Lenze E94ASHE0044 9400 HighLine 1.5 kW Servo Inverter
A mains-fed HighLine servo inverter for precise speed, torque and positioning tasks in coordinated machinery.
Overview
E94ASHE0044 is a Lenze 9400 HighLine Single Drive base unit in the 1.5 kW class. It combines mains supply and axis control in one cabinet device for dynamic single-axis or coordinated machine functions.
The base-unit identity does not describe every fitted option. Feedback, safety, memory and communication modules, plus the saved application project, must remain aligned with the installed machine.
Specs
| Manufacturer | Lenze |
|---|---|
| Complete Model | E94ASHE0044 |
| Product Family | Servo Drives 9400 HighLine |
| Drive Architecture | Single Drive |
| Power Class | 1.5 kW |
| Supply Class | Three-phase mains-fed execution |
| Control Duties | Speed, torque and position control |
| Motor Support | Synchronous and asynchronous motors |
| Feedback Interfaces | Resolver and universal multi-encoder capability |
| Installation | Control-cabinet mounting |
Features
- HighLine application functions include positioning, electronic gearing and cam-based motion.
- Scalable option modules support project-specific communication, feedback and safety requirements.
- Integrated single-drive architecture avoids a separate multi-axis infeed for an isolated axis.
- Diagnostic and parameter data can be retained as part of a controlled spare strategy.
Applications
- Packaging, printing, converting and material-handling machinery.
- Positioning axes that require coordinated speed, torque and motion functions.
- Replacement of the exact HighLine power class in a documented machine project.
Lifecycle
- Back up parameters, application data, network settings and reference positions before removal.
- Record every option-module label, motor nameplate and feedback-device code.
- Check mains supply, fusing, braking arrangement, cooling and protective earth before energizing.
- Validate feedback direction, brake control, limits, interlocks and the complete motion sequence after installation.
FAQ
Can E94ASHE0044 replace another 9400 drive with the same kilowatt rating?
Not from power alone. Base-unit architecture, current duty, feedback, safety, communication modules, firmware and project compatibility must all match.
Which records should be saved before replacing E94ASHE0044?
Keep the parameter set, application project, motor data, homing references, network configuration and safety commissioning evidence.
Can a 935x brake chopper be combined with E94ASHE0044?
Lenze identifies the E94ASxE0044 class as unsuitable for combination with the 935x brake chopper; retain the documented braking design.
What labels are needed for a reliable E94ASHE0044 quotation?
Provide the complete base-unit label plus every installed feedback, safety, memory and fieldbus module label.
What commissioning checks matter most after fitting E94ASHE0044?
Verify motor data, feedback polarity, holding-brake logic, travel limits, safety functions and the full production sequence under controlled conditions.
Does E94ASHE0044 include every option required by the machine?
No. It is the base-unit identity; fitted option modules and the application project define the complete execution.
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