AMI8124-1090-1001
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The AMI8124-1090-1001 servo motor operates at a voltage of 48 V DC, provides a torque of 1.8 Nm, supports EtherCAT compatibility, and features a 17-bit magnetic encoder for precise feedback. Part of the AM Synchronous Servo Motors series by Beckhoff, it includes a 60x60mm flange and runs at a speed of 1000 rpm.
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Product Description:
The AMI812410901001 is a servo motor from AM Synchronous Servo Motor series. It incorporates a 12-pole motor configuration with EtherCAT connection capability. The motor features a compact design. It has a weight of 2.32 kg. It is appropriate for integrated motion applications operating at 48 V DC.
The Beckhoff manufactured the AMI812410901001 servo motor. It has a 60 x 60 mm round flange design for face mounting. The motor has a smooth shaft with a center-tapped hole and a keyway groove. Shaft dimensions are 11 x 23 mm and meet H6 tolerance. The rated torque output is 1.7 Nm and the rated speed is 1000 RPM. It produces 0.17 kW of rated power from a stable 48 V DC input. The servo motor runs at 6.5 A rated current ensuring precise torque delivery. The cooling method employed is IC400 which means surface-cooled with a completely enclosed housing. The protection class is IP54 making it dust and water resistant. Its thermal class is F providing for greater thermal endurance in closed systems. The motor includes a high-resolution 17-bit magnetic encoder to provide precise control feedback. The AMI812410901001 does not have a holding brake mechanism. The built-in multi I/O setup allows for versatile system integration. The EtherCAT interface enables real-time fieldbus communication.
The Beckhoff's AMI812410901001 is excellent for precision servo applications requiring tight installation constraints. The unit delivers constant performance with 1.7 Nm torque and 0.17 kW power. This servo motor has multiple inputs and 17 bits of magnetic feedback for precise control. This servo motor complies with the EN 60034-1 electrical machinery standard. The servo drive unit enables dynamic positioning in small automation systems.
Frequently Asked Questions about AMI8124-1090-1001:
Q: How does the center tapped hole on the shaft of AMI812410901001 improve installation?
A: The center tapped hole allows secure alignment during mechanical coupling. It ensures accurate shaft positioning for consistent torque transfer.
Q: Why is a smooth shaft with a keyway groove used in AMI812410901001?
A: The smooth shaft allows flexible coupling options, while the keyway ensures torque locking. This dual design enhances mechanical stability under load.
Q: How does the 12-pole configuration affect motor performance in AMI812410901001?
A: The 12-pole design increases torque density at low speeds. It ensures smoother rotation and minimizes vibration in motion applications.
Q: How does the IC400 cooling method improve the AMI812410901001 motor's durability?
A: IC400 ensures surface-based heat dissipation without requiring external cooling units. It increases thermal reliability in enclosed installations.
Q: How does the 17-bit magnetic encoder in AMI812410901001 contribute to motion accuracy?
A: It provides 131072 positions per revolution for fine-resolution control. This boosts precision in positioning tasks within high-speed automation.
