Case 1840 2.476t 1995-2025 - Technical data

Case 1840 - Product Description

Drive and Construction

The Case 1840 is a compact, skid-steer loader manufactured by Case from 1989 to 2001. It features a Case 4-390 engine with a displacement of 3.9 liters, producing a maximum power of approximately 40.3 kW (54 HP). The machine has an operating weight of around 2.5 tons, making it suitable for various construction tasks. Its dimensions allow for versatility, with transport measurements of 3.18 m in length, 1.37 m in width, and 1.96 m in height. This loader is engineered to accommodate a variety of attachments, enhancing its usability on job sites.

Running Gear and Hydraulics

The Case 1840 is equipped with a gear pump hydraulic system that delivers approximately 57.9 liters per minute at a pressure of 2300 psi (~158 bar). It achieves a maximum speed of 10 km/h, allowing for efficient movement around the construction area. The skid-steer design provides exceptional maneuverability, especially in tight spaces. Case's proprietary hydraulic solutions contribute to the loader's operational efficiency and reduced task completion times.

Operating Specifications

The rated lifting capacity of the loader is approximately 444 kg at a 35% tilt and about 635 kg at a 50% tilt. The breakout and lifting force measures approximately 630 kg and 1,257.8 kg, respectively. With a fuel tank capacity of around 73.8 liters, the machine offers prolonged operational times before refueling is needed. This advanced integration of engine power and hydraulics results in superior productivity on construction sites.

Additional Equipment

The standard equipment of the Case 1840 does not include additional particulate filters or anti-theft systems. However, typical options for machines of this type may include a variety of hydraulic attachments such as buckets, pallet forks, and other working tools. The ability to tailor the loader with suitable attachments enhances its flexibility in numerous applications. Users can customize the machine according to their specific requirements to improve work quality and efficiency.

Safety and Technical Data

In terms of safety, the Case 1840 adheres to standards regarding cabin structure and hydraulic systems. Despite the absence of additional safety systems, the machine's robust construction provides operator safety during operations. The engine performance and structural elements minimize noise and emission pollution. The machine meets essential safety norms that are vital for work in challenging construction conditions.