FANUC驱动器A06B-6240-H129

FANUC Driver A06B-6240-H129

1、 Product positioning and functionality

A06B-6240-H129 is a dual axis spindle servo drive launched by FANUC, belonging to its high-performance servo drive series, designed specifically for CNC machine tools, industrial robots, and precision machining equipment. Its core functions include:

high precision control

By using vector control and field oriented control (FOC) algorithms, precise adjustment of torque, speed, and position can be achieved, with a positioning accuracy of ± 0.001mm.

Supporting a 24 bit high-resolution encoder interface, the encoder feedback accuracy has been improved to 1/16777216 pulses per revolution, meeting the requirements of nanometer level positioning.

Wide dynamic response range

The servo frequency range is 0Hz-550Hz, and the spindle frequency range is 1Hz-1.5kHz. It supports millisecond response speed and is suitable for high-speed machining scenarios.

Multiple protection mechanisms

Built in overload protection, overvoltage protection, short circuit protection, over temperature protection, and encoder disconnection detection ensure stable system operation.

Compatibility and Scalability

Compatible with Fanuc Alpha IF and Alpha IS series high-resolution servo motors (such as Alpha IF: 12/3000, 22/3000; αis:8/4000、 12/4000, etc.).

Support multi-mode switching of position, speed, and torque to meet different processing requirements.

2、 Technical parameters and specifications

Input voltage: three-phase 283V-339V (main circuit), single-phase 200V-240V (control circuit).

The maximum output voltage is 240V, the rated output is 200V (three-phase), and the spindle frequency is 1Hz-1.5kHz.

Control modes include position control, speed control, and torque control (supporting multi-mode switching).

The feedback interface is compatible with incremental encoders, absolute encoders, and rotary transformers, and supports high-resolution encoder interfaces.

The working environment temperature ranges from 0 ° C to 55 ° C, with a protection level of IP20 (dustproof design, suitable for installation inside control cabinets).

The external dimensions are 38cm in height, 6cm in width, and 27.2cm in length, with a weight of approximately 4kg. The compact design saves installation space.

Certification standards include CE certification, UL certification, and RoHS certification.

3、 Typical application scenarios

CNC machine tool spindle drive

Drive the worktable, tool spindle and other moving parts to achieve high-precision milling, turning, drilling and other machining.

Advantages: Shorten processing cycle, improve surface quality, and reduce scrap rate.

Joint control of industrial robots

As a robot joint drive motor, it supports high-speed and high response motion control.

Advantages: Improve robot trajectory accuracy and repeatability, adapt to complex tasks such as assembly, welding, and spraying.

Precision positioning platform

Used for assembling small parts or transporting high-speed packaging materials.

Advantages: Reduce defect rate and improve production pace.

4、 Market prices and purchasing recommendations

Purchase suggestions

Compatibility verification: Confirm that the driver model is compatible with existing devices such as motors and control systems.

Budget allocation: ｓｅｌｅｃｔ appropriate models based on equipment requirements to avoid over configuration or insufficient performance.

5、 Industry evaluation

User feedback:

Advantages: High precision, high reliability, fast dynamic response, and support for long-term stable operation.

Improvement space: Some users hope to further optimize the heat dissipation design and reduce the temperature during long-term high load operation.

Application case:

In the field of automobile manufacturing, the A06B-6240-H129 driver is used for CNC machine tool spindles to achieve high-precision machining of engine cylinder blocks.

In the aerospace field, its high dynamic response capability supports high-speed milling of composite materials, improving processing efficiency.