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FANUC Series 16 A16B-2203-0452

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A16B-2203-0452

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The A16B-2203-0452 from FANUC is a servo power PCB designed specifically for applications in CNC machinery and robotic systems. This board supports an input voltage range of 283 to 325 V AC and a power rating between 4.7 and 5.5 kW, ensuring robust performance in demanding environments.

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Technical specifications for A16B-2203-0452

ManufacturerFANUC
Product TypeServo power PCB
Product LineSeries 16
Part NumberA16B-2203-0452
Weight1.00 lbs (0.45 kg)
Board Current40 A
Amp Output~18.7 A continuous
Input Voltage283–325 V AC
Power Rating4.7–5.5 kW
ApplicationCNC & Robotics
Chassis6096 / Alpha slot
MountingPlug-in PCB
CoolingHeatsink / Forced Air
Control InterfaceAlpha Servo Signals
ConnectorsDC Terminals + Multi-pin
Circuit TopologyThree-phase
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FANUC's A16B-2203-0452 is designed as a servo power printed circuit board (PCB), predominantly utilized in both CNC and robotics applications. It operates effectively with an input voltage spanning 283 to 325 V AC. In terms of power output, this module is rated between 4.7 kW and 5.5 kW, making it suitable for intensive tasks that require consistent performance.

The board allows for a maximum current of 40 A and offers a continuous output near 18.7 A, ensuring sufficient power for various operations. Its architecture is constructed on a three-phase topology, which supports balanced power distribution across connected systems.

Integration into existing setups is facilitated through its compatibility with a 6096 / Alpha slot chassis. For installation, the unit features a plug-in PCB design, allowing for straightforward assembly and maintenance. Cooling is effectively managed using a combination of a heatsink and forced air, ensuring optimal thermal management.

For control, the PCB utilizes alpha servo signals, providing precise command inputs essential for high-performance operations. Additionally, it incorporates a mix of DC terminals and multi-pin connectors, streamlining connections within the control system. This technology is pivotal in ensuring that CNC and robotic functionalities are executed efficiently.