DIN Holder

Secure mounting for Relay or WallSwitch on a DIN rail

Versatile installation in junction boxes, server cabinets, or electrical panels

Convenient size matches the width of a single-phase circuit breaker

Manual control with a built-in button for easy operation

Passive ventilation prevents overheating, supporting temperatures up to +60°C

Tool-less installation on a standard 35 mm DIN rail with side hinges

DIN Holder epitomizes thoughtful engineering for secure and efficient mounting of Relay or WallSwitch devices onto a DIN rail. Designed to integrate seamlessly within junction boxes, server cabinets, or electrical panels, it provides a sturdy base for Ajax devices, ensuring they remain anchored in place, regardless of the environment.

Included with the holder is a sticker set, allowing users to label devices or circuits managed by the relay, enhancing organization and ease of identification. Its size is meticulously calculated to align with that of a single-phase circuit breaker, ensuring it doesn't disrupt the panel's layout.

A standout feature of the DIN Holder is its manual control button, embedded directly into the casing. This innovation allows for immediate manual toggling of the power supply, catering to both bistable and pulse modes, and offering a level of convenience and flexibility rarely seen in such installations.

Acknowledging the thermal challenges often faced in densely packed installations, the DIN Holder is designed with passive ventilation. Strategic openings in the casing facilitate air flow, ensuring the relay operates within safe temperature thresholds, up to +60°C, without the risk of overheating even when positioned next to other circuit breakers.

Installation simplicity is at the core of the DIN Holder's design. It follows the contour of the relay or WallSwitch, enabling a secure fit in a single motion. The side hinges allow for swift attachment to a standard 35 mm DIN rail without the need for tools, exemplifying Ajax Systems' commitment to creating user-friendly solutions that do not compromise on security or functionality.