USED HYUNDAI R305LC-7 EXCAVATOR

I. Powerful and Economically Efficient

• Engine Model: The Hyundai R305LC-7 excavator is equipped with a Cummins C8.3-C engine, which boasts excellent power performance and stability. With a rated power of up to 190kW (190/1900 kw/rpm), this engine provides robust power support for the excavator.
• Fuel Economy: Despite the large energy requirements of excavators, the Cummins C8.3-C engine achieves good fuel economy through advanced combustion technology and optimized power output, helping to reduce operating costs.

II. Extensive Operating Range and High Efficiency

• Bucket Capacity: The Hyundai R305LC-7 excavator has a bucket capacity of 1.38 cubic meters, capable of efficiently completing various excavation tasks.
• Boom and Arm Length: The design of the longer boom (6250mm) and arm (3050mm) gives this excavator a larger operating range, allowing it to easily handle various complex conditions.
• Operating Efficiency: With its powerful power system and optimized operating range, the Hyundai R305LC-7 excavator demonstrates high efficiency in various excavation operations. Its maximum digging radius reaches 10820mm, maximum digging depth reaches 7500mm, and maximum digging height reaches 10160mm, meeting different operational needs.

III. Flexible and Intelligent Control

• Cab Design: The Hyundai R305LC-7 excavator's cab is designed to be spacious and comfortable, providing a good operating environment for the driver. Additionally, the control layout within the cab is reasonable, facilitating various operations for the driver.
• Control System: The excavator's control system is flexible and accurate, allowing the driver to easily complete various complex operating actions. The unique rotation system design enables it to rotate flexibly in confined workspaces, improving work quality and efficiency.
• Intelligent Configurations: The Hyundai R305LC-7 excavator may be equipped with advanced intelligent control systems such as IPC (Intelligent Power Control) and VPC (Variable Power Control). These systems automatically adjust the output power of the engine and hydraulic system according to operational needs, further enhancing operating efficiency and fuel economy.