NSN 4820-01-394-7357
Part Details | FLUID VALVE STEM
4820-01-394-7357 An item usually metallic, threaded or unthreaded, used for securing to or positioning into a mating part. It is designed to be used in a globe, relief, regulator valve and the like as a means of controlling the flow of liquids or gases in a given system. One end may have an integral disk or be designed to accommodate a metallic or nonmetallic disk. The other end is designed for a handwheel, lever, spring, diaphragm and the like for nonpowered operation or to accommodate a gear, solenoid, air motor and the like for powered operation. The handwheel and/or disk may be furnished with the item. Excludes STEM, FAUCET; and STEM, NEEDLE VALVE.
Alternate Parts: MH104 FIND 15, B14534.003.102, 814534.003.102, 814534.003.102VM, MH104 FIND 15VM, 814534.003.102, MH104 FIND 15, 4820-01-394-7357, 01-394-7357, 4820013947357, 013947357
| Supply Group (FSG) | NSN Assigned | NIIN | Item Name Code (INC) |
|---|---|---|---|
| 48 | AUG 14, 1994 | 01-394-7357 | 32528 ( STEM, FLUID VALVE ) |
REFERENCE DRAWINGS & PICTURES
Cross Reference | NSN 4820-01-394-7357
| Part Number | Cage Code | Manufacturer |
|---|---|---|
| MH104 FIND 15 | 01343 | ANDERSON GREENWOOD LPDBA ANDERSON GREENWOOD CROSBY |
| B14534.003.102 | 01343 | ANDERSON GREENWOOD LPDBA ANDERSON GREENWOOD CROSBY |
| 814534.003.102 | 01343 | ANDERSON GREENWOOD LPDBA ANDERSON GREENWOOD CROSBY |
| 814534.003.102VM | 03950 | NAVAL INVENTORY CONTROL POINTMECHANICSBURG |
| MH104 FIND 15VM | 03950 | NAVAL INVENTORY CONTROL POINTMECHANICSBURG |
| 814534.003.102 | 15187 | PENTAIR VALVES & CONTROLS US LPDBA NAVY PRODUCT TEAM |
| MH104 FIND 15 | 15187 | PENTAIR VALVES & CONTROLS US LPDBA NAVY PRODUCT TEAM |
Technical Data | NSN 4820-01-394-7357
| Characteristic | Specifications |
|---|---|
| MATERIAL | STEEL CORROSION RESISTING |
| VALVE TYPE FOR WHICH DESIGNED | RELIEF |
| VALVE SIZE FOR WHICH DESIGNED | 0.500 INCHES |
| STEM ACTUATING END TYPE | ROUNDED |
| REFERENCE NUMBER DIFFERENTIATING CHARACTERISTICS | MAGNETIC PERMEABILITY SHALL NOT EXCEED 2.0 AFTER FABRICATION |
| CRITICALITY CODE JUSTIFICATION | ZZZY |