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The A06B-0641-B095 is a highly efficient servo motor from FANUC's A06B series. Designed for reliable performance, it operates at an input voltage of 96 V DC and features a rated speed of 2,000 RPM with a maximum capability of 3,000 RPM.
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| Manufacturer | FANUC |
|---|---|
| Product Type | Servo Motor |
| Product Line | A06B |
| Part Number | A06B-0641-B095 |
| Thermal Feature | Short TCAP (enhanced heat management) |
| Mounting Type | Flange |
| Shaft Type | Tapered with Key |
| Protection Class | IP54 |
| Cooling Method | Natural Convection |
| Input Voltage | 96 V DC |
| Rated Speed | 2,000 RPM |
| Continuous Torque | 2.9 Nm |
| Output Current | 7 A continuous |
| Max Speed | 3,000 RPM |
| Feedback Device | Tachometer (TACH) |
The FANUC A06B-0641-B095 is a servo motor, engineered to deliver high performance across various applications. This unit operates on a specified input voltage of 96 volts DC, enabling it to achieve a rated operational speed of 2,000 RPM. It is capable of reaching a maximum speed of 3,000 RPM, providing versatility for different operational requirements. The continuous torque output of this model is rated at 2.9 Nm, while it maintains an output current of 7 A, ensuring consistent and reliable power during operation.
This motor features a flange mounting type, designed for straightforward installation in various setups. The tapered shaft includes a key, facilitating secure coupling and stability while in operation. With an IP54 protection class rating, the A06B-0641-B095 offers a level of dust and water resistance suitable for industrial environments.
Incorporating a thermal management feature known as Short TCAP enhances the motor's ability to dissipate heat effectively. The natural convection cooling method further supports stable performance under load. Weighing approximately 4.0 kg, this servo motor is relatively lightweight, which can be advantageous in various applications where weight considerations are critical. The included feedback device, a tachometer, acts to provide accurate speed and performance data, allowing for optimized control in dynamic environments.