Cylinder Ripper Tilt 4T9977 Caterpillar To suit D10N D10R D10T

The GP-RIPPER TILT 4T9977 cylinder is a critical component in heavy machinery, particularly in Caterpillar equipment, designed to facilitate the tilting action of rippers. Here's how it works:

Functionality: The 4T9977 cylinder is a hydraulic cylinder that is part of the ripper system in heavy machinery like Caterpillar's D10N, D10R, and D10T models. It is specifically designed for the tilting function of the ripper, which is used to adjust the angle of the ripper for optimal digging and grading performance.

Operation: In operation, the hydraulic system of the machine supplies pressurized fluid to the cylinder. This pressure causes the piston within the cylinder to move, which in turn actuates the ripper to tilt. The tilting action is essential for tasks such as breaking up hard ground, clearing rocks, or leveling soil.

Components: The cylinder consists of a cylinder barrel, piston rod, and gland. These components work together to convert the hydraulic pressure into mechanical force, enabling the ripper to tilt effectively.

Maintenance and Warranty: Proper maintenance is crucial for the longevity of the 4T9977 cylinder. Manufacturers like Bedrock Machinery offer a limited warranty that covers defects in workmanship and materials for a specified period, usually 12 months from the shipping/invoicing date. It is the customer's responsibility to maintain the equipment and report any defects promptly.

Specifications: The 4T9977 has specific dimensions and weight, with a bore of 209.6 mm (8.25 in) and a stroke of 660 mm (26 in). This makes it suitable for the intended machinery and ensures it can handle the required forces during operation.

Replacement and Availability: The 4T9977 is available as an aftermarket part, ensuring that operators of Caterpillar machinery can replace worn or damaged cylinders to maintain optimal performance. The part is stocked by various suppliers, ensuring availability and often offering a warranty for customer peace of mind.