Description
NOVOTRON ND32-5610VS-101-011-00 Servo Drive
Key Technical Specifications
| Parameter | Specification |
|---|---|
| Product Model | ND32-5610VS-101-011-00 |
| Manufacturer | NOVOTRON |
| Series | ND32 / NOVODRIVE |
| Product Type | Servo converter / servo inverter |
| Rated Supply Voltage | 400 VAC |
| Supply Voltage Range | 400 VAC ±10% |
| Input Frequency | 50/60 Hz |
| Input Phases | 3 |
| Connected Load | 7 kVA |
| Three-Phase Protection | 3 × 20 A |
| External Signal/Control Supply | 24 VDC ±15%, 1 A |
| DC-Link Voltage | 560 V at rated supply |
| Overvoltage Shutdown | 720 V |
| Undervoltage Shutdown | 200 V |
| Rated Output Voltage | 500 V RMS |
| Output Phases | 3 |
| DC-Link Capacitance | 300 µF |
| Inverter Dissipation at Rated Current | 130 W |
| Inverter Switching Frequency | 4.9 kHz |
| Rated Motor Current at 25°C | 10 A RMS |
| Peak Motor Current at 25°C | 20 A RMS |
| Compact Housing Dimensions | 331 × 180 × 87 mm |
| Compact Housing Weight | 3.8 kg |
| Protection / Installation | Verify enclosure and mounting configuration from the actual unit |
The electrical ratings above correspond to the documented ND32-5610 hardware. NOVOTRON’s technical documentation also identifies NOVOBUS serial communication, CAN/CANopen and Profibus interfaces within the ND31/ND32 platform; the exact interface population and configuration of the VS-101-011-00 variant should be checked against the drive nameplate and machine documentation.
ND32-5610VS-101-011-00
Product Introduction
The NOVOTRON ND32-5610VS-101-011-00 is a configuration-specific servo drive from the NOVOTRON ND32 NOVODRIVE family. Its base -5610 power stage is rated for a 400 VAC three-phase supply, 10 A RMS continuous motor current at 25°C, and 20 A RMS peak current. The drive uses a 560 V DC link and provides a 500 V RMS three-phase motor output.
For replacement work, the important point is that -5610 is not the complete identification. The VS configuration suffix needs to remain matched because a servo replacement involves more than voltage and current ratings. Feedback hardware, communication interfaces, parameter sets, motor data, and machine-specific commissioning information can determine whether a replacement will actually operate correctly. A current service record also identifies -5610VS-101-011-00 specifically as a servo inverter, confirming the complete ordering code as a distinct service item.
Engineering Pain Point
The most common replacement mistake with a legacy servo converter is matching only the nominal motor current. A 10 A drive can have the correct power rating and still be unsuitable if its feedback arrangement, control interface, firmware/configuration, or machine-specific parameters differ from the original. The external 24 VDC control supply is another important commissioning point: NOVOTRON specifies a separate stabilized 24 VDC supply for the signal/control side.
Typical Applications
- CNC machine-tool servo axes
- Automated machinery requiring controlled positioning and velocity
- Industrial motion-control equipment
- Legacy NOVODRIVE installations requiring like-for-like drive replacement
Technical Pitfalls to Avoid
- Do not replace by “-5610” alone. Record the complete
-5610VS-101-011-00code and compare it with the existing drive. - Verify the external 24 VDC supply. NOVOTRON specifies 24 VDC ±15%, 1 A, stabilized and externally supplied for the signal side.
- Check motor current against temperature. The published 10 A RMS rating is specified at 25°C. The manual provides temperature-dependent current limits, so cabinet cooling directly affects usable motor current.
- Do not assume every communication option is present. NOVOTRON documentation lists NOVOBUS, CAN/CANopen and Profibus for the family, but the exact VS configuration must be verified.
- Check feedback wiring before energizing. The platform supports resolver and encoder feedback, with documented encoder interfaces including differential RS422 or 1 Vss signals.
- Inspect the DC bus and braking arrangement. The documented 720 V overvoltage shutdown threshold is relevant when the motor regenerates energy during rapid deceleration.
Related Products
- NOVOTRON -5605 — 5 A RMS rated motor current version of the family; lower current class than -5610.
- NOVOTRON -5620 — 20 A RMS rated motor current version; substantially higher current capacity than -5610.
- NOVOTRON ND31-3202 — lower-voltage ND31 family servo converter with a different electrical architecture; not a direct replacement.
- NOVOTRON ND31-3204 — ND31 servo converter in the lower-power range; requires separate motor and supply compatibility verification.
- NOVOTRON ND31-3207 — another servo converter variant, using the 230 VAC-class architecture rather than the 400 VAC architecture.
- NOVOTRON -3212 — higher-current variant; electrically different the .
Procurement Note
For a replacement purchase, specify the complete NOVOTRON ND32-5610VS-101-011-00, norely . Before installation, compare the original unit’s nameplate, hardware revision, feedback interface, communication option, connector arrangement, motor data, parameter backup, and machine control architecture.
base ratings are well documented by NOVOTRON, but publicly available documentation does not establish every meaning of the VS-101-011-00 suffix. Treat those suffix-level details as configuration data that must be verified against the original drive or machine documentation rather than inferred from another variant.
