The PowerXL DE1 drive series with its ease of use approach is dedicated to the less complex and cost challenging conveying applications – the DE1 series are intended to be assembled central in cabinet or decentral in a CI housing, so e.g. beneath a conveying belt.
PowerXL series DC1 and DA1 come along in IP66 housing for challenging environmental circumstances and with optional built in mains disconnectors (maintenance switch) where DA1 additionally does serve a built in PLC function to easily adapt your conveying system to changing customer demands without changing the assembly and to save on investments for other automation
The Eaton Rapid Link 5 series is part of the Eaton PowerXL next generation series of drives, specifically engineered for today’s more demanding material handling applications such as baggage handling systems at airports or parcel and production goods handling systems in logistic centers and warehouses. With an industry-leading design it covers the typical application needs in this market segment and perfectly fits to the changing demands as e.g. multiple communication and IoT capability to increase plant and machine availability for highest OEE rates and reliability of material handling applications.
Features as decentral and motor close assembly, paired with IP66 rating and all detachable cabling for controls and power, ASi, EtherNet/IP and PROFINET communication and easiest assembly and maintenance approach do make this series of drives and motor starters a premium product for usage in the material handling segments.
The state-of-the-art XV300 multi-touch display with its robust design, powerful CPU and extensive communication options optimally covers the demanding requirements of the material handling segment. The device series offers the highest level of operating convenience and enables the next step in human-machine interaction. Based on the XSOFT-CODESYS, your XV300 is programmed as a powerful HMI-PLC according to the international standard IEC 61131. Eaton's intuitive visualization software GALILEO is used to track and monitor the key parameters of your conveyor system. The central control of further components as well as the setting of parameter sets, such as the motor current values of the Rapid Link 5 or other data of the system peripherals, are handled by the XV300. The intelligent easyE4 control relay is suitable for less complex conveyor systems or individual, simple conveyor units. With its compact design, flexible I/O expansion coupled with various programming languages and Ethernet communication, the easyE4 also makes your application "IoT ready".
EMS2 easily serve high switching cycle DOL REV applications with integrated fusing and compatibility to the Eaton Motor Starter Feeder System MSFS. In combination with SmartWire-DT it delivers a lot information like the actual motor current or overload warning. Integrated diagnostics and monitoring helps to reduce unplanned downtime for better productivity of material handling applications. Eaton’s all new Electronic Motor Starter EMS2 are intended to be assembled central in cabinet or decentral in a CI housing, so e.g. beneath a conveying belt and horizontal mounted to easy and cost efficient make you achieve a very powerful release of your application.
More and more material handling systems are equipped with PKE motor-protective circuit breakers with electronic overload protection, which enable safe and reliable DOL starting. The intelligent SmartWire-DT connection system facilitates fast and effective wiring of all important components, without any need for control wiring, remote I/O levels or complicated addressing. Moreover, if used together with the PKE motor-starter combinations, SmartWire-DT offers another decisive advantage: All switching states and status reports, which previously required the time-consuming installation of additional devices, can be transmitted directly to the controller. This includes information on the switching position of the contactor and the motor-protective circuit breaker, the selected rated current and degree of inertia, as well as the motor current and the thermal motor load. In addition, diagnostic functions for overcurrent, short circuits, overloads and phase failure are also available.
