NSN 4820-00-001-6202

Part Details | FLUID PRESSURE REGULATING VALVE


4820-00-001-6202 A valve designed to automatically maintain within close limits a predetermined outlet pressure which may be adjustable within a specified range regardless of the higher fluctuating or constant inlet pressure. It is designed for use with compressed gas(es) and various liquids and may include gauges. It may be inline or cartridge (manifold) design. Excludes REGULATOR, PRESSURE, MEDICAL GAS ADMINISTRATION APPARATUS; REGULATOR, OXYGEN, BAROMETRIC CONTINUOUS FLOW; REGULATOR, OXYGEN DEMAND; REGULATOR, OXYGEN DILUTER DEMAND; and valve(1), fluid pressure regulating, aircraft.

Alternate Parts: 1PD11F29S, 1PD11F2-9S, B9690044S, 63618302, 636-1-8302, 4820-00-001-6202, 00-001-6202, 4820000016202, 000016202

Supply Group (FSG) NSN Assigned NIIN Item Name Code (INC)
48SEP 24, 197200-001-620227565 ( VALVE, REGULATING, FLUID PRESSURE )
REFERENCE DRAWINGS & PICTURES

TEE

SWIVEL NUT, FLARE

SWIVEL NUT, FLARE

SWIVEL NUT, FLARE

SWIVEL NUT, FLARE


Cross Reference | NSN 4820-00-001-6202
Part Number Cage Code Manufacturer
1PD11F2-9S8Z296DANFOSS FLUID POWER INCEASLEY OPN
B9690044S8Z296DANFOSS FLUID POWER INCEASLEY OPN
636-1-830237871FOREMOST INDUSTRIES LP BY ITSGENERALPARTNER FOREMOST INDUSTRIES

Technical Data | NSN 4820-00-001-6202
Characteristic Specifications
BODY MATERIAL ALUMINUM
TEMP RATING200.0 DEG FAHRENHEIT NOMINAL
FILTER NOT INCLUDED
SEAT MATERIAL STEEL
STEM MATERIAL STEEL
FLOW CONTROL DEVICE DISK
END CONNECTION QUANTITY3
FIRST END CONNECTION TYPE THREADED INTERNAL PIPE
FIRST END STYLE DESIGNATOR1 SWIVEL NUT, FLARE
FIRST END THREAD SIZE AND SERIES/TYPE DESIGNATOR1 TO 4-16 UN
FIRST END THREAD DIRECTION RIGHT-HAND
SECOND END RELATIONSHIP WITH FIRST END IDENTICAL
THIRD END RELATIONSHIP WITH PRECEDING ENDS IDENTICAL WITH FIRST END
BODY STYLE1 TEE
CENTER TO CENTER DISTANCE1.250 INCHES NOMINAL
MOUNTING FACILITY FLANGE
RENEWABLE SEAT RING TYPE ANY ACCEPTABLE
REGULATION TYPE AUTOMATIC SINGLE STAGE
VALVE STEM DESIGN SINGLE SEAT
VALVE LOADING METHOD SPRING