Features:
- HighLine Multi Drive basic unit for modular shared-DC-link cabinets.
- Flexible function-block interconnection adapts the axis logic to demanding machine sequences.
- Configurable motion functions support coordinated positioning, electronic gearing and electronic cams.
The order code identifies the 15 kW, 32 A E0324 axis execution supplied as a basic unit; options and accessories are selected separately.
Within a 9400 Multi Drive system, the axis converts shared DC-link energy into controlled motor output for precise single-axis or coordinated multi-axis motion.
Before selection, match the supply stage, motor, feedback, safety option, communication module and L-force Engineer project to the approved machine design.
The Lenze E94AMHE0324 belongs to the Classic 9400 HighLine range; Lenze recommends an available successor series for new projects.
Verified resources for Lenze E94AMHE0324:
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
- Precise positioning in single-axis or coordinated multi-axis machinery with dynamic movement profiles.
- Electronic gearbox synchronization for packaging, converting and continuous-material handling processes.
- Electronic cam and table-positioning sequences used in automated handling and assembly equipment.
- L-force Engineer configures the axis, motor data, feedback assignment and application parameters for commissioning.
- Flexible function-block interconnection allows machine-specific control logic to be assembled within the HighLine platform.
- Selectable technology applications provide table positioning, positioning control, electronic gearbox and cam functions.
- The Multi Drive architecture operates from a shared DC link supplied by the matched 9400 cabinet power stage.
- Synchronous and asynchronous motors can be paired with resolver or universal multi-encoder feedback interfaces.
- Optional communication modules support CANopen, EtherCAT, PROFIBUS, PROFINET and other documented network choices.
- Scalable safety functions are selected to match the machine risk assessment and installed 9400 safety option.
- Safe input, safe output and safety-related encoder connections support the configured protective control concept.
- FSoE and PROFIsafe communication options enable integration with supported safety-controller architectures.