IR-ABG Puma 169 T 7.8t 1987 - 1995 - Technical data

IR-ABG Puma 169 T - Product Description

Drive and Construction

The IR-ABG Puma 169 T is a combined roller from the Puma series, produced between 1987 and 1995. It is powered by a Deutz F4L912 engine with an output of 51 kW, ensuring reliability and ease of servicing. With a weight of 7.8 tons, this machine is suitable for construction applications. The construction emphasizes operational efficiency in challenging building conditions, showcasing the advantages of classic engineering solutions from that era.

Running Gear and Hydraulics

The Puma 169 T model does not feature an advanced hydraulic system, focusing instead on construction simplicity. Despite the absence of oscillation, the vibratory static compaction system effectively accomplishes its tasks. The machine is designed for road construction and general building sites, making it a versatile tool for construction projects. Vibrations are the primary element during soil compaction, ensuring a high quality of work.

Operational Parameters

The IR-ABG Puma 169 T roller exhibits flexibility in various operational applications due to its straightforward construction. However, comprehensive specifications including working dimensions and dynamic parameters are not available, resulting in limited access to complete technical details. Nevertheless, its positioning in the 7-8 ton weight class allows usage in many construction projects. The model is also characterized by a lack of advanced emission systems.

Additional Equipment

The standard IR-ABG Puma 169 T does not include specialized equipment. The absence of a particulate filter, air conditioning, or infrared heating indicates the simplicity of options available for this model. Infrared heating and compaction control are also missing, making the machine suitable for less demanding applications. This classic design meets the basic requirements for rollers.

Safety and Technical Data

This machine is equipped with a ROPS cabin, enhancing operator safety during operation. High-quality construction and durability assure safety under challenging construction conditions. However, the lack of access to complete technical data limits detailed analysis capabilities. General construction industry standards and safety norms are implemented in this machine.