GE A06B-6047-H002 DC Servo Drive

Industrial motion control requires precise regulation of DC servo motors. The GE A06B-6047-H002 DC servo drive fulfills this critical requirement effectively. This drive provides accurate speed and position control for machine tool applications. It integrates seamlessly with GE Fanuc DC servo motor systems.

Technical Architecture and Specifications

This servo drive features a compact chassis design suitable for control cabinet mounting. Its dimensions measure 25.4 cm in width and 18.5 cm in height. The GE A06B-6047-H002 weighs approximately 3.8 kilograms for secure installation. It connects to the system controller via a standard interface cable assembly. This cable carries command signals and feedback data between components.

The internal assembly contains two integrated circuit boards and a power transistor module. One board handles servo control logic and feedback processing. The other board manages power conversion and protection circuits. Engineers will note the absence of internal battery backup or energy storage components. This passive design eliminates maintenance cycles associated with aging capacitors.

Power and Motor Control

The GE A06B-6047-H002 operates on 200-230 V AC input power for reliable performance. It provides output voltage up to 180 V DC for motor armature control. The unit controls DC servo motors with tachometer feedback for speed regulation. For system integration, it utilizes standard GE Fanuc servo interface protocols. You can explore similar industrial servo solutions for reference.

Specification	Detail
Model	A06B-6047-H002
Manufacturer	GE Fanuc
Dimensions (W x H)	25.4 cm x 18.5 cm
Weight	3.8 kg
Input Voltage	200-230 V AC
Output Voltage	180 V DC
Motor Type	DC Servo with Tachometer
Circuit Boards	2 Integrated Boards
Energy Storage	None (Passive Design)
Cooling	Natural Convection

System Integration and Reliability

The GE A06B-6047-H002 operates reliably across demanding industrial environments. It functions within a temperature range of 0°C to 50°C. Status LEDs indicate power status, fault conditions, and enable states clearly. Maintenance personnel can diagnose drive issues without specialized test equipment. The drive incorporates overcurrent and overtemperature protection circuits. These protections safeguard both the drive and connected motor from damage.