Autonics A41K-G599W 5-Phase Stepper Motor  

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The Autonics A41K-G599W is a high-performance 5-phase stepper motor featuring a Dual Shaft (W) configuration. With a robust 85mm frame, it delivers a substantial maximum stop torque of 41 kgf-cm (4.1 N-m). This "G" type model operates at a rated current of 2.8 A/Phase. The dual shaft design enhances versatility by allowing the attachment of auxiliary devices such as vibration dampers, encoders, or manual handwheels to the rear shaft, making it ideal for various industrial applications requiring precise control and flexibility.

Key Features:

High Torque Output: Delivers a maximum stop torque of 41 kgf-cm (4.1 N-m), providing reliable power for driving industrial loads.

Dual Shaft Design (W): Equipped with shafts extending from both the front and rear, enabling the connection of accessories like dampers for vibration control or encoders for position feedback.

Rated Current 2.8 A/Phase: Designed for 2.8 A/Phase operation ("G" Type), ensuring high-output performance compatible with standard drivers.

Robust 85mm Frame: The large 85mm square flange provides excellent structural stability and durability.

Precision 5-Phase Control: Offers high resolution with a basic step angle of 0.72 degrees (Full step) and 0.36 degrees (Half step).

Technical Specifications:

Model: A41K-G599W

Frame Size: 85 mm

Shaft Type: Dual Shaft

Max. Stop Torque: 41 kgf-cm (4.1 N-m)

Rated Current: 2.8 A/Phase (G Type)

Rotor Inertia: 2,700 x 10^-7 kg-m^2

Basic Step Angle: 0.72 degrees / 0.36 degrees

Unit Weight: Approx. 2.80 kg

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