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FANUC A06B A06B-0503-B501

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A06B-0503-B501

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The FANUC A06B-0503-B501 is an AC servo motor characterized by a 3-phase voltage rating of 156 VAC. This model features a taper shaft and operates with a peak current of approximately 55 A.

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Technical specifications for A06B-0503-B501

ManufacturerFANUC
Product TypeAC Servo Motor
Product LineA06B
Part NumberA06B-0503-B501
Weight100.00 lbs (45.36 kg)
Frame SizeModel 30~4″ frame
Shaft TypeTaper shaft
Encoder Type2000-pulse incremental
IP RatingIP67
Voltage156 VAC, 3-phase
Current Rating12 A RMS
Torque~37 Nm
Speed1,200 RPM
Rotor Inertia~0.00049 kg·m²
BrakeNo
Static Friction Torque~0.3 Nm
Thermal Time Constant~15 minutes
Peak Current~55 A
Winding Resistance0.30 Ω

The A06B-0503-B501 motor model by FANUC operates as an AC servo motor with a robust design for various applications. This device is equipped with a taper shaft, facilitating secure mounting and connection. An integral feature is its incremental encoder, which has a resolution of 2000 pulses, providing precise control and feedback for accurate motion applications. With an IP67 rating, this motor is well-suited for environments exposed to dust and water.

With a 156 VAC, 3-phase input voltage, the motor can deliver a current of 12 A RMS and achieve a torque output of approximately 37 Nm. The maximum rotational speed is rated at 1,200 RPM, accommodating a wide range of industrial demands. Its rotor inertia is calculated to be approximately 0.00049 kg·m², indicating its agility during operation.

The braking system on this model is absent, allowing for uninterrupted motion when braking is not required. The static friction torque is around 0.3 Nm, enabling smooth starts and stops. The thermal time constant is about 15 minutes, allowing the motor to maintain operational efficiency during prolonged use. For higher load conditions, it may peak at roughly 55 A. The winding resistance is recorded at 0.30 Ω, indicating characteristics suitable for managing electrical efficiency in various setups.