Kramer 318 3.8t 1998-2001 - Technical data

Kramer 318 - Product Description

Drive and Construction

The Kramer 318 is a wheel loader built between 1998 and 2001, with an operational weight of approximately 3.8 t. Powered by a Perkins engine type 704.30, this model delivers a power output of 40 kW. Featuring an articulated steering system (AL), it allows for precise maneuvering in confined spaces. The standard tire size, 12.5-18, enhances stability, which is crucial for working in varied terrains. This model combines operational efficiency with functionality.

Mobility and Hydraulics

The mobility system in the Kramer 318 provides good maneuverability, typical for equipment in this category. While detailed performance data is absent, information suggests it has a hydraulic working system, which is standard in such loaders. The hydraulic system, working in harmony with the drive system, enhances operational efficiency. Various operational capabilities allow for versatile adaptation of the machine in different working conditions.

Working Parameters

The Kramer 318 is equipped with a bucket with a capacity of 0.65 m³, making it an effective tool for transporting materials. This indicates its suitability for construction and earthworks. Although exact lifting capacities are unavailable, unofficial sources mention a lifting capacity in the range of 1,000-1,200 kg. Such parameters make it a viable solution for various construction applications, increasing its usability on job sites and during ground handling.

Additional Equipment

Kramer 318, like many modern loaders, lacks additional features such as air conditioning, hydraulic or mechanical quick couplers, making it more appropriate as a functional machine within a basic range. The absence of extra accessories emphasizes its versatility. Utilizing standard equipment makes it an easy-to-operate and maintain machine. Operators can adapt the unit to their needs using appropriate accessories available on the market.

Safety and Technical Data

Safety in the Kramer 318 is ensured by its robust construction with unique building properties typical for machines of this class. Many safety aspects comply with industry standards, despite lacking specific information on emissions levels or maximum torque. Documentation confirming technical specifications can typically be found in product literature. The machine's build quality translates into reliability in daily operations.