The Hein-Werner HW93642 Service Jack is engineered for robust performance in demanding industrial and automotive service environments. This heavy-duty hydraulic jack provides reliable and precise lifting capabilities for a wide range of professional applications.
Key Specifications and Features:
– Lifting Capacity: Provides a substantial 2 Ton (4,000 lbs) lifting capacity, suitable for heavy-duty vehicle maintenance.
– Extended Lift Range: Offers a minimum height of 4-1/2 inches and a maximum height of 20-1/4 inches, with a power raise of 15-3/4 inches, accommodating diverse lifting requirements.
– Reinforced Stability Chassis: Features a wide frame design coupled with flanged side plates, engineered to deliver exceptional stability and structural strength under heavy loads.
– Optimized Maneuverability: Equipped with large front wheels and rear swivel casters, enabling effortless positioning and smooth transport within the workspace.
– Precision Hydraulic System: Integrates an in-line pump for efficient alignment, a sealed hydraulic pump for enhanced durability, and a robust wider cast iron pump base, ensuring reliable and consistent lifting performance.
– Controlled Lowering Mechanism: Employs a U-joint release mechanism, allowing for precise control during load positioning and controlled descent operations.
– Durable One-Piece Handle: Includes a removable 50-inch long one-piece handle, offering extended reach and simplifying transport and storage.
– Integrated Safety Valve: Features a pressure relief valve designed to prevent overloading, enhancing operational safety for both equipment and personnel.
– Robust Construction Materials: Built with a heavy-duty cast iron lift arm and a cast iron pump base, providing superior resistance to wear and ensuring long-term durability in rigorous industrial settings.
– Saddle Diameter: A broad 6-3/4 inch saddle diameter ensures secure and stable contact with lifted components.
– Chassis Length: Measures 28-1/2 inches in chassis length, contributing to its stable footprint and robust construction.