Eaton DILM115(RAC240) contactor 3 polos, 115 A, bobina 240 V AC 239548

Motor control and power switching in industrial environments demand a contactor that handles high currents reliably over millions of operations. The Eaton DILM115(RAC240) is a 3-pole contactor rated for 115 A (AC-3, 400 V) and 160 A (AC-1, 400 V), with a 240 V AC coil. It is built for switching three-phase motors up to 55 kW at 400 V and is suitable for voltages up to 690 V AC.

Who is it for

Electrical engineers, panel builders, and maintenance technicians who need a robust, DIN-rail or screw-mounted contactor for motor starters, heating circuits, and general power switching in industrial control panels.

Main features

• 3-pole main contacts, rated 115 A AC-3 and 160 A AC-1 at 400 V
• 240 V AC coil for control circuit
• Integrated auxiliary contacts: 1 normally open + 1 normally closed
• Rated operational voltage up to 690 V AC
• Screw terminals for secure wiring
• Mounts on 35 mm DIN rail or with screws
• High mechanical life: 10 million operations
• Electrical life: 1.5 million operations (AC-3)
• Operating temperature range: -25 °C to +60 °C

Specifications

• Number of poles: 3
• Rated operational current (AC-3, 400 V): 115 A
• Rated operational current (AC-1, 400 V): 160 A
• Rated operational voltage: 690 V AC
• Control circuit voltage: 240 V AC
• Motor power (AC-3, 400 V): 55 kW
• Auxiliary contacts: 1 NO + 1 NC
• Mounting: DIN rail / screw
• Terminal type: Screw terminals
• Degree of protection: IP00 (terminals), IP20 (with cover)
• Operating temperature: -25 °C to +60 °C
• Rated impulse withstand voltage (Uimp): 8 kV
• Rated insulation voltage (Ui): 690 V
• Electrical life (AC-3): 1.5 x 10^6 operations
• Mechanical life: 10 x 10^6 operations

Tips

When selecting a contactor, verify that the coil voltage matches your control circuit and that the AC-3 rating covers your motor's full-load current. For frequent switching applications, consider the electrical life expectancy. Always install in an enclosure to provide protection against accidental contact.