A06B-6096-H201: Dual-Axis Amplification for CNC Applications
The A06B-6096-H201 is a dual-axis servo amplifier configuration, and its role on a CNC is to drive two servo axes from one module. On a machine with an axis arrangement where two axes share a drive module — commonly a feed axis paired with a servo-driven auxiliary on the same slide — this is the part that fits.
Two channels on one module reduces cabinet density and cable count, but it also couples the two axes to a single fault domain. Whether that trade is acceptable is a machine design decision, and it depends on whether losing both axes simultaneously is tolerable for the process.
| Feature | Specification |
|---|---|
| Manufacturer | FANUC |
| Brand | FANUC |
| Part Number | A06B-6096-H201 |
| Manufacturer | FANUC Product Line: A06B Part Number: A06B-6096-H201 Weight: 11.00 lbs (4.99 kg) Product: Servo Amplifier Number of Axes: 2 Axes Input Voltage: 200-240V AC CNC Applications: Supported 200V Control Power Supply: Supported Output Current: 3 Amps Operating Temperature: 0 to 40 degrees Celsius Maximum Vibration: 5G Maximum Altitude: 1000 Meters Above Sea Level Output Power: 1.5 kW |
A06B-6096 Configurations
Axis count and current rating separate the configurations in this family. Both need to match the axes being driven:
| A06B-609x Part Number | Configuration |
|---|---|
| A06B-6090-H004 | A06B-609x servo amplifier configuration — confirm axis count and current rating against the motor |
| A06B-6090-H006 | A06B-609x servo amplifier configuration — confirm axis count and current rating against the motor |
| A06B-6091-H002 | A06B-609x servo amplifier configuration — confirm axis count and current rating against the motor |
| A06B-6093-H102 | A06B-609x servo amplifier configuration — confirm axis count and current rating against the motor |
| A06B-6093-H112 | A06B-609x servo amplifier configuration — confirm axis count and current rating against the motor |
| A06B-6093-H113 | A06B-609x servo amplifier configuration — confirm axis count and current rating against the motor |
| A06B-6093-H151 | A06B-609x servo amplifier configuration — confirm axis count and current rating against the motor |
| A06B-6096-H101 | A06B-609x servo amplifier configuration — confirm axis count and current rating against the motor |
| A06B-6096-H102 | A06B-609x servo amplifier configuration — confirm axis count and current rating against the motor |
| A06B-6096-H105 | A06B-609x servo amplifier configuration — confirm axis count and current rating against the motor |
All Fanuc parts · Servo Drives
Axis Pairing and Its Failure Consequence
On a paired axis arrangement, a single amplifier failure stops both axes at once. If the two axes serve one mechanical function — feed plus a following axis on the same slide — that is a functional shutdown of that function rather than a partial loss. If they serve independent functions, a shared failure couples two unrelated process steps.
Where independent functions are involved, that coupling is worth evaluating against the process risk before the architecture is fixed, because it is much harder to change later than to add a second module now.
Power and Cooling
The combined current of both channels draws through a single power feed. Verify the servo supply is sized for the summed load rather than for one channel, and confirm the cabinet airflow keeps the module within its rated ambient — a two-channel amplifier dissipates roughly twice what a single-channel module does in the same slot.
Commissioning Checks
- Confirm channel-to-motor assignment before servo enable.
- Verify axis parameters are configured per channel.
- Check phase sequence on each channel independently.
- Confirm both channels reach ready state before automatic operation.
Supply & terms: Stock status: In Stock · Condition: New · Warranty: One Year · Origin: Japan. Listed by AutoDCS Tech Parts Team · Last updated .
All Fanuc parts · Servo Drives
Availability & Condition at AutoDCSTech
| Part Number | A06B-6096-H201 |
|---|---|
| Availability | In Stock |
| Condition | New |
| Warranty | One Year |
| Origin | Japan |
