Weidemann 4002 D/P T 5.3t 1997-2001 - Technical data

Weidemann 4002 D/P T - Product Description

Drive and Construction

The Weidemann 4002 D/P T is a model of a wheeled loader designed for various construction and municipal tasks. Equipped with a Perkins 1004.4 engine that delivers 80 kW of power, this machine is capable of performing intensive work efficiently. Its construction allows it to meet the demands for transporting and loading materials in challenging environments. Weighing in at 5.3 tons, this model offers stability and safety during operation.

Drive System and Hydraulics

This model features advanced hydraulic solutions that support effective machine operation. The drive system is characterized by precise steering through a KL steering mechanism, enhancing maneuverability in tight spaces. Although specific details on the hydraulic system are not provided, the typical construction of loaders in this category ensures high efficiency and flexibility in applications. The reliability of hydraulic components is critical for loading and unloading operations.

Operational Parameters

The Weidemann 4002 D/P T is categorized as a wheeled loader, optimized for various working conditions, although specific operational parameters have not been provided. This suggests that the machine is designed for a wide range of applications. Standard tires size 12.5/80-18 provide adequate traction and stability on uneven terrain.

Additional Equipment

The Weidemann 4002 D/P T lacks cabin air conditioning and particulate filters, which may affect operator comfort in adverse conditions. Additionally, without hydraulic quick couplers, the machine focuses on basic functions, making it versatile for various tasks. The use of attachments, such as buckets with varying capacities, allows for customization of the machine to specific jobs. Furthermore, the additional equipment may vary depending on user needs.

Safety and Technical Data

This model adheres to safety standards prevalent in the construction industry. It features design elements that ensure stability during operation and steering mechanisms that minimize rollover risks. Strong construction materials contribute to the machine's durability. Proper maintenance and operator training are crucial for preventing accidents during usage.