A06B-6096-H105 Fanuc Servo Amplifier Module A06B6096H105 A06B-6096-H105

FANUC A06B-6096-H105 Alpha Servo Amplifier Module

Product Overview

The A06B-6096-H105 is a FANUC Alpha servo amplifier module in the SVM1-80 class. FANUC manual data places this model in the FSSB amplifier range and identifies it as a standard single-axis SVM1-80 unit.

The same specification set shows 18.7 Arms rated output current with an 80 Ap nominal current limit, and the dimensional table places it in the 380 × 60 × 307 mm frame group.

That combination gives the H105 a clear role in real machine systems.

It is not just a servo amplifier with a familiar housing. It is a defined single-axis Alpha drive module intended for installations where one servo channel needs a higher current class than the smaller 20 or 40 models, while still staying inside the compact Alpha amplifier family. 

In practical service work, that usually means the machine was built around a specific axis-power requirement and the replacement needs to preserve that original layout rather than approximate it. This is an engineering inference from the model’s SVM1-80 designation, current class, and frame size.

Technical Data

Application Value

The A06B-6096-H105 is well suited to CNC feed axes, positioning systems, machine-tool axes, and installed Alpha motion platforms where a single servo channel requires the 80-class output range.

In practical terms, it makes the most sense in machines where a more substantial feed axis was originally assigned to one dedicated amplifier rather than to a smaller module or multi-axis combination. 

That makes it useful in maintenance, repair, and exchange-driven replacement where exact continuity matters more than broad cross-model equivalence. This application view is an engineering inference based on the model’s published SVM1-80 current class and frame grouping.

Its physical form also matters.

The manual’s outline table shows the H105 in the 60 mm-wide amplifier family, which helps explain why it is attractive in cabinets that were engineered around that compact Alpha format.

In real machine panels, matching the original frame size can make replacement cleaner by preserving airflow paths, mounting fit, and service clearance. This is an engineering inference based on the published dimensions for the SVM1-80 frame.

Replacement and Selection Perspective

The A06B-6096-H105 is best treated as a system-matched servo amplifier, not as a general drive selected only by current or voltage. In practice, buyers should verify the installed part number, the axis class, the cabinet space, and the surrounding Alpha/FSSB architecture before ordering.

That is especially important because the Alpha family includes many similar-looking modules with different output classes.

Matching the correct SVM1-80 class helps preserve machine behavior and usually reduces startup risk after installation.

This is an engineering inference based on FANUC’s model tables and current-class structure for the Alpha SVM family.

FAQ

Q1: What kind of amplifier is A06B-6096-H105?
It is a single-axis FANUC Alpha servo amplifier in the SVM1-80 class.

Q2: What makes this model different from smaller Alpha amplifiers?
Its main difference is the 80-class output range, with 18.7 Arms rated output current and 80 Ap nominal current limit, which places it above smaller 20- and 40-class units.

Q3: What applications does it suit best?
It suits single-axis CNC and machine-motion applications where a more substantial servo channel is required within the Alpha amplifier family. This is an engineering inference based on the model’s current class and single-axis format.

Q4: Why does frame size matter on this amplifier?
Because servo amplifiers are installed as part of a cabinet system, and matching the original frame helps preserve airflow, mounting fit, and panel layout. This is an engineering inference based on the published 380 × 60 × 307 mm dimensions.

Q5: What should be checked before ordering?
Check the installed part number, the required current class, the cabinet space, and the existing Alpha/FSSB drive arrangement. Those checks usually matter more than appearance alone.