A06B-6096-H209 FANUC AC Servo Amplifier Unit A06B6096H209 A06B-6096-H209

FANUC A06B-6096-H209 Dual-Axis Alpha Servo Module

Overview

The A06B-6096-H209 is a dual-axis Alpha servo amplifier module identified as SVM2-40L/40L in the A06B-6096 family. Public technical references map this model to the SVM2-40L/40L class, and multiple industrial listings describe it as a dual-axis Alpha servo amplifier used with FSSB interface and associated with FANUC i Series controls.

In practical use, this model is most relevant to installed CNC systems where the original FANUC Alpha architecture and control compatibility must be preserved.

Because it is a dual-axis unit, it is typically selected to restore an existing paired-axis amplifier arrangement rather than to serve as a generic servo drive.

For service teams and spare-parts buyers, that makes exact model and family matching a central part of the purchasing decision.

The strongest way to present this model is therefore clear and technical: A06B-6096-H209 is a FANUC Alpha dual-axis servo amplifier module, model SVM2-40L/40L, commonly used in i Series control environments and replacement support. That wording is closer to how industrial buyers actually evaluate the part.

Key Specifications

Dual-Axis i Series Positioning

One of the most practical points about A06B-6096-H209 is its positioning in i Series CNC environments. Public industrial listings repeatedly place it in the context of 15i, 16i, 18i, 20i, 21i and above FANUC controls, which helps explain why this part is often sourced specifically for later-generation FANUC systems rather than for generic Alpha replacement alone.

That context matters because industrial buyers usually do not choose a drive like this only by the order code.

They also care whether it aligns with the installed control generation, feedback bus environment, and the machine’s original dual-axis configuration.

FSSB Context and Service Use

Public references also associate A06B-6096-H209 with FSSB / fiber-optic servo interface, which is a useful technical detail for product-page writing. In real service work, that tells the buyer this is part of a defined FANUC communication structure rather than a free-standing amplifier that can be substituted casually.

This is why the model is strongest as a replacement-oriented listing for installed FANUC equipment.

It fits the needs of maintenance teams, repair houses, and machine-support buyers who want to preserve original machine behavior rather than adapt the machine to a different amplifier family.

FAQ

Q1: What kind of product is A06B-6096-H209?
It is a FANUC Alpha dual-axis servo amplifier module identified as SVM2-40L/40L. In practical CNC applications, it is used as a dedicated two-axis drive module inside installed FANUC motion-control systems.

Q2: Why is the SVM2-40L/40L designation important?
It confirms the exact family position of the module inside the Alpha dual-axis servo range. For technical buyers, that designation is often the most direct way to verify that the module belongs to the correct installed drive structure.

Q3: What is the relevance of i Series control compatibility?
Public listings frequently associate this model with 15i, 16i, 18i, 20i, 21i and higher FANUC controls.

In practice, that helps buyers understand the likely machine environment in which the module is used and makes compatibility checking more informed.

Q4: Why does the FSSB or fiber-optic context matter?
It matters because the amplifier is part of a defined FANUC servo communication environment.

In real replacement work, that means the buyer should treat communication architecture as part of the compatibility check, not just the power or axis count.

Q5: What should buyers verify before ordering?
Buyers should confirm the full part number, the SVM2-40L/40L designation, the original dual-axis Alpha layout, and the machine’s control and communication environment.

For FANUC servo modules in this class, architectural compatibility is usually as important as the base model identity.