A06B-6096-H204 FANUC AC Servo Amplifier Unit A06B6096H204 A06B-6096-H204

FANUC A06B-6096-H204 Dual-Axis Alpha Servo Module

Overview

The A06B-6096-H204 is a dual-axis Alpha servo amplifier module identified as SVM2-12/40. Public industrial references consistently describe it as a 2-axis Alpha servo drive in the A06B-6096 family, and multiple listings associate it with FANUC i Series control environments.

That makes it most useful as a defined dual-axis replacement module for installed FANUC motion systems rather than as a generic servo amplifier.

In practical machine support, this module is selected when the original dual-axis drive arrangement needs to be preserved. It is commonly described as being used with 15i, 16i, 18i, 20i, 21i and above FANUC controls, and public replacement sources also link it to typical motor pairings such as 2/2000(12) and 3/3000(40S).

That gives the model a clear application context inside later Alpha/i Series machine environments.

For product-page wording, the strongest approach is technical and direct: A06B-6096-H204 is a FANUC Alpha dual-axis servo module, model SVM2-12/40, used in i Series CNC environments and replacement support.

That language is closer to what technical buyers need than a broad “high-performance motion product” description.

Key Specifications

Dual-Axis Servo Architecture

One of the most important practical points about A06B-6096-H204 is its dual-axis configuration. In real CNC cabinets, this is not just a convenience feature; it reflects the machine’s original servo-drive structure.

For maintenance teams, preserving the correct two-axis module is often essential because the cabinet layout, wiring, and control architecture were built around that exact format.

The SVM2-12/40 designation is equally important because it tells the buyer that this is a specific Alpha-family class rather than a generic 2-axis drive. That gives the listing more technical clarity and helps users match the module correctly to the installed machine.

i Series Context and Practical Replacement Value

Public references repeatedly place this model in the context of FANUC i Series controls. That is useful because it tells the buyer something about the machine generation and application environment in which the module is normally found. In practice, that context can help narrow compatibility checks during replacement planning.

The published axis-current split—3 A on one axis and 12.5 A on the other—also helps explain why the module is designated 12/40 rather than a symmetric dual-axis class. For technical buyers, this gives the product page a more grounded feel and helps communicate that the module is intended for a specific mixed-capacity axis arrangement.

FAQ

Q1: What kind of product is A06B-6096-H204?
It is a FANUC Alpha dual-axis servo amplifier module identified as SVM2-12/40. In practical CNC use, it supports two servo axes inside an installed FANUC motion-control system rather than acting as a stand-alone generic drive.

Q2: Why is the SVM2-12/40 designation important?
It identifies the module’s exact place inside the Alpha dual-axis servo family. For replacement work, that designation is often more useful than a broad product category because the original machine was built around a specific amplifier class.

Q3: What does the i Series association tell the buyer?
It indicates the control environment in which the module is commonly used. Public references place the model with 15i, 16i, 18i, 20i, 21i and later FANUC controls, which helps frame the likely machine generation for compatibility checks.

Q4: Are the motor and current references useful in practice?
Yes. The public references to 2/2000(12), 3/3000(40S), and the split current figures help show that this is a mixed-capacity dual-axis module rather than a symmetrical two-axis amplifier. That is useful context when matching the drive to an existing machine.

Q5: What should buyers verify before ordering?
Buyers should confirm the exact part number, the SVM2-12/40 designation, the dual-axis architecture, and the machine’s original i Series or Alpha drive environment. For FANUC servo modules, correct architectural matching is usually more important than broad feature overlap.