Lenze E94AMHE0324 9400 HighLine 15 kW Multi-Drive Servo Module
A 9400 HighLine cabinet-mounted axis module for dynamic speed, torque and positioning duties on a shared DC bus.
Overview
E94AMHE0324 is a Lenze 9400 HighLine multi-drive servo base unit in the 15 kW class. It operates as an axis module within a modular drive system rather than as a stand-alone mains-fed inverter.
The saved application, motor data, feedback configuration, safety execution and communication modules are essential to a controlled replacement.
Specs
| Manufacturer | Lenze |
|---|---|
| Complete Model | E94AMHE0324 |
| Product Family | Servo Drives 9400 HighLine |
| Drive Architecture | Multi Drive axis module |
| Typical Motor Power Class | 15 kW |
| Type Current | 32 A |
| Rated DC-Bus Voltage | 565 V DC |
| Switching Frequency | 8 kHz |
| Installation | Control-cabinet mounting |
| Control Duties | Speed, torque and position control |
| Protection Class | IP20 |
Features
- HighLine application functions support coordinated motion and machine-axis control.
- Modular option slots allow feedback, communication and safety functions to be selected for the application.
- Shared DC-bus architecture supports multi-axis energy exchange when the system is engineered for it.
- Parameter and application storage must remain aligned with the hardware execution.
Applications
- Web handling, packaging, printing and converting machinery.
- Positioning axes, synchronized conveyors and production-machine motion groups.
- Service replacement in a documented 9400 HighLine multi-drive cabinet.
Lifecycle
- Create verified parameter and application backups before power-down.
- Record motor nameplate, feedback device, safety module, communication module and firmware.
- Confirm DC-bus precharge, infeed capacity, braking arrangement and cabinet cooling.
- Commission with uncoupled or controlled motion before validating the complete machine sequence.
FAQ
Can E94AMHE0324 be connected directly to the AC mains?
It is a multi-drive axis module intended for the documented 9400 DC-bus system; preserve the original infeed and DC-link architecture.
Is a 15 kW rating sufficient to select E94AMHE0324?
No. Continuous and peak current, motor voltage, feedback, safety, communication, cooling and mechanical duty must also match.
What files should be saved before replacing E94AMHE0324?
Back up the parameter set, application program, motor data, homing references, network settings and safety-related commissioning records.
Can another 9400 module replace E94AMHE0324 without recommissioning?
No. Even a nearby power class requires checks of current, hardware options, firmware, project compatibility and machine validation.
What cabinet checks are important for E94AMHE0324?
Confirm DC busbars, protective earth, shield termination, cooling airflow, infeed capability and braking-energy handling.
What should be included in an enquiry for E94AMHE0324?
Send every nameplate, installed option-module code, motor data, project version, fault history and cabinet photographs.
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