It carries 4 normally-open instantaneous contacts, meaning it closes the circuit the moment the coil is energized, with no built-in delay. At 230 V the rating drops to 6 A, and at 400 V it's 3 A — the thermal curve follows the standard IEC 60947-5-1 derating for auxiliary contacts. The 6 kV rated surge voltage resistance means it can sit on the same panel as drives and switching supplies without flashover on transient events.
At 45 mm wide and 57.5 mm tall, it occupies a single modular slot — the same footprint as the S00 contactor frame it's designed to companion. Depth is 111 mm, which includes the coil terminals and contact screws; plan for that plus finger space when laying out the gland plate.
Shock resistance is tested at 10 g for 5 ms and 5 g for 10 ms — enough for machine-mounted applications near presses or conveyors. That's the standard industrial pollution severity for an enclosed panel — no special conformal coating needed for the contactor itself.
Coil and switching details
The DC magnet coil draws 3.2 W both at pickup and hold — no power drop after closure, which is typical for DC-operated contactors. That 3.2 W load needs to be factored into the PLC output or relay driving it; a 24 VDC output card with a 0.5 A per channel rating can drive several of these in parallel, but check the total current budget. For gold-flashed or bifurcated contacts you'd see better, but for a standard silver-alloy contact this is a solid figure for PLC input sensing or low-current interlock circuits.