Automate stacker cranes hassle-free
Proven TELOGS concept makes modernization easier in any environment
Automate stacker cranes hassle-free.
Proven TELOGS concept makes modernization easier in any environment:
Requirements and time pressure in intralogistics
Operators of automated intralogistics systems must meet ever increasing requirements. At the same time, we experience in daily practice that our customers are barely able to find the necessary time frames, particularly as part of RETROFIT projects, to implement necessary modernizations in the area of control and drive technology of stacker cranes.
The solution for efficient modernization projects
TELOGS makes such projects easier by using the proven combination of our TELOGS-Distance RBG controller with the MOVI-C® automation kit from SEW. As a result, we are able to efficiently create sustainable solutions with minimal disruption to ongoing operations.
Versatile applications of TELOGS-Distance and MOVI-C®
The combination of TELOGS-Distance and MOVI-C® offers excellent opportunities to meet the most diverse requirements for controlling stacker cranes in a comparatively simple way. Based on this concept, we can bring both container rack operators in automated small parts warehouses and pallet rack operators in high-bay warehouses or special rack control devices such as in sheet metal warehouses up to date with the latest technology.
Safety and energy management as key aspects
As part of project implementation, we will of course also ensure that the systems meet all currently applicable safety requirements. In addition, the integrated energy management of applications through energy recovery enables significant savings compared to previous generations of drive technology.
Quick start-up thanks to proven technologies
The tried and tested technologies used by TELOGS for RBG modernization offer the major advantage that start-up times on site can be kept to an absolute minimum after appropriate preparation. As an operator, you then not only benefit from high availability and low energy consumption of the systems, but at the same time create the basis for reliable functionality over the long term.
