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The FANUC A06B-0215-B200#0100 is a robust AC servo motor designed for high precision in varied applications. It provides a substantial power output of 1.0 kW, with a nominal speed of 4000 rpm and the ability to reach peak speeds up to 5000 rpm, making it ideal for dynamic operations.
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| Manufacturer | FANUC |
|---|---|
| Product Line | A06B |
| Part Number | A06B-0215-B200#0100 |
| Weight | 11.00 lbs (4.99 kg) |
| Motor Type | AC Servo |
| Holding Torque | 4.0 Nm |
| Power Output | 1.0 kW |
| Current at Stall | 6.1 A (RMS) |
| Nominal Operating Speed | 4000 rpm |
| Peak Operating Speed | 5000 rpm |
| Peak Torque | 8.8 Nm |
| Torque Sensitivity | 0.66 Nm/A (RMS) |
| Rotor Mass Moment of Inertia | 0.000515 kg·m² |
| Voltage Constant | 23 V (RMS)/1000 rpm |
| Resistance of Windings | 0.61 Ω |
| Maximum Amplifier Current | 20 A (Peak) |
| Friction Torque | 0.2 Nm |
| Heat Dissipation Time | 20 minutes |
The A06B-0215-B200#0100 model from FANUC is an AC servo motor optimized for precision tasks. Capable of delivering a power output rated at 1.0 kW, it achieves nominal speeds of 4000 rpm, giving it versatility in motion control applications. Furthermore, this motor can reach peak operating speeds of 5000 rpm for high-speed requirements.
Holding torque for this motor is maintained at 4.0 Nm, while it peaks at 8.8 Nm during demanding tasks. The torque sensitivity is registered at 0.66 Nm/A (RMS), indicating its responsiveness to dynamic load changes. The current drawn at stall reaches 6.1 A (RMS), ensuring operational stability.
Its internal specifications include a voltage constant of 23 V (RMS) per 1000 rpm, and resistance in the windings is measured at 0.61 Ω. For high-performance amplification, the maximum amplifier current is set at 20 A in peak conditions. Additionally, the motor provides a friction torque of 0.2 Nm, ensuring efficient movement without excessive energy loss.
To accommodate various operational environments, the rotor mass moment of inertia is established at 0.000515 kg·m², contributing to the motor’s response times and overall performance. After prolonged use, the motor is designed to dissipate heat effectively, completing this process in approximately 20 minutes, allowing it to maintain optimal operating conditions.