Kramer 650 3.8t 2012-2014 - Technical data

Kramer 350 – Product Description

Powertrain and Design

The Kramer 350 is a compact wheel loader that features a modern hydrostatic drive and a one-piece chassis. This design ensures high stability and ease of maneuverability, making it ideal for work in tight spaces. The Yanmar engine with an output of 27 kW provides significant power at a low weight, enhancing operational efficiency. A key element is the low center of gravity, which increases safety during operation.

Undercarriage and Hydraulics

The undercarriage of the Kramer 350 is based on four wheel hub motors, allowing for excellent traction and stability. Standard all-wheel hydrostatic drive greatly improves maneuverability, especially in challenging terrain. The hydraulic system offers precise control of working tools, and the optional third control circuit allows for efficient connection of hydraulic attachments. These features make this model versatile in various working applications.

Operating Parameters

The Kramer 350 has a payload of 750 kg with a ratio of S = 1.25. It features a standard fuel tank capacity of 30 l and a hydraulic tank capacity of 40 l. The loading height is 2,690 mm, while the dumping height is 2,260 mm. The lifting capacity is 12.9 kN, making it an efficient tool for daily tasks. For transportation purposes, its weight is only 1,670 kg, facilitating mobility.

Optional Equipment

The Kramer 350 can be tailored for various applications, thanks to the ability to use different tools such as pallet forks, standard buckets, or bulk material buckets. There are also several cabin configurations available, including options with a front canopy or fully glazed cab. Optional features like heating and air conditioning increase working comfort under adverse weather conditions. Standard features include an ergonomic joystick for hydraulic control and lifting.

Safety and Technical Data

The Kramer 350 complies with ROPS and FOPS standards, ensuring a high level of operator safety. It also features remote control functions and systems to prevent fluid leaks and mechanical failures. The braking system consists of hydraulic disc brakes, providing effective stopping power in all situations. Additional features include fluid preheating and various tire options to adapt the machine to working conditions.