Lumber Jack 27-Ton Gas Log Splitter 208cc OHV Engine - YTL-171-190

Lumber Jack 27-Ton Gas Log Splitter 208cc OHV Engine  - YTL-171-190.

Specifications

• Model: YTL-171-190
• Splitting Force: 27 tons
• Engine: FNA OHV 208cc 
• Maximum Log Length: 25"
• Operating Position: Horizontal or Vertical
• Auto Return: Yes
• Gear Pump: 2-stage, 14 GPM
• Hydraulic Capacity: 5.5-gallon 
• Wedge Height: 8"
• Cycle Time: 11.5 seconds
• Wheels: 16" pneumatic DOT certified
• Max Towing Speed: 45 MPH
  

What Our Experts Think

• Strong All-Round Performance: The 27-ton splitting force makes this unit capable of handling tough hardwoods and high-volume firewood processing.
• Reliable 208cc OHV Engine: Delivers consistent hydraulic power for demanding outdoor and rural applications.
• Designed for Heavy Use: Ideal for farms, landowners, and firewood users who require regular, large-scale wood splitting.
• Efficient Firewood Production: Significantly reduces manual effort while increasing speed and productivity.
• Rugged Outdoor Construction: Built to withstand continuous operation in harsh environments and seasonal workloads.
• Versatile Power Solution: Suitable for fireplaces, wood stoves, fire pits, and general heating preparation needs.

Q&A

Maintenance Tips

• Check engine oil level before each use and change oil according to the recommended service schedule.
• Inspect and clean the air filter regularly to maintain proper airflow and engine efficiency.
• Keep hydraulic fluid levels topped up and inspect hoses, fittings, and seals for leaks or wear.
• Clean the splitting wedge, beam, and frame after each use to remove wood chips and sap buildup.
• Inspect spark plug, fuel lines, and engine components for wear, corrosion, or loose connections.
• Lubricate moving parts and pivot points to ensure smooth hydraulic operation and reduced wear.
• Use fresh fuel and add stabilizer when storing the log splitter for extended periods.
• Store the unit in a dry, covered location to protect engine and hydraulic system from rust and weather exposure.