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| Brand | | |
| Manufacturer's Part Number | | SUM-CHLY304 |
| Part Type | | Intake Manifold, Carburetor and Camshaft Kits |
| Product Line | | Summit Racing® Wild Performance Intake, Carb, and Cam Combos |
| Summit Racing Part Number | | SUM-CHLY304 |
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| Engine Block Style | | Stock/OEM standard deck |
| Intake Style | | Dual plane |
| Basic Operating RPM Range | | 2,200-6,400 |
| Intake Material | | Aluminum |
| Intake Finish | | Natural |
| EGR | | No |
| Carburetor Included | | Yes |
| Carburetor Quantity | | One |
| Number of Barrels | | 4 |
| Carburetor Flange | | Square bore |
| CFM | | 870 |
| Choke | | Electric |
| Fuel | | Gasoline |
| Fuel Inlet | | Dual |
| Secondary Type | | Vacuum |
| Carburetor Finish | | Silver |
| Linkage Included | | No |
| Throttle Linkage Type | | Universal |
| Camshaft Included | | Yes |
| Advertised Intake Duration | | 276 |
| Advertised Exhaust Duration | | 284 |
| Advertised Duration | | 276 int./284 exh. |
| Intake Duration at 050 inch Lift | | 233 |
| Intake Valve Lift with Factory Rocker Arm Ratio | | 0.554 in. |
| Exhaust Valve Lift with Factory Rocker Arm Ratio | | 0.572 in. |
| Exhaust Duration at 050 inch Lift | | 241 |
| Lobe Separation (degrees) | | 110 |
| Duration at 050 inch Lift | | 233 int./241 exh. |
| Valve Lift with Factory Rocker Arm Ratio | | 0.554 int./0.572 exh. |
| Lifters Included | | Yes |
| Intake Manifold Gaskets Included | | Yes |
| Valve Cover Gaskets Included | | Yes |
| Intake Manifold Fasteners Included | | No |
| Carburetor Studs Included | | Yes |
| Fuel Line Included | | Yes |
| Air Cleaner Housing Included | | Yes |
| Air Cleaner Element Included | | Yes |
| Air Cleaner Housing Base Style | | Flat base |
| Air Cleaner Housing Finish | | Chrome |
| Quantity | | Sold as a kit. |
| Notes | | Using this kit may require the purchase of additional valvetrain components. Other issues to consider when using this kit are the use of an adjustable valve train, piston to valve clearance, and proper lifter preload. Failure to do so could result in poor engine performance and potential engine damage. |
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