SGM7G-44AFC6 Yaskawa Robust 4.4kW Medium-Inertia Servo Motor with High Torque 

Yaskawa SGM7G-44AFC6 is a servo motor of Yaskawa Electric's ∑ -7 series, with a rated power of 4.4kW. It adopts a modular structure and supports installation in the control room

SGM7G-44AFC6 Basic specifications:

• Rated output: 4.4kW
• The power supply is three-phase: AC200V
• Rated speed: 1500r/min.
• Core performance: Belonging to medium inertia and high torque design, suitable for scenarios that require smooth driving with high torque.
• Encoder and Accuracy: Equipped with a high-resolution serial encoder (usually a 24 bit incremental type), it can achieve high-precision position and velocity control.

Design features: Adopting a compact design and sturdy structure. The protection level is IP42, and the shaft end is a straight shaft with keyway and screw hole.

SGM7G-44AFC6 technical highlights:

• High usability: Equipped with "no adjustment function", it can automatically adapt to load changes, and even if the load fluctuates up to 30 times, it can run stably, greatly simplifying debugging.

• Strong environmental adaptability: Adopting IP67 protection, suitable for environmental temperatures up to 60 ° C and altitudes up to 2000 meters, with strong reliability.

• High safety: Supports safe torque shutdown function, compliant with IEC 61508 SIL 3 safety standard.

Selection and application suggestions:

• Matching scenario: This motor is suitable for medium power equipment with high requirements for dynamic response, output torque, and smooth operation. It is commonly used in scenarios such as CNC machine tools, industrial robots, semiconductor manufacturing equipment, and high-precision automated production lines.

• System matching: As the core component of the servo system, it needs to be matched with the servo drive corresponding to the Yaskawa ∑ -7 series to fully utilize its performance.

• Verify requirements: Before final selection, it is recommended to verify the rated torque, instantaneous overload capacity, installation size, and interface requirements of your equipment for the motor to ensure complete matching.