Efficient operation capability SANY SCC750E Crawler Crane‌

Strong adaptability to working conditions

The universal model comes with a graded heavy load gauge as standard, and has outstanding adaptability for wharf construction and narrow site operations; The main arm has a continuously adjustable length of 12m-57m, which can cover lifting requirements of different heights and operating radii; The dynamic compaction model can achieve multi working condition switching such as SDDC deep hole dynamic compaction, ordinary dynamic compaction, and hoisting, making it versatile for one machine.

Leading work efficiency

The maximum single rope speed of the main winch is 135m/min, leading the same level competitors by 5% and significantly reducing the lifting cycle time; The slewing system responds accurately, does not slide, starts and stops smoothly, and has smooth compound motion control. It can simultaneously complete lifting, slewing, and amplitude operations.

Convenient transition and disassembly

The host meets the 3-meter transportation width limit, with a maximum single piece transportation weight of ≤ 50t, and can be quickly disassembled for transportation; Equipped with a standard self disassembly system, the arm frame and counterweight can be disassembled and assembled without the need for an auxiliary crane. The preparation time for transition is short, reducing construction costs.

Upgraded handling and comfort

Newly upgraded driver’s cab, equipped with a smart large screen and intelligent assistance system, optional remote control for walking and getting on and off, making operations safer in complex working conditions; The shock-absorbing seats, large field of view glass, and noise reduction design greatly enhance the comfort of long-term work.

Low consumption and high reliability

Matched with mature powertrains from Weichai/Isuzu, combined with a full process energy-saving control strategy and economic operation mode, the comprehensive fuel consumption is reduced by 10% compared to the same level; The key structural components are made of high-strength steel, and the core components such as track frames and arm frames are reinforced to adapt to continuous heavy load operations under harsh working conditions.