Fassi F 900 XP 23 810kNm 1997-2001 - Technical data

Fassi F 900 XP 23 - Product Description

Drive and Structure

The Fassi F 900 XP 23 is a hydraulic crane mounted on trucks, produced from 1997 to 2001. Its design is intended to provide high efficiency in various working conditions. This model features modern hydraulic solutions, influencing its reliability and performance. With a maximum reach of 10 m, this crane efficiently handles loads by leveraging its lifting moment.

Travel System and Hydraulics

The hydraulic system of the Fassi F 900 XP 23 allows for precise control over the crane's operation. This model lacks hydraulic support, which may affect its stability when fully loaded. Additionally, the absence of electronic load limit and adjustable rotation range should not impair this machine's operational capabilities. The durability and quality of the hydraulic components are critical to achieving optimal performance.

Working Parameters

The maximum lifting moment of this crane is 810 kNm, making it a powerful tool for various applications. At a maximum reach of 10 m, the maximum capacity is 8.32 t. These parameters indicate significant strength and the ability to work in challenging conditions while maintaining full operational safety. All these specifications are confirmed by LECTURA catalogs and other reputable sources.

Additional Equipment

The Fassi F 900 XP 23 lacks some modern conveniences, typical for models from the 90s. This model does not include remote operation or high seating for the operator. Moreover, the absence of a folding arm and adjustable rotation limits the crane's configurational options in operation. However, the infinite rotation capability remains a significant advantage of this machine.

Safety and Technical Data

The safety of operators using the Fassi F 900 XP 23 relies on the solid construction and appropriate stability during operations. This model does not feature electronic load limitations, requiring operators to exercise caution during loading. Key technical parameters such as maximum lifting moment and load capacity are confirmed in industry sources. The absence of self-weight and required power limits the complete understanding of this machine's operational potential.