Effer 470 6S 416.3kNm 2000-2016 - Technical data

EFFER 470 - Product Description

Powertrain and Design

The EFFER 470 model features a robust design and an advanced powertrain system, ensuring high performance and reliability in challenging working conditions. Its various models, such as the 4S, 5S, and 6S, allow for customization to meet specific user needs. Each model offers unique parameters, enabling a wide range of applications. The design is well thought out to ensure optimal performance and operational safety.

Undercarriage and Hydraulics

All variants of the EFFER 470 are equipped with an efficient hydraulic system that enhances operational versatility. Designed for transporting and lifting heavy loads, the hydraulics and undercarriage provide smooth operation and maneuverability. The system is designed to allow quick reactions and high precision in various terrain conditions. This is an invaluable feature in industrial and construction applications.

Operating Parameters

The EFFER 470 is available in several variants, including the 4S, 5S, 6S, and 7S, translating into different lifting capacities and sizes. For instance, the 4S model has a maximum lifting capacity of 7830 kg, while the 6S can lift up to 4845 kg. Additionally, different arm length settings (e.g., 2430 mm for the 4S model) influence the working range of the equipment. These specifications make the EFFER 470 a versatile tool used across many industries.

Optional Equipment

The EFFER 470 model offers various accessories and additional options, such as articulated arms (JIB), which enhance its versatility in applications. Users can customize the machine to their needs by selecting models with extra features that streamline diverse operations. Furthermore, lightweight and heavy-duty variants are available, allowing for use in various environments. These options make the EFFER 470 a flexible solution for transportation and lifting.

Safety and Technical Data

All EFFER 470 models comply with safety standards, as confirmed by appropriate certifications. Safety parameters are crucial, especially when working with heavy loads. The implementation of mechanical and hydraulic safeguards minimizes the risk of accidents. Moreover, the machine is characterized by high stability and reduced risk of tipping over even in difficult working conditions.