The new MT 3000-3 Standard high-performance material feeder is the perfect partner for a reliable high conveying capacity and for uninterrupted non-contacting transfer of mix to pavers. As a result of its optimized conveying concept, the MT 3000-3 Standard combines state-of-the-art high-performance feed technology with outstanding operating convenience. This is because the ErgoPlus 3 operating concept is another step forward in making operation much easier. It also incorporates a new service and maintenance concept with optimized access to all cleaning and maintenance points.Show more Show less
The powerful conveying concept of the MT 3000-3i can transport up to 1,200 t mix an hour, meaning that a 25 t mix truck can be emptied completely in just 60 seconds. The continuous supply of mix increases paving quality and ensures non-stop paving. Construction projects are completed more quickly and more economically.
The ErgoPlus 3 operating concept makes people the focus. It makes the machine simple and intuitive to operate. At the same time, ErgoPlus 3 provides the feeder operator with a more ergonomic, safer workplace, giving him full control of the machine and the construction project at all times.
PaveDock Assistant enables material feeder operators and truck drivers to communicate unambiguously without hooting or hand signals. This makes it particularly quick and safe to dock, tip and drive away trucks. Signal lights on the roof of the material feeder and the associated controls on the feeder operator’s ErgoPlus 3 console are key components of the system.
AutoSet Plus facilitates repositioning. The material feeder can be put into repositioning or transport position at the touch of a button. Conveying programmes can furthermore be saved and called up again at any time. AutoSet Plus thus automates routine tasks, enabling operating processes to be completed more quickly and in a more controlled manner.
All details, illustrations and texts are non-binding and may include optional additional fittings. Subject to technical modifications. Performance data dependant upon operational conditions.