Kramer 4107 4.1t 2005-2006 - Technical data

Kramer 4107 - Product Description

Drive and Construction

The Kramer 4107 is a compact telescopic loader designed for efficiency and versatility in construction and agricultural applications. The machine is powered by a Deutz engine, type B4M2012, with a power of 75 kW. Its sturdy construction ensures high stability, which is crucial when working under challenging conditions. With an operational weight of 8.1 tons, it allows effective maneuverability in tight spaces. The standard tires, 405/70-24, contribute to better traction and working comfort.

Drive System and Hydraulics

The machine is equipped with a hydrostatic transmission (HY), allowing smooth and precise movement. The lifting capacity at full reach forward is 1.5 tons, making it suitable for most lifting and transporting tasks. The lift height reaches 7.1 m, facilitating access to higher levels. This hydraulic system ensures reliability and work efficiency, as well as adequate working power.

Working Parameters

The Kramer 4107 features a nominal lifting capacity of 4.1 tons, enabling it to handle heavy materials. At the maximum lift height of approximately 3.8 tons, it effectively performs a variety of tasks. The machine's center of gravity is 500 mm, enhancing stability during operation. The maximum reach is 3.75 m, making this machine ideal for tasks requiring a large reach.

Additional Equipment

The Kramer 4107 does not have additional equipment such as a particulate filter or side shift. The standard equipment for this type of machine often includes various accessories for load capacity and additional work elements. Manufacturers typically offer different options that can be tailored to the specific needs of the customer, increasing the machine's functionality. It's worth noting that some elements can be installed later in the machine's lifecycle.

Safety and Technical Data

A significant aspect of the Kramer 4107 is its safety during operation. Its robust construction provides an adequate level of protection and stability during work in difficult terrain. The technical data indicates that the machine was designed with safety in mind, as confirmed by positive user feedback. Key technical parameters, such as nominal lifting capacity and lift height, make it suitable for applications requiring high efficiency and safety.