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The A06B-6117-H211 is a dual-axis Alpha i servo amplifier module identified by public listings as AiSV-160/160. This places it in the high-capacity end of the Alpha i dual-axis servo range and clearly separates it from smaller 20/20, 40/80, or 80/80 models.
In product-page terms, it is best presented as a heavy-duty dual-axis servo module for installed CNC replacement and machine support.
In practical CNC service, a module like this is not normally bought for experimentation or broad cross-platform substitution.
It is usually sourced when a machine already uses a high-capacity Alpha i two-axis servo arrangement and the owner wants to restore original drive capability with minimal change to the cabinet architecture.
That is why the exact AiSV-160/160 family identity matters more than generic phrases like “servo amplifier.”
Public references also give this model a strong technical profile. Listings commonly show 283–325/339 V input, 240 V maximum output, and 39 A on both the L and M axes, with publicly visible power context around 13.0–13.5 kW.
These figures make it clear that the H211 belongs to a much higher-capacity dual-axis class than smaller Alpha i models and is intended for heavier servo applications.
| Parameter | Value |
|---|---|
| Part Number | A06B-6117-H211 |
| Product Type | Servo amplifier module |
| Series | Alpha i |
| Model Designation | AiSV-160/160 |
| Axis Configuration | 2-axis |
| Rated Input Context | 283–325/339 V |
| Power Context | 13.0–13.5 kW |
| Maximum Output Voltage | 240 V |
| Rated Output Current | L axis 39 A / M axis 39 A |
| Typical Use | High-capacity CNC dual-axis replacement / support |
One of the strongest technical points about A06B-6117-H211 is that it sits in the 160/160 class, which places it near the top of the dual-axis Alpha i range. In real machine service, that matters because high-capacity dual-axis modules are usually tied to specific machine platforms, heavier load requirements, and cabinet layouts that were designed around that class from the start.
This also makes the product-page positioning more specific and more useful.
A buyer looking for AiSV-160/160 is normally matching a known installed drive rather than browsing categories.
Using the exact family designation and the documented 39 A / 39 A current context makes the listing more useful to technical readers and more credible in a CNC replacement setting.
Q1: What kind of product is A06B-6117-H211?
It is a FANUC Alpha i dual-axis servo amplifier module identified as AiSV-160/160. In practical machine use, it drives two servo axes from one high-capacity amplifier unit and is normally sourced to support or restore an installed FANUC motion system.
Q2: Why is the AiSV-160/160 designation important?
It tells the buyer that the module belongs to the high-capacity end of the Alpha i dual-axis servo family.
In replacement work, that matters because the original machine may depend on this exact current class and cabinet role, making family accuracy more important than broad category matching.
Q3: Are the 39 A and 13.0–13.5 kW figures useful in application matching?
Yes. These public values clearly distinguish the H211 from smaller dual-axis modules.
For maintenance engineers, they help confirm that the amplifier belongs to a heavier-duty Alpha i class and support more confident comparison against the installed machine hardware.
Q4: Is this module mainly for new machine design or replacement work?
It is far more naturally a replacement and service-support module.
Public references present it through spare-parts and repair channels, which is typical for higher-capacity FANUC drive hardware used to keep production equipment in operation.
Q5: What should buyers verify before ordering?
Buyers should verify the exact part number, the AiSV-160/160 designation, the two-axis high-capacity structure, and the original cabinet and control environment of the machine.
For FANUC amplifiers in this class, correct family and axis matching are usually more important than broad product-category overlap.
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