INSTANT RFQ

Manning And Lewis Engineering Co Inc UT6-363 J.0.N. 14734 Part with NSN 4420009142237 in Stock - Buy Now

Part Number: UT6-363 J.0.N. 14734
Alternate P/N: UT6363J0N14734
NIIN: 009142237
Item Name : Cooler Fluid Indust
CAGE Code: 96136
FSG: 44 Furnace-Steam Plant-Drying Equip Nuclear Reactors
Country: USA
NCB Code: 00

If you are in search of dependable UT6-363 J.0.N. 14734 Cooler Fluid Indust products, you can count on Rapid Mil Parts. You have taken a particular interest in part number UT6-363 J.0.N. 14734, a Manning And Lewis Engineering Co Inc component that is listed with the NSN 4420009142237 for identification purposes. When you are prepared to start the purchasing process for part number UT6-363 J.0.N. 14734, we provide online RFQ forms to fill out and submit for the means of receiving competitive quotes for your comparisons.

Note : We Will Not Share Your Information With 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are subject to change until acceptance by ASAP Semiconductor of a binding Purchase Order, and quotations may be withdrawn or revised at the sole discretion of ASAP Semiconductor.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-and-conditions/ . 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

Our dedication to quality is not merely a statement, and we strive to always exceed industry expectations for your benefit with the best NSN products, aerospace parts, military and defense parts, and other similar items on the market. For your convenience, part number UT6-363 J.0.N. 14734 is listed alongside the NSN 4420-00-914-2237 and is categorized under the FSC 4420 Heat Exchangers And Steam Condensers.

Additionally, this NSN part is specifically produced under CAGE Code 96136, which identifies the specific Manning And Lewis Engineering Co Inc facility it traces back to. If you are interested in kicking off procurement for your needs through phone or email or simply wish to discuss our diverse services and your purchasing options, do not hesitate to connect with a staff member of ours today!

Characteristics Data of NSN 4420-00-914-2237, 4420009142237

MRCCriteriaCharacteristic
AQRXTubing Outside Diameter0.375 INCHES NOMINAL
CTRCEffective Heat Transfer Surface Area22.4 SQUARE FEET
ARNFTube Quantity41
MATTMaterialCOPPER ALLOY SHELL
MATTMaterialCOPPER ALLOY TUBES
AWMZTube Attachment MethodEXPANDED BOTH ENDS
BRXNHeat Transfer MethodINDIRECT
MRCDecoded RequirementClear Text Reply

Related NSN Components of UT6 363 J.0.N. 14734

A Complete NSN Part Purchasing Platform

  • AS9120B and ISO 9001:2015
  • Aviation Suppliers Association Member
  • FAA AC 0056B Accredited
  • AS 6081:2012 Certification
  • ESD S20.20-2014 Certification

Thank You for Visiting.

If You’re Ever Looking for NSN parts Or Have an Aircraft On Ground Situation, Don’t forget That We offer Competitive Pricing and Guaranteed On-Time Delivery.

Request for Quote

We use cookies to ensure that we give you the best experience on our website. If you continue to use this site we will assume that you are happy with it.

bottom to top