Part Details | WAVEGUIDE ASSEMBLY
5985-00-003-5343 An item consisting of one or more definite lengths of straight or formed, flexible or rigid, prefabricated hollow tubing of conductive material. The tubing has a predetermined cross section and is designed to guide or conduct high frequency electromagnetic energy through its interior. One or more ends are terminated. May include common mounting of a SWITCH, WAVE GUIDE, a DUMMY LOAD, ELECTRICAL and other components such as waveguide section, cable terminal chamber and the like. Excludes COUPLER, ROTARY, RADIO FREQUENCY; COUPLER, DIRECTIONAL; ADAPTER, WAVEGUIDE; and TUNER, WAVEGUIDE.
Alternate Parts: 2534944, TS641402, 2534944, 2994363, 5985-00-003-5343, 00-003-5343, 5985000035343, 000035343
| Supply Group (FSG) | NSN Assigned | NIIN | Item Name Code (INC) |
|---|---|---|---|
| 59 | MAY 17, 1972 | 00-003-5343 | 00305 ( WAVEGUIDE ASSEMBLY ) |
REFERENCE DRAWINGS & PICTURES
INTERNAL, RECTANGULAR EXTERNAL, RECTANGULAR
BEND TYPE
Cross Reference | NSN 5985-00-003-5343
| Part Number | Cage Code | Manufacturer |
|---|---|---|
| 2534944 | 80006 | LITTON SYSTEMS INCAIRTRON DIV |
| TS641402 | 06351 | MICROWAVE ENGINEERING CORPORATION |
| 2534944 | 10001 | NAVAIR AND NAVSEA MANAGEDORIGINAL DESIGN ACTIVITY DWG NOT |
| 2994363 | 53711 | NAVAL SEA SYSTEMS COMMAND |
Technical Data | NSN 5985-00-003-5343
| Characteristic | Specifications |
|---|---|
| STYLE DESIGNATOR | BEND TYPE |
| WAVEGUIDE LONGER OFFSET DISTANCE | 2.375 INCHES NOMINAL |
| WAVEGUIDE OFFSET DISTANCE | 1.750 INCHES NOMINAL |
| CROSS-SECTIONAL SHAPE STYLE | INTERNAL, RECTANGULAR EXTERNAL, RECTANGULAR |
| WAVEGUIDE OUTSIDE WIDTH | 0.997 INCHES MINIMUM AND 1.003 INCHES MAXIMUM |
| WAVEGUIDE INSIDE WIDTH | 0.897 INCHES MINIMUM AND 0.903 INCHES MAXIMUM |
| WAVEGUIDE INSIDE HEIGHT | 0.397 INCHES MINIMUM AND 0.403 INCHES MAXIMUM |
| WAVEGUIDE OUTSIDE HEIGHT | 0.497 INCHES MINIMUM AND 0.503 INCHES MAXIMUM |
| FLANGE QUANTITY | 2 |
| MAXIMUM OPERATING PRESSURE | 20.0 POUNDS PER SQUARE INCH GAGE |
| INSERTION LOSS IN DECIBELS | 0.10 |
| VOLTAGE STANDING WAVE RATIO | 1.08 |