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SKU: ATV71HD11N4Z383

Schneider ATV71HD11N4Z383 Variable Speed Drive

The Schneider Electric ATV71HD11N4Z383 is an 11kW (15HP) Variable Speed Drive. It specializes in permanent magnet synchronous motor control with integrated EMC filtering for 380-480V industrial systems.

The Schneider Electric ATV71HD11N4Z383 is a high-performance frequency inverter tailored for permanent magnet synchronous motors. This 11kW drive provides exceptional torque control for sophisticated industrial machinery. It operates within a three-phase voltage range of 380V to 480V. Furthermore, the unit includes an integrated EMC filter to suppress electromagnetic interference. This specialized version focuses on high-precision speed feedback and energy-efficient motor regulation.

Core Technical Specifications and Performance

FeatureDetailed Specification
ManufacturerSchneider Electric
Model ReferenceATV71HD11N4Z383
Nominal Power11 kW (15 HP)
Line Current36.6A at 380V / 30A at 480V
Motor Type SupportPermanent Magnet Synchronous / Asynchronous
Filter TypeIntegrated Class A EMC Filter
Protection RatingIP20
CommunicationModbus and CANopen (Standard)

Advanced Control and Thermal Management

Effective heat dissipation remains critical for drive longevity. The ATV71HD11N4Z383 utilizes a high-efficiency heatsink for stable thermal performance. Consequently, the drive maintains peak output even during continuous heavy-duty cycles. The control architecture supports closed-loop speed regulation for maximum accuracy. Although this specific variant ships without a graphic terminal, it accepts standard Altivar display modules. This flexibility allows users to customize the interface based on site requirements.

Installation Flexibility and System Protection

Installation versatility characterizes the Altivar 71 series design. This drive supports shielded motor cables up to 50 meters in length. For unshielded configurations, the distance extends to 100 meters without significant signal loss. Integrated protection circuits monitor for overcurrent, phase loss, and thermal overloads. These safeguards prevent expensive motor damage and minimize unplanned facility downtime. Because of these features, the drive excels in high-torque industrial applications.