ACE Rhino 110C
ACE Rhino 110C Hydraulic Mobile Crane is highly versatile, making it suitable for a wide range of applications. In ports and shipping, Rhino 110C Hydraulic Mobile Crane excels at loading and unloading heavy cargo, facilitating efficient operations at shipping docks. During mining operations, its robust design allows it to handle demanding lifting tasks, including equipment installation and maintenance. Additionally, the crane is ideal for heavy hauling, ensuring safety and efficiency while transporting substantial loads on job sites. For event setups, the ACE Rhino 110C conveniently lifts and places heavy equipment and structures, ensuring a smooth and timely setup process.
ACE Rhino 110C boasts a lifting capacity of 11 tons and is powered by a robust 47.5 HP engine, providing the necessary power to tackle demanding tasks. With a maximum lifting height of 9 meters, Rhino 110C Hydraulic Mobile Crane allows operators to reach elevated areas with precision. The crane's 45-liter fuel tank capacity ensures extended operational efficiency, enabling it to handle longer projects without frequent refueling. This combination of strength, height capability, and fuel efficiency makes the ACE Rhino 110C an ideal choice for heavy lifting in diverse environments.
ACE Rhino 110C Hydraulic Mobile Crane is packed with advanced features that enhance its performance and safety. It includes Audio Overload Indication, a critical safety feature that alerts operators when Rhino 110C Hydraulic Mobile Crane is approaching its lifting limit, preventing potential overloads and ensuring safe operations. The Hose Failure Protection technology safeguards against hydraulic hose failures, enhancing the ACE Rhino 110C's reliability during operation. Its Single, Dry Friction Clutch Plate system provides smooth operation and improved control, allowing for precise load handling. Additionally, the Over Hoisting Hydraulic Cut-off feature prevents over-hoisting, protecting both the crane and the load from damage. Together, these innovations ensure optimal safety and efficiency on the job site.
