Name: Comp Cams Valve Spring Lock, Single Groove, 7 Degree Lock Angle, 11/32 Inch Diameter Valve Stem, Stock Installed Spring Height, Set of 16 - 648-16
Brand: COMP CAMS
SKU: KYS-C5664816
Price: 64.08 USD
Availability: InStock

Description

Valve Spring Lock; Single Groove; 7 Degree Lock Angle; 11/32 Inch Diameter Valve Stem; Stock Installed Spring Height; Set of 16

Attributes:

Groove Type: Single Groove
Lock Angle: 7 Degree
Valve Stem Diameter (IN): 11/32 Inch
Installed Height (IN): Stock Installed Spring Height
Material: Machined Steel
Quantity: Set Of 16

Features & Benefits:

These Single Groove Machined Steel Street Locks With 7 Degree Lock Angle And 11/32 Inch Valve Stem Size Are Perfect Replacement Locks For Street Applications
Offer Valve Spring Location Accuracy
Provide Superior Performance And Reliability
COMP Cams ® Employ Sophisticated Manufacturing Processes
Easy Installation
Limited 1 Year Warranty

About Product:
These single groove Machined Steel Street Locks with 7 Degree lock angle and 11/32 Inch Valve Stem size are perfect replacement locks for street applications. It is critically important to make sure Valve locks match the Valve size. There should always be a small gap between the two halves of the lock when they are properly positioned on the Valve Stem. If the two halves fit together without a gap, they are too large. If the locks fit tight to the Stem and leave a gap between the middle of the lock and the Outer Diameter of the Stem, the locks are too small. Most people believe that the tang inside a Valve lock holds the retainer and Valve Spring in place while the Engine is running. This is not the case. The cross-section of material in the tang is not strong enough to withstand open Spring loads of 1000 Pounds or more. The sole purpose of the tang is to temporarily locate the lock, retainer and Spring relative to the Valve until the taper of the retainer can nest around the outside surface of the lock. This creates a “Collet” effect that binds the two together. The more Spring force exerted on the retainer (as the Valve opens), the more force applied by the “Collet” effect to keep the retainer and lock in place.