Renault 50-12 LB 38kW 1996-1998 - Technical data

Renault 50-12 LB - Product Description

Drive and Construction

The Renault 50-12 LB is a 2WD tractor manufactured between 1987 and 1998. Powered by a Deutz F3 L 912 engine, it features air-cooled technology with three cylinders and a displacement of 2.8 L. The rated power is approximately 33.0 kW (44.3 hp) at 2350 RPM, making it suitable for a variety of field tasks. The torque reaches around 154 Nm at 1600 RPM, ensuring efficiency even under demanding conditions.

Running Gear and Hydraulics

The Renault 50-12 LB is equipped with a transmission featuring 8 forward and 8 reverse gears, providing a wide range of speed options. The mechanical gear shifting system allows for smooth operation. The hydraulic system operates with a flow rate of about 36.3 l/min and a pressure of 180 bar, supporting various working operations. The independent 540 RPM PTO and a rear lift capacity of approximately 3410-3477 kg make it versatile for use with different implements.

Working Parameters

The tractor's dimensions include a length of about 329 cm, a width of 164 cm, and a height of approximately 225 cm with ROPS. The weight is around 2100 kg, and the maximum allowable gross weight reaches 4260 kg. Thanks to its design and stability, the Renault 50-12 LB is able to meet the demands of various tasks in farming. High manufacturing quality and robustness contribute to its reliability in operation.

Additional Equipment

The Renault 50-12 LB does not come standard with air conditioning, a cabin, or front hydraulic outlets. Optional equipment may include various accessories to enhance the tractor's capabilities, which can be tailored to the user's needs. Typical tractors of this type often feature pneumatic brakes and support systems that increase comfort and safety during operation.

Safety and Technical Data

The Renault 50-12 LB provides high safety standards by equipping the operator with wet disc brakes and a mechanically locked rear differential. High-quality construction materials and a stable working platform influence operational safety. Key technical parameters such as power, torque, and hydraulic efficiency ensure effective and efficient execution of fieldwork under various conditions.