Flexible Energy and Data Transmission for Mobile Units
28th January 2025
Conductix-Wampfler, supplier of mechatronic systems for energy supply, data transmission and industrial communication, will be presenting pioneering solutions for mobile applications in intralogistics at LogiMAT 2025 from March 11 to 13 in Hall 1, Stand F25. One highlight will be the comprehensive solution package for automated guided vehicles (AGV / AMR), consisting of systems for battery charging, energy storage and communication solutions, including an emergency stop system.
Energy supply, energy storage, data transmission, mobile safety – all integrated
The WirelessCharger 3.0 offers customers inductive energy transmission and thus contactless, automated opportunity charging. The energy supply to the energy storage system can also be ensured via charging contacts from the Nano+ or Enduro+ series. The conductive charging device, the KontaktCharger, with scalable voltages and power levels, is the ideal addition to the charging contacts as well as ChargeLine 0865 charging segments based on a two-pole conductor rail. With BatteryBlock SB, Conductix-Wampfler offers the ideal scalable energy storage for mobile robots, which is perfectly matched to the contactless or contacting charging technology. In addition, visitors to the stand will learn how the communication device Robin’6 for AGVs can be used to combine high-performance data transmission based on Wi-Fi 6 with additional functions such as energy management.
Analysis tool for electrified monorail systems and rail-guided systems
Visitors can also see themselves an optimized set-up for electric monorail systems, for example, using mobile control systems, conductor rails and ProfiDAT®compact, including a smart, digital analysis tool. Conductix-Wampfler’s application-optimised and pre-defined control concept allows system status to be recorded, including status details of each individual vehicle. The new analysis tool allows a user-friendly, detailed statistical evaluation of this data in relation to error and event clusters in order to eliminate potential sources of error and continuously improve processes.
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