ACE 40XW

ACE 40XW Hydraulic Mobile Crane is an invaluable asset in the telecommunications industry, facilitating seamless installation and maintenance of communication infrastructure with its impressive lifting capacity for heavy antennas and equipment. Its versatility extends to event setups, where it efficiently lifts and positions staging equipment, lighting, and sound systems, making it a reliable choice for event organizers. In demolition projects, the 40XW Hydraulic Mobile Crane safely handles heavy debris, while its robust construction allows for precise lifting in infrastructure maintenance tasks, such as placing poles and transformers, ensuring essential services remain operational and accessible.

ACE 40XW is powered by a high-performance Ashok Leyland CEV-IV engine, delivering an impressive engine gross power of 180 hp, enabling it to handle the heaviest lifting tasks effortlessly. With a lifting capacity of 40 tons, 40XW Hydraulic Mobile Crane is essential for construction and heavy-duty applications. Weighing 31,000 kg, the ACE 40XW offers exceptional stability during operation, ensuring it remains grounded while lifting heavy materials and providing operators with the confidence to perform tasks safely and efficiently. Additionally, the crane features a substantial fuel tank capacity of 400 liters, allowing for extended operational hours without the need for frequent refueling.

ACE 40XW Hydraulic Mobile Crane is powered by a high-performance Ashok Leyland CEV-IV engine, complemented by an advanced hydraulic system. 40XW Hydraulic Mobile Crane features four hydraulically operated outrigger beams, each equipped with vertical hydraulic jacks and lock valves for maximum stability during lifting operations. Additionally, the ACE 40XW incorporates a tandem hydraulic pump mounted directly on the power shift transmission, enhancing its lifting capabilities and operational efficiency. Safety is paramount, as the crane includes hydraulic, dual-line service brakes on all wheels, providing superior braking power and control during operation.