Weidemann 1090 D/P 2.88t 1997-2002 - Technical data

Weidemann 1090 D/P - Product Description

Drive and Construction

The Weidemann 1090 D/P is a wheel loader with a weight of 2.88 tons, characterized by a robust construction that ensures reliability and efficiency in challenging construction conditions. Powered by a Perkins engine with an output of 37 kW, this model offers effective operation in various applications. The engine type 104.22 is known for its high performance and low fuel consumption. With a telescopic boom, the loader can reach greater working heights, increasing its versatility.

Drive System and Hydraulics

The Weidemann 1090 D/P features an advanced hydraulic system that supports a bucket capacity of 0.5 m³. The drive system provides excellent maneuverability, making the machine ideal for work in tight spaces. It offers solid stability and the capability to transport various materials. The hydraulic system allows the operator to have full control over the machine's operation, enhancing efficiency and safety.

Operating Parameters

The Weidemann 1090 D/P stands out with a minimum bucket capacity of 0.5 m³, making it suitable for various construction tasks. The outer turning radius is unspecified, but this model is designed for effective work in restricted spaces. The D series model ensures appropriate power and functions within its class, enabling a wide range of tasks to be performed.

Additional Equipment

The Weidemann 1090 D/P does not feature many additional options, such as a particulate filter or air conditioning, making it simpler to operate. There are no hydraulic or mechanical quick couplers included as standard. The incorporation of a telescopic boom in this machine enhances its functionality and makes handling materials on the job site easier.

Safety and Technical Data

The safety of operating the Weidemann 1090 D/P has been designed according to the highest industry standards. This model provides the operator with full visibility and stability while working, which is crucial in demanding construction environments. While specific technical data regarding emissions or other parameters are absent, essential technical facts confirm the high quality and reliability of this model.