PFRA06A201 Sanyo Denki
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The Sanyo Denki PFRA06A201 is part of the PY Super BL Servo Amplifiers series, supporting 12V to 24V DC control power supply with regulated 5V output. It features encoder position signal output with 90° phase difference. Wiring options include terminal screws for flexible panel installations.
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Product Description:
The PFRA06A201 Servo Amplifier is developed by Sanyo Denki for industrial automation. This servo amplifier is engineered for use in Amada press brakes including FBD-NT and HDS series. It is built to manage six axes simultaneously and offers precision in motion control.
This PFRA06A201 servo amplifier features multiple power and signal connectors to handle its six axis functionality. It includes six 6 pin power connectors labeled CN2WA0 to CN2WA5. Signal and communication ports range from CN2Z0 to CN2Z11 with additional ports like CN102, CN250 (main power input), CN245-3, CN2D, CN2D0, and CN2D1. These allow for reliable data and power transmission across the control system. This amplifier supports control modes such as position, velocity and torque control. These modes enable the user to tailor performance based on specific machinery requirements. It is compatible with feedback devices including encoders and resolvers that ensure accurate monitoring of motor speed and position. Key protective functions are built in to guard against over voltage, over current and overheating conditions. These safety mechanisms help extend operational lifespan and reduce risk of failure during critical operations.
This PFRA06A201 servo amplifier is capable of driving multiple servo motors simultaneously. Connector CN250 provides the main power input while ALARM signal lines near CN102 and CN245-3 support error detection and signaling. This PY super BL series servo amplifier includes user interface and diagnostic components such as a CHARGE section for an indicator or adjustment. An LED1 indicator assists in basic status monitoring. Connectors labeled Y1, Y2, Z1 and Z2 correspond to axis or motor phase identification which supports organized motor mapping. These structured identifiers help ensure accurate wiring and efficient troubleshooting during installation and maintenance.