FBN0400 Eaton Aeroquip® -04 AQP® SOCKETLESS™ Racing Hose - Black Cover
Eaton Aeroquip® High Performance
AQP® SOCKETLESS™ Racing Hose
The fastest and easiest to assemble.
Eaton's AQP SOCKETLESS™ Performance Racing Hose and Fittings are extremely easy to work with and reusable. Connecting the two is a snap since not even a wrench is needed! Simply slip the hose onto the fittings. It's that simple.
Easy to assemble and disassemble with reusable SOCKETLESS™ fittings - never needs a clamp.
| Buy More, Save More! | |
| Quantity | Price Each |
| 10–39 | $11.89 |
| 40–79 | $10.75 |
| 80+ | $9.49 |
Discounts applied in cart/checkout.
Product Data:
Brand:
Series:
Color(s):
Internal Diameter:
Outer Diameter:
MAWP:
250
Tubing Construction:
Cover Construction:
SPECIFICATIONS
| Application: | Gasoline, fuel and lubricating oils, air and water | SAE Rating: | N/A | ||||
|---|---|---|---|---|---|---|---|
| Other Ratings: | N/A | Tube: | AQP elastomer (smooth bore) | ||||
| Reinforcement: | Textile braid reinforcement | Cover: | AQP elastomer cover | ||||
| Temperature Range: |
40°F to +300°F (-40°C to +150°C) Air not to exceed +250°F (+121°C) Water not to exceed +180°F (+82°C) |
Fittings: | AQP® SOCKETLESS™ Racing Hose Fittings |
| Blue Cover Bulk Part Number |
Black Cover Bulk Part Number |
Hose Dash Size | Hose ID (in) |
Hose OD (in) |
Max. Operating Pressure (PSI) |
Min. Bend Radius (in) |
Vacuum Service (in/Hg) |
|---|---|---|---|---|---|---|---|
| FBV0400 | FBN0400 | -04 | 0.25" | 0.49" | 250 PSI | 3.00" | 28 in/Hg |
| FBV0600 | FBN0600 | -06 | 0.38" | 0.62" | 250 PSI | 3.00" | 28 in/Hg |
| FBV0800 | FBN0800 | -08 | 0.50" | 0.75" | 250 PSI | 5.00" | 28 in/Hg |
| FBV1000 | FBN1000 | -10 | 0.63" | 0.91" | 250 PSI | 6.00" | 18 in/Hg |
| FBV1200 | FBN1200 | -12 | 0.75" | 1.03" | 250 PSI | 7.00" | 18 in/Hg |
Warning: Do not mix and match hose and fitting manufactures with your hose assemblies. Each manufacturer of hose and fittings builds their product to specific tolerances and does not recommend them for use with other brands. Doing this puts your performance at risk and voids any warranty on your product.
