Hi-Lok Collar - Tension Application, Oversized, 303 Stainless Steel, Cadmium Plated

Detail Characteristic
COLLAR INSIDE DIAMETER0.223 INCHES MINIMUM AND 0.227 INCHES MAXIMUM
COLLAR OUTSIDE DIAMETER0.328 INCHES MINIMUM AND 0.332 INCHES MAXIMUM
COLLAR OVERALL HEIGHT0.437 INCHES MINIMUM AND 0.457 INCHES MAXIMUM
COLLAR STYLETHREADED (BREAK OFF) TYPE
LUBRICATIONCETYL ALCOHOL, SPEC 305, HI-SHEAR CORP
MATERIAL DOCUMENT AND CLASSIFICATIONAMS 5640 ASSN STD 1ST MATERIAL RESPONSE OVERALL OR AMS 5640 ASSN STD 2ND MATERIAL RESPONSE OVERALL OR QQ-S-764 FED SPEC 2ND MATERIAL RESPONSE OVERALL OR AMS 5640 ASSN STD 3RD MATERIAL RESPONSE OVERALL
MATERIALSTEEL COMP 303 OVERALL OR STEEL COMP 303SE OVERALL OR STEEL COMP 303 PLUS X OVERALL
NOMINAL THREAD SIZE0.190 INCHES
SURFACE TREATMENT DOCUMENT AND CLASSIFICATIONQQ-P-416,TY 2,CL 3 FED SPEC SINGLE TREATMENT RESPONSE OVERALL
SURFACE TREATMENTCADMIUM OVERALL
THREAD CLASS3B
THREAD DIRECTIONRIGHT-HAND
THREAD SERIES DESIGNATORUNJF

MC1018
5% off code from Mini Catalog

Test Coupon

MC1019

Unit of Measure

Specifications

Inventory

N/A {0}

Inventory Note

N/A Need additional stock? Call (877) 920-1876 or email

Material

N/A 303 Stainless Steel

Thread Type

N/A 10-32-UNJF-3B

Dimension L

N/A 0.437 in0.457 in

Diameter A

N/A 0.328 in0.332 in

Diameter B

N/A 0.223 in0.227 in

Nominal Pin Diameter

N/A 7/32 in

Minimum UTS

N/A 2750 lb

Torque Off

N/A 40 to 50 in·lb

Weight

N/A 0.0005 lb

Manufacturer

N/A Hi-Lok

Alternate Part Number

N/A 1-10 2.50

NSN

N/A 5320-01-051-3485

NIIN

N/A 01-051-3485

Part (unpuctuated)

N/A HL936

Minimum Order Note

N/A You must purchase in increments of 10 at a time.

Estimated Ship Date

N/A Ships in 1 Business Day

Applications

Applications

N/A Tension

Note

Note

N/A Our inventory is extensive. The majority of the items listed in our catalog are stocked and available for immediate shipment.

California Residents

N/A Prop 65 Warning: This product may contain chemicals known to the State of California to cause cancer, and birth defects or other reproductive harm.