7406-06602-1: ELBOW ASSEMBLY,PIPE.
The ELBOW ASSEMBLY,PIPE is a the manufacturer industrial component. Key specifications include material: TITANIUM ALLOY OVERALL, flow_angle: 90.0 DEGREES, flange_shape: TRIANGULAR WITH HOLES SECOND END, connection_type: UNTHREADED EXTERNAL PIPE FIRST END, connection_style: PLAIN (PIPE) FIRST END, flange_face_design: PLAIN SECOND END. This part is cataloged in the U.S.
Government catalog under NSN 4730-01-397-7362, 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.
| material | TITANIUM ALLOY OVERALL |
| flow_angle | 90.0 DEGREES |
| flange_shape | TRIANGULAR WITH HOLES SECOND END |
| connection_type | UNTHREADED EXTERNAL PIPE FIRST END |
| connection_style | PLAIN (PIPE) FIRST END |
| flange_face_design | PLAIN SECOND END |
| end_item_identification | AIRCRAFT(AC-130A/H, MC130H, EC130E, HC130) A |
| media_for_which_designed | REFRIGERATION COMPOUND SINGLE RESPONSE |
| nominal_pipe_size_accommodated | 6.750 INCHES FIRST END IN |
| material_document_and_classification | TPS2-522, TYPE 1, GRADE B, COMPOSITION 2, FROM B, CATEGORY 1 ASSN STD ALL MATERIAL RESPONSES OVERALL |
| NSN | 4730-01-397-7362 |
| FLANGE SHAPE | TRIANGULAR WITH HOLES SECOND END |
| FLOW ANGLE | 90.0 DEGREES |
| NOMINAL PIPE SIZE ACCOMMODATED | 6.750 INCHES FIRST END IN |
| FLANGE FACE DESIGN | PLAIN SECOND END |
| CONNECTION STYLE | PLAIN (PIPE) FIRST END |
| CONNECTION TYPE | FLANGE SECOND END |
| CONNECTION TYPE | UNTHREADED EXTERNAL PIPE FIRST END |
| MATERIAL DOCUMENT AND CLASSIFICATION | TPS2-522, TYPE 1, GRADE B, COMPOSITION 2, FROM B, CATEGORY 1 ASSN STD ALL MATERIAL RESPONSES OVERALL |
| SPECIAL FEATURES | OVERALL END TO END LENGTH; ELBOW TIP OF FLANGE TO BEADED PIPE END APPROX. 21.130 INCHES; FURNISHED WITH A HOLE 0.890 IN. DIA., DRILLED 5.000 INCHES FROM BEADED PIPE END; ELBOW ASSY-PAVEMINT, R.H. CHEEK RACK COOLING IN |
| MEDIA FOR WHICH DESIGNED | REFRIGERATION COMPOUND SINGLE RESPONSE |
No substitute or cross-reference records for this part.