Sany SMHW30 Crane

SANY SMHW30 Overhead Crane is a versatile material handler, ideal for shipping ports and terminals where it efficiently loads and unloads cargo, manages containers, and handles bulk materials with its high lifting height and reach capabilities. In mining, the SMHW30 Overhead Crane is well-suited for handling heavy materials and performing tough lifting tasks in rugged environments, supported by its powerful engine and robust design. In the energy and utilities sector, this crane aids in tasks ranging from equipment handling at energy plants to infrastructure maintenance in remote areas. Additionally, in automotive repair and maintenance, the SANY SMHW30 provides reliable lifting power for moving heavy automotive components and machinery, enhancing productivity in workshops and service stations.

SANY SMHW30 Overhead Crane is powered by a 147 kW engine, providing robust performance for heavy-duty tasks across various industries. It offers a maximum lifting height of 12 meters and a horizontal reach of 12.5 meters, making SMHW30 Overhead Crane ideal for handling large loads efficiently. With a maximum travel speed of 20 km/h, the SANY SMHW30 ensures quick movement across work sites, enhancing productivity in high-demand settings such as ports, mining, energy facilities, and automotive workshops.

SANY SMHW30 stands out with its advanced weighting system, providing real-time load monitoring for safe, precise handling and overload prevention. It features real-time working parameters detection, ensuring optimal performance by continually adjusting to load and operational conditions for increased efficiency. SMHW30 Overhead Crane's central lubrication system for the upper carriage (excluding the grab) reduces maintenance needs and extends the machine’s lifespan by ensuring consistent lubrication across critical components. Additionally, its lightweight yet strong structural design enhances lifting capacity and operational efficiency, making SANY SMHW30 Overhead Crane a powerful and durable choice for demanding environments.