VEVOR Hydraulic Long Ram Jack, 8 Ton Engine Hoist Cylinder with Double Piston Pump And Clevis Base, Hydraulic Ram Cylinder for Engine Lift

VEVOR Hydraulic Ram Jack effortlessly lifts 8 tons with adjustable height, durable #45 steel, easy operation, and built-in safety features for versatile use. Features 8-Ton Load Capacity & Adjustable Height: With a robust 8-ton/17600 lb load capacity and an adjustable height range from 26" to 45.67" (660-1160 mm), this hydraulic long ram jack effortlessly lifts heavy loads. And its slow-release function allows you to control your lifting tasks safely. Built to Last: Crafted from durable #45 steel with a hard chrome-plated surface, the engine hoist jack 's core components ensure wear resistance. The large-diameter hydraulic cylinder reduces oil pressure requirements, minimizing wear and extending the long ram jack's lifespan. Effortless Lifting: The engine hoist cylinder is engineered for ease of use, requiring minimal physical effort even for heavy loads. The handlebar design enhances user convenience, and the comfortable rubber grip handle simplifies the lifting process. Safety and Reliability: Our hydraulic ram cylinder has integrated oil bypass and overload valves, which protect against overloads. The hydraulic unit is corrosion-resistant and great for various temperature conditions, ensuring a hassle-free operation. The unique Y-shaped seal ring and plunger design ensure a stable and safe lifting process by preventing slow descents and oil bypass. Versatile Applications: This engine hoist jack suits various applications in workshops, stores, and maintenance tasks. Its clevis base allows for direct mounting on various lifting equipment, making it a versatile and ideal solution for residential and commercial lifting needs Specifications Item Model Number QJD-CB080B-00 Loading Capacity 8 T / 17600 lb Lifting Stroke 19.7 inch / 500 mm Maximum Height 45.67 inch / 1160 mm Minimum Height 26 inch / 660 mm Net Weight 23.26 lb / 10.55 kg Source: VEVOR Official | SKU: ZZSQJDUXJ8TSHB0LNV0