Miniature contactor, 5.5kW/400V, 24VDC control DILEM12-10-G-EA(24VDC) 189988

Miniature contactor DILEM12-10-G-EA(24VDC) – reliable control of circuits

This miniature contactor from Eaton is a robust solution for frequent switching of electrical circuits. Designed to operate at 24VDC, it is ideal for applications requiring precise and reliable control, both in industrial installations and public buildings. Its compact dimensions (58 mm high, 52 mm deep and 45 mm wide) allow for easy mounting even in tight spaces.

Performance and application

The DILEM12-10-G-EA(24VDC) contactor is characterized by a rated operating power of up to 5.5 kW at 400V AC (AC-3), making it suitable for controlling medium-power motors. The rated operating current for AC-4 at 400V is 6.6A, and for AC-3 at 400V – 12A. It can be used in circuits with an operating voltage from 24V to 690V AC (50/60 Hz). This makes it a versatile element in many control systems.

• Versatile application: ideal for controlling motors, heaters, lighting and other electrical devices.
• Safety: provides effective protection of the circuit against overload and short circuit.
• Durability: solid construction guarantees long life and reliable operation even in harsh conditions.
• Easy installation: possibility of mounting on DIN rail or panel facilitates integration with existing installations.
• Contact configuration: has 3 normally closed main contacts and 1 normally open auxiliary contact, allowing for flexible adaptation to application needs.

Characteristics and construction

The DILEM12-10-G-EA(24VDC) contactor has been designed with ease of use and reliability in mind. It has screw connections for the main contacts, ensuring a secure and durable connection of the wires. Made of high-quality materials, it provides stable operation in a wide range of ambient temperatures (from -25°C to 60°C in the open version). Compliance with IEC/EN 60947-4-1, UL 508, CSA-C22.2 and VDE 0660 standards confirms its safety and quality of workmanship. The coil voltage is 24VDC, which facilitates integration with existing control systems based on direct current.