Fanuc A20B-2101-0390
Product Description
The FANUC A20B – 2101 – 0390 is a power supply circuit board that plays a crucial role in industrial automation systems, particularly in CNC (Computer Numerical Control) setups. It is part of FANUC’s esteemed product range, renowned for their reliability and high – performance in the industrial field.
This board is designed to provide stable and clean power to various components within the CNC system. It is an integral part of the Alpha I series, which consists of multiple modules working in tandem to power and control industrial machinery. The Alpha I series includes servo motors, spindle motors, and servo amps, all of which rely on the A20B – 2101 – 0390 power supply board to function optimally. By ensuring consistent power delivery, it enables high – speed and precise control, resulting in enhanced efficiency and accuracy in machining operations.
The A20B – 2101 – 0390 power supply board is engineered to be compatible with a wide range of FANUC – based industrial equipment. It can seamlessly integrate into existing systems, whether they are used for commodity production, advanced machining, or CNC milling. This compatibility allows for easy upgrades or replacements, minimizing downtime in industrial processes.
Product Parameters
- Board Type: Printed circuit board (specifically for power supply applications).
- LED Display: Features a 7 – segment LED display. This display provides clear visual feedback, allowing operators to monitor the system status and perform diagnostics with ease. It offers real – time information about the power supply’s operation, such as normal operation, fault indications, or specific status codes related to power – related parameters.
- Noise Filter: Equipped with an onboard noise filter. In industrial environments, electrical noise can be a significant issue that may disrupt the performance of sensitive components. The noise filter on the A20B – 2101 – 0390 board helps in reducing electromagnetic interference, ensuring a clean and stable power output. This is essential for precision machining operations where even minor power fluctuations or noise can affect the quality of the final product.
