SANYO DENKI 64BM180LXUE9 AC servo motor

Brand:SANYO DENKI
Model:64BM180LXUE9
Product status: New/used
Shipping place: Xiamen, China
Warranty: 365 days
Structural form: Other (specific form may vary depending on application)
Please contact Yvonne for quotation, thank you!

Details

SANYO DENKI 64BM180LXUE9 AC servo motor

Product manual:

1、 Typical parameters (organized/inferred)
Typical/inferred values of parameters
Rated power of approximately 180 W (0.18 kW)
Rated current of approximately 1.2 A
Output speed is about 1350 r/min (rated speed)
Rated torque of approximately 1.27 N · m
Peak/acceleration torque is approximately 2-3 times the rated torque
Flange/Appearance 64 mm Class Flange Size/Standard Small Industrial AC Servo Appearance
Cooling method: natural air cooling or chassis heat dissipation
Structure/Version LXUE9 represents a specific combination of internal structure/encoder/version
Feedback/encoder with built-in encoder (incremental or absolute)
Protect/encapsulate basic dust-proof structure, suitable for industrial environments
2、 Product features and advantages

Low power, lightweight design
Suitable for small and medium-sized mechanical equipment, drive shafts, or positioning systems.

strong adaptability
The standard 64BM series has universal installation dimensions, making it easy to replace and maintain the system.

high-precision control
Built in encoder and closed-loop feedback, suitable for high-precision positioning and speed control.

Good economic viability
Low power consumption, low energy consumption, and high cost-effectiveness.

Convenient maintenance and replacement
The model is commonly used in the parts supply market for easy support of spare parts.

3、 Applicable occasions

Automation equipment small shaft drive and driven mechanism

Lightweight positioning system, photography or inspection machinery

Small driver units for electronic/semiconductor devices

Small power spare parts for system upgrade or replacement

In situations where power requirements are not high but high response accuracy is required