Miniature contactor, 4kW/400V, 230VAC control DILEM-10-EA(230V50HZ,240V60HZ) 189983

Miniature contactor for motor control

This DILEM-10-EA(230V50HZ,240V60HZ) miniature power contactor from Eaton is a reliable solution for switching electrical circuits, especially in motor applications. Designed for compact installations, it is perfect for anywhere where space saving is important. The device is designed to operate at a control voltage of 230VAC (50Hz) or 240VAC (60Hz), and its rated current for AC-3 is 9A, allowing control of motors up to 4kW at 400V.

Construction and application

The DILEM-10-EA contactor is characterized by screw connections of the main contacts, which ensures secure and durable connections. It has three normally open main contacts and one normally open auxiliary contact, which increases its functionality. It is a key element in motor, pump and other device control systems requiring frequent switching under load. Thanks to its compact dimensions (58mm x 52mm x 45mm), it is easy to mount in switchboards and control cabinets.

Key features and benefits

• Compact dimensions: Allow mounting in tight spaces, which is especially important in modernized installations.
• High reliability: Eaton DILEM contactors are known for their durability and resistance to industrial working conditions.
• Universal control voltage: The ability to operate at both 230VAC (50Hz) and 240VAC (60Hz) increases application flexibility.
• Rated operating power: 4kW at AC-3 (400V) allows control of a wide range of devices.
• Safety: Compliance with safety standards ensures protection of the installation and users.
• Easy installation: Screw connection simplifies and speeds up installation.
• Suitable for IE3 motors: Possibility of use with modern high-efficiency motors.

DILEM series contactors are a proven choice for both professional installers and end-users looking for a reliable solution for controlling electrical loads. Eaton Electric, as a leader in the energy industry, guarantees high quality and long-lasting operation of the devices.