| CRWL |
INSIDE SURFACE CONDITION |
SMOOTH |
| AAGR |
CROSS-SECTIONAL SHAPE STYLE |
ROUND |
| CRXX |
MEASURING METHOD AND LENGTH |
50.000 INCHES NOMINAL OVERALL |
| CRJM |
OUTER COVERING ENVIRONMENTAL PROTECTION |
OZONE RESISTANT AND OIL RESISTANT AND WEATHERPROOF |
| CQGM |
MAXIMUM OPERATING PRESSURE |
2000.0 POUNDS PER SQUARE INCH |
| ABJH |
TEMP RATING |
-40.0 DEG FAHRENHEIT SINGLE RESPONSE AND 200.0 DEG FAHRENHEIT SINGLE RESPONSE |
| CQBD |
BURST TEST PRESSURE |
8000.0 POUNDS PER SQUARE INCH |
| ADLF |
HOSE OR TUBING SPEC/STD DATA |
SAE J517,100R2,TYPE A STANDARD (INCLUDES INDUSTRY OR ASSOCIATION STANDARDS, INDIVIDUAL MANUFACTUREER STANDARDS, ETC.). |
| AHNC |
CONNECTION STYLE |
INVERTED FLARE 1ST END |
| CQGH |
FIRST END FITTING/COMPONENT AND MATERIAL |
COMPLETE FITTING STEEL |
| CQBG |
FIRST END SWIVEL ACTION CAPABILITY |
NOT INCLUDED |
| AAJF |
THREAD DIRECTION |
RIGHT-HAND 1ST END |
| AWLS |
CONNECTION TYPE |
THREADED EXTERNAL PIPE 1ST END |
| CQCS |
LAYER COMPOSITION AND LOCATION |
2ND LAYER BRAIDED STEEL WIRE ERR-100 |
| CQRB |
SEAT ANGLE |
30.0 DEGREES 1ST END |
| CQCS |
LAYER COMPOSITION AND LOCATION |
OUTER LAYER MOLDED RUBBER ERR-100 |
| CQBB |
SECOND END RELATIONSHIP WITH FIRST END |
IDENTICAL |
| AKUU |
END CONNECTION DESIGN |
STRAIGHT 1ST END |
| CQCS |
LAYER COMPOSITION AND LOCATION |
1ST LAYER BRAIDED STEEL WIRE ERR-100 |
| CQJX |
NOMINAL THREAD SIZE |
1.000 INCHES 1ST END |
| CRDW |
HYDROSTATIC TEST PRESSURE |
4000.0 POUNDS PER SQUARE INCH |
| MEDA |
MEDIA FOR WHICH DESIGNED |
FUEL/OIL, HYDROCARBON SINGLE RESPONSE AND HYDRAULIC FLUID, WATER BASE SINGLE RESPONSE |
| ADJM |
INNER CONVEYING TUBE MATERIAL |
RUBBER, SYNTHETIC |
| CQHW |
FIRST END FITTING/COMPONENT AND SURFACE TREATMENT |
COMPLETE FITTING CADMIUM |
| ACKH |
MINIMUM INSIDE BENDING RADIUS |
12.000 INCHES |
| THSD |
THREAD SERIES DESIGNATOR |
NPTF 1ST END |
| AARX |
INSIDE DIAMETER |
1.000 INCHES NOMINAL |
| FEAT |
SPECIAL FEATURES |
PERMANENTLY ATTACHED FITTINGS |
| ABKV |
OUTSIDE DIAMETER |
1.516 INCHES MINIMUM AND 1.609 INCHES MAXIMUM |