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The A06B-0372-B075 is an AC servo motor designed for use in CNC applications, featuring a tapered shaft end that ensures easy fitting. Running at 120 V, this motor is certified under CE standards and provides stable performance with a rated output of 0.4 kW and efficient stall torque of 2 Nm.
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| Manufacturer | FANUC |
|---|---|
| Product Line | A06B |
| Part Number | A06B-0372-B075 |
| Weight | 12.25 lbs (5.56 kg) |
| Product | AC Servo Motor |
| Shaft End | Tapered |
| Stall Torque | 2 Nm |
| Use | CNC |
| Certification | CE |
| Mount Type | Flange |
| Encoder Type | Incremental |
| Output Power | 0.4 kW |
| Voltage Rating | 120 V |
| Current Rating | 2.5 A |
| Frequency | 133 Hz |
| Speed | 2000 RPM |
| Insulation Class | F |
| Number of Phases | 3 |
| Excitation Mode | Permanent Magnet |
The FANUC A06B-0372-B075 model is engineered to deliver optimal performance in CNC machinery. Characterized by its tapered shaft end, this AC servo motor facilitates straightforward installation. It operates effectively with an input voltage rating of 120 V and draws a current of 2.5 A. With a peak power output of 0.4 kW, it ensures sufficient energy for demanding tasks while maintaining robust performance throughout its operational range.
The stall torque rating for this motor is 2 Nm, which is appropriate for various applications requiring immediate rotational force. The integrated incremental encoder enhances its accuracy, allowing for precise control in CNC systems. This motor rotates at a maximum speed of 2000 RPM and has a frequency operational limit of 133 Hz, providing flexibility for diverse machining processes.
The motor also complies with CE certification, asserting its suitability for various industrial environments. Being three-phase powered, it supports smoother operation and reliability. It is designed with an insulation class of F, providing added durability by allowing it to operate in higher temperature settings. This motor's permanent magnet excitation mode ensures efficient power usage and high performance across different workloads.