Advantage

Powerful lifting capabilities, conquering complex working conditions

The ZTC300V532-1 boasts powerful lifting performance, with a maximum rated gross lifting capacity of 30 tons, making it capable of easily lifting large construction materials, heavy industrial equipment, and other heavy objects. Whether lifting large prefabricated components in high-rise construction or installing precision equipment on large-scale industrial projects, it performs tasks with precision and efficiency. Its maximum lifting torque of 1200 kN·m with the basic boom and a maximum lifting capacity of 6.8 tons with the fully extended boom make it stand out from other cranes in its class, laying a solid foundation for efficient lifting operations. The crane features a five-section, 42-meter-long, U-shaped main boom. This large-section U-shaped structure significantly enhances the crane's strength and rigidity, resulting in overall lifting performance that surpasses competitors in the same tonnage class. The long boom length provides the crane with a wider operating range, fully meeting demanding requirements for lifting height and working radius. For example, in projects like large bridge construction and large venue construction, where heavy objects must be lifted to designated locations over long distances and at high altitudes, the ZTC300V532-1's long main boom is a perfect fit. Furthermore, the optional jib further expands the lifting height, reaching a maximum lifting height of 42 meters with the fully extended boom and a maximum lifting height of [X] meters with the main boom and jib (specific values will be supplemented based on the product), providing a wide range of flexible operating options for complex and ever-changing engineering environments. 

Advanced Power and Precise Control Enhance Work Efficiency

The ZTC300V532-1 features a powerful and adaptable powertrain to meet the crane's power requirements in diverse operating conditions. Its powerful engine, coupled with a high-performance transmission system, delivers robust and stable power during lifting operations, ensuring smooth lifting of even heavy and oversized objects. The crane boasts a maximum speed of [X] km/h (specific values subject to availability), enabling rapid transfers between construction sites and significantly reducing construction time and costs. Furthermore, the crane meets Class G vehicle standards and boasts a gradeability of [X]% (specific values to be announced). Its excellent maneuverability allows it to easily navigate challenging road conditions, such as rugged mountain roads and muddy construction sites, quickly reaching the construction site and significantly enhancing operational maneuverability and flexibility. In terms of operational performance, the ZTC300V532-1 features a meticulously designed professional slow-shift function, enabling a minimum stable slewing speed of as low as 0.1°/s and a minimum stable hoisting speed of 2.5m/min. This allows operators to precisely control every movement of the crane during high-precision lifting operations, ensuring cargo is accurately placed in the designated location. This perfectly meets the stringent requirements of precise lifting operations, effectively preventing problems such as cargo damage or construction delays caused by operational errors, and significantly improving operational efficiency and quality. Furthermore, the crane is equipped with an advanced electronic control system with a simple, intuitive, and responsive interface, making it easy for operators to master the system. Precise operating commands ensure the crane responds quickly and adapts to various complex operating scenarios.

Intelligent Energy-Saving Technology Reduces Operating Costs

With energy conservation and environmental protection becoming increasingly popular, the ZTC300V532-1 proactively responds to this call by incorporating an intelligent energy-saving system with multiple power modes. This system leverages intelligent, precise control to automatically and accurately adjust engine power output based on operating conditions, such as lift weight, operating radius, and boom reach, achieving a perfect balance between low fuel consumption and high efficiency. Actual operational test data shows an average fuel consumption of only [X] L/h (specific values subject to product testing), achieving an overall fuel saving of [X]% (specific values to be updated). This, over long-term use, can significantly reduce fuel costs for users, significantly lowering operating costs.

The crane also incorporates multiple energy-saving features, including a variable pump system, IECO, automatic return to idle, and adjustable operating idle speed. The variable pump system precisely adjusts hydraulic oil flow based on actual system needs, avoiding unnecessary energy waste. The IECO energy-saving module further optimizes system energy distribution and improves energy efficiency. The automatic return to idle function automatically returns the engine to idle during brief stops, reducing fuel consumption. The adjustable operating idle speed allows the operator to flexibly adjust the engine idle speed based on actual operating conditions for optimal energy savings. These advanced technologies work together to ensure efficient crane operation while minimizing energy consumption. This not only aligns with current energy-saving and environmental trends, but also provides strong support for sustainable business development.

Comprehensive Safety Protection and a Comfortable Operating Environment

Safety is always a core consideration in crane design and operation. The ZTC300V532-1 is equipped with a comprehensive and advanced safety protection system. The overload protection system monitors the crane's lifting weight in real time. If it detects that the lifting weight exceeds the safety threshold, it immediately takes appropriate protective measures, such as automatically stopping the lifting operation and issuing an alarm, to prevent the crane from overloading and effectively protect the crane equipment and surrounding personnel. The height limiter precisely controls the lifting height of the boom, preventing collisions caused by excessive boom extension. This ensures safe operation of the crane when operating near obstacles such as buildings and high-voltage power lines. Furthermore, the large outrigger span design significantly improves the crane's stability during operation, effectively reducing safety risks. A reasonable outrigger span effectively distributes gravity when lifting heavy objects, enhancing overall crane stability and ensuring safe operations even in challenging ground conditions. The crane is also equipped with a series of auxiliary safety features, such as anti-tip protection and a wire rope release device, to comprehensively safeguard the safety of the operator, surrounding personnel, and the safe operation of the equipment.

During the design process, the ZTC300V532-1 took the operator's work experience into full consideration. Its panoramic luffing control cab features a spacious design and wide seat, providing a spacious and comfortable operating environment for the operator. All-round LED lighting ensures excellent visibility even in dimly lit environments, facilitating operations. Furthermore, the cab is equipped with a high-performance ventilation and air conditioning system, creating a comfortable temperature and ventilation environment for the operator according to different seasons and weather conditions. The air conditioning system quickly reduces the indoor temperature to maintain a cool environment in the hot summer and provides a warm environment in the cold winter, ensuring that the operator can maintain a good working state regardless of the external environment, thereby improving work efficiency. The control room also features advanced sound insulation and noise reduction features to effectively reduce external noise interference, creating a quiet and comfortable operating environment for operators.

Zoomlion's ZTC300V532-1 truck crane, with its superior performance, precise control, intelligent energy-saving features, comprehensive safety features, and comfortable operating environment, efficiently and reliably completes tasks in various lifting operations, such as construction, industrial installation, and bridge construction, ensuring the smooth progress of engineering projects. It is a reliable, high-quality lifting equipment in the engineering construction industry, making a significant contribution to its development.