NIIN Output Data
Definition:
A FLEXIBLE, TUBULAR ITEM OF LIGHT WALL CONSTRUCTION. IT MUST HAVE SINGLE OR MULTIPLE LAYERS OF NONMETALLIC MATERIAL, BUT MAY CONTAIN METAL WIRE REINFORCEMENT, FOIL TYPE LINER, AND/OR WOVEN OR BRAIDED COVER. IT IS DESIGNED TO CONVEY UNDER LOW PRESSURE GASEOUS MATERIAL, SUCH AS AIR AND FUMES, AND LIGHT WEIGHT SOLID MATERIALS, SUCH AS DUST, POWDERS, AND FIBERS. FOR ITEMS WITH COUPLINGS, SEE HOSE ASSEMBLY, AIR DUCT. FOR ITEMS OF SLEEVE SECTION DESIGN RATED FOR HIGH PRESSURE USE, SEE SLEEVE, SEAL, COUPLING. EXCLUDES HOSE, NONMETALLIC.
Reference/Part Number
| Part Number | CAGE | Status | RNCC | RNVC | DAC | RNAAC | MSDS | SADC |
|---|---|---|---|---|---|---|---|---|
| TD-S-6IN ID5FT | 04927 | F | 5 | 9 | 3 | AX | ||
| 2199-3D2F44S | 51005 | A | 3 | 2 | 3 | AX |
CAGE Information
| Code | Company |
|---|---|
| 04927 | AUTOMATION INDUSTRIES INC FLEXIBLE T |
| 51005 | VITOK ENGINEERS INC |
Federal Supply Class
Title
HOSE AND FLEXIBLE TUBING
Inclusions:
INCLUDES AIR DUCT, METALLIC, NONMETALLIC, AND TEXTILE FIBER HOSES AND THEIR ASSEMBLIES; FLEXIBLE TUBING AND THEIR ASSEMBLIES.
Exclusions:
EXCLUDES CONDUIT AND THEIR ASSEMBLIES (FSC 5975); LABORATORY TUBES (FSC 6640); MEDICAL AND SURGICAL TUBES (FSC 6515); RIGID TUBING AND THEIR ASSEMBLIES (FSC 4710).
Characteristics (Decoded)
| MRC | Requirements Statement | Clear Text Reply |
|---|---|---|
| AAGR | CROSS-SECTIONAL SHAPE STYLE | ROUND |
| AMPZ | TEMP RANGE (NON-CORE) | +0.0/+200.0 DEG FAHRENHEIT |
| ACKH | MINIMUM INSIDE BENDING RADIUS | 3.000 INCHES |
| CQGM | MAXIMUM OPERATING PRESSURE | 7.0 POUNDS PER SQUARE INCH |
| AMPY | HOSE WEIGHT | 14.500 OUNCES PER LINEAR FOOT |
| MATT | MATERIAL | PLASTIC POLYVINYL ALL PLIES |
| CRXX | MEASURING METHOD AND LENGTH | 60.000 INCHES NOMINAL OVERALL |
| AARX | INSIDE DIAMETER | 6.000 INCHES NOMINAL FIRST END |
| CBBL | FEATURES PROVIDED | STOWAGE DEVICE |
| AWLS | CONNECTION TYPE | PLAIN FIRST END |
| STYL | STYLE DESIGNATOR | HELICALLY WOUND CONTINOUS WIRE SUPPORTED |
| MATT | MATERIAL | STEEL REINFORCING WIRE |