Características
Inch - Metric:
Inch
Outside Diameter - Inch:
0.37
Inside Diameter - Inch:
0.26
Inside Diameter - Millimeter:
6.604
Other Features:
1 Stainless Steel Wire Braid | Burst Pressure 12000 PSI
Typical Use:
Compressor
Outside Diameter - Millimeter:
9.398
FC740-03
Descripción
FC740-03 STATIC DISSIPATING HOSE ; SMOOTH BORE
No parte FC740-03
Nº de pieza de BDI 23896266
Características
Inch - Metric:
Inch
Outside Diameter - Inch:
0.37
Inside Diameter - Inch:
0.125
Inside Diameter - Millimeter:
3.175
Other Features:
Smooth Bore | Static Dissipating | Fire Resistant | Burst Pressure 12000 PSI
Typical Use:
Compressor | Chemical Transfer
Outside Diameter - Millimeter:
9.398
FC465-05
Descripción
FC465-05 HYDRAULIC HOSE ; SS BRAID CONDUCTIVE SAE
No parte FC465-05
Nº de pieza de BDI 23894724
Características
Inch - Metric:
Inch
Outside Diameter - Inch:
0.37
Inside Diameter - Inch:
0.26
Inside Diameter - Millimeter:
6.604
Other Features:
1 Stainless Steel Wire Braid | Burst Pressure 12000 PSI
Typical Use:
Compressor
Outside Diameter - Millimeter:
9.398
15LT312-6CA2
Descripción
15LT312-6CA2 TIMING PULLEY ; 0.0816" PIT 0.313" W 3/16" BORE ALUM 15T
No parte 15LT312-6CA2
Nº de pieza de BDI 22708557
Características
Pitch Diameter - Inch:
0.39
Flange Outside Diameter - Millimeter:
14.097
Other Features:
Type 6C | Aluminum Flange | Aluminum | Clear Anodized Finish
Inch - Metric:
Inch
Outside Diameter - Inch:
0.37
Face Width - Millimeter:
9.906
Face Width - Inch:
0.39
Belt Pitch:
0.082 Inch
Pitch Diameter - Millimeter:
9.906
Mounting Method:
Finished Bore
15LT312-6CA1
Descripción
15LT312-6CA1 TIMING PULLEY ; 0.0816" PIT 0.313" W 1/8" BORE ALUM 15T
No parte 15LT312-6CA1
Nº de pieza de BDI 22708553
Características
Pitch Diameter - Inch:
0.39
Flange Outside Diameter - Millimeter:
14.097
Other Features:
Type 6C | Aluminum Flange | Aluminum | Clear Anodized Finish
Inch - Metric:
Inch
Outside Diameter - Inch:
0.37
Face Width - Millimeter:
9.906
Face Width - Inch:
0.39
Belt Pitch:
0.082 Inch
Pitch Diameter - Millimeter:
9.906
Mounting Method:
Finished Bore
YouTube
LinkedIn
Twitter
Facebook