What this output reactor does in the drive line
Its job is to limit the rate of voltage rise (dV/dt) from the drive's PWM output and to reduce capacitive coupling currents in long motor cables — the kind of noise that causes bearing fluting and nuisance trips on downstream equipment. Rated for a continuous 106 A at 1200 Hz and a switching frequency of 8 kHz, it handles the high-frequency content of modern IGBT drives without saturating the core. The 0.2 mH inductance per phase is sized for motor cable runs where reflected-wave voltage spikes start to become a concern.
Mounting and environment — IP00 means panel duty
The reactor is rated IP00, so it has no enclosure of its own — it's an open-frame component intended for mounting inside a control cabinet or drive cubicle. The dimensions are 0.35 m wide by 0.32 m tall by 0.22 m deep, which places it in the mid-size range for a 106 A three-phase reactor. Connections are via flat-type terminals (bus-bar style), so plan for bolted lugs rather than ring terminals or spring cages. The thermal class is H (180 °C rated winding insulation), and the ambient temperature rating is 40 °C — derate if your cabinet runs hotter.