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The A06B-6096-H201 is a dual-axis Alpha servo amplifier module identified as SVM2-12/12. Public replacement-channel references consistently describe it as a two-axis Alpha servo module in the A06B-6096 family, and multiple listings also associate it with FSSB communication context.
That makes it a defined dual-axis servo-drive component for installed FANUC motion systems rather than a generic amplifier sold only by voltage class.
Publicly available technical listings show 283–325 V rated input, 1.5 kW power context, 230 V maximum output, and 3.0 A rated output current on both the L and M axes. These values place the module in the lower-capacity end of the dual-axis Alpha servo family and help explain why it is commonly used with smaller Alpha servo motor combinations.
From a product-page standpoint, the cleanest and most useful positioning is technical and exact: A06B-6096-H201 is a FANUC Alpha dual-axis servo module, model SVM2-12/12, with FSSB interface context, for CNC replacement and motion-system support.
That style is more useful to maintenance buyers than a broad “high-performance automation” description because it reflects how this class of part is actually purchased.
| Parameter | Value |
|---|---|
| Part Number | A06B-6096-H201 |
| Product Type | Servo amplifier module |
| Series | Alpha |
| Model Designation | SVM2-12/12 |
| Axis Configuration | Dual axis |
| Rated Input | 283–325 V |
| Power Context | 1.5 kW |
| Maximum Output Voltage | 230 V |
| Rated Output Current | L axis 3.0 A / M axis 3.0 A |
| Interface Context | FSSB |
| Typical Use | CNC dual-axis replacement / servo support |
One of the most useful practical points about A06B-6096-H201 is that it is a compact dual-axis Alpha servo module. Its 1.5 kW power class and 3.0 A per-axis rating show that it belongs to the smaller end of the SVM2 family, which makes it suitable for lighter servo-axis applications where preserving a compact original cabinet layout is important.
The SVM2-12/12 designation gives the product a clear technical identity.
Instead of being described vaguely as a “2-axis servo amplifier,” it can be matched more precisely to the original FANUC Alpha drive arrangement used in the machine.
That is exactly the kind of information maintenance teams rely on when sourcing a correct replacement.
Q1: What kind of product is A06B-6096-H201?
It is a FANUC Alpha dual-axis servo amplifier module identified as SVM2-12/12. In practical CNC use, it supports two servo axes within an installed FANUC motion system and is most often sourced for replacement or service support.
Q2: Why is the SVM2-12/12 designation important?
It confirms the exact place of the module inside the Alpha dual-axis servo family. For technical buyers, that designation helps distinguish it from larger or mixed-capacity dual-axis models and makes the product listing more precise.
Q3: What does the FSSB interface context mean in practice?
It means the amplifier is associated with FANUC’s high-speed servo communication environment rather than being a simple stand-alone drive.
In replacement work, that context is useful because communication architecture can matter just as much as power class or axis count.
Q4: Are the 1.5 kW and 3.0 A figures useful for selection?
Yes. They show that this is a smaller-capacity dual-axis Alpha module.
For service engineers, those figures help confirm whether the amplifier belongs to the correct output class for the installed machine and distinguish it from larger SVM2 family members.
Q5: What should buyers verify before ordering?
Buyers should confirm the exact part number, the SVM2-12/12 designation, the dual-axis structure, the FSSB context, and the original Alpha drive layout on the machine.
For FANUC servo modules, correct architectural matching is usually more important than broad functional similarity.
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