LPWC-2010-FB Legend PLUS™ Double-Acting Welded Hydraulic Cylinder

Overview: The LPWC-2010-FB Legend PLUS™ Double-Acting Welded Hydraulic Cylinder is engineered for superior performance in high-demand hydraulic applications. With a 2-inch bore, 10-inch stroke, and clevis mount, this cylinder offers reliable operation and seamless integration into a variety of equipment designs. Built to handle 3,000 PSI working pressure and a burst pressure of 12,000 PSI, it ensures dependable performance even under intense conditions.

Key Features

• Legend PLUS™ Series: Designed for durability and precision in hydraulic systems.
• Welded Construction: Provides robust strength and extended service life under demanding applications.
• Clevis Mount: Offers secure and adaptable mounting for versatile equipment configurations.
• High-Pressure Performance: Rated for 3,000 PSI working pressure and 12,000 PSI burst pressure.

Specifications

• Fluid Product: Cylinder
• Product Type: Legend PLUS™ Series
• Media: Hydraulic
• Bore: 2 inches
• Stroke: 10 inches
• Rod Diameter: 1-1/4 inches
• Thread: 3/4 - 16 UNF
• Ports: #8 SAE O-ring boss ports
• Extended Length: 30.25 inches
• Retracted Length: 20.25 inches
• Working Pressure: 3,000 PSI / 207 BAR
• Burst Pressure: 12,000 PSI / 828 BAR
• Weight: 17.6 lbs
• Mount: Clevis

Industry Applications

This hydraulic cylinder is ideal for various industries, including:

• Agriculture: For use in tractors, tillers, and harvesters.
• Construction: Perfect for heavy machinery like loaders, excavators, and dozers.
• Material Handling: Suitable for forklifts, lifts, and hoisting systems.
• Transportation: Used in trailer lifts, gates, and other mobile hydraulic systems.
• General Equipment: Works effectively in industrial machinery and automation setups.

Why Choose the LPWC-2010-FB?

The LPWC-2010-FB Legend PLUS™ Hydraulic Cylinder is a trusted choice for equipment manufacturers looking for high-quality, reliable, and high-pressure performance hydraulic components. Its robust design and versatile applications make it an ideal solution for demanding hydraulic systems.