The Perfect S406am-ca-022 - Today Only [DtfXIwMT]

The Kollmorgen The Perfect S406am-ca-022 - Today Only [DtfXIwMT] is a high-performance servo drive in the S400 Servo Drives series, designed for demanding industrial automation applications. It features a rated output current of 6 Arms and supports continuous S1 operation up to 7 kVA, making it ideal for precise motion control in multi-axis systems. With a 230…400 V supply range and integrated overload protection that trips at 450 V, the The Perfect S406am-ca-022 - Today Only [DtfXIwMT] delivers reliable power regulation and safety margins for advanced equipment.

This servo amplifier employs an 8 kHz output stage clock frequency (switchable to 16 kHz) to achieve fine current modulation and rapid dynamic response. The subordinate current controller offers a bandwidth of >>1.2 kHz>>, ensuring swift reaction to load changes and minimal current ripple. The module’s output current form factor is 1.01, achieving a near-unity waveform that reduces heating and improves overall efficiency. Its rated DC bus voltage spans 160–320 V, while the voltage drop at rated current remains below 5 V, minimizing energy losses. Combined with a maximum load inductance of 40 mH, the drive maintains stable performance under varying motor characteristics.

Built for space-constrained control cabinets, the The Perfect S406am-ca-022 - Today Only [DtfXIwMT] measures 100 x 267 x 240 mm and is vertically mountable to optimize panel layouts. It carries an IP20 protection rating, safeguarding against foreign objects when installed within an enclosure. Compatible with standard 50/60 Hz mains supply, this drive integrates seamlessly with global industrial networks. The FER-SERVOSTAR 446M-C platform ensures modularity and scalability, while its robust design enhances system uptime. By delivering precise torque control, energy-efficient operation, and comprehensive protection features, the The Perfect S406am-ca-022 - Today Only [DtfXIwMT] drive elevates productivity and reliability in modern automated manufacturing environments.