Contator de potência Eaton DILM38-10, bobina 230 V AC 50 Hz / 240 V AC 60 Hz, 3 polos, 38 A, 1 contacto auxiliar NO 112428

In industrial control panels, switching high-current loads reliably is critical. The Eaton DILM38-10 power contactor solves this by providing a robust 3-pole switching solution for motors up to 18.5 kW at 400 V AC. Its 230 V AC 50 Hz / 240 V AC 60 Hz coil ensures compatibility with standard control circuits, while the integrated 1 NO auxiliary contact supports interlocking and signaling functions.

Who is it for

This contactor is intended for panel builders, maintenance engineers, and machine OEMs who need a dependable component for motor starting, heating control, or lighting loads in industrial environments. It suits applications requiring frequent switching and long service life.

Main features

• Rated operational current of 38 A (AC-3, 400 V) for motor loads
• 3-pole main contacts with screw terminals for secure wiring
• Coil voltage: 230 V AC at 50 Hz, 240 V AC at 60 Hz
• 1 normally open (NO) auxiliary contact for status feedback or control logic
• Mounts on 35 mm DIN rail or with screws for flexible installation
• High mechanical durability of 10 million operations
• Electrical durability of 1.5 million operations under AC-3 load

Specifications

• Series: DILM
• Number of poles: 3
• Rated operational current (AC-3, 400 V): 38 A
• Rated operational current (AC-1, 400 V): 55 A
• Rated operational power (AC-3, 400 V): 18.5 kW
• Rated operational voltage: up to 690 V AC
• Coil voltage: 230 V AC (50 Hz) / 240 V AC (60 Hz)
• Auxiliary contacts: 1 NO
• Terminal type: screw terminals
• Mounting: DIN rail or screw mounting
• Degree of protection: IP20 (terminals)
• Operating temperature range: -25 to +60 °C
• Electrical life (AC-3): 1.5 x 10^6 operations
• Mechanical life: 10 x 10^6 operations
• Standards: IEC/EN 60947, VDE 0660
• Short-circuit protection (max fuse gG/gL): 100 A

Tips

Ensure the control circuit voltage matches the coil rating to prevent coil burnout. For motor loads, select appropriate overload protection and verify short-circuit coordination with the specified fuse rating. Mount the contactor in a well-ventilated enclosure to maintain operating temperature limits.