Shantui SR13D-3 13t 2018-2020 - Technical data

Shantui SR13D-3 13t 2018-2020 – Product Description

Powertrain and Design

The Shantui SR13D-3 is a 13-ton road roller designed for soil and asphalt compaction. The machine features a robust design and hydraulic drive, ensuring reliable operation under harsh construction conditions. Powered by a Cummins engine, this model provides adequate power for performing tasks. With transport dimensions of 5.208 m in length, 2.297 m in width, and 3.06 m in height, the SR13D-3 is suitable for a variety of transport conditions.

Undercarriage and Hydraulics

The Shantui SR13D-3 roller is equipped with an undercarriage that provides stability and mobility on the construction site. With a static line load of 30 kg/cm, the machine effectively compacts various materials. Additionally, its turning radius of 3870 mm and steering angles of ±46° allow for significant maneuverability. The hydraulic system facilitates smooth operation and precise control.

Operating Parameters

The Shantui SR13D-3 features a drum diameter of 1250 mm and a working width of 2130 mm, making it an effective tool for compaction work. The machine can achieve vibration frequencies of 30/45 Hz and has a theoretical amplitude of 0.66/0.36 mm. Furthermore, it is capable of climbing slopes of up to 30% and has a minimum ground clearance of 410 mm.

Optional Equipment

The basic version of the Shantui SR13D-3 does not include features such as a particulate filter or air conditioning. The absence of oscillation and compaction control means the machine is intended for standard compaction tasks in construction. However, various accessories are available to enhance the functionality of the roller if needed.

Safety and Technical Data

The Shantui SR13D-3 roller meets safety standards related to machinery. Key technical parameters include an operating weight of 13100 kg, with a weight distribution of 6600 kg on the front axle and 6500 kg on the rear. The machine is also equipped with water tanks with a capacity of 500 liters each, which aids in the compaction process and minimizes the risk of damage due to overheating.