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FANUC A06B A06B-0601-B228

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A06B-0601-B228

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The FANUC A06B-0601-B228 is a DC servo motor designed specifically for applications involving CNC and robotics. This model features a typical motor voltage of 92 V DC and operates with an approximate current rating of 24 A.

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Technical specifications for A06B-0601-B228

ManufacturerFANUC
Product TypeDC Servo Motor
Product LineA06B
Part NumberA06B-0601-B228
Shaft TypeStraight Shaft (ST)
ApplicationCNC / Robotics
FeedbackTacho Generator
Drive TypeAnalog Servo Drive Compatible
Motor TypeBrushed DC Servo
KeywayWith Key (SLK)
Motor Voltage92 V DC (typical)
Gear Configuration2/3 Gear Compatible
BrakeWith Brake (BRK)
Current Rating~24 A (typical)
Mounting TypeFlange
Cooling MethodNatural Air

With its designation of A06B-0601-B228, this FANUC DC servo motor is tailored for high-performance tasks in CNC machining and robotics. The motor is constructed around a brushed design, ensuring reliable operation in dynamic settings. It typically operates at a voltage of 92 V DC, drawing about 24 A of current during use.

A straight shaft (ST) design facilitates seamless integration into various applications. The feedback is managed via a tacho generator, which provides critical data for improved control and accuracy in motion applications. This motor is engineered to be compatible with analog servo drives, enhancing its functionality in existing systems.

Incorporating a keyway design (SLK), this servo motor ensures secure attachment to gears or other driven components, making it versatile with a 2/3 gear configuration. Additionally, the inclusion of a braking mechanism (BRK) allows for enhanced stopping control, beneficial in precision tasks.

The mounting of the motor employs a flange type, which simplifies installation within machinery. Meanwhile, the natural air cooling system maintains optimal operating temperatures, ensuring efficiency during extended use. The A06B-0601-B228 serves as a robust component in a variety of robotic and CNC applications, facilitating high levels of accuracy and reliability.