Contactor 55kW/400V, 24VDC control DILM115-EA(RDC24) 189926

Contactor for demanding applications – reliable control and high performance

This three-pole contactor from Eaton's DILM series, with a power of 55kW at 400V, is a robust solution for controlling motors and other loads in industrial and construction installations. Designed to operate with a 24VDC control voltage, it provides precise and reliable switching of circuits. The screw terminal construction guarantees secure electrical connections, and its high resistance to environmental conditions makes it an ideal choice for harsh applications.

Characteristics and application

The DILM115-EA(RDC24) contactor is designed for frequent switching of AC-3 and AC-4 circuits. Its rated current of 115A at AC-3 allows it to handle a wide range of devices. It will work in applications such as:

• Electric motor control
• Motor starters
• Industrial automation systems
• Heating installations
• High-power lighting

Thanks to its compact dimensions (90mm wide, 170mm high and 160mm deep), it is easy to mount in switchboards and control cabinets. The rated operating power for AC-4 is 28kW, which means that this contactor can handle loads with high starting torque, such as pumps or compressors.

Advantages and benefits for installers and users

• High reliability: Eaton contactors are known for their durability and trouble-free operation, which translates into minimal downtime and maintenance costs.
• Easy installation: Screw connections ensure quick and secure wiring.
• Safety: Compliance with CE and RoHS standards guarantees safe use and minimal environmental impact.
• Versatility: Can be used in a wide range of industrial and construction applications.
• Optimal performance: Rated operating current of 55A for AC-4 ensures efficient control even of demanding loads.
• Wide voltage range: Ability to operate in networks with a voltage of 230V to 690V (AC) and control voltage from 24V to 27V (DC).
• Solid construction: Robust housing protects against mechanical damage and external factors.