O&K RH 12 D 32.3t 1987-1991 - Technical data

O&K RH 12 D - Product Description

Drive and Construction

The O&K RH 12 D is a crawler excavator produced between 1987 and 1991, belonging to the RH series. Its structure features a classic design typical for this type of machinery. It is powered by a Deutz engine type BF6L913C with an output of 125 kW, providing sufficient power for working in challenging construction conditions. With an operational weight of 32.3 t, the machine exhibits stability while performing tasks that require significant force.

Mobility and Hydraulics

The O&K RH 12 D is equipped with crawler tracks that are 600 mm wide, enhancing its traction abilities and stability on uneven terrain. The crawler undercarriage design contributes to smooth movement in difficult conditions. The hydraulic system, although lacking detailed information, generally adheres to standards found in machines of this type, allowing efficient task performance and supporting the operator in their daily work.

Working Parameters

This machine features a bucket with a capacity of 1.4 m³, facilitating effective excavation and material handling tasks. However, specific details regarding digging depth, reach, or breakout force are not available; this may be typical for the production period of this model. This specification aligns it with traditional construction tasks.

Additional Equipment

The standard equipment of the O&K RH 12 D does not include options such as air conditioning, cabin adjustment systems, particle filters, or hydraulic or mechanical quick couplings. This approach reflects the classical solutions preferred during the production of this model. Focusing on efficiency and operational simplicity often enhances the reliability of the machine in daily operations.

Safety and Technical Data

While the O&K RH 12 D model meets basic safety standards due to its construction, detailed information on emission levels or typical protective solutions used in this model is not available. The machine's high weight positively affects its stability during work. The absence of transportation dimension data may indicate a classic nature of the construction that was typical for construction machines of its era.