Auxiliary contact ZP-IHK 286052

Auxiliary contact – expanding the functionality of electrical installations

The ZP-IHK auxiliary contact is an indispensable element in electrical installations, allowing for the expansion and adaptation of existing devices. It is used for signaling, controlling auxiliary circuits and cooperating with various automation elements. This model, catalog number 286052, is characterized by its versatility and ease of installation.

Construction and application

The ZP-IHK contact is designed to work with a wide range of Eaton devices, including PLS, PLZ, PKNM, ZP-A40..., ASA..., IHK..., WHK and Z-MS. Its compact design (0.5 module width) allows installation even in limited spaces. It has one normally open (1NO) and one normally closed (1NC) contact, which enables the implementation of various logical functions in the circuit. The rated switching current is 3A at 230V AC. Mounting is universal, providing flexibility during installation.

• Versatility: Compatible with a wide range of Eaton devices, making it easy to integrate with existing systems.
• Compact dimensions: 0.5 module width allows installation in tight switchboard spaces.
• Two contacts: Has one normally open and one normally closed contact, increasing the possibilities of configuring auxiliary circuits.
• High functionality: Offers a wide range of applications in various electrical installation configurations.
• Safety: Compliance with IEC/EN standards ensures safe use and reliable operation.
• Easy installation: Quick and convenient installation thanks to the universal mounting method.
• Durability: Made of high-quality materials guaranteeing long-term operation.

This auxiliary contact is designed to operate at an AC voltage of 230V and has a width of 0.5 modules. The rated switching current is 3A, and the contact has both a normally open and a normally closed contact. The maximum current of the main contacts is 6A.

The ZP-IHK auxiliary contact is a solid and reliable solution for every electrician and investor looking for an effective way to expand the functionality of their electrical installations. It enables precise control of auxiliary circuits and provides additional protection and signaling, increasing the comfort and safety of using the electrical system.