Holder C 2.34 basic 1.325t 2002-2009 - Technical data

Holder C 2.34 basic - Product Description

Drive and Construction

The Holder C 2.34 basic is a compact tractor known for its all-wheel drive, enhancing traction and stability on various surfaces. Its dimensions, including a transport length of 2.7 m, width of 0.975 m, and height of 1.95 m, facilitate maneuverability in urban settings. This model is designed for light municipal work, offering a wide range of applications. Equipped with a cabin, it provides operator comfort in different weather conditions.

Drive System and Hydraulics

The C 2.34 basic features a tilting bridge and front hydraulic connections, increasing its functionality with tools. Standard tires sized 26x12.00-12 ensure adequate stability and driving comfort. This model lacks rear hydraulics, which limits some capabilities, but it is well-suited for working with front-mounted tools. Its maximum travel speed reaches 32 km/h, allowing efficient movement through urban areas.

Operational Parameters

The machine weighs 1.325 t, making it a lightweight and agile solution for work tasks. The bridge length is 1.01 m, with a width of 0.8 m. These features support the versatility of the model for various field tasks. However, due to the absence of detailed engine data, power and other technical specifications remain unconfirmed.

Additional Equipment

The standard features of the Holder C 2.34 basic include a cabin, power take-off shaft, a tilting bridge, and narrow track option. The lack of rear hydraulics and a passenger seat contributes to the simplicity of the design, potentially lowering operating costs. This standard equipment makes it suitable for light municipal work while ensuring operator comfort.

Safety and Technical Data

The model offers a high level of safety due to its solid construction and standard features. Key technical aspects include the all-wheel drive and power take-off shaft, enhancing the machine's versatility in various applications. However, it is important to note that some parameters, such as engine power, remain unconfirmed, which may limit a comprehensive technical analysis.