IEC Magnetic Contactor, 1NC-1NO, 24V DC, 3 P, Non-Reversing, Screw Clamp LC1D40ABD

The Schneider Electric IEC Magnetic Contactor is a 3-pole, non-reversing electrical switching device rated for operation with motor control and resistive loads within specified parameters. It features a 24 V DC coil, 1NO/1NC auxiliary contacts, and screw clamp terminals. The unit belongs to the TeSys Deca family and carries an IEC design. It has an IP20, No Enclosure rating, contains an integrated surge suppression component (note: does not guarantee protection), a protective cover, and Everlink power connections for wiring. Rated for operation within the specified electrical ratings and conditions. Key features - Poles/Main contacts: 3 poles; 3 normally open main contacts; 2 auxiliary contacts (1NO/1NC) - Coil and control: Coil voltage 24 V DC; configured as non-reversing (no implication of performance guarantee) - Frame/series and standards: Series TeSys Deca; Contactor style IEC; conforms to these standards; compliance does not imply specific performance outcomes - Electrical ratings: Phase Three; Frequency 50/60 Hz; Rated for operation within the specified electrical ratings and conditions; Overvoltage CAT III - Enclosure and protection: IP20; No Enclosure; equipped with a surge suppression feature (does not guarantee protection against all surges); Protective cover included - Connections: designed for electrical connections using specified terminals and connections; no guarantee of compatibility beyond specifications - Physical size and weight: Width 2.17 in; Depth 4.72 in; Height 4.80 in; Net weight 0.925 kg - Durability and duty: tested to cycle counts under standard test conditions (performance may vary in actual use) - Electrical ratings (current): rated current capacities based on standard testing conditions within specified load types; Full Load Amps - Inductive 40 A; Full Load Amps - Resistive 60 A; Rated Making Capacity up to 800 A @ 440 V (Power Circuit) - Operating performance: typical switching times observed during testing under nominal conditions