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The FANUC A06B-0603-B323 is a high-performance DC servo motor designed for precision applications. It features an integrated shaft brake and utilizes a battery-free Pulsecoder for feedback purposes.
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| Manufacturer | FANUC |
|---|---|
| Product Type | DC Servo Motor |
| Product Line | A06B |
| Part Number | A06B-0603-B323 |
| Frame | 30H |
| Feedback | Tachometer + Battery-free Pulsecoder |
| Gear Ratio | 1 : 3 |
| Brake | Integrated Shaft Brake |
| Shaft | Straight, Ø 35 mm |
| Max Speed | 4,000 rpm |
| Stall Torque | 3.0 N·m |
| Rotor Inertia | 0.0076 kg·m² |
| Radial Load Limit | 1,960 N |
| Axial Load Limit | 588 N |
| Shaft Run-out | ≤ 0.03 mm |
| Ingress Rating | IP 67 |
| Insulation | Class F, Self-ventilated |
The FANUC A06B-0603-B323 is a robust DC servo motor within the A06B series. It is structured with a 30H frame and integrates a tachometer along with a battery-free Pulsecoder for dependable feedback, ensuring accurate performance monitoring. The motor achieves a maximum rotational speed of 4,000 rpm, delivering excellent responsiveness for dynamic applications.
Its gear ratio is set at 1:3, providing an effective balance between speed and torque. The shaft is engineered to be straight with a diameter of 35 mm, facilitating compatibility with a variety of industrial setups. Torque capabilities are notable, with a stall torque of 3.0 N·m, making it suitable for various load demands in operational tasks.
The rotor inertia of this motor is measured at 0.0076 kg·m², ensuring smooth operation. Load handling efficiency remains high, rated for a radial load limit of 1,960 N and an axial load limit of 588 N, enhancing versatility within machinery.
Precision is maintained with a shaft run-out specification of ≤ 0.03 mm, which minimizes vibrations and enhances overall accuracy. The motor is designed to meet an IP 67 ingress rating, providing protection against dust and water intrusion, making it suitable for challenging environments. Furthermore, the insulation class is rated F, and the motor is self-ventilated, which contributes to efficient thermal management during operation.