Big Discount Cfz0a050cp2d00 - Don't Overpay [AFZYDKBV]

The Sanyo Denki Big Discount Cfz0a050cp2d00 - Don't Overpay [AFZYDKBV] is a flange-mounted drive unit in the BL Super Servo Amplifiers series, engineered for high-precision motion control in industrial automation. This amplifier features a compact frame size 50 and delivers a rated output of 0.5 kW, allowing it to drive light- to medium-duty servo motors with dynamic responsiveness. With its primary function centered on precise speed and torque regulation, the Big Discount Cfz0a050cp2d00 - Don't Overpay [AFZYDKBV] enables accurate positioning and coordinated multi-axis movement in assembly systems, conveyor lines, and other automated equipment.

The Big Discount Cfz0a050cp2d00 - Don't Overpay [AFZYDKBV] operates on a nominal rated voltage of 200/220 V and supports 50/60 Hz power frequencies, ensuring compatibility with common plant power supplies worldwide. It maintains a rated speed of 3000 rpm at a rated current of 2.8/2.6 A and features a Poles: 2 configuration, providing consistent torque delivery across its speed range. The drive is housed in a Totally Enclosed Fan Cooled (TEFC) enclosure and carries an IP55 protection rating, safeguarding internal components against dust and water ingress. Its flange mounting design simplifies integration into existing machinery, while adherence to IEC standards confirms its electrical safety and electromagnetic compatibility.

Durability and reliability are key strengths of the Big Discount Cfz0a050cp2d00 - Don't Overpay [AFZYDKBV]. The TEFC enclosure and IP55 protection ensure robust operation in dusty or moist environments, minimizing maintenance and downtime. At a weight of 10 kg, this amplifier balances structural integrity with ease of installation, making it suitable for retrofit projects as well as new system designs. Compliance with IEC standards underscores its global applicability and safety credentials. By integrating this amplifier into industrial systems, manufacturers benefit from enhanced motion precision, reduced cycle times, and long-term operational efficiency in demanding automation applications.