IEC Magnetic Contactor, 1NC-1NO, 24V-60V AC-DC, 3 P, Non-Reversing, Screw Clamp LC1D09BNE

The IEC Magnetic Contactor is a 3-pole, non-reversing switching device rated for use in motor control and resistive-load applications within specified parameters. It is rated for coil voltages of 24 to 60 V AC/DC within specified ranges and includes one normally open and one normally closed auxiliary contact (2 total). The unit uses screw clamp terminals, is part of the TeSys Deca series, and includes protective cover; compatible with enclosure options as per installation requirements; protective cover included but does not guarantee environmental protection in all conditions. It is rated for up to 690 V and rated for operation at frequencies of 50/60 Hz within specified limits. Key features - Poles/main contacts: 3 poles; 3 normally open main contacts - Auxiliary contacts: 2 total (1NO/1NC) - Coil voltage: 24–60 V AC/DC - Electrical ratings: based on standardized testing; actual performance may vary depending on conditions - Connection and enclosure: Screw Clamp terminals; compatible with enclosure options as per installation requirements; protective cover included but does not guarantee environmental protection in all conditions - Mechanical/electrical durability: durability ratings based on testing standards; actual lifespan depends on operating environment and usage patterns - Environmental/standards: IP20; impulse withstand: tested for impulse withstand up to specified voltage under controlled conditions; standards: conforms to applicable standards as listed; Reversing: Non-Reversing - Series/size: TeSys Deca; Frame/Code: TeSys - Mounting/installation: DIN Rail, Plate; Mounts On Plate, Rail - Physical dimensions: Width 1.77 in; Depth 3.38 in; Height 3.03 in (Overall Depth 3.39 in) - Operating parameters: Frequency 50/60 Hz; Max voltage rating 690 V; Signalling voltage 17 V (Signalling); Signalling current 5 mA - Weight: 0.368 kg - Other: Inrush VA 15 VA; Hold VA 0.9 VA; Impedance 2.5 mΩ; Impulse withstand: tested for impulse withstand up to specified voltag