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FANUC A06B A06B-6077-H111

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A06B-6077-H111

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The FANUC A06B-6077-H111 is a highly specialized servo power converter module in CNC systems. Delivering an output power of 13.2 kW, this component is critical for precise control in industrial automation contexts.

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Ships from Raleigh, NC
2 Year DO Supply Warranty
Not an Authorized Distributor: DO Supply is not an authorized distributor for listed manufacturers or tradenames and therefore the manufacturer's warranty does not apply. All of our products come with DO Supply's 2-year warranty.
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Technical specifications for A06B-6077-H111

ManufacturerFANUC
Product TypeServo Power Converter (Power Supply Module)
Product LineA06B
Part NumberA06B-6077-H111
Weight15.00 lbs (6.80 kg)
ApplicationCNC Systems
Output Power13.2 kW
Power Supply TypeALPHA Power Supply Module
Power Supply3-phase
Output Voltage283-325 VDC
Input Current49 A
Cooling MethodAir Cooled
Frequency50/60 Hz
Input Voltage200 V - 230 VAC
Protection FeaturesOverload, Overcurrent, Overvoltage Protection
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The FANUC A06B-6077-H111 is a reliable servo power converter specifically tailored for CNC systems. At 2.26 kg, this power supply module is compact and operates efficiently using a 3-phase setup. It provides significant output power, rated at 13.2 kW, essential for power-intensive tasks in machining operations.

The output voltage produced by this module ranges from 283 to 325 VDC, aligning well with the operational needs of advanced CNC machinery. It accepts an input voltage between 200 V and 230 VAC to function effectively and requires an input current of 49 A, highlighting its capability to drive substantial loads.

For optimal heat regulation, the A06B-6077-H111 uses air-cooling technology, preventing overheating during extended operation. It is designed to operate at 50 or 60 Hz frequencies, accommodating common electrical standards globally. This module also has integral protection mechanisms that prevent overload, overcurrent, and overvoltage, enhancing operational reliability and safeguarding connected equipment against potential damage.