The Schneider Variable Speed Drive ATV212HD37N4 is a robust 37 kW variable speed drive engineered specifically for HVAC applications in tertiary sector buildings. Designed to control three-phase asynchronous motors, this drive operates at voltages ranging from 380V to 480V AC and features an IP21 protection rating along with integrated EMC filtering. it incorporates eco-energy design principles that can reduce energy consumption by up to 70% compared to conventional control systems, making it particularly suitable for heating, ventilation, air conditioning, and pumping applications where energy efficiency is paramount.

A distinctive feature of the ATV212HD37N4 Schneider Variable speed drive is its cable temperature rise reduction technology, which enables immediate and disturbance-free operation without requiring additional components like line chokes or DC chokes to mitigate current harmonics. Weighing 38.1 kg with compact dimensions of 240mm wide × 550mm high × 244mm deep, the drive is designed for vertical panel mounting using four fixing holes, accommodating a ±10° installation tolerance. The physical design of the Schneider Motor Drives ATV212HD37N4 ensures reliable performance in commercial building environments while optimizing space utilization.

The Schneider Motor Drives ATV212HD37N4 offers exceptional integration capabilities through its standard communication protocols, including Modbus, METASYS N2, APOGEE FLN P1, and BACnet, allowing seamless connection to various building management systems. Optional motor chokes are available to extend maximum cable lengths between the drive and motor while minimizing disturbances at motor terminals. Certified to international standards including CE, UL, and CSA, it meets rigorous safety and EMC requirements, ensuring compliance with global market regulations.

Combining advanced energy-saving technology with reliable performance, the SCHNEIDER ATV212HD37N4 represents an optimal solution for modern building automation systems. Its comprehensive feature set, including harmonic mitigation without additional components and built-in communication capabilities, makes it an intelligent choice for optimizing fluid management applications. The drive's design philosophy focuses on delivering sustainable performance while maintaining operational reliability in demanding HVAC applications, supporting both environmental goals and operational efficiency in commercial buildings.