Auxiliary contact module 3NO 1NC DILM32-XHI31 106112

Auxiliary contact module for DILM contactors

This auxiliary contact module 3Z 1R (3 normally closed contacts, 1 normally open) is designed for front mounting, from above, in DILM series contactors. It allows you to expand the functionality of the contactor with additional control and signaling circuits. Installation is tool-free, which significantly speeds up installation and servicing.

Characteristics and application

This module is ideal wherever additional auxiliary contacts are needed to control other elements of the electrical installation. It is used to create auxiliary circuits, signal the operating status of the device, or implement safety functions. It provides reliable operation in industrial and construction applications. Screw connection guarantees secure and durable electrical connections.

• Versatility: Compatible with a wide range of DILM contactors from 7 to 38A.
• Simple installation: Tool-free installation saves time and makes the installer's job easier.
• Secure connections: Screw connection ensures stability and reliability of electrical connections.
• Expandability: Allows easy addition of additional control and signaling functions to existing installations.
• Standard configuration: Has 3 normally closed and 1 normally open contacts, which covers most typical applications.

Technical specifications

The module is characterized by a rated operating current Ie of 6A for AC-15 at a voltage of 230V. The lack of a socket simplifies the design and minimizes the risk of failure. The module design allows for easy integration with existing control systems, and its compact dimensions (0.035m x 0.038m x 0.045m) allow for installation in limited space. Additionally, these modules can be combined with PKZM0 motor starters using the PKZM0-XDM12 connector – this solution facilitates the integration of motor protection and control systems. As standard, built-in overvoltage protection in all contactors with DC coil increases the safety of the installation.