Kramer 350 1.62t 2007-2014 - Technical data

Kramer 350 1.62t 2007-2014 - Product Description

Powertrain and Design

Kramer 350 is a compact wheel loader featuring an engine output of 23 kW (31 hp) based on the Yanmar 3TNV88 engine model. The robust design of the machine incorporates a one-piece chassis, ensuring excellent stability. It has been engineered for cost-effectiveness and versatility, making it suitable for various construction tasks. With its lightweight structure, the machine boasts enhanced maneuverability and agility, improving operational efficiency.

Undercarriage and Hydraulics

The Kramer 350 features legendary all-wheel drive and the ability to switch between different steering modes, enhancing flexibility during operation. Its hydraulic system efficiently powers work attachments, while the standard hydraulic quick-hitch allows for easy accessory changes. The lift and lowering times for the bucket are 6.7 and 5.0 seconds respectively, promoting operational productivity. The parallel boom design aids in load stabilization, which is crucial in challenging working conditions.

Operating Parameters

The Kramer 350 has a bucket capacity ranging from 0.35 to 0.55 m³ and a maximum payload of 970 kg. The outer turning radius is 1.97 m, facilitating maneuverability in tight spaces. The maximum load-over height is 2.25 m, and the machine can achieve a top speed of 20 km/h. Weighing in at 1,665 kg, it is relatively lightweight compared to competing models.

Optional Equipment

The standard equipment includes a mechanical quick-hitch system, allowing easy tool changes. Optionally, a cab with heating and ventilation can be included, enhancing operator comfort under adverse weather conditions. The machine does not come standard with air conditioning or automatic hydraulic quick-couplers. Additional equipment options improve efficiency and safety when used in various applications.

Safety and Technical Data

The Kramer 350 is equipped with ROPS/FOPS certified cab, enhancing operator safety. The machine also features high accessibility to components for maintenance, thereby increasing service efficiency. Key technical specifications, such as engine power, torque, and dimensions, are optimized for both efficiency and safety. High-quality construction and emission certification (III A) confirm the machine's reliability and durability in prolonged operation.