ATV610C11N4

Features:

• Bridge Between the Three-Phase Industrial Grid and Controlled Motor Loads
• Integrates 110 kW Rated Power Output with Wide Voltage Adaptation Across 380 to 460 V
• Functions Alongside Standard Automation Systems and Three-Phase Induction Motors

The Schneider Electric ATV610C11N4 Variable Speed Drive serves as a high-power frequency conversion unit within the Easy Altivar 610 series, converting incoming three-phase AC power (380–460 VAC, 50/60 Hz) into precisely regulated variable-frequency output to deliver continuous speed and torque control for motors rated at 110 kW (150 hp) under normal duty or 90 kW (125 hp) under heavy duty. The ATV610C11N4 sustains line currents of 201 A at 380 V and 175.7 A at 460 V during normal operation, while handling 170 A at 380 V and 149.1 A at 460 V under heavy-duty conditions, ensuring controlled power delivery to pumps, fans, compressors, and conveying equipment through dedicated motor terminals. Standard single-drive operation provides dependable motor management, yet implementing redundant control strategies or backup drive arrangements enables process continuity should the primary unit require maintenance or experience a fault. The ATV610C11N4 incorporates universal input-voltage capability within the Easy Altivar 610 platform, representing substantial advancements in energy efficiency and control accuracy over conventional fixed-speed motor starters.

The ATV610C11N4 furnishes essential motor-control functions critical to the entire driven system, acting as a foundational element of the operational path and directly influencing the stable, normal performance of pump sets, ventilation fans, and material-handling machinery. One ATV610C11N4 unit is required for each motor application, with the drive conforming to standard panel-mounting dimensions specified for IP20 enclosure compatibility. The ATV610C11N4 must always be installed inside protected electrical cabinets that provide adequate ventilation and safeguard against solid-object intrusion, consistent with its IP20 rating.

For demanding industrial environments requiring heightened operational assurance, facilities may deploy multiple ATV610C11N4 units in coordinated control architectures. Beyond standard single-drive operation, such arrangements facilitate automatic process switchover through integrated control logic. Employing this method, the supervisory system continually assesses the operational health of each ATV610C11N4. Should the system detect that the primary drive is no longer delivering stable output—outside configured current, voltage, or thermal tolerance thresholds—it automatically transfers operational control to the secondary unit and records the transition event within the facility management system.