Dressta 520 G 10.5t 2004-2009 - Technical data

Dressta 520 G - Product Description

Powertrain and Design

The Dressta 520 G is a high-performance wheel loader that combines robust construction with advanced technology. Powered by a Cummins QSB 5.9 engine, it delivers a net horsepower of 106 kW (142 hp). The machine is designed for efficiency and long-lasting performance, making it an ideal solution for work in challenging terrain. Equipped with a hydrostatic steering system, operators can expect smooth maneuverability and precise control in any conditions.

Undercarriage and Hydraulics

The undercarriage of the 520 G features a four-wheel drive system and an axle arrangement with planetary final drives. The rear axle has a 26° oscillation, which helps maintain stability in difficult conditions. The hydraulic system operates on a single pump, enabling multiple operations to be performed simultaneously. The machine includes hydraulic controls that allow the precise positioning of the bucket and boom.

Operating Parameters

The Dressta 520 G achieves peak performance with a bucket capacity ranging from 1.53 m³ to 2.29 m³. Its operating weight is 10,460 kg (23,060 lb). The loader can work effectively at various heights, enhancing its versatility. The engine provides a maximum torque of 597 Nm at 1500 rpm, facilitating efficient loading and transport tasks.

Optional Equipment

The Dressta 520 G offers various optional equipment, including different types of buckets and tools for various applications. Other available accessories include sound-suppressed cabins, heating systems, and various fenders. The machine can be tailored to specific operator needs thanks to numerous additional options.

Safety and Technical Data

The Dressta 520 G meets EU Stage II and EPA Tier 2 emission standards. The machine is equipped with safety systems, including hydraulic brakes on all wheels and visual indicators for fluid levels. The high build quality and advanced safety features make the 520 G suitable for operations in demanding construction environments.