HSD H6161H0677 ES929 Spindle Motor

Call for price

HSD H6161H0677 spindle motor, ES929 series, ATC, electric fan cooled, HSK 63F tooling, long nose, 12-24,000 RPM, 400-800 Hz, 4-pole, 13.4 hp (10 kW), 380 V.

  • Visa Card
  • MasterCard
  • American Express
  • PayPal

Description

The HSD H6161H0677 ES929 is an industrial-grade 12kW automatic tool-changing (ATC) electrospindle designed for heavy-duty CNC routing. Featuring an HSK F63 long nose, dual ceramic bearings, and 380V electric fan cooling, it delivers high-rigidity processing.

Technical Specifications

  • Model Series: HSD ES929
  • Model no.: H6161H0677 (or A6161H0677)
  • Tool Change: Automatic with quick-change tool release button
  • Tooling Interface: HSK 63F, Long Nose
  • Cooling: Electric fan-cooled
  • Pole Count: 4-pole
  • Speed @ Frequency:
    • Rated: 12,000 RPM @ 400 Hz
    • Maximum: 24,000 RPM @ 800 Hz
  • Power @ Rated Speed:
    • S1: 13.4 hp (10 kW)
    • S6: 16 hp (12 kW)
  • Power @ Maximum Speed:
    • S1: 8 hp (6 kW)
    • S6: 10 hp (7.5 kW)
  • Voltage: 380 V

Additional information

Manufacturer

HSD

Country/Region of Manufacture

Italy

Model Series

Part Number (MPN)

H6161H0677, A6161H0677

Tool Change

Tool Holder

HSK 63F

Spindle Nose

Long 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

Kilowatt (kW)

10

Horsepower (hp)

13.4

Voltage (V)

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.

CNC Service Quote Request