4.5″ Bore x 24″ Stroke Log Splitter Hydraulic Cylinders

A 4.5" Bore x 24" Stroke Log Splitter Hydraulic Cylinder is a heavy-duty, double-acting hydraulic cylinder component designed for log splitters, capable of exerting significant force to split wood efficiently. The 4.5-inch bore refers to the cylinder’s inner diameter, while the 24-inch stroke indicates the distance the piston rod travels from fully retracted to fully extended, typically measuring 34.5" retracted and 58.5" extended. These cylinders feature a welded steel clevis mount, a chrome-plated rod (commonly 1.75" to 3" in diameter), and high-quality polyurethane seals for durability in harsh conditions, including extreme cold. Rated for up to 3500 PSI, they deliver approximately 26-30 tons of splitting force, making them compatible with various log splitters, such as gas log splitters, electric log splitters, 3-point tractor log splitters, and skid steer log splitters.

This hydraulic log splitter cylinder is a direct replacement for many OEM double-acting, clevis-mount cylinders. Common OEM no-modification-needed replacement for: Tractor Supply Co., Huskee, SplitMaster, Oregon, SpeeCo, and many others.

Log Splitter Hydraulic Cylinder Dimensions

Log Splitter Hydraulic Cylinder Parts

1. Cylinder Barrel: The cylinder barrel is the main body of the hydraulic cylinder, typically made of high-strength steel. It houses the hydraulic fluid and provides a sealed chamber for the piston to move, ensuring the system can handle high pressures during log splitting operations.
2. Piston: The piston is a vital moving component inside the cylinder barrel. It separates the fluid into two chambers and transfers hydraulic force to the rod. Its precision design ensures smooth and efficient motion under heavy loads.
3. Piston Rod: The piston rod is a hardened steel rod attached to the piston, extending out of the wood splitter cylinder. It transmits the piston’s force to the splitter wedge, enabling the log to be split with precision and power.
4. Seals and O-Rings: Hydraulic seals and O-rings are crucial for preventing fluid leaks and maintaining pressure within the cylinder. These components protect the system from contamination while ensuring consistent performance under high pressures and extreme conditions.
5. Cylinder Head (End Cap): The cylinder head, also known as the end cap, encloses the barrel and provides an outlet for the piston rod. It contains seals and bearings to guide the rod, ensuring alignment and reducing wear during operation.
6. Hydraulic Ports: Hydraulic ports are entry and exit points for the hydraulic fluid. They connect to hoses or valves, enabling controlled fluid flow to extend or retract the piston. Properly positioned ports ensure efficient cylinder operation.

Advantages of the Hydraulic Cylinder for Log Splitter

1. High Force Output: Hydraulic cylinders with a 4.5-inch bore deliver 26-30 tons of splitting force, enabling efficient splitting of hardwoods and large logs, far surpassing manual or mechanical alternatives in power.
2. Durability and Longevity: Constructed from welded steel with chrome-plated rods and polyurethane seals, this hydraulic cylinder for a log splitter resists corrosion and wear, ensuring reliable performance in harsh outdoor conditions for years with minimal maintenance.
3. Smooth and Controlled Operation: Double-acting hydraulic cylinders provide precise control over the splitting cycle, allowing consistent extension and retraction. This ensures smooth, predictable motion, enhancing safety and efficiency during log-splitting tasks.
4. Versatility Across Applications: Compatible with gas log splitters, electric log splitters, or tractor-mounted log splitters, these log splitter hydraulic cylinders adapt to various setups. Their standardized clevis mounts and port fittings make integration seamless for diverse equipment types.
5. High Pressure Tolerance: Rated for up to 3500 PSI, the hydraulic log splitter cylinders maintain performance under intense loads. This capability ensures consistent splitting power, even for tough, knotty logs, without risking component failure.
6. Energy Efficiency: Hydraulic systems convert pump energy into mechanical force efficiently, reducing fuel or power consumption compared to mechanical splitters. This lowers operating costs while maintaining high productivity for large-scale splitting tasks.

Selecting the Right Hydraulic Log Splitter Cylinder

When considering the purchase of a log splitter hydraulic cylinder, it is important to evaluate key specifications such as: