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Eaton DILM1000-XHIV11-SI Auxiliary Contact Module
Eaton DILM1000-XHIV11-SI Auxiliary Contact Module
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Eaton DILM1000-XHIV11-SI Auxiliary Contact Module
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Eaton DILM1000-XHIV11-SI Auxiliary Contact Module
Eaton DILM1000-XHIV11-SI Auxiliary Contact Module
The Eaton DILM1000-XHIV11-SI is a high-performance side-mounted auxiliary contact module designed to enhance the functionality of industrial contactors. This component provides a reliable interface for control circuits, featuring a 1 NO (normally open) and 1 NC (normally closed) contact configuration. It is built to withstand demanding industrial environments, ensuring consistent signal transmission for automation and power distribution systems.
This auxiliary contact module offers seamless integration with compatible Eaton contactors, allowing for quick and efficient expansion of control logic. Its side-mounted design saves valuable space within control panels while maintaining easy access for wiring and maintenance. The robust construction ensures long-term reliability in various switching applications, and the wide operating temperature range makes it suitable for diverse industrial settings.
This module is specifically engineered for use with compatible Eaton contactors and may not be compatible with contactors from other manufacturers or different product series. It is not intended for use in high-voltage power circuits beyond its rated switching capacity.
The module is designed for simple mechanical attachment to the side of the main contactor. Ensure the power supply is disconnected before installation. Align the module with the designated mounting interface on the contactor and secure it according to the manufacturer's guidelines. Once attached, connect the control wiring to the terminals, ensuring that the connections are tightened to the specified torque to prevent loose contacts.
Always perform a functional test of the auxiliary contacts after installation to ensure correct signal switching before putting the system into full operation.
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