Professional Products PowerForce Harmonic Balancer 80011 for Ford Modular 4.6L, 6.800-Inch OD

The Professional Products PowerForce Harmonic Balancer, Part Number 80011, is designed for Ford Modular 4.6L engines requiring a dependable non-SFI harmonic damper. Its precision steel construction helps control torsional crankshaft vibrations, supporting smoother engine operation and helping protect critical rotating components during everyday driving and performance applications. This balancer features a black finish and a 6.800-inch outside diameter for compatibility with the specified Ford Modular engine configuration.
The PowerForce 80011 uses an internal-balance design to match engines that require internal crankshaft balancing. Correct balance configuration is essential for maintaining proper engine behavior and minimizing unwanted vibration, so verify the engine’s balance requirements, crankshaft specifications, and accessory-drive clearance before installation. As a direct-fit style replacement component, it is intended to provide a practical solution for restoring or upgrading the harmonic damping system on compatible Ford applications.
Built from durable steel, this Professional Products harmonic balancer is engineered for reliable service in street, restoration, and moderate performance builds. The black finish provides a clean appearance while complementing a wide range of engine compartments. The damper is supplied individually and should be installed using appropriate service procedures, including inspection of the crankshaft snout, keyway, seal surface, and related hardware. This is a non-SFI damper and is not intended to replace an SFI-certified component where competition rules require certification.

Features:

• Brand: Professional Products

• Part Number: 80011

• Product Type: Harmonic balancer and harmonic damper

• Application: Ford Modular 4.6L engines

• Outside Diameter: 6.800 inches

• Material: Steel

• Finish: Black

• Balance Type: Internal balance

• Certification: Non-SFI

• Quantity: Sold individually