A06B-2048-B605 FANUC
The A06B-2048-B605 is a FANUC product that is widely used in the industry for its robustness and reliability. It is a servo amplifier module that provides high performance and precision control to CNC machines.
This product has various features and parameters that make it an ideal choice for many applications. It has a maximum output current of 20A and a rated input voltage of 283-325VAC. The A06B-2048-B605 has an overload detection function that protects the system from damage due to overcurrent.
The FANUC A06B-2048-B605 also has a built-in brake transistor that is used to control the speed and braking of the servo motor. It has a pulse coder feedback function that provides accurate positioning and control of the motor.
In addition, the A06B-2048-B605 has a built-in cooling fan that ensures the system operates within its operating temperature range. The cooling fan is also designed to operate quietly, reducing noise pollution in the workplace.
the FANUC A06B-2048-B605 is a reliable and high-performance servo amplifier module that provides precision control to CNC machines. Its various features and parameters make it an ideal choice for a wide range of applications in the industry.
Specifications
- Model: A06B-2048-B605
- Rated output: 2.0 kW
- Max. torque: 19 Nm
- Max. speed: 3000 rpm
- Encoder: 20-bit absolute encoder
- Weight: 10.5 kg
Features
- High precision and accuracy
- Low vibration and noise
- Compact design
- High torque density
- Wide speed range
- Easy maintenance
Parameters
The A06B-2048-B605 servo motor has various parameters that can be set to optimize its performance for specific applications. Some of the important parameters are:
- PULSE CODER: Specifies the type of pulse coder used with the motor.
- MAXIMUM SPEED: Specifies the maximum speed of the motor.
- MAXIMUM TORQUE: Specifies the maximum torque that the motor can produce.
- ACCELERATION: Specifies the acceleration rate of the motor.
- DECELERATION: Specifies the deceleration rate of the motor.
- GAIN SETTINGS: Specifies the gain settings for the motor control loop.
It is recommended to consult the product manual for detailed information on the parameters and their settings.
Conclusion
The A06B-2048-B605 servo motor is a reliable and high-performance solution for industrial automation applications. Its compact design, high torque density, and wide speed range make it suitable for various machine tools, robots, and other automation equipment. With proper parameter settings, it can achieve optimal performance and contribute to the efficiency and productivity of the overall system.
