The Rhino Gear TJ14 14 Ton Heavy Duty Floor Jack is engineered for professional automotive and industrial environments, providing reliable and efficient lifting for heavy-duty trucks, trailers, and commercial vehicles. Constructed from robust, industrial-grade steel, this floor jack delivers a 14-ton load capacity designed to meet the rigorous demands of busy workshops and field operations.
Key Features
- 14-Ton Load Capacity: Capable of lifting and supporting heavy commercial trucks, buses, and trailers with a robust 28,000 lb capacity.
- Air/Hydraulic Operation: Features an air/hydraulic design for effortless lifting with the push of a button, eliminating manual pumping and increasing throughput.
- Integrated 3-Stage Safety Lock: Equipped with a built-in, three-stage locking mechanism and pneumatic release system, ensuring stable lifting and removing the need for separate vehicle stands.
- Low-Profile Design & Mobility: With a collapsed height of only 8.25 inches, it easily slides under low-clearance vehicles, while full-floating casters provide smooth maneuverability for precise positioning.
- Ergonomic Control: A telescoping handle extends up to 9 feet, allowing for a comfortable working position and operation away from the vehicle, complemented by an easy-to-use control handle and detachable pendant remote.
Applications
The Rhino Gear TJ14 is an indispensable tool for heavy-duty vehicle maintenance and repair. It is ideal for fleet operations, commercial garages, and industrial settings where routine service on trucks and buses is performed. This jack facilitates tasks such as wheel and tire service, brake and suspension work, and alignment procedures. Its robust design also makes it suitable for mobile mechanics requiring high-capacity lifting in various field jobs.
Specifications
- Manufacturer: Rhino Gear
- Model Number: TJ14
- Weight: 476 lbs
- Dimensions: 35.5 x 30 x 17 inches
- Load Capacity: 14 Tons
- Material: Heavy-duty, industrial-grade steel
- Design: Precision-engineered for long-lasting durability and stability
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