SERRA Bavaria SL 130 i 9 3300kg 2003-2013 - Technical data

SERRA Bavaria SL 130 i 9 – Product Description

Powertrain and Design

SERRA Bavaria SL 130 i 9 is a sawmill with a weight of 3300 kg, powered by an electric motor with a power of 18.5 kW. The machine's design ensures high load capacity and cutting efficiency, making it an ideal solution in the forestry industry and wood processing. The maximum log diameter it can handle is 1300 mm, making it a versatile tool in sawmills. The log length can reach up to 9 m, optimizing processes related to cutting long timber.

Working System and Hydraulics

The machine is equipped with hydraulic systems for log manipulation, which significantly eases loading, rotation, and clamping. The power supply system also allows for electric feed, enhancing operator comfort. Height settings are electric, which contributes to cutting precision. This type of hydraulics ensures that SERRA Bavaria SL 130 i 9 meets high industry standards.

Operating Parameters

The maximum operational efficiency is 33 m3 within 8 hours, ensuring a significant output during wood processing. The working table dimensions are compliant with industry standards, with a height and width of 2.90 m and 3.15 m respectively. The cutting width is 86 cm, and the space beneath the saw is 87 cm, enabling the cutting of larger logs. These parameters make the machine a solid choice for professional sawmills.

Optional Equipment

The machine does not feature a leveling disc or log lifter. It incorporates mechanical feed, which enhances efficiency during operation. There are no additional computer systems, which may simplify operation. The high quality of craftsmanship ensures long-term use in demanding working conditions.

Safety and Technical Data

SERRA Bavaria SL 130 i 9 meets all stringent safety standards applicable in the European Union and carries the CE marking. It's important to pay attention to the machine's technical parameters such as motor power, weight, and dimensions, which are crucial for proper operation. The industrial design and solid construction contribute to the machine's reliability in daily operations.