O&K MH S 17t 1995-2005 - Technical data

O&K MH S 17t 1995-2005 - Product Description

Powertrain and Design

The O&K MH S is a compact dual-purpose excavator with an operating weight ranging from 15.5 to 17.0 tons. Equipped with a Deutz BF4M1012 engine producing 62 kW, it offers high mobility in various working conditions. The machine is capable of operating on both railway tracks and roads, making it a versatile solution for transportation needs. With innovative O&K technology, the MH S demonstrates high availability and low fuel consumption.

Undercarriage and Hydraulics

The MH S features PMS III, a hydraulic system that enhances efficiency by managing both the engine and hydraulic operations. An automatic pressure equalization system for the guiding wheels increases safety and the machine's stability. Additionally, it has a guiding rail system that allows for quick deployment onto tracks. Ergonomic features also improve the operator's working comfort.

Operating Parameters

The standard tire size is 10.00-20, with a bucket capacity of 0.5 m³. The transport length measures 7.95 m, width at 2.5 m, and height at 3.09 m. The machine is designed for challenging conditions, while still ensuring high operational efficiency. Its operating parameters make the MH S ideal for a variety of construction and transportation tasks.

Optional Equipment

The MH S is equipped with various features that enhance safety and user comfort. However, the absence of additional equipment like air conditioning or quick couplers could affect its application range. Customizing the machine to meet operator needs promotes better ergonomics during operation. This also supports the method of operation in challenging environments.

Safety and Technical Data

The machine meets the safety standards set by Deutsche Bahn AG and StVZO. The O&K MH S incorporates several safety features, including constant mass essential for accurate connection to the railway network. Equipment featuring warning signals and additional protection mechanisms against undercarriage damage significantly enhances operational safety.