Clark CMP 25 L 2.5t 1998-2008 - Technical data

Clark CMP 25 L 2.5t 1998-2008 – Product Description

Powertrain and Design

The Clark CMP 25 L is a forklift that features a robust design and a reliable powertrain. It is equipped with a diesel engine from Mitsubishi, model 4 G 64, with a power output of 30 kW. This sufficient power allows the forklift to handle various tasks related to the transport of goods. This model is intended for intense operations in a variety of industrial conditions.

Undercarriage and Hydraulics

The CMP 25 L forklift is equipped with standard tires L (SE) 2x/2, ensuring good traction and stability during operation. The lifting and transport operations are optimized to enhance work efficiency. The undercarriage is designed for demanding applications, allowing for precise maneuvering in tight spaces. However, specific data regarding dimensions and turning radius are not provided in the available documentation.

Operating Parameters

The Clark CMP 25 L has a rated load capacity of 2.5 t, making it suitable for transporting heavy goods. The weight of the forklift itself is 3.72 t. One of the key parameters is the center of gravity, which is 500 mm, influencing the vehicle's stability during operation. However, detailed parameters regarding lifting height and maximum slope are not available.

Optional Equipment

There are no specific details on additional equipment available. Clark forklifts usually offer various accessory options tailored to specific user needs. It is worth noting the additional variants that may be applicable to similar models. In case of needing specifications for additional features, it is recommended to contact the equipment supplier.

Safety and Technical Data

The CMP 25 L forklift meets safety standards, although specific security parameters are not detailed. Important information regarding emission levels, number of cylinders, or revolutions at maximum torque remains unknown. When purchasing, it is advisable to review additional technical information along with normative requirements, which may affect the choice of the appropriate model.