Sany SAC2200 Load Chart PDF + Specifications

The SANY SAC2200 was introduced as part of SANY’s expanding all terrain crane lineup aimed at the international heavy lifting market. The crane was engineered to provide a balance between lifting performance, transport efficiency, and operational flexibility for a wide range of heavy construction and industrial lifting applications.

The crane is mounted on a five-axle all terrain carrier featuring compact overall dimensions and advanced steering configurations for improved maneuverability. Overall transport dimensions measure approximately 15,530 mm in length, 2,995 mm in width, and 4,000 mm in height. The carrier wheelbase arrangement consists of 2750 mm / 1650 mm / 2490 mm / 1650 mm axle spacing with a track width of 2,552 mm.

The SAC2200 has a total vehicle weight of approximately 60 tonnes in travel configuration. Axle load distribution is designed at 12 tonnes per axle group to comply with international road transport regulations. The compact five-axle configuration was intended to provide a combination of highway mobility and off-road capability suitable for heavy lifting projects across varying terrain conditions.

Power for the carrier is supplied by a Mercedes-Benz OM502LA V8 diesel engine compliant with Euro IIIA emission standards. The engine produces 390 kW at 1,800 rpm with maximum torque of 2,400 Nm at 1,100 rpm. The drivetrain supports all-wheel drive functionality together with advanced steering systems to improve traction and maneuverability on difficult terrain.

The crane achieves a maximum travelling speed of 81 km/h while maximum gradeability reaches 58%, making it one of the stronger climbing performers within its capacity class during its introduction period. Minimum turning radius is less than 10 m, assisted by multi-axle steering configurations designed to improve maneuverability in confined job sites. Minimum ground clearance is rated at 325 mm, while approach and departure angles are 20° and 17° respectively.

The superstructure utilizes a six-section telescopic boom fabricated from high-strength welded structural steel. The boom extends hydraulically from a basic length of 13.5 m to a maximum main boom length of 62 m. Maximum lifting height on the main boom reaches approximately 62.5 m.

To improve lifting flexibility at elevated heights and longer radii, the SAC2200 can be equipped with a hydraulic luffing jib system extending maximum boom and jib combination length to 105 m with maximum lifting height reaching approximately 103.5 m. The luffing jib installation angle is hydraulically adjustable between 0° and 40°, allowing the crane to operate effectively in confined overhead environments and industrial lifting conditions.

The crane delivers a maximum rated lifting capacity of 220 tonnes at a 3 m working radius. Maximum lifting moment on the basic boom reaches 7,271 kN·m, while the fully extended main boom provides a maximum lifting moment of 3,540 kN·m. The large lifting moment and long boom system positioned the SAC2200 competitively within the 220-ton all terrain crane market segment during its release period.

The outrigger system adopts a fully hydraulic H-type configuration with a maximum outrigger span of 9.0 m transversely and 8.5 m longitudinally. The outriggers provide stable lifting performance across full 360° working conditions and support heavy lifting operations at long boom lengths.

Counterweight configurations are modular and can be arranged up to a maximum of approximately 78 tonnes depending on lifting requirements. The modular counterweight arrangement allows operators to optimize transport efficiency and lifting performance based on project conditions.

The hydraulic system utilizes load-sensitive proportional control technology designed to provide smooth multi-function combined movements and precise lifting control. SANY equipped the crane with electro-hydraulic proportional control systems, high-capacity hydraulic pumps, and integrated safety monitoring systems intended to improve lifting stability and operational accuracy.

Main and auxiliary winches both achieve maximum single-line rope speeds of 130 m/min under unloaded conditions. Full boom extension and retraction require approximately 550 seconds, while boom luffing from minimum to maximum angle takes approximately 60 seconds upward and 90 seconds downward. Maximum slewing speed reaches 1.8 rpm. Horizontal outrigger extension and retraction times are approximately 50 seconds, with vertical outrigger deployment and retraction requiring similar operating times.

The superstructure incorporates SANY’s independently developed structural components fabricated from high-strength steel designed to improve torsional rigidity and fatigue resistance. The crane’s slewing platform and boom structure were engineered to withstand continuous heavy-duty lifting operations under demanding working conditions.

The operator cab was designed with emphasis on visibility, ergonomics, and operational comfort. Features include panoramic glazing, adjustable seating, integrated control displays, air-conditioning systems, and electronically controlled crane management interfaces.

The electrical system uses CAN-bus communication architecture with centralized monitoring functions capable of supervising engine parameters, hydraulic performance, and crane operating conditions in real time. The crane is also equipped with a load moment limiter, hydraulic relief valves, counterbalance valves, anti-two-block systems, height limiters, and comprehensive safety interlock systems designed to improve operational safety during lifting operations.

One of the notable features of the SAC2200 is its hydraulic variable-angle luffing jib system, identified in SANY documentation as the “VHK” configuration. This system allows the crane to perform long-radius and elevated-height lifting operations more efficiently while improving setup flexibility for complex industrial and infrastructure lifting applications.