Obtain Pricing on Dynalec Corporation Part Number K1397 with the NSN 5340-01-523-0309

Part Number: K1397

Manufacturer: Dynalec Corporation

NSN: 5340-01-523-0309

NIIN: 015230309

Item Name : Stop Mechanical

CAGE Code: 12763

FSC: 5340 Hardware Commercial

FSG: 53 Hardware and Abrasives

Country : USA

NCB Code : 01

Welcome to our online Request for Quote (RFQ) service, where you can fill out and submit the form provided below to obtain tailored procurement options from our team of industry experts. You have taken interest in part number K1397, which is a Stop Mechanical item from Dynalec Corporation that is listed with the NSN 5340-01-523-0309 for quick identification. Should you wish to move forward with quotation for this listing, be sure that you supply us with key details like your target pricing, quality, and delivery date. This information is what we will base presented quotes on, with responses offered shortly after the receipt and review of each form.

Note : We Will Not Share Your Information To Any Third Parties.

Product Details

“*” Required Fields Are Compulsory

Contact Information

* By clicking this box, I acknowledge that I have read and accept the ASAP Semiconductor Terms and Conditions and agree that all quotes and purchase orders are exclusively subject to the ASAP Semiconductor Terms and Conditions.

I consent to receive email communications from ASAP Semiconductor and can unsubscribe at any time.
ASAP Semiconductor is a wholly independent aftermarket parts distributor.
This website is intended for quotations based on part numbers only. Please DO NOT submit drawings, technical data, or other specifications through this portal.

Disclaimer: This is a quotation for the goods listed above. This quotation is meant as an estimate and does not reflect a final bill or invoice. All quotations are subject to change until acceptance by ASAP Semiconductor of a binding Purchase Order, and quotations may be withdrawn or revised at the sole discretion of ASAP Semiconductor. This quotation is subject to the ASAP Semiconductor Terms & Conditions available at https://www.asapsemi.com/customer-terms-conditions.aspx . All United States Government and Department of Defense bids are quoted as CAGE code 6RE77 from ASAP Semiconductor’s Anaheim, California facility. Any quotation from ASAP Semiconductor without 6RE77 is void.

Upload RFQ SHEET

If you have more than one item, upload your spreadsheet here

Upload File

To ensure that customers only procure exact items of need, we present our offerings with as much relevant data as possible. For example, part number K1397 was specifically produced by Dynalec Corporation under the CAGE Code 12763, providing traceability. Furthermore, with the NSN 5340-01-523-0309, one can also determine that this listing falls under Federal Supply Class (FSC) 5340 Hardware Commercial. Alongside such details, all purchases will come delivered with any applicable qualifying certifications, furthering the reliability of our purchasing options. With this in mind, be sure to request a quote on part number K1397, and we will be in touch.

NSN Information for Part Number K1397 with NSN 5340-01-523-0309, 5340015230309

NSN	FSC	NIIN	CLS	Hazmat	DEMIL	Cancelled NSN
5340-01-523-0309 Item PartTypeName: STOP,MECHANICAL	5340	015230309	0	P
	CIIC	HCC	ESD	PMIC	Criticality	ENAC
	U			A	0
Part Number	ISC	RNVC	RNCC	HCC	MSDS	SADC
PR2011-1PC74	5	2	5

Characteristics Data of NSN 5340-01-523-0309, 5340015230309

MRC	Criteria	Characteristic
MDCL	Material Document And Classification	SAE 1020 ASSN STD SINGLE MATERIAL RESPONSE
AGAV	End Item Identification	HARDWARE
THSD	Thread Series Designator	UNC
SFTT	Surface Treatment	ZINC
MATT	Material	STEEL
AAJD	Thread Class	3A
CQJX	Nominal Thread Size	0.125 INCHES
FEAT	Special Features	NON THREADED END HASA ROUND PROTRUSION THAT IS .0940 IN IN DIA AND 0.266 IN LG.
MRC	Decoded Requirement	Clear Text Reply
APGF	Design Type	STRAIGHT
ABMK	Overall Width	0.120 INCHES MINIMUM AND 0.130 INCHES MAXIMUM
CMLP	Thread Quantity Per Inch	40
ABHP	Overall Length	1.859 INCHES MINIMUM AND 1.891 INCHES MAXIMUM