Claas Liner 3500 9.9m 2010-2014 - Technical data

Claas Liner 3500 - Product Description

Powertrain and Design

The Claas Liner 3500 is an advanced rotary rake designed for operation in intensive conditions. The machine features 12 tine arms, which effectively collect hay and other agricultural materials. It is characterized by a robust construction that ensures long-term use. With innovative technical solutions, it provides high harvesting efficiency. Short downtime is guaranteed due to its simple maintenance system.

Undercarriage and Hydraulics

The Liner 3500's undercarriage features a stable construction with four wheels that provide good terrain adaptability. The hydraulic lifting of the rotors occurs in a parallel position to the ground, minimizing the risk of damaging the swath. The high-quality hydraulics ensure safe lifting during transport. Its design and material selection allow the machine to operate at speeds of up to 50 km/h.

Operating Parameters

Claas Liner 3500 has a working width ranging from 9.90 m to 12.50 m. The machine weighs 4.4 tons. The transport wheels are equipped with tires sized 15.0/55-17, providing good stability on the road. The maximum transport height with the tines installed is 3.9 m. The rotor diameter of 3300 mm ensures effective operation in any conditions.

Optional Equipment

Various expansion options are available for the Liner 3500. Standard features include hydraulic rotor lifting. Tandem axles can also be installed for specific working conditions. The machine is designed with user convenience and ease of maintenance in mind. Interchangeable mounting of the tines allows quick adaptation to various operational conditions.

Safety and Technical Data

The Liner 3500 offers several safety features that ensure operator protection. With a transport width of 3 m and a low height, it allows passage through narrow places. The rake is characterized by a hermetically sealed housing, eliminating contamination risks. The lubrication interval for the drive components is 250 hours, which increases reliability during intensive use.