Its interrupting capacity hits 330 kA at 240 V, dropping to 242 kA at 415 V and 440 V, then to 187 kA at 500 V, and 3.7 kA at 690 V — so the SCCR you plan for depends entirely on your system voltage. Designed for line protection, it includes ground-fault monitoring via summation current formation on L + N conductors, and it supports communication functions for integration into a monitored distribution scheme.
That 330 kA interrupting capacity at 240 V is what you cite for the SCCR label on a 240 V distribution board; at 415 V or 440 V it's still 242 kA, which covers most industrial fault-current scenarios.
The 140 mm width is the key panel-space dimension: it's wider than a 3-pole unit of the same frame, so verify your busbar spacing and enclosure cutout before committing to the layout.