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FANUC A06B A06B-0505-B073

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A06B-0505-B073

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The FANUC A06B-0505-B073 AC servo motor is designed for precision control in various applications. It operates efficiently, with a power rating of 2.8 kW, utilizing a voltage range of 132 to 142 V AC.

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Technical specifications for A06B-0505-B073

ManufacturerFANUC
Product TypeAC Servo Motor
Product LineA06B
Part NumberA06B-0505-B073
Frame Size20S/1500
Shaft TypeStraight shaft
Encoder Type2,500 pulses per revolution
IP RatingIP67
Voltage132–142 VAC
Current Rating16 A RMS
Power Rating2.8 kW
Speed1500 RPM
Connector17-pin
Thermal Time Constant~15 minutes
Insulation ClassClass F
Pole Count8-pole
Peak Current70 A
Winding Resistance0.5 Ω

The A06B-0505-B073 model from FANUC is an advanced AC servo motor developed for demanding industrial applications. This motor features a straight-shaft design and operates effectively across a voltage range of 132 to 142 V AC. With a rated power output of 2.8 kW, it supports tasks that require substantial torque and responsiveness.

At a maximum speed of 1500 RPM, it ensures high levels of precision in motion control. The 2,500 pulses per revolution from its encoder provide excellent feedback, allowing for accurate positioning in automation systems. Built with an 8-pole arrangement, this motor excels in performance and efficiency.

The A06B-0505-B073 has an IP67 rating, which guarantees that it is both dust-tight and resistant to water ingress, making it suitable for harsh operating conditions. Electrical ratings include a continuous current of 16 A RMS and a peak current capability of up to 70 A, ensuring robust performance under varying loads.

The winding resistance of this motor is measured at 0.5 Ω, which contributes to its overall operational efficiency. Additionally, its thermal time constant of approximately 15 minutes allows for effective thermal management during prolonged use. This unit also connects via a 17-pin connector, allowing for straightforward integration into existing systems. Class F insulation ensures that the motor can withstand higher temperatures without compromising performance, contributing to its longevity in industrial settings.