Weidemann 1705 D/M 2.26t 1987-1996 - Technical data

Weidemann 1705 D/M - Product Description

Drive and Construction

The Weidemann 1705 D/M is a wheel loader produced from 1987 to 1996. The drive of this machine is based on a Mitsubishi K 4 E engine, which delivers a power of 24 kW. Its weight is 2.26 t, making it relatively light and agile. This construction ensures great stability and suitable power for performing tasks in the field. This model is known for its ease of operation and durability, which is a significant asset for users in the construction sector.

Running Gear and Hydraulics

The Weidemann 1705 D/M features a classic drive system characterized by lever steering (KL). This system allows for precise maneuvering as well as efficient loading operations. This model lacks hydraulic quick coupling systems, indicating its simple and reliable construction. There are no hydraulic components typical of more modern models, which can be considered an advantage in certain applications.

Working Parameters

The Weidemann 1705 D/M has a bucket capacity of 0.58 m³, which is suitable for typical loading and material transport tasks. The standard tires are 10.0/75-15.3, providing good traction on various surfaces. Despite the absence of advanced parameters such as torque or displacement, this machine has solid performance and sufficient power for many construction applications.

Additional Equipment

This Weidemann 1705 D/M model lacks additional equipment such as a diesel particulate filter, air conditioning, or various hydraulic and mechanical quick couplers. The simple design means there is no need for extra systems to facilitate work. Therefore, this machine focuses on efficiency and reliability in its primary loading function. Typical options seen in more modern models are not available at all.

Safety and Technical Data

The safety of operating the Weidemann 1705 D/M is ensured by its robust construction and classic engineering solutions characteristic of this type of machine. Key technical parameters, such as weight and engine power, meet industry standards, making the equipment suitable for on-site tasks. The absence of additional supporting systems does not negatively impact functionality but rather emphasizes the simplicity and reliability typical of devices from that period. This model enjoys user trust due to its durability and effectiveness.