It carries a 24 V DC coil with a holding power of 4.2 W, and its main contacts are rated for 7.5 kW at AC-2 duty at 400 V and 11 kW at AC-3 duty at 690 V.
The DC-13 rating at 24 V is 10 A — that's the inductive load switching capacity for solenoids and contactor coils, not resistive heating. For motor switching, the AC-3 rating at 400 V is 10 kW, and at 690 V it's 11 kW, so this contactor handles standard 3-phase induction motors up to about 15 HP at 400 V. Type 1 coordination requires a 63 A gL/gG fuse upstream; Type 2 coordination needs a 25 A gL/gG fuse. That's the short-circuit protection the contactor needs to survive a fault without welding its contacts — pick the coordination level your panel design calls for.
Side-by-side mounting is allowed with a 6 mm gap to the side for heat dissipation. The control circuit terminals take 0.5 to 4 mm².