Lenze E94AMHE0024 Multi Drive HighLine Axis Module
A 9400 HighLine axis module for precise and dynamic multi-axis machine motion.
Product Profile
E94AMHE0024 is a Lenze 9400 HighLine Multi Drive axis module. It operates from the shared DC-bus architecture and handles one motor axis within a coordinated machine drive system.
The axis module must be selected together with the supply module, motor, feedback, safety module, communication and project software.
Technical Data
| Manufacturer | Lenze |
|---|---|
| Complete Model | E94AMHE0024 |
| Product Family | 9400 HighLine |
| Architecture | Multi Drive axis module |
| Module Current Class | 2.4 A code |
| Typical Motor-Power Assignment | Approximately 0.37 kW, application dependent |
| DC-Bus Supply Range | 260 to 775 VDC class |
| Motion Functions | Positioning, electronic cam and servo control |
| Motor Types | Compatible synchronous or asynchronous motors subject to engineering |
| Installation | IP20 control-cabinet module |
| Engineering | Lenze Engineer project with HighLine application |
System Role
- Multi-axis DC-bus architecture shares the supply and regenerative energy between axes.
- HighLine control supports positioning and demanding motion profiles.
- Pluggable safety and communication options allow project-specific machine integration.
- Motor feedback and parameter data stay associated with the individual axis.
Compatibility
- Use within a compatible 9400 Multi Drive DC-bus system.
- Match current class, motor, encoder, safety and communication modules.
- Confirm firmware and application version compatibility before loading the project.
Applications
- Coordinated packaging, handling and production-machine axes.
- Positioning, cam and electronic-gearing applications.
- Service replacement in an existing 9400 Multi Drive system.
FAQ
Can E94AMHE0024 operate directly from three-phase mains?
No. As a Multi Drive axis module it operates from the system DC bus supplied by the compatible supply module.
What project data is essential for replacing E94AMHE0024?
Keep the full Lenze Engineer project, firmware, motor and encoder data, safety configuration and fieldbus mapping.
Can a higher-current 9400 axis module directly replace E94AMHE0024?
Not automatically; DC-bus design, protection, motor data, mechanics and parameter assignments require engineering review.
Which hardware should be photographed before removing E94AMHE0024?
Capture the complete labels, adjacent supply and axis modules, option slots, DC-bus links, motor and feedback terminals.
What safety work follows an E94AMHE0024 change?
Validate the installed safety module, STO path, motion limits and all affected protective functions.
How should E94AMHE0024 be commissioned?
Restore the approved project, verify module identity and feedback, then test the axis at reduced speed before coordinated production motion.
Recommended Models
| ABB 51012P1 | MAC063A-0-RS-3-C/095-B-1/S001 | GTL22 DC 03230058 |
| ER50I-4DN.G7.1R | IMI Norgren 0863842 C0374 | DDK 1S-05CBL-01 |
| KCD2-E2 18355S | Woodhead BradPower 1300640448 | BFU-F006 176X0065 |
| TA5141-RS232IW/1SAP187300B0201 | Delta 0 10 023 10023 | AZ5110 |
| AM3032-0D40-0000 | BRH0852S1013 | RPE3-063Z21 |
| IC411 CLF DT80K | XEV22D-1P2CO | PRFB-A |
| Siemens 1MB1553-1DB43-4AB4 | FC-302P37KT7P66H4BGCXXXSXXXXALBXCXXXXD0 137H1136 | CL1PAD1 |
| SRDA-C0A12A01A-E | ir425/ir425-D4-2 | MGB-L1B-PNA-L-124574 |
| 998-0212-00 | SP 140S-MF2-16-1K1-2S | 6ES7400-1TA00-0AA0 |
| Schmalenberger SMS 50-20/2 | Festo ADN-63-250-A-P-A | 6AV7240-3BC07-0HA0 |
