Rexroth HMV01.1E-W0030-A-07-NNNN Power Supply
Key Performance Note: Power output depends on power choke configuration - 30kW with choke, 18kW without choke.
Electrical Specifications
| Parameter |
With Power Choke |
Without Power Choke |
| Input Voltage |
Three-phase 380–480 V AC, 50/60 Hz |
Three-phase 380–480 V AC, 50/60 Hz |
| Rated Input Current |
51 A |
51 A |
| Continuous Output Power |
30 kW (Standard) |
18 kW (Derated) |
| Peak Power |
45 kW |
45 kW |
| DC Bus Voltage |
435 – 710 V DC (Nominal 700 V DC) |
435 – 710 V DC (Nominal 700 V DC) |
| Braking Capacity |
Continuous 1.5 kW / Peak 36 kW |
Continuous 1.5 kW / Peak 36 kW |
| Control Voltage |
24 V DC ± 5% |
24 V DC ± 5% |
Model Designation Breakdown
| Field |
Meaning |
Description |
| HMV |
Product Series |
IndraDrive M Power Module (Power Supply Unit) |
| 01.1E |
Hardware Version |
First Generation E Type - Active Rectification (Energy Feedback) |
| W0030 |
Power Rating |
30 kW Rated Continuous Power (requires choke) |
| A |
Interface Type |
Standard Control Unit Interface |
| 07 |
Firmware/Configuration |
Hardware Configuration Version 07 |
| NNNN |
Option Code |
No Special Options (Standard Configuration) |
Physical Characteristics & Installation
- Cooling Method: Forced air cooling with built-in fan - ensure adequate top and side clearance for heat dissipation
- Dimensions: Approximately 150mm width, standard DIN rail mounting for compact cabinet designs
- Protection Features: Built-in EMI filter, main contactor, overcurrent/overvoltage/overheat protection, compliant with EN ISO 13849-1 safety standards
System Compatibility & Applications
- Required Components: Must be used with HMS (single-axis) or HMD (dual-axis) series inverter modules for complete multi-axis drive systems
- Typical Applications: Machining centers, industrial robots, automated production lines, large packaging machinery, and equipment requiring multi-axis coordination
- Key Advantages: Energy feedback capability returns braking power to grid, reducing energy consumption and minimizing harmonic interference compared to standard rectifiers