top Standoffs Guide

About OneMonroe

VMI - Custom Manufacturing, Technical Guides - Quality - Company Overview

Item Notes

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.