Rated 360 A continuous, with a 400 A ceiling. That 40 A headroom covers moderate overloads without saturating the core. The DC-rated value of 490.1 A tells you the choke can handle the DC-side current in a six-pulse rectifier — useful if you're paralleling drives or feeding a common DC bus. Thermal class H (180 °C rise) per IEC 60085 means the winding insulation withstands sustained high-temperature operation — typical for converter chokes mounted inside a cabinet with limited airflow. The total copper loss is 280 W, iron loss 200 W, so at full load you're dumping about 480 W of heat into the enclosure. Factor that into your cooling budget. IP00 — no enclosure. The flat-type terminals accept busbar or heavy cable lugs; plan your connection method before you land it.
This choke sits between the AC line and the converter input — typically a variable-frequency drive or DC drive front end. It reduces harmonic distortion, limits di/dt during commutation, and protects the rectifier diodes from line notching. Dimensions: 0.35 m wide, 0.321 m tall, 0.227 m deep. That's a substantial footprint — about the size of a small suitcase. Verify your panel's backplate real estate before committing the BOM line.