Weidemann 1115 P 22 1.3t 1999-2004 - Technical data

Weidemann 1115 P 22 - Product Description

Drive and Construction

The Weidemann 1115 P 22 is a compact wheeled loader produced between 1999 and 2004. This machine features a Perkins engine, model 103-10, with a power output of 16 kW, ensuring optimal performance for typical construction applications. The design of this model allows for efficient maneuvering in narrow spaces, which is crucial for construction and earthworks. The loader has an operating weight of 1.3 tons, facilitating transport and operation on various surface types.

Driving System and Hydraulics

The Weidemann 1115 P 22 is equipped with a standard driving system using 7.00-12 AS tires, providing adequate traction and stability. The KL steering type allows precise management of the machine, enhancing work comfort. While detailed data on the turning radius is unavailable, the loader's excellent maneuverability makes it suitable for use in confined spaces. The absence of hydraulic quick couplers results in a simpler operation and maintenance.

Working Parameters

The Weidemann 1115 P 22 has a bucket capacity of 0.6 m³, making it efficient for loading and transporting materials. Due to its compact design, the machine is capable of achieving optimal results in varied working conditions. In terms of power parameters, the engine's output of 16 kW delivers sufficient efficiency for most construction tasks.

Additional Equipment

The standard equipment of the Weidemann 1115 P 22 includes only a mechanical quick coupler, allowing for quick attachment changes. This model lacks diesel particulate filters and air conditioning, which can be significant when working for extended periods in demanding conditions. The loader is not equipped with a telescopic arm, which may restrict its lifting capabilities. However, this ensures greater stability in daily operations.

Safety and Technical Data

The Weidemann 1115 P 22 incorporates several essential safety features regarding operator comfort. While detailed technical specifications are not accessible, key parameters such as the machine's weight and engine specifications are confirmed. These values have been validated against available sources, making them reliable. Users must always ensure proper training and adhere to safety regulations when operating this type of machinery.