Hyster RS46-41XD/67 container handler
Reachstaker Hyster RS46-41xD/67
The Hyster reachstacker offers great versatility in application thanks to its wide range of configurations and options. It is ideal for applications such as container handling in port and intermodal terminals and container handling in steel and aluminum metalworking industries, among others.
In addition, our equipment stands out for its energy efficiency and is designed to excel in terms of performance. The cab is perfectly adapted for the operator, allowing for comfortable and safe operation. Performance has also been optimized to ensure exceptional productivity.
46000 kg
- Brand
- HYSTER
- Model
- RS46-41XD/67
General features
- Weight
- 82600 KG
- Engine type
- MTU 10.7L Diesel
- Height Elevation (m)
- 15,355 meters
- Load capacity
- 46000 KG
- Load Centre
- 1865 mm
- Turning radius
- 9300mm
- Transmission
- Dana S.O.H TE 30
Fuel saving modes for maximum efficiency
Hyster offers a complete range of ReachStacker stackers with a wide range of configurations and options, providing unprecedented flexibility for a variety of applications. These stackers are ideal for tasks such as 2nd lane handling, container emptying, wind turbine blade and tower handling, steel handling and barge handling.
In addition, Hyster ReachStacker stackers can be equipped with a tool change attachment that allows the operator to quickly switch between different attachments, such as pliers and plate magnets, C-hooks and pipe grabs. This improves efficiency and productivity, resulting in tighter, more productive fleets for steel operations.
The Hyster telescopic stacker reduces fuel consumption without sacrificing productivity and lifting speed, resulting in a lower cost per load moved. Choosing a stacker with selectable ECO modes (eLo and Hi-P) strikes the right balance between maximum productivity and fuel economy.
In applications where handling loads with long centers is required, the use of ReachStacker stackers significantly increases performance thanks to the additional torque at the lower RPM of the new V-stage engines. In addition, with intelligent monitoring and service, uninterrupted uptime is optimized in demanding applications.