Jenz HEM 25 D 12500kg 1996-2003 - Technical data

Jenz HEM 25 D 12500kg 1996-2003 - Product Description

Powertrain and Design

The Jenz HEM 25 D is a high-performance machine designed for wood chipping and municipal engineering applications. Powered by a 206 kW engine, it ensures efficiency and reliability during operation. Built with high productivity in mind, it serves as an exceptional tool for waste removal tasks. Despite the lack of specific weight data, its construction is solid and durable, capable of handling tough working conditions.

Undercarriage and Hydraulics

This machine is stationary, which means it lacks mobility features and hydraulic support systems. The design enables easy connection to additional supporting devices, enhancing its versatility in various operations. The FG hitch ensures stability, increasing its usability in the industry. Users should note its lack of mobile mechanics when planning its use.

Operating Parameters

The Jenz HEM 25 D offers outstanding performance with a capacity of 70 m³/h, positioning it among the competitive wood chippers on the market. A feed opening of 790 mm allows for processing large amounts of raw material. The weight of the machine without attachments is 12,500 kg, which contributes to its stability and operational efficiency. Designed for heavy-duty conditions, this machine is well-suited for demanding industry tasks.

Optional Equipment

This machine does not include additional equipment such as conveyor belts or tracks. Nonetheless, the Jenz HEM 25 D can work with various attachments, allowing users to customize its functionality to meet specific operational needs. Modifications may also include technical and operational features. Users should familiarize themselves with possible adjustments to maximize the machine's potential.

Safety and Technical Data

The Jenz HEM 25 D meets safety standards to provide adequate protection during operation. Key technical parameters include engine power, output capacity, and weight. Although specific information regarding emission levels and other regulatory standards is absent, the machine's construction minimizes risks through robust build quality and precise operational components. Users must adhere to manufacturer guidelines to maintain maximum operational safety.