Product Details
Place of Origin: Japan
Brand Name: FANUC
Certification: CE/UL/cUL
Model Number: A06B-6096-H206
Payment & Shipping Terms
Minimum Order Quantity: 1
Packaging Details: Carton packaging
Delivery Time: 3-7 working days
Payment Terms: T/T, Western Union
Supply Ability: 10PCS/ 1 weeks
Condition: |
New |
Product Name: |
Dual Axis Servo Amplifier Module |
Product Series: |
FANUC Alpha I Servo System |
Module Type: |
SVM2-40/40 |
Axis Configuration: |
2 Axis Independent Servo Control |
Input Voltage: |
283–325 VDC DC Link |
Control Power Supply: |
24 VDC External Supply |
Rated Output Current: |
12.5 A Per Axis |
Output Voltage: |
200–230 VAC Controlled Output |
Power Stage Type: |
IGBT Inverter Module |
Motor Compatibility: |
FANUC α Series Servo Motors |
Feedback System: |
Encoder Feedback Via Motor System |
Control Method: |
CNC Digital Servo Control |
Communication Interface: |
FSSB CNC System Bus |
Cooling Method: |
Forced Air Cooling |
Mounting Type: |
Rack / Cabinet Module |
Protection Functions: |
Overcurrent / Overvoltage / Thermal Protection |
System Function: |
Dual Axis Servo Motion Control |
Regenerative System: |
System-Level Regenerative Unit Required |
Installation Location: |
CNC Control Cabinet |
Operating Temperature: |
0–55°C |
Storage Temperature: |
-20 To 70°C |
Humidity Range: |
5–95% Non-Condensing |
Application: |
CNC Machine Tool Servo Axis Control System |
Condition: |
New |
Product Name: |
Dual Axis Servo Amplifier Module |
Product Series: |
FANUC Alpha I Servo System |
Module Type: |
SVM2-40/40 |
Axis Configuration: |
2 Axis Independent Servo Control |
Input Voltage: |
283–325 VDC DC Link |
Control Power Supply: |
24 VDC External Supply |
Rated Output Current: |
12.5 A Per Axis |
Output Voltage: |
200–230 VAC Controlled Output |
Power Stage Type: |
IGBT Inverter Module |
Motor Compatibility: |
FANUC α Series Servo Motors |
Feedback System: |
Encoder Feedback Via Motor System |
Control Method: |
CNC Digital Servo Control |
Communication Interface: |
FSSB CNC System Bus |
Cooling Method: |
Forced Air Cooling |
Mounting Type: |
Rack / Cabinet Module |
Protection Functions: |
Overcurrent / Overvoltage / Thermal Protection |
System Function: |
Dual Axis Servo Motion Control |
Regenerative System: |
System-Level Regenerative Unit Required |
Installation Location: |
CNC Control Cabinet |
Operating Temperature: |
0–55°C |
Storage Temperature: |
-20 To 70°C |
Humidity Range: |
5–95% Non-Condensing |
Application: |
CNC Machine Tool Servo Axis Control System |
The FANUC A06B-6096-H206 is a dual-axis SVM2-40/40 servo amplifier module designed for Alpha i series CNC motion control systems.
It provides two independent servo channels for controlling AC servo motors with precise torque and speed regulation.
The module converts DC link power into controlled three-phase output for CNC machine tool applications.
This SVM2 module is widely used in CNC machining centers where synchronized dual-axis motion control is required.
It operates inside a CNC control cabinet and is part of FANUC Alpha i servo architecture.
Dual-axis SVM2 servo amplifier module
IGBT inverter power stage
FSSB CNC communication system
12.5A per axis output current
Compatible with FANUC α series motors
DC link power architecture
Forced air cooling system
Cabinet-mounted industrial module
Built-in protection functions
Stable CNC motion control
CNC machining centers
Milling machines
Turning machines
Industrial automation systems
Multi-axis CNC control systems
Machine tool retrofit applications
This servo amplifier must be installed inside a CNC control cabinet with proper ventilation.
Ensure correct DC link voltage (283–325VDC) and motor compatibility before commissioning.
External regenerative unit may be required depending on machine configuration.
Q: Is this a spindle amplifier?
A: No. It is a dual-axis servo amplifier module.
Q: How many axes does it support?
A: It supports two independent servo axes.
Q: Is it a standalone drive?
A: No. It must operate within a CNC system.
Q: Is it compatible with SVM1 or SVM3?
A: No. It is part of Alpha i SVM2 architecture.
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