1B6994: HOSE ASSEMBLY,NONMETALLIC.
The HOSE ASSEMBLY,NONMETALLIC is a the manufacturer industrial component. Key specifications include flow_angle: 90.0 DEGREES SECOND END, temp_rating: -65.0 FAHRENHEIT AND 450.0 FAHRENHEIT SINGLE RESPONSE DEGF, thread_class: 3B FIRST END, connection_type: THREADED INTERNAL TUBE FIRST END, inside_diameter: 0.312 INCHES NOMINAL IN, connection_style: PLAIN OPTIONAL END SECOND END. This part is cataloged in the U.S.
Government catalog under NSN 4720-01-421-8796, indicating validated use in U.S. government and defense logistics supply chains. Available through authorized enterprise resellers and TPM (Third Party Maintenance) channels.
Verify compatibility with your specific system configuration before ordering.
| flow_angle | 90.0 DEGREES SECOND END |
| temp_rating | -65.0 FAHRENHEIT AND 450.0 FAHRENHEIT SINGLE RESPONSE DEGF |
| thread_class | 3B FIRST END |
| connection_type | THREADED INTERNAL TUBE FIRST END |
| inside_diameter | 0.312 INCHES NOMINAL IN |
| connection_style | PLAIN OPTIONAL END SECOND END |
| outside_diameter | 0.469 INCHES NOMINAL IN |
| special_features | SHIPPING CLOSURES REQUIRED; SLEEVE 2462-24 1.00 IN. LONG OVER IDENTIFICATION BAND; PERMENANTLY ATTACHED FITTINGS IN |
| thread_direction | RIGHT-HAND SECOND END |
| features_provided | NUTS DRILLED FOR LOCKWIRE |
| burst_test_pressure | 6500.0 POUNDS PER SQUARE INCH LBS |
| nominal_thread_size | 0.812 INCHES FIRST END IN |
| NSN | 4720-01-421-8796 |
| FLOW ANGLE | 90.0 DEGREES SECOND END |
| MEASURING METHOD AND LENGTH | 14.327 INCHES NOMINAL WORKING IN |
| TEMP RATING | -65.0 FAHRENHEIT AND 450.0 FAHRENHEIT SINGLE RESPONSE DEGF |
| MINIMUM INSIDE BENDING RADIUS | 2.000 INCHES IN |
| CONNECTION STYLE | PLAIN OPTIONAL END SECOND END |
| CONNECTION STYLE | PLAIN OPTIONAL END FIRST END |
| END CONNECTION DESIGN | ELBOW SECOND END |
| END CONNECTION DESIGN | STRAIGHT FIRST END |
| LAYER COMPOSITION AND LOCATION | OUTER LAYER BRAIDED CORROSION RESISTANT STEEL WIRE |
| CONNECTION TYPE | THREADED INTERNAL TUBE SECOND END |
No substitute or cross-reference records for this part.