JCB 560-80 Wastemaster 6t 2021-2025 - Technical data

JCB 560-80 Wastemaster - Product Description

Drive and Construction

The JCB 560-80 Wastemaster is a telehandler optimized for waste and recycling industries. Powered by a robust DieselMAX engine with a maximum output of 97 kW, it ensures efficient operation in challenging working conditions. Its durable construction offers reliability and performance. Additionally, the ergonomic CommandPlus cab provides operator comfort and safety during operation.

Drive System and Hydraulics

The drive system of the JCB 560-80 Wastemaster is designed for intensive operation in tough terrain. The hydraulic system facilitates precise movements, which is crucial when working with materials. Coupled with a powerful engine, the maximum travel speed reaches 20 km/h, ensuring good maneuverability. High-quality hydraulic components guarantee long-lasting and stable operation.

Working Parameters

This machine offers a maximum lifting capacity of 6,000 kg, making it ideal for heavy-duty tasks. At full forward reach, it can lift loads weighing 1,750 kg to a height of 7.90 m. The forward reach of this telescopic loader is 4.41 m, enhancing its versatility in the workplace. These working parameters position it as an efficient machine in its class.

Additional Equipment

The standard equipment of the JCB 560-80 Wastemaster focuses on functionality and safety. It includes a high-quality protective cab for the operator and noise reduction to 69 dBA. Protective glass, roof, and chassis are designed to minimize the risk of damage. While no additional options are specified, various attachments are typically available to customize the machine to the specific needs of the user.

Safety and Technical Data

The 560-80 Wastemaster model meets the Stage V emission standards, indicating its environmental friendliness. Safety features such as stabilization during lifting and a robust cab construction ensure operator protection. The machine's center of gravity is positioned at 500 mm, enhancing stability during operation. Each of these aspects contributes to favorable working conditions and the longevity of the machine.