HSD H6161H1999 ES929 Spindle Motor
HSD H6161H1999 spindle motor, ES929 series, ATC, electric fan cooled, ISO 30 tooling, short nose, 12-24,000 RPM, 400-800 Hz, 4 Pole, 10 HP (7.5 kW), 220/380 V.
Description
The HSD H6161H1999 ES929 electrospindle delivers high-precision milling and automated tool changes for industrial CNC routers. Engineered with hybrid ceramic bearings and an electric cooling fan, it provides rigid performance in continuous-duty applications.
Technical Specifications
- Model Series: HSD ES929
- Model no.: H6161H1999
- Tool Change: Automatic with quick-change tool release button
- Tooling Interface: ISO 30, Short nose
- Cooling: Electric fan cooled
- Pole Count: 4-pole
- Speed Range:
- Rated: 12,000 RPM @ 400 Hz
- Maximum: 24,000 RPM @ 800 Hz
- Power @ Rated Speed:
- S1 Continuous: 7.5 kW, 10 HP
- S6 60%: 9 kW, 12 hp
- Voltage: 220/380 V
Additional information
| Manufacturer | HSD |
|---|---|
| Country/Region of Manufacture | Italy |
| Model Series | |
| Part Number (MPN) | H6161H1999, A6161H1999 |
| Tool Change | |
| Tool Holder | ISO 30 |
| Spindle Nose | Short Nose |
| Cooling Method | Electric Fan-Cooled |
| Rated Speed (RPM) | 12,000 |
| Maximum Speed (RPM) | 24,000 |
| Rated Frequency (Hz) | 400 |
| Maximum Frequency (Hz) | 800 |
| Poles | 4 |
| Horsepower (hp) | 10 |
| Kilowatt (kW) | 7.5 |
| Voltage (V) | 220, 380 |
| Condition | New |
Discover the HSD ES929 Spindle Series
HSD ES929 series is an industrial-grade powerhouse engineered for heavy-duty routing, milling, and high-precision CNC operations. Featuring advanced ceramic bearings and robust fan-cooling, it delivers the stability and longevity required for multi-shift production environments.
HSK 63F Tooling Interface
Delivers superior radial and axial stiffness, preventing taper deformation during high-speed, 24,000 RPM continuous operations.
Dual Ceramic Bearings
Long-life lubricated ceramic hybrid bearings offer reduced friction, leading to significantly lowered operating temperatures and a prolonged operational life cycle compared to traditional steel variants.
Independent Electric Fan Cooling
Eliminates reliance on internal shaft velocity for airflow, optimizing heat dissipation across wide frequency ranges (400-800 Hz).
Long Nose Profile
Extends structural reach into complex fixtures and deep mold cavities, expanding your component machining capabilities without losing spindle rigidity.
