GE FANUC A06B-6202-H003

Product Description

The GE FANUC A06B-6202-H003 is an industrial power supply unit from the FANUC αiPS-B family. Identified as the αiPS 3-B model, it is designed to provide main power for compatible CNC servo and spindle motor drive configurations.

In automated machining environments, a dependable power supply is essential for maintaining accurate motor control. This module supports the electrical requirements of the drive system while incorporating regenerative energy technology.

Operating Characteristics

One notable characteristic of this module is its regenerative power capability. When a connected motor decelerates, regenerated energy can be returned to the power supply rather than being entirely dissipated as heat.

Other important characteristics include:

• Three-phase AC input configuration.

• 200–240 V input voltage range.

• 3.8 kW rated power.

• Compatibility with the FANUC αiPS-B platform.

• Modular construction for industrial cabinet integration.

Internal Structure and Function

The module integrates power conversion components, electrical connection terminals, and cooling-related elements within an industrial housing.

Its primary function is to convert incoming electrical power into the required power supply for compatible motor amplifier equipment. Meanwhile, its internal thermal management design helps maintain suitable operating conditions.

The A06B-6202-H003 is part of a modular drive architecture, allowing it to work alongside compatible servo and spindle amplifiers.

Typical Applications

CNC and Manufacturing Equipment

• CNC milling and turning machines.

• Industrial machining centers.

• Automated metalworking production lines.

• Precision manufacturing systems.

• Servo-driven industrial machinery.

Maintenance and Operational Considerations

For long-term operation, the module should be installed in a clean, adequately ventilated electrical cabinet. Dust accumulation and restricted airflow should be avoided.

Technicians should also monitor input voltage conditions, inspect wiring connections, and check cooling components periodically. If an alarm occurs, review the associated drive system and power supply diagnostics before replacing components.