HSD H6161H0736 ES929 Spindle Motor

Call for price

HSD H6161H0736 spindle motor, ES929 series, ATC, electric fan cooled, HSK 63F tooling, short nose, 12-24,000 RPM, 400-800 Hz, 4-pole, 13.4 hp (10 kW), 380 V.

  • Visa Card
  • MasterCard
  • American Express
  • PayPal

Description

H6161H0736 HSD ATC spindle motor.

Technical Specifications

  • Model Series: HSD ES929
  • Model no.: H6161H0736 (or A6161H0736)
  • Tool Change: Automatic with quick-change tool release button
  • Tool Holder: HSK 63F tool holder, short nose shaft
  • Cooling: Electric fan-cooled
  • Bearings: Ceramic (Front and rear)
  • 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)

A6161H0736, H6161H0736

Tool Change

Tool Holder

HSK 63F

Spindle Nose

Short Nose

Cooling Method

Electric Fan-Cooled

Poles

4

Rated Speed (RPM)

12,000

Maximum Speed (RPM)

24,000

Rated Frequency (Hz)

400

Maximum Frequency (Hz)

800

Horsepower (hp)

13.4

Kilowatt (kW)

10

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.