AKM32H-GCS2LB-02

Product Description:

The belongs to Kollmorgen’s AKM Synchronous Servo Motors lineup and delivers advanced automation capabilities through its rugged and compact design. This model is well-suited for demanding applications that require precise motion control, consistent performance, and reliable operation in limited spaces. This servo motor achieves 7.26 Nm peak stall torque alongside 2.1 Nm continuous stall torque which allows it to respond to changing loads and maintain performance stability over time. This motor provides suitable torque performance for automation work that needs pressing operations or indexing processes or precise pick-and-place maneuvers. The AKM32H-GCS2LB-02 motor delivers high-speed performance through its 8000 RPM maximum speed to shorten acceleration and deceleration times thus improving system cycle times. Together with its rated power output of 1063 watts at 240 VAC this agility enables the device to handle significant mechanical loads effectively.

The rotor inertia measure amounting to 0.000059 kg-m² provides enhanced acceleration precision while enabling Snack bar to achieve precise positioning in complex synchronized systems. The model demonstrates excellent thermal management characteristics. The AKM32H-GCS2LB-02 can operate continuously due to its 17-minute thermal time constant which ensures stable temperatures during operation. The motor achieves sustained performance at high duty cycles through its design which cuts down on the number of necessary cooling intervals.

The AKM series motor features flexible mounting capabilities together with different feedback choices which enhances its applicability for OEM equipment installation alongside retrofit installations. The reliability together with high-performance features of this motor enables decreased downtime and improved production speed across robotics and packaging machinery and CNC automation systems. This Kollmorgen AKM32H-GCS2LB-02 servo motor operates at high speeds and torque levels in settings requiring efficient operation and accurate motion control together with stable thermal characteristics. Engineers select this product because of its dependable performance profile making it their first option for compact power and intelligent control applications.