Power contactor DILM, 7.5kW/400V, 220VAC 50/60Hz control, 1NC DILM15-01(220V50/60HZ)-PI 199657

Power contactor for reliable motor control

This three-pole power contactor from Eaton, model DILM15-01, is a robust solution for frequent switching of three-phase motors and other high-power loads. Designed for demanding industrial applications, it provides reliable operation and long service life. A rated operating power of 7.5 kW at 400V makes it an ideal choice for various applications, from pump and fan drives to production machinery.

Quick mounting and high resistance

The contactor is equipped with spring-loaded main terminals, which significantly speed up wiring – by up to 50% compared to traditional screw terminals. This technology also ensures constant clamping force, which increases resistance to vibration and shock, guaranteeing stable connections even in harsh working conditions. Compatibility with accessories used with screw terminals is an additional advantage, making it easier to modernize existing installations.

Key features and benefits

• High performance: Rated operating current of 15.5A (AC-3) at 400V allows for efficient control of motors up to 7.5 kW.
• Universal control voltage: Coil designed for 220-220V AC (50/60Hz) ensures wide compatibility with various power systems.
• Built-in auxiliary contact: Has one normally closed (1NC) auxiliary contact, which allows the control circuit to be expanded with signaling or locking functions.
• Quick and reliable mounting: Spring-loaded main terminals shorten wiring time and ensure high connection reliability.
• Durability and resistance: Vibration and shock resistant design guarantees stable operation in demanding industrial conditions.
• Wide range of operating voltages: Ability to operate at AC 60 Hz from 24 to 690 V and AC 50 Hz from 24 to 690 V provides application flexibility.

Application

The DILM15-01 contactor is perfect for:

• Controlling three-phase motors in industry, construction and agriculture.
• Applications requiring frequent switching of inductive loads.
• Industrial automation systems where reliability and safety are key.
• Power supply installations for pumps, fans, compressors and other high-power devices.