Lenze Americas has simplified efficient machine programming with its FAST application template and ready-made standard software modules so that machine designers and programmers can quickly and reliably handle a majority of the software engineering requirements for standardized machine modules.
Lenze Americas’ free web-based EASY Explorer design program provides fast selection of drive components early in the design phase of a new machine by analyzing basic user-entered data and automatically determining optimal inverter and geared motor combinations for user consideration.
See it at PACK EXPO Both #N-4141! Lenze’s new compact panel controller p500 is a powerful hardware platform for machine-oriented visualization and control applications, comes in 7-, 10.4-, and 15-in. screen sizes, and is equipped with a touch-sensitive thin-film transistor (TFT) display.
See it at PACK EXPO Booth #4141! Lenze Americas’ Servo Inverter i700 drive system, designed for multi-axis applications, provides extremely short cycle times, 32-bit signal resolution, and an overload capacity of more than 200%.
Lenze Americas has enhanced its new, decentralized 8400 motec frequency inverter drives to enable plug-and-drive communication via real-time Ethernet networks.
Well-suited for material handling systems, Lenze’s Servo Inverter i700 features extremely short cycle times, 32-bit signal resolution and an overload capacity of more than 200% to make the new i700 equally suited for simple positioning tasks and highly dynamic, precise, multi-axis applications in handling and packaging machines or robot applications.
Lenze’s compact 3200 C L-Force Controller is designed for precision motion control in high dynamic multi-axis applications, including gantry systems, robots, conveyers, feeders, and other machines in a line process.
Lenze’s 8400 Inverter Series features L-Force automation technology for tailored motion control solutions from simple continuous motion applications, like driving a conveyor, to controlling complex synchronized pick-and-place applications.