NSN 4820-01-463-4517
Part Details | SYSTEM PRESSURE REGULATING VALVE
4820-01-463-4517 A value designed to automatically maintain within close limits a predetermined pressure within a closed system regardless of the higher fluctuating or constant inlet pressure. The excess pressure is by-passed to the accumulator or reservoir in lieu of passing through the entire system. It is designed primarily for use in refrigeration and air conditioning systems. Excludes VALVE, REGULATING, FLUID PRESSURE and VALVE, CALIBRATED FLOW.
Alternate Parts: 06R18AASB, 06R118AASB, 06R18AASB, 4820-01-463-4517, 01-463-4517, 4820014634517, 014634517
| Supply Group (FSG) | NSN Assigned | NIIN | Item Name Code (INC) |
|---|---|---|---|
| 48 | MAR 23, 1999 | 01-463-4517 | 35896 ( VALVE, REGULATING, SYSTEM PRESSURE ) |
REFERENCE DRAWINGS & PICTURES
STRAIGHT THRU
SWIVEL NUT, FLARE
SWIVEL NUT, FLARE
SWIVEL NUT, FLARE
SWIVEL NUT, FLARE
Cross Reference | NSN 4820-01-463-4517
| Part Number | Cage Code | Manufacturer |
|---|---|---|
| 06R18AASB | 88233 | PARKER HANNIFIN CORPORATIONDBA SCHRAEDER BELLOWS DIV PNEUMATIC |
| 06R118AASB | 88233 | PARKER HANNIFIN CORPORATIONDBA SCHRAEDER BELLOWS DIV PNEUMATIC |
| 06R18AASB | 18925 | PARKER-HANNIFIN CORPORATIONDBA PNEUMATIC NORTH AMERICA |
Technical Data | NSN 4820-01-463-4517
| Characteristic | Specifications |
|---|---|
| BODY MATERIAL | ZINC |
| MAXIMUM INLET PRESSURE RATING | 250.0 POUNDS PER SQUARE INCH |
| OUTLET PRESSURE ACCURACY RATING | 60.000 POUNDS PER SQUARE INCH |
| FILTER | NOT INCLUDED |
| SPECIAL FEATURES | NHA MISC PARTS LIST |
| FLOW CONTROL DEVICE | DIAPHRAGM |
| END CONNECTION QUANTITY | 2 |
| FIRST END CONNECTION TYPE | THREADED INTERNAL PIPE |
| FIRST END STYLE DESIGNATOR | SWIVEL NUT, FLARE |
| FIRST END THREAD SIZE AND SERIES/TYPE DESIGNATOR | 1.750-12 STUB ACME |
| FIRST END THREAD DIRECTION | RIGHT-HAND |
| SECOND END RELATIONSHIP WITH FIRST END | IDENTICAL |
| BODY STYLE | STRAIGHT THRU |
| MEDIA FOR WHICH DESIGNED | AIR |
| REGULATION TYPE | MANUAL SINGLE STAGE |
| VALVE LOADING METHOD | SPRING |