COMP Cams High Energy Camshafts 10-200-4
SPECIAL ORDER ITEM
This is a special order item. When you complete your order, we will order it from the supplier.
FREIGHT INFORMATION
Pricing does not include additional freight charge.
Request a quote below.
Manufacturer's Part Number: 10-200-4
Part Type: Camshafts
Product Line: COMP Cams High Energy Camshafts
Automotive Fittings Part Number: CCA-10-200-4
UPC: 036584600015
Cam Style: Hydraulic flat tappet
Camshaft Use: Street/Strip
Camshaft Manufacturers Description: Strong torque, excellent mileage for 290-304, has smooth idle, good for stock replacement.
Basic Operating RPM Range: 800-4,800
Intake Duration at 050 inch Lift: 206
Exhaust Duration at 050 inch Lift: 206
Duration at 050 inch Lift: 206 int./206 exh.
Advertised Intake Duration: 252
Advertised Exhaust Duration: 252
Advertised Duration: 252 int./252 exh.
Intake Valve Lift with Factory Rocker Arm Ratio: 0.433 in.
Exhaust Valve Lift with Factory Rocker Arm Ratio: 0.433 in.
Valve Lift with Factory Rocker Arm Ratio: 0.433 int./0.433 exh.
Lobe Separation (degrees): 110
Remanufactured: No
Computer-Controlled Compatible: No
Grind Number: 252H
Valve Springs Required: No
Quantity: Sold individually.
Description:
COMP Cams High Energy camshafts are designed for street engines with an 8:1 to 9:1 compression ratio. They also work well with all stock components, including intakes, exhaust manifolds, and carburetors. These cams offer an increase in both gas mileage and power throughout the rpm range for most street applications.
What does "Will be special ordered for you" mean?
This means that we do not have the product in our warehouse. We only order “Special Order” products from the supplier when you order them from us. Generally, we do not intend to keep an inventory of these items. Therefore, returns are not possible.
“Special Order” products could be shipped directly from the supplier or they could be shipped to us first. Then, we would ship it to you. The available shipping options will be provided during the checkout process.