The ATV1200A26001010 is rated for 2174 kW motor output at the shaft, with an apparent power of 2600 kVA. That apparent power figure drives the upstream transformer and cable sizing — the feeder must support 2600 kVA continuous, not just the motor nameplate kW. Input supply voltage range is 2970…3630 V, placing this drive squarely in the medium-voltage class (typically 3.3 kV nominal grids). The 48-pulse diode rectifier bridge reduces line-side harmonics below IEEE 519 thresholds without external filters — a key advantage for sites with sensitive co-located equipment or utility harmonic limits. Overload capability is specified as 1.2 × In for 60 s (standard duty) and 1.5 × In for 3 s, with a high-overload profile reaching 1.85 × In for 3 s. This lets the drive handle motor starting inrush and short-duration load spikes without tripping, but the 60 s window at 1.2 × In is the practical limit for continuous overload coordination with the upstream breaker.
Floor-standing enclosure with separate air flows — physical integration constraints
The drive ships in a floor-standing enclosure measuring 1500 mm deep, 6060 mm wide, and 2740 mm high. That footprint demands a dedicated electrical room with a reinforced floor — the width alone exceeds a standard shipping container's internal width, so site access and rigging must be planned before delivery. Cooling is forced convection with separate air flows — the enclosure is designed to draw cooling air from the room and exhaust it separately, so the heat load (43,200 m³/h airflow,) must be factored into the room's HVAC capacity. Operating altitude derating starts at 1000 m, with 0.6 % current reduction per 100 m above that. The product composition includes a phase-shifting transformer, 24 power cells, medium-voltage arrestors, cooling fans, and a human-machine interface. The transformer is the heaviest single component — verify floor loading before positioning.
Compliance and lifecycle — current production, CE marked
Lifecycle status is listed as current production. The drive carries CE marking and complies with EN/IEC 60204-11, EN/IEC 60529, EN/IEC 61800-3, EN/IEC 61800-4, and EN/IEC 61800-5-1. These cover electrical safety, EMC, enclosure protection, and adjustable-speed drive performance standards. Dielectric strength is 28 kV AC between earth and power terminals, and the prospective line short-circuit current withstand is 31.5 kA for 150 ms. That SCCR rating means the drive can withstand a bolted fault on its input bus for up to 150 ms without catastrophic failure — coordination with the upstream breaker must clear the fault within that window.