Sany SRC1300T Load Chart PDF + Specifications

The Sany SRC1300T represents one of the largest rough terrain cranes produced by Sany, engineered for demanding lifting operations in infrastructure construction, industrial installation, energy projects, and large-scale building works. The crane offers a maximum lifting capacity of 130 tonnes and utilizes a six-section telescopic boom that extends from 13 m to 60 m, providing significant lifting reach while maintaining structural rigidity through its U-shaped boom design. When fitted with a jib, the crane can achieve a maximum boom and jib length of approximately 78.7 m, allowing lifting heights up to 79.2 m depending on configuration.

The boom system uses a single-cylinder pinning telescoping mechanism, allowing each section to extend independently for flexible boom length combinations. This design improves lifting efficiency and allows operators to adapt the boom configuration to a wide range of jobsite conditions. The crane’s lifting system includes both main and auxiliary hoists, each capable of 150 m/min single line speed with a maximum single line pull of about 8.3 tonnes. The main hoist is equipped with 320 m of 20 mm wire rope, while the auxiliary hoist uses 165 m of rope, enabling efficient lifting operations across different load configurations.

For crane movements, the SRC1300T features a slewing speed of approximately 1.8 rpm, while full boom luffing takes around 70 seconds to raise and 95 seconds to lower. The full boom extension or retraction cycle takes about 410 seconds, reflecting the machine’s large boom structure and lifting capacity. Outriggers are hydraulically operated, with horizontal extension completed in about 30 seconds and vertical jacks extending in roughly 40 seconds, ensuring quick and stable setup on site.

The carrier of the SRC1300T is designed specifically for rough terrain mobility. The crane operates on a two-axle chassis with four-wheel drive and multiple steering modes, including front-wheel steering, rear-wheel steering, four-wheel steering, and crab steering, which greatly improves maneuverability on confined or uneven worksites. The chassis is powered by a Dongfeng Cummins QSB6.7 inline six-cylinder turbocharged diesel engine delivering 194 kW at 2400 rpm and producing 990 Nm of torque at 1500 rpm, compliant with Stage III emission standards. Power is transmitted through a Dana automatic transmission with six forward and six reverse gears, paired with Meritor drive axles designed for durability in off-road conditions.

In terms of travel performance, the crane can reach a maximum travel speed of approximately 20 km/h, with a maximum gradeability of up to 75%, allowing it to navigate steep jobsite terrain. The machine has an overall transport dimension of about 15,750 mm in length, 3,450 mm in width, and 3,940 mm in height, with a total operating weight of roughly 75,800 kg.

The crane’s stability is supported by a large outrigger span of approximately 8.25 m by 8.2 m, enabling safe lifting performance in a full 360-degree working range. A self-removable counterweight system allows remote mounting and dismounting, simplifying transportation and reducing setup time at the jobsite.

Operator comfort and control are enhanced by a new ergonomic operator cab featuring improved visibility, expanded interior space, and advanced monitoring systems. A 10.1-inch display interface integrates crane setup, load charts, working conditions, diagnostics, and telematics functions. The onboard Load Moment Indicator (LMI) developed by Sany provides monitoring accuracy within approximately 0–5%, helping operators maintain safe lifting operations. Additionally, the crane supports remote fleet monitoring through Sany’s telematics platform, enabling GPS tracking, maintenance management, and operational data analysis.

Overall, the Sany SRC1300T is designed to deliver powerful lifting capability combined with high mobility and modern control systems. Its long telescopic boom, strong lifting moment, advanced hydraulic system, and robust off-road chassis make it suitable for heavy-duty construction work where large lifting capacity and maneuverability on rough terrain are essential.