SO4-032-6

Thru-Hole Threaded Standoffs for Installation into Stainless Steel - Type SO4 - Unified

Enhance your installation process with our Thru-Hole Threaded Standoffs, designed for seamless integration into stainless steel surfaces. Crafted from durable 400 Series Stainless Steel and featuring a 10-32 unified thread size, these standoffs ensure reliable and secure fastening. The passivated finish coating not only enhances their longevity but also adds a sleek touch to your setup. Rest assured, these standoffs are fully compliant with RoHS standards, making them a sustainable choice for your projects. Experience the ease of installation by viewing our animation, showcasing the seamless process of utilizing these standoffs. Elevate your assembly with our high-quality threaded standoffs, perfect for a wide range of applications.

Availability
Immediate Shipment:	NA
Stock Location:	In Stock
Factory Stock:	Call for Stock
Factory Lead:
Unit Of Measure:
Minimum/Multiple:	1/1

Pricing E = Each C = Hundred M = Thousand Prices subject to change at time of order.
CALL:	800.400.7041

Details

Manufacturer:	Penn Engineering
Manufacturer Part Number:	SO4-032-6
Thread Size:	10-32
Material:	400 Series Stainless Steel
Finish/Coating:	Passivated
Animation:	View Animation
SKU:	PEMSO4-032-6
Long Description:	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 for installation into stainless steel sheets as thin as .040”.If you require a standoff which we do not offer in this bulletin, please contact us. We will be happy to work with you to satisfy your special need.
For Use in Sheet Hardness:	HRB 88 / HB 176 or Less
Length Code:	6
Material Code:	4
Min. Sheet Thickness:	.050 in
Thread Code:	032
B - Counter-Bore Dia. ± .005:	.203 in
C + .000 - .005:	.280 in
D ± 0.01:	0 in
H Nom.:	.312 in
Hole Size in Sheet + .003 - .000:	.281 in
L - Length +.002 –.005:	.187 in
Min. Dist. Hole C/L to Edge:	.330 in