JCB 530-70 3t 2004-2008 - Technical data

JCB 530-70 - Product Description

Drive and Structure

The JCB 530-70 is a telehandler designed for versatile use in demanding conditions. The machine is equipped with a Perkins engine rated at 74.6 kW, allowing for efficient performance across various tasks. Its construction ensures stability and efficiency when handling heavy loads. With a proper weight distribution and low center of gravity, the machine maintains high maneuverability on different terrains.

Travel System and Hydraulics

The JCB 530-70 features a robust travel system that provides excellent traction and stability. The 4x4 drive allows for effective movement in challenging terrain. The hydraulic system handles lifting and shifting functions, enhancing overall utility. With a well-functioning system, it can quickly and accurately lift and relocate loads of up to 3 tons.

Operational Parameters

The JCB 530-70 telehandler achieves a maximum lifting height of 7 m and a lifting capacity of 3,000 kg at full height. The forward working reach is 3.83 m, with a reduced lifting capacity of 1,000 kg. Additionally, the machine provides high operational efficiency when working with loads. The lifting height is a key parameter for many industrial applications.

Additional Equipment

The standard equipment of the JCB 530-70 includes basic elements essential for performing tasks. The machine is not equipped with a particulate filter or tilt correction, which may affect its specialization in specific working conditions. The absence of additional side-shift systems and advanced technologies increases the simplicity of its construction, which can be beneficial in more traditional applications.

Safety and Technical Data

The JCB 530-70 is designed with user safety in mind. Stability during load lifting is critical, and its low center of gravity and solid construction contribute to minimizing the risk of tipping. Verified technical parameters, such as engine power and maximum load capacities, ensure reliability and efficiency during everyday operations.