The 710 A maximum current and 639 A rated current define the thermal capacity — this choke is built for high-current three-phase converter feeds, not small servo drives. The 690 V AC rated voltage matches standard 400 V and 690 V industrial grids; the 4% voltage drop at rated current is typical for line reactors sized to limit harmonics and inrush without excessive voltage sag. Power loss splits between coil (480 W) and iron core (331 W), so the total 811 W must be vented from the enclosure — IP00 means no enclosure protection, so it's intended for installation inside a cabinet with forced or natural airflow. Thermal class H per IEC 60085 means the insulation system withstands 180 °C hot-spot temperature, giving headroom in high-ambient environments (rated ambient 40 °C). The flat-type terminal connection is a bus-bar style lug — not a screw terminal or spring cage — so panel builders need to plan for bolted connections, not DIN-rail wiring.
This choke sits on the AC line side of a converter or drive, between the supply and the rectifier input. At 710 A and 690 V, it's sized for large-frame drives in the 400–500 kW range on a 400 V grid, or higher on 690 V. The 0.265 m depth, 0.46 m width, and 0.435 m height mean it occupies a significant footprint in the cabinet — not a panel-mount component but a floor-mount or chassis-mount reactor requiring structural support and clearance for airflow and bus-bar routing.