Serving our customers with quality and safety first.
+0.3667/+0.3739in.
RIGHT-Hand
1.250in. rod connection ⁓1-1/4"
16.094in. ⁓16-3/32"
14.844in.
0.374in.
0.375in. rod connection ⁓3/8"
slot one end 1/8 by 1/8 in.
steel comp 316
fed std 66 fed std single material response or aisi/sae assn std single material response
external thread, solid end
unf rod connection
A cylindrical item, tubular or solid on one end and internally or externally threaded on the other. It is designed to be permanently attached to the end of a tube or rod to provide a threaded connection for installing a threaded clevis, connector or the like.
Indicates there is no information in the hmirs. The nsn is in a fsc in table ii of fed std 313 and a msds may be required by the user. The requirement for a msds is dependent on a hazard determination of the supplier or the intended end use of item.
Precious metal content is unknown
The item does not have a nuclear hardened feature or any other critical feature such as tolerance, fit restriction or application.
HMIC: Hazardous Material Indicator Code. A one position code that identifies a hazardous item.
PMIC: Precious Metal Indicator Code. A one position code which identifies items that have precious metals as part of their content. precious metals are those metals generally considered to be uncommon, highly valuable, and relatively superior in certain properties such as resistance to corrosion and electrical conductivity.
ESD: Electrostatic Discharge. Indicates if an item is susceptible to electrostatic discharge or electromagnetic interference damage. electrostatic discharge damage occurs when an accumulation of static electricity generated by the relative motion or separation of materials is released to another item by direct contact. electromagnetic interference damage occurs when an item comes into proximity with an electrostatic or magnetic field.
ENAC: Enviromental Attribute Code. Identifies items with environmentally preferred characteristics.
CRITL: Criticality Indicator Code. Indicates an item is technically critical by tolerance, fit, application, nuclear hardness properties, or other characteristics.