Used SANY SAC4500 450-Ton All-Terrain Crane for Large-scale Infrastructure for Sale

Description:

The SANY SAC4500 is a high-performance 450-ton all-terrain crane designed for heavy-duty lifting in high-rise construction, infrastructure megaprojects, petrochemical plants, and wind energy installations. Equipped with an 84-meter main boom, a 42-meter fixed jib, it achieves impressive vertical lifting heights, making it ideal for large-scale, multi-phase projects.

This crane features an exceptional lifting moment of 14,570 kN·m, delivering outstanding performance for ultra-heavy loads. It is powered by a 480 kW Weichai engine for unloading tasks and a 205 kW Mercedes-Benz engine for onboard operations. The ZF gearbox and Kessler axles from Germany ensure smooth, reliable, and efficient performance under demanding conditions. With 3 hooks (160t, 80t, 12.5t) and a superlift system, the SAC4500 offers unparalleled versatility and efficiency.

Key Features:

• 84m main boom, 42m fixed jib for flexible lifting configurations.
• Exceptional 14,570 kN·m lifting moment for ultra-heavy loads.
• Dual-engine system: 480 kW Weichai engine and 205 kW Mercedes-Benz engine for optimized performance.
• ZF gearbox and Kessler axles for reliable power transmission and maneuverability.
• 6-axle carrier with 12.5m turning radius for superior agility.
• 142-ton counterweight for maximum stability in heavy lifting.
• Advanced hydraulic system for fast and precise boom operation.
• Smart control systems with real-time monitoring and safety diagnostics.

Ideal Applications:

The SANY SAC4500 is the perfect solution for bridge construction, wind turbine erection, high-rise building projects, industrial plant installations, power station maintenance, and large-scale infrastructure developments.

Why Choose the SANY SAC4500?

The SAC4500 outperforms competitors with its exceptional lifting capacity, longer boom length, energy-efficient engines, and intelligent safety systems. Its modular design ensures quick setup and easy maintenance, minimizing downtime and maximizing efficiency for critical projects.