Model: 796933-001 OXYGEN CLEAN CP

Flow Control Valve

Properties:

End Application

Shipalt- 9285.03k cvn-70

Valve Size

0.500 inches

Maximum Operating Pressure And Media For Which Designed

150.0 pounds per square inch oxygen, liquid

Criticality Code Justification

Zzzy

Reference Number Differentiating Characteristics

Item requires special cleaning and packaging per mil-std 1330d for oxygen service

NSN

4820-01-588-5716

Part Number

796933-001 OXYGEN CLEAN CP

Description

Valve,flow Control

CAGE

03950

An inline or cartridge type item designed to control the flow of fluids within a closed system. Excludes items actuated by a predetermined pressure and/or temperature, items designed for use with breathing gasses, or those designed to vent or calibrate fluids.

Part 796933-001 OXYGEN CLEAN CP NSN 4820-01-588-5716

INC

FIIG

Concept No.

App. Key

Cond. Code

Status

INC:

45506

FIIG:

A502C0

Concept No.:

App. Key:

Cond. Code:

Status:

Material Classification

Hazardous material, precious metals, criticality, enviroment, and electrostatic discharge indicators

HMIC

PMIC

ESD/EMI

ENAC

MMAC

CRITL

HMIC:

PMIC:

ESD:

MMAC:

CRITL:

Freight Classification

NMFC

UFC

LTL

LCL

WCC

TCC

SHC

ACC

NMFC:

051080

UFC:

29300

LTL:

RATING VARIABLE

LCL:

WCC:

594

TCC:

SHC:

ACC:

Trailers/Vehicles

Pricing & Availability Check

Submit this form for stock availability and pricing.

How to Order

Ordering from buyaircraftparts.com

If you would like to order this flow control valve (NSN 4820-01-588-5716) please submit the pricing and availability form above to receive an up to date quote by email. If you agree to the pricing and terms you can e-sign your order online!

We are pleased to have the opportunity to serve you.

Have a Question

Hours:	08:00-18:00 Eastern Standard Time
Phone:	+1 470-231-0824
Email:	Contact Form »

Schedule B and Export

Schedule B: 8481809015
SITC: 74780
End Use: Industrial machines, other
NAICS: 332911
USDA: 1

Freight Class: Regulator valves, self-operating, for controlling variables such as temperature, pressure, flow and liquid level