The SCHNEIDER ATV630C16N4 is a sophisticated variable speed drive from the Altivar Process ATV600 series, specifically engineered for robust industrial applications requiring precise motor control. Designed to handle three-phase synchronous and asynchronous motors, this drive model operates at a rated supply voltage of 380 to 480V AC and delivers reliable performance for motors up to 160kW with 120% overload capacity. It stands out with its comprehensive communication capabilities, featuring three built-in RJ45 ports including one Ethernet and two serial connections that enable seamless integration into modern industrial networks.

A distinctive advantage of the ATV630C16N4 Variable Speed Drive Schneider lies in its innovative energy-saving technology, particularly the "Stop and Go" operation that provides up to 30% energy savings during standby periods without requiring additional hardware investments. This makes the drive particularly valuable for continuous process applications where energy efficiency directly impacts operational costs. The physical design of it follows practical industrial requirements with dimensions of 320mm wide, 852mm high, and 390mm deep, weighing 82kg while maintaining flexibility for vertical wall mounting with a +/- 10-degree installation tolerance.

The Schneider ATV630C16N4 IN STOCK demonstrates exceptional versatility across multiple industrial sectors including water and wastewater management, mining, minerals processing, and food and beverage applications. Its design specifically focuses on fluids management processing while offering extensive flexibility through various accessories and options such as fan kits, graphic display terminals, I/O expansion modules, and EMC input filters. This adaptability ensures that the Schneider ATV630C16N4 PDF can be precisely configured to meet specific application requirements while maintaining optimal performance.

Through its advanced asset management capabilities and process optimization features, the Drive ATV630C16N4 Schneider effectively addresses the critical needs of modern industrial operations by enhancing equipment efficiency and reducing total cost of ownership. The drive's comprehensive approach to energy management, combined with its robust construction and flexible configuration options, establishes it as a reliable solution for demanding industrial environments where consistent performance, energy conservation, and operational reliability are paramount considerations for long-term success.