GE A06B-6058-H005 Servo Amplifier module

The GE Fanuc A06B-6058-H005, also cataloged as the A06B-6058-H005 Servo Amplifier, serves as the primary A06B-6058-H005 Servo Drive utilized to execute digital motion control and pulse-width modulation (PWM) axis driving across GE Fanuc CNC platforms. Built in an open-frame chassis weighing 5.36 kg (11.82 lbs), it interfaces directly with 10S, 20M, and 0S-3000 AC servo motor models. The unit decodes real-time PWM control signals to maintain precise motor speed and torque regulation.

Suffix Breakdown & Model Matrix

The part number sequence defines specific electrical power capabilities and structural configurations within the GE Fanuc S Series servo drive platform:

• A06B: Hardware family classification for GE Fanuc motion control and drive units.
• 6058: S Series AC servo amplifier product line designation.
• H005: Power output rating and chassis configuration matched for 10S, 20M, and 0S-3000 motor frame sizes.

Hardware Specifications

Backplane Bus Interface & Deterministic Control

The digital PWM control interface maintains direct communication synchronization across the system bus, ensuring high backplane bus communication velocity during complex interpolation paths. Digital switching architecture processes incoming drive commands with minimal phase delay. Deterministic feedback integration enables precise control over motor current loops, while firmware flash compatibility across the parent CNC system maintains stable velocity loop response and axis alignment during fast feedrate transitions.

Frequently Asked Questions

Q: What interface protocol does the A06B-6058-H005 utilize for drive signal input?

A: The module operates via a high-speed Pulse-Width Modulation (PWM) digital interface connected directly to the primary CNC axis controller.

Q: Which GE Fanuc servo motor models can be driven by this amplifier?

A: This amplifier model is rated for integration with GE Fanuc AC servo motor models 10S, 20M, and 0S-3000.

Field Installation Guidelines

1. Turn off main system power to the CNC cabinet and lockout power distribution breakers prior to installation or maintenance.
2. Allow internal DC bus capacitors to discharge fully; verify zero potential across power bus terminals using a calibrated multimeter before proceeding.
3. Install the open-frame amplifier vertically on a clean, grounded panel surface inside a protected CNC control enclosure to facilitate heat dissipation.
4. Connect motor power leads and command signal cables using designated grounding clamps, ensuring total cable shields are tied directly to chassis ground.
5. Verify that all power terminal screws and signal connector latching arms are securely tightened before re-applying power.